Carnegie Mellon Universityantaki/JFA CV.doc · Web viewRagtime guitar and folk blues, bluegrass...

CURRICULUM VITAEJames Francis Antaki, PhD

Business Address: Carnegie Mellon UniversityDepartment of Biomedical Engineering700 Technology Drive, Suite 4321 Pittsburgh, PA 15213412/802-6431 Birth date: June 7, 1963Birthplace: White Plains, NY

ACADEMIC APPOINTMENTS & PROFESSIONAL EXPERIENCE

7/2003 - pres Associate Professor, Biomedical Engineering, Carnegie Mellon University.7/2003 - pres Associate Professor (courtesy), Computer Science, Carnegie Mellon

University. 7/2003 - pres Associate Professor (adjunct), Surgery, University of Pittsburgh, PA. 7/2003 - pres. Associate Professor (adjunct), Bioengineering, University of

Pittsburgh, PA.11/2003 - pres Chief Creative Officer, LaunchPoint Technologies, LLC.1996 - pres President, AntakaMatics, Inc., Pittsburgh, PA (Medical & Musical Instrument

Design)1997 - 1999 Assistant Professor of Bioengineering, University of Pittsburgh, PA.1993 - 1999 Lecturer of Engineering in Medicine, Biomedical Engineering Program,

Carnegie Mellon University, PA.1991 - 1999 Director of Artificial Heart Research & Development, McGowan Center for

Artificial Organ Development, University of Pittsburgh, PA. 1991 - 1999 Assistant Professor, Department of Surgery, School of Medicine, University of

Pittsburgh, PA.1991 - 1999 Adjunct Assistant Professor, Department of Mechanical Engineering, School of

Engineering, University of Pittsburgh, PA.1987 - 1989 Clinical Engineer, Presbyterian University Hospital, Artificial Heart Program,

Pittsburgh, PA.1985 - 1991 Graduate Researcher, Department of Surgery, School of Medicine, University

of Pittsburgh, PA.1985 Machine Designer, Mikron-Haesler, SA, Boudry, Switzerland.1984 - 1985 Mechanical Designer, Factron, division of Fairchild-Schlumberger, Troy, NY.1984 Assistant Mechanical Designer, Center for Manufacturing Productivity,

Rensselaer Polytechnic Institute, NY.1983 Surveyor, Port Authority of New York and New Jersey, Risk Management

Division, Journal Square, NJ.1981 - 1982 Assistant Manager, Hawthorne Auto Parts, Hawthorne, NY.1977 - 1982 Freelance TV and radio repairman. Freelance auto mechanic.

RESEARCH ACTIVITYArtificial Heart Research and Development (1991 - present): This multifaceted research effort is aimed at improving the design of existing artificial heart devices, and toward the development of a novel magnetically-levitated, computer optimized blood pump -- named

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the Streamliner artificial heart. The theoretical arm of this research entails the use of mathematical models to describe and comprehend the flow fields within blood-wetted cardiovascular devices and for simulating the interaction of these devices with the cardiovascular system.

Experimental efforts include in-vitro flow visualization tests as well as in-vivo experiments, and human investigations. Collaboration is derived from investigators both within the University and from other institutions (including NASA/Langley Research Center, University of California Santa Barbara, and Carnegie Mellon University). A novel aspect of this research is the concept of coupling computer optimization with fluid dynamics analysis. The intent in combining these technologies is to provide artificial organ designers a powerful tool for rapidly developing devices with superior fluid dynamics.

In 1998, the Streamliner became the first maglev rotary pump to be implanted in animals. In 1999, this research was recognized by IEEE who granted their annual Control Systems Award to Antaki and BE Paden.

Blood Rheology & Damage (1991-present): This is a collaborative effort with Dr. Kameneva in the Department of Surgery at the University of Pittsburgh. It is directed at developing improved constitutive models for describing and predicting blood flow behavior -- in natural blood vessels and in artificial devices. This research is also aimed at understanding the implications of artificial circulatory support upon the damage of blood cells and alteration of the physical properties of blood.

Surgical Brachytherapy Device for Implantation of Radioactive Seeds (1997-present): In collaboration with the Department of Radiation Oncology at the University of Pittsburgh, developed instrument for laproscopically introducing radioactive pellets for radiation therapy. Collaborators include Joel Greenberger, MD, Richard L. Simmons, MD, and Philip Schauer, MD. US Patent pending.

Rapid Prototyping of Bronchial Stent for Lung Transplant Patient (1993): This project involved the use of serial CT imaging and stereolithography to produce a three-dimensional replica of the bronchial airway (lumen). The replica was then used to construct a custom-fit stent for a lung transplant patient. This involved coordinating cardiac clinical staff, radiologists, engineers and engineering students, and rapid-prototyping technicians.

Computational Fluid Dynamics and Optimization (1992-present): Computer-based initiative aimed to capitalize upon state-of-the-art supercomputing towards modeling and optimizing cardiovascular devices. Collaborators include O Ghattas, PhD and C Amon, PhD, from Carnegie Mellon, Y Husseini, PhD and T Gatsky, PhD, from NASA/ICASE, and KR Rajagopal, PhD, from the Department of Mechanical Engineering at Texas A&M University.

Accelerated Testing of Pulmonary Occluder (1989): Designed experimental apparatus and protocol for accelerated testing.

Solvent Dissolution of Gallstones (1989): Assisted design of novel method for rapidly dissolving gallstones in-vivo: including specialized cannula and computer-controlled pumping circuit.

Measurement of Capsular Contracture (1988-1989): Capsular contracture is the leading cause of failure of breast implants. Compliance chambers used in artificial hearts also suffer from this failure mode. The objective of this series of studies was to assess the efficacy of a new breast implant design. Prototypes were implanted in rats and were tested for capsular contracture. My involvement included the design and fabrication of the testing apparatus and the subsequent analysis and interpretation of the biomechanical data. The majority of manufacturers have subsequently adopted similarly designed implants.


Cardiac Image Analysis (1987-1991): This research involved the development of three-dimensional computer techniques for tracking the motion of the heart from MRI and echocardiographic images. This research resulted in the development of unique fiduciary markers for motion tracking and computer programs for cardiac gated imaging.

Hemodynamic Pulse Duplicator Apparatus Development (1986-1992): Developed novel pulsatile perfusion circuit for conducting various vascular experiments in-vitro. US Patent issued.

Assessment of Ventricular Function (1985-1990): Studies conducted in humans to evaluate right ventricular function during mechanical left ventricular assistance. Cardiac data was obtained at the time of surgery by sonomicrometry and by high fidelity plethysmography. Novel strategies were developed for the fabrication and implantation of piezoelectric crystals to be used in sonomicrometry.

Myocardial Biomechanics (Thesis Topic): A study of the rheological (stress-strain) properties of the heart in humans. A nonlinear orthotropic biomechanical model of the intact heart was developed to quantify the relationship between myocardial stress, strain, and stiffness. Experimental data was obtained via NMR imaging coupled with three dimensional image reconstruction. Additional instrumentation was developed to measure ventricular pressure (via fiber optic pressure catheters) and electrocardiogram for the purpose of synchronizing NMR acquisition to the patient's heart beat -- a challenging task within the noisy NMR environment. Future work will include finite-element computer implementation of the model on the Cray supercomputer.Capsule Summary of Contributions

1988: First biomechanical study of capsular contracture. 1990: First use of fiduciary markers for tracking cardiac motion with MRI. 1992: First introduction of shape optimization to design of blood-wetted artificial

organs. 1994: First concerted research study of ventricular cannulation. First article

published on this topic. 1994: Introduced in-vitro vascular perfusion system based on feedback-controlled

regulator. 1995: First patent specifically related to control of rotary blood pumps. 1995: Introduced theory of “accumulated damage” for shear-induced blood trauma. 1996: Introduced shoe-generator design for powering artificial organs. 1996: First use of liquid crystal for measurement of viscous shear. 1998: Streamliner Heart-Assist Pump – first maglev rotary pump to be implanted in

animals. 1998: Introduction of concept of multi-objective control of rotary blood pumps. 1990-9: First study of physiology and physics of harmonica playing. 1998: First electric/acoustic harmonica. 2003: Introduction of use of Expert System for decision support of artificial heart

patients.

PATENTS ISSUED

1. Prem E, ... JA Holmes, GW Burgreen, DA Borzelleca, JF Antaki. Touch Down of Blood Pump Impellers. US Patent 6761532, 7/13/04, Filed 3/14/2001 [assigned to Vascor, Inc.].2. Antaki JF. Enhanced Harmonica. US Patent 6,635,814 Filed 1/28/2002, Issued 10/21/2003.


3. Johnson GA, JF Antaki, JA Magovern, MR Frushell, TD Will, JA Holmes. Hard or Soft Tissue Closure. US Patent 6,485,504, Filed 6/22/2000 [assigned to Cardiac Assist Technologies, Inc.], Issued 11/26/20034. Antaki JF, BE Paden, GW Burgreen, NJ Groom. Blood pump having a magnetically suspended rotor. US Patent 6,447,266 Filed 4/24/2001, Issued 9/10/2002. 5. Antaki JF, BE Paden, GW Burgreen, NJ Groom. Magnetically suspended miniature fluid pump and method of designing the same. US Patent 6,447,265 Filed 9/20/1999, Issued 9/10/2002. 6. Bearnson GB, PS Khanwilkar, JW Long, JC Ludlow, BE Paden, C Chen, DB Paden, DB Olsen, JF Antaki, PE Allaire, M Baloh. Pump Having a Magnetically Suspended Rotor with One Active Control Axis. US Patent 6,394,769 Filed 6/23/2000, Issued 5/28/2002 [assigned to MedQuest, Inc.].7. Antaki JF. Enhanced Harmonica. US Patent 6,359,204 Filed 2/2/2000, Issued 3/19/2002.8. Antaki JF. Harmonica having reed vibration conversion capability and associated retrofitting method. US Patent 6,326,532 Filed 12/2/1999, Issued 12/4/2001.9. Antaki JF. Harmonica Enclosure. US Patent 6,291,751 Filed 10/2000, Issued 9/18/2001.10. Antaki JF, J Greenberger, P Schauer, JA Holmes. Apparatus and a method for automatically introducing implants into soft tissue with adjustable spacing. US Patent 6,270,472 Filed 12/1998, Issued 8/7/2001.11. Antaki JF, BE Paden, GW Burgreen, NJ Groom. Blood Pump Having a Magnetically Suspended Rotor. US Patent 6,244,835 Filed 7/19/1999, Issued 6/12/2001. 12. Antaki JF, GW Burgreen. Rotary Pump Having a Bearing Which Dissipates Heat. US Patent 6,093,001 Filed 6/1/1997, Issued 7/25/2000. 13. Antaki JF, JR Boston, S Choi, K Butler, D Thomas, D Amin. Speed Control System for Implanted Blood Pumps. US Patent 6,066,086 Issued 5/23/2000.14. Antaki JF, BE Paden, GW Burgreen, NJ Groom. Magnetically Suspended Miniature Fluid Pump and Method of Making the Same. US Patent 6,015,272 Filed 6/26/1996, Issued 1/18/2000.15. Antaki JF, JR Boston, S Choi. Speed Control System for Implanted Blood Pumps. US Patent 5,888,242 Filed 9/1996, Issued 3/30/1999. 16. Antaki JF, HS Borovetz, RF Labadie. Fluid Delivery Apparatus and Associated Method [Computer controlled apparatus for perfusing blood vessels to arbitrary hemodynamic loads]. US Patent 5,537,335 Issued 7/16/1996.

PATENTS PENDING

17. Antaki J. Apparatus and method for reducing heart pump backflow. US Patent Application Filed ca. 6/14/2002.18. Antaki J., J Ludlow, and S Miles. Low profile inlet for rotary blood pump. US Patent Application Filed ca. 6/200219. Heilman M, C Capone, C Parisi, R Sofranko, D Moore, E Prem, S Kolnik, J Antaki, B Paden, D Borzelleca. Method and Apparatus for Providing Limited Back-Flow in a Blood Pump During a Non-Pumping State. US Patent Application Filed ca. 4/3/2002 [assigned to


Vascor, Inc.].20. Kameneva MV, JF Antaki. Denucleation of blood contact materials and surfaces. US Patent Application Filed 2/25/2000.21. Antaki JF, RK Meyer. Liquid Crystal Shear Sensor for Viscous Flows. US Patent Application 60/144,444 Filed 7/1999.

ADDITIONAL DESIGNS AND INVENTIONS22. Integrated Blood Pump-Oxygenator and Method of Designing Same (Submitted to University of Pittsburgh tech transfer office 8/1997).23. Improved Means for Detecting Cardiac Rejection (ca. 11/1995).24. A Bio-Compatible Ferro-fluidic Seal (ca. 11/1995).25. Gait-powered battery charging system for augmented artificial organ power supply -- uses piezoelectric array within midsole of shoe (Recipient of ASAIO/Medforte Innovation Award, 1995).26. Ventricular cannula for left ventricular circulatory assist -- prevents myocardial collapse, maximizes patency (included in US Patent pending) (1992).27. Harness for management of electrical and fluid lines for use with chronic in-vivo experimentation (1992).28. Microencapsulated myocardial marker --- 3 mm diameter microencapsulated copper sulfate ampule, used for fiduciary landmark in cardiac NMR imaging (1990).29. Surgical insertion tool for myocardial marker implantation -- vacuum operated tool for accurate placement of myocardial markers (1990).30. Polar cylindrical dissecting fixture for myocardial dissection -- allows accurate dissection of myocardial specimens from ventricular free wall in-vitro (1990).31. High-performance three-dimensional piezoelectric transducer for sonomicrometry -- allows rapid placement and alignment for obtaining three-dimensional myocardial displacement measurements (1989).30. Apparatus for palpating silicone implants in rodents -- used to quantify degree of

capsular contracture (1988).31. Improved piezoelectric transducer for sonomicrometry -- incorporates guide suture

for rapid placement of one-dimensional transducer (1987).32. Insertion tool for piezoelectric transducer crystal -- facilitates insertion and

placement of one-dimensional sonomicrometry crystal (1987).33. Automated machine part loading assembly -- for rapidly and accurately loading

hydraulic connector blanks from parts hopper into rotating vice turret (1985).34. Circuit board test fixture -- automates process of loading circuit board to test station

(1984).35. Improved epoxy applicator for automatic filament winding (1983).36. High torque screwdriver (1982).37. Locking electrical plug -- prevents accidental disconnection from wall receptacle (ca.

1981).38. Automotive regenerative braking and suspension system (ca. 1981).

EDUCATIONInstitution Degree Year Conferred Field of StudyUniversity of Pittsburgh PhD 1991 Mechanical EngineeringPittsburgh, PA QPA: 3.78/4.0

Rensselaer Polytechnic BS 1985 Mechanical Engineering


Institute, Troy, NY Minor 1985 Electrical EngineeringQPA: 3.7/4.0

ADDITIONAL EDUCATION AND TRAINING

1997 Introduction to Process Mapping. University of Pittsburgh Human Resources, Pittsburgh PA.

1995 Magnetic Bearing Design - Short course, Dr. Paul Allaire and Dr. Eric Maslen, Alexandria, VA.Advanced AutoCAD Techniques - Short course, Doug Salah, Pittsburgh PA.

1993 Applied Three Dimensional Analysis of Turbomachinery. Short course, CETI, Norwich, VT.How to be a Better Team Leader. Short course, Padget Thompson.Management Problems for the Technical Person in a Leadership Role. Short course, Pryor.

1992 Seminar: Managing Multiple Projects, Objectives, and Deadlines. Short course, Skillpath.

1990 Pittsburgh Supercomputing Center, Fall Visualization Workshop, 2-day seminar, Pittsburgh, PA.Motion Control Made Easy. 1-day seminar, Dr. J. Tal, Galil Motion Control, Inc., Farmington Hills, MI.How to Be the Best Possible Boss. Pagett Thompson, Pittsburgh, PA.

1989 ASYST 1-day Seminar on Data Acquisition & Control, Data Reduction and Analysis, Data- Presentation and Graphics.Managing Multiple Demands. 1-day seminar, Ed Stetser, Pittsburgh, PA.

1988 Cardiac Transplantation Workshop. B. Smith, Clinical Instructor, Presbyterian University Hospital, Pittsburgh, PA.Total Artificial Heart (Jarvik 7-70, 7-100). Surgical ICU Nurse's Workshop, Pittsburgh, PA.Biofluid Mechanics/Cardiovascular Dynamics. 40th Annual Conference in Medicine and Biology, Deter Liepch and Stanley E. Rittgers.

1987 Symbion Total Artificial Heart Workshop (Jarvik 7-70, 7-100 TAH). Operator's Workshop, S. Langsford, Symbion, Inc., Pittsburgh, PA. Novacor Left Ventricular Assist System (LVAS) Operator's Training. Workshop, Philip Miller, Director, Biomedical Engineering, Novacor Medical Corporation, Pittsburgh, PA.

TEACHING EXPERIENCE

Spring 04, 05 BME 42-401: Bioengineering Senior Project

Spring 2001 - 2003 BIOE-1161: Bioengineering Senior Design - II.Fall 2000 - 2002 BIOE-1160: Bioengineering Senior Design (“capstone” course in

Bioengineering).


Fall 1997 BME: Cardiovascular Organs Replacement (with HS Borovetz).Fall 1996 BME: Cardiovascular Organs Replacement (with HS Borovetz).Spring 1996 BME: Quantitative Cardiovascular Physiology.Fall 1995 BME: Cardiovascular Organs Replacement (with HS Borovetz);

Bioprinciples (with WR Wagner).Fall 1992, 1993, 1994 BME: Introduction to Biomaterials (with WR Wagner).Spring 1993 BME: Artificial Organs: Artificial Heart (with HS Borovetz).Fall 1992 BME: Introduction to Biomechanics: Cardiac Mechanics.Fall 1991 ME2060: Introduction to Biomechanics: Blood Rheology;

Cardiac Biomechanics; Artificial Heart.

STUDENTS ADVISED - Currently EnrolledPresent Degree Start Expected Degree(Dept.) (Dept.) [mo/yr]

1. Linda Santelices BS (BME) 9/02 MS (BME) [4/05]Development of Expert System for Optimal Care of Patients with Mechanical Circulatory Support.

2. Samuel J Hund MS (BME) 9/05 PhD (BME) [4/07]Computational Fluid Dynamics Optimization of Blood Flow.

3. Rui Zhao MS (BME) 1/05 PhD (BME) [4/08]Multiscale Model of Blood Damage

4. Arielle Drummond BS 9/04 PhD (BME)Anatomic and Surgical Model of Pediatric VAD Insertion

5. Timothy Bachman BS 9/04 MS (BME)Development of Ventricular Access Techniques for Mechanical Circulatory Support

6. Dorian Arnold BS 9/04 MS (BME)Circulatory Simulator for Pediatric Applications

7. Bronwyn Uber BS 9/04 PhD (BME) [4/08]Decision Support System for Cardiac Care

STUDENTS ADVISED - Graduated (Degree, Department.)

1. Samuel J Hund, BS (BME), [Computational Fluid Dynamics Optimization of Blood Flow.] 9/02 – 1/05

2. Rui Zhao, MS (BME: UoP), [Multiscale Model of Blood Damage], 7/02 – 12/043. Erik N Sorensen, PhD (BME) Computational Model of Platelet Mediated

Thrombogenesis in Artificial Organs, 1997-10/2002.4. George Yanulis, MS (BME): Development of Bioprosthetic Diaphragm Assist

Device, based on Polymetric Artificial Muscle, 2001-4/2002 [professional Masters.]


5. Rebecca Gottleib-Meyer, PhD (BME),: Development of Liquid Crystal Technique for Direct Measurement of Blood Shear Stress. 1995-3/14/2001

6. Leonardo Baloa, PhD (EE): Certainty-Weighted System for the Detection of Suction in Ventricular Assist Devices (co-advisor: JR Boston, EE Department). 1997-1/19/2001

7. Seongjun Choi, PhD (EE) Modeling and control of left ventricular assist system. 1997-12/1998 (co-advisor, JR Boston)

8. Alison Curtis, MS (BME),: A Multiple Modality Study of The Hemodynamics of Left Ventricular Apical Cannulations. 1997-11/20/1998

9. Yih-Choung Yu, PhD (EEng),: Minimally Invasive Estimation of Cardiovascular Parameters. 1996-5/1998 (co-advisor: JR Boston)

10. Krishna K. Yeleswarapu, PhD (MEng),: Evaluation of Continuum Models of Characterizing the Constitutive Behavior of Blood. 1991-5/1996

11. Beichang "Bert" He, PhD (CEng), [Carnegie Mellon Univ.]: Shape Optimization of Navier Stokes Flows with Application to Artificial Heart Components (primary advisor: Omar Ghattas). 1992-5/1996

12. Jeffrey L. Williams, MS (BMEng),: Starling-Responsive Mock Circulatory System for Left Ventricular Assist Controller Development. 1992-5/1995

13. Tammy J. Dennis, MS (Meng),: Experimental and Theoretical Approach to Design of Artificial Heart Cannula. 1992-1994

14. Darryl Breitenstein, MS (EEng),: Simulation of the Cardiovascular System for Model-Based Algorithm of Artificial Heart Control (co-advisor: JR Boston). 1992-1993

15. Mark J. Gartner, MS (Meng), [CMU]: Computational Fluid Dynamics (CFD) Investigation of Blood Flow Within The Outflow Region of A Left Ventricular Assist Device. 1991-1992

POST-DOCTORAL STUDENTS1. Chengung Diao, Ph.D., University of Maryland, 2004. Flow visualization of Pediatric

VAD. 5/2004-pres.2. Naik Taikeswar, PhD, University of Minnesota, 2003: Theoretical and experimental

evaluation of red blood cell micromechanics. 9/2003-pres.3. Greg W. Burgreen, PhD, [Old Dominion University 1994]: Computational flow

optimization of rotary blood pump. 7/1994-7/1995.

ADDITIONAL STUDENTS ADVISED (Outcome)1. David Wang, PhD, 11/04-pres, [served as mentor for CMU’s Entrepreneurship

Program.]2. Martin Tabaksblatt, BS (EE) 7/03-6/04, Multi-objective Feedback Control of

Artificial Hearts, (Accepted to Medical School, Stony Brook.)3. Sara Doll, BS, (ca 2000-2002) [served as undergraduate mentor, and advisor on

research project, Characterization of Stereo Stethoscope.]4. Kirk Lehmann, MS, “A Starling-Responsive Mock Circulatory Loop for Ventricular

Assist Hemodynamic Simulation.” [5/1995-7/1996] (Industrial Position – Cardiac Assist Technologies,)

5. Devin Amin, BS (EE), MD/PhD (EE) Adaptive physiologic control algorithm for rotary blood pumps. [5/1996-4/1998]: (Medical School, University of Pittsburgh.)

6. Ahmed Nadeem, MS (EE); PhD (BME) Multidisciplinary optimization of magnetic bearing. [1/1996-4/1997]:


7. Kunihisa Kono, MS (ME), [Waseda University, Tokyo Japan]: Development of mathematical hemolysis model by choosing energy dissipation as its main cause and some analysis from the fluid dynamical point of view (advisor: M. Umezu, Waseda Univ.). 5/2/1999 (Returned to Waseda University.)

8. Stijn Vandenberghe, BS(BME), U. Ghent, Belgium – Visiting student. Optimization of hemodynamic control of rotary blood pumps. 12/2002-5/2003

SUMMER INTERNS ADVISED1. Thomas Robey, Thermoelectric Control of Heat Transfer, 1998.2. Benjamin Ewing, Modified rotary blood pump to minimize thermal blood trauma,

1998.3. Kirk Lehman, Development of digital controller for mock circulatory blood pump,

1997.4. Lauren DeRosett, Investigation of blood trauma due to magnetic and electric

fields, 1996.5. Devin Amin, Investigation of physiology of control for pulseless perfusion, 1995.6. Leslie Sgroi, Further development of ventricular casting methodology, 1994.7. Amy Thompson, Development of ventricular casting methodology, 1993.8. Rania Hanna, Hemodynamic analysis of in-vivo evaluation of implantable LVAD,

1992.

SENIOR DESIGN PROJECTS ADVISED1. Erica Authier, et al. Design of Automated Medication Delivery System, 2002.2. Damian Filer, et al. Design of Pulse Duplicating Pump Device, 1995.3. D. Quan, et al. Design of Energy Recovery System from Knee Flexion, 1994.

GRADUATE PROJECTS ADVISED 1. Jay McCormack, Design Shape Grammar for Rotary Blood Pump

(advisor: Prof. Jon Cagan) [CMU], 1998.

INTERNATIONAL STUDENTS SPONSORED1. Kunisha Kono, Waseda University, Japan, 6/1997-8/1998.2. Hirofumi Mukuo, Waseda University, Japan, 1995–1996.

THESIS COMMITTEE SERVICE

1. Nicholas Gialias [MS], [Towards the development of an artificial hand.] (Yoky Matsuoto), 9.13.04-

2. David G. Galati [PhD], Game Theoretic Target Assignment Strategies in Competitive Multi-Team Systems. (MA Simaan), 11.21.03 – 12.06.04

3. Trevor Snyder [PhD], [Biocompatibility of Rotary Blood Pumps] (WR Wagner), 7/2003-

4. Andrew Hunsberger [MS/BME], [Experimental and Theoretical Analysis of Hemodynamics of Patients receiving Pneumatic VAD]. 1/2003 – 10/2004?

5. Hiroatsu Sugimoto, [MS] Effects of leaflet stiffness on the dynamic motion of the aortic heart valve (Michael Sacks), 4.20.2003 – 10/2003.

6. Timothy Nolan, MS (BME), Development of a Dynamic Balloon Volume Sensor (advisor: William Federspiel), 2002 – 11/2003.

7. Yong Liu, PhD (EE), Nash Based Strategies for Control of Extended Complex Systems (advisor: Marwan Simaan), 9/2002 – 10/2003


8. Ivan Malcevic, PhD (CE) [Carnegie Mellon University], Simulation of Navier Stokes Flows with Dynamic Boundaries (principal advisor: Omar Ghattas), 5/2001.

9. Tamara Tolou, PhD (BME), Development of Controller for Intravascular Blood Oxygenator (advisor: WJ Federspiel), 1999.

10. Jason Bultman, MS (BME, Dept of Bioengineering), Development of Extracorporeal Blood Oxygenator (advisor: WJ Federspiel), 1999.

11. Nancy Morse, PhD (EE) [UCSB], Analysis of Fundamental Limits of Magnetic Bearing Systems and Controller Design for a Conical Magnetic Bearing System (advisor: Brad Paden, PhD), 12/1999.

12. George Biros, PhD (CE) [Carnegie Mellon University], Magnetohydrodynamic Optimization of Blood Flow (advisor: Omar Ghattas), 5/1999.

13. Tim Corcoran, PhD (BME) [Carnegie Mellon], Flow visualization of nebulized drug delivery (advisor: Norman Chigier, PhD), 1998.

14. James R. Kneller, MS (BME), Department of Cardiology, Presbyterian Hospital, Penetrating Through Atherosclerotic Plaque into Rabbit Arteries with Micro fabricated Probes (advisor: Marc Feldman, MD), 1997.

15. Kengo Baba, MS (BME), Department of Cardiology, Children’s Hospital, Use of Backscatter Ultrasound Signals to Estimate Flow Rate and Volume Ratios, 1997.

16. Rebecca Levine, MS (BME), Department of Orthopedics, 1996.17. Serena Chan, MS (BME), Department of Orthopedics, 1995.

OTHER ACADEMIC SERVICE ACTIVITIES

2004 CIT Faculty Awards Committee2002-3 Ad Hoc Committee Promotion and Tenure, School of Health and

Rehabilitation Science.2002 AIMBE Academic Council - 10/22/2002.

Bioengineering Undergraduate Curriculum Retreat - participant.1997 Facilitator: UPMC MD/PhD Enrichment Program.

Review Board Member: CMU Study of Socio-economic impact of transplantation.1996 - 1999 PhD Preliminary Exam Committee, Bioengineering.

PhD Preliminary Exam Committee, Mechanical Engineering.1992 - pres. Department of Cardiothoracic Surgery, participated in surgical resident

interviews.1989 - 1991 Steering Committee for Middle States Accreditation, Graduate Student

Representative, as appointed by the Chancellor of the University.1989 - 1990 University Council on Graduate Study (advisory committee to Provost),

Graduate Student Representative.1988 - 1990 Graduate and Professional Student Association, Vice President.1987 - 1988 Graduate and Professional Student Association, President.1987 Educational Policy Committee, School of Engineering, Student

Representative. Engineering Graduate Advisory Committee, Student Representative.


1985 - 1986 Engineering Graduate Student Board, Vice President.1984 - 1985 Rensselaer Sports Car Association, Assistant Manager [RPI].

WORKSHOP AND CONFERENCE ORGANIZATION

2005, February – First International Conference on Micro BioRheology (ICMBR), Pittsburgh, PA. (co- organized with Tikeswar Naik.)

HONORS AND AWARDS

2003, August H. Koyanagi Young Investigator Award: 11th Congress of The International Society for Rotary Blood Pumps

2002, March Inducted as Fellow of American Institute for Medical and Biological Engineering (AIMBE) “In recognition of outstanding contributions to the field of Medical and Biological Engineering.”

2002, Jan. Keynote Lecture, NSF Design Contractors Meeting, San Juan, PR.2001 Keynote Lecture, ASME International Design Engineering Technical

Conference, Pittsburgh, PA.2001, June IEEE Control System Technology Award (shared with BE Paden, USCB) for

development of “Streamliner” heart-assist pump.1999, April Voted by Pittsburgh Magazine as one of “40 under 40” leaders for

Pittsburgh’s future.1999 Teaching award: Recognized by undergraduate as “Faculty who have made a

positive influence in my life.” One of 12 Faculty awarded in Engineering School.

1998 Proclamation by Mayor Tom Murphy of Pittsburgh, “Dr. Jim Antaki Day,” 10/15/1998.

1996 IEEE/EMBS Early Investigator Award - Finalist (1 out of 2 in country).1995 ASAIO/Medforte Innovation Award for "A Gait Powered Autologous Battery

Charging System for Artificial Organs."1991 American Heart Association: Fellow.1985 RPI Alumni Scholar; New York State Regents Scholar; GM Scholar finalist.1985 “Most Innovative Propulsion System,” Anything-That-Floats Boat Contest,

Rensselaer Polytechnic Institute. (JF Antaki and Timothy Murphy).1981 National Honor Society - Letter of Commendation.

GRANTS AWARDED - ActiveInstitution: National Science FoundationProgram: ECS-BE: Non-Announcement ResearchTitle: Periodicity and Power Minimization in Maglev Artificial HeartsDuration: 4/01/04 - 3/31/07Total Costs: $210,000JFA Portion: $61,666PI: BE PadenRole: Co-InvestigatorSupport: Year 1: 0%

Year 2: 8.3% + 1 graduate student:


Year 3: 0%Status: ActivePerformance Site: UCSB, CMUTheoretical study to develop algorithms for reducing power consumption of maglev blood pumps.Collaboration with Professors Brad Paden, Alberto Isidori, and Lorenzo Marconi in the supervision of the PhD to study algorithms for minimizing power consumption through application of principles of repetitive control.

Source: National Institute of Health/NHLBIProgram: NHLBI STTR Phase I (1-R43-HL077028-01)Title: Development of a Ventricular Assist System for Toddlers & Small ChildrenDuration: 7/15/2004-6/14/2005Total budget: $199, 722Direct: $152,383CMU portion: $112,142Role: PI (25%)Status: ActivePerformance Sites: LaunchPoint, LLC, Carnegie Mellon, and U Pittsburgh

Collaboration between CMU, LaunchPoint, LLC, and UoP to develop small blood pump for temporary cardiac support of small children.

Source: National Institute of HealthProgram: BAA NHLBI-HV-04-01Contract: HHSN268200448192CTitle: Pediatric Cardiac Support. Duration: 3/30/2004–3/29/2009Total Costs: $4,490,691 (CMU Subcontract $663,765)Direct: $4,024,419 (CMU Subcontract $474,935)PI: HS Borovetz, PhDRole: Project Director (67% x 5 yrs)Status: ActivePerformance Sites: University of Pittsburgh, CMU, Children’s Hospital

of Pittsburgh, LaunchPoint, LLC, MedQuestCollaboration between UoP Bioengineering Department, Children’s Hospital of Pittsburgh, Magnetic Moments (Santa Barbara), and MedQuest Industries (Salt Lake City) to develop miniature cardiac support system for chronic care of young patients (from infancy to appx 2 yrs old.)

Source: National Institute of Health/NHLBIProgram: SBIR Phase II, Heart Lung Institute (1R43HL66656-01)Title: Physiological Controller for Rotary Blood PumpsDuration: 11/15/2003-10/14/2005Total Direct: $568,038 Total Costs: $749,937Role: PI (40%)Status: Active. Performance Site: LaunchPoint, LLC

Collaboration between LaunchPoint, LLC, and MedQuest Industries (Salt Lake City) to develop intelligent controller for permanent, implanted heart-assist pump.

Institution: National Science FoundationProgram: Control, Networks, and Computational Intelligence (ECS-0300097)Title: Patient Adaptive Controllers for Heart Assist Devices


Duration: 5/1/2003-4/30/2006Total Costs: $360,000PI: M. A. SimaanRole: Co-InvestigatorSupport: 8.6% + 1 graduate student each year.Status: ActivePerformance Site: University of Pittsburgh

Theoretical study to develop algorithms for combining multiple sources of patient data to drive artificial heart.

Source: National Science FoundationProgram: I/UCRCTitle: NSF Center for e-Design and Realization of Engineered Products and Systems. Duration: 7/1/2003–8/31/2008Total Direct: $250,000 Pro-rata: $10,000PI: Bartholomew Nnaji, PhD (Industrial Engineering, UoP) Role: Sub-PI (Carnegie Mellon University)Effort/Support: Student support only.Status: ActivePerformance Sites: UoP, UMass at Amherst, and Carnegie Mellon University.Establishment of a multi-university Industry/University Cooperative Research Center for e-Design: IT Enabled Design and Realization of Engineered Products and Systems at the University of Pittsburgh, the University of Massachusetts at Amherst, and Carnegie Mellon University.

Source: National Science FoundationProgram: ITR/ACS (ACI-0086093)Title: Simulation of Flows with Dynamic Interfaces on Multi-Teraflop ComputersDuration: 9/1/2000–8/31/2004 (extended to 8/31/2005)Total Direct: $2,333,053 Pro-rata: $611,048(Total Costs: $3,113,304)PI: Omar Ghattas, PhD (CMU)Role: Sub-PI (University of Pittsburgh)Effort/Support: 16.7%Status: ActivePerformance Site: CMU, University of Pittsburgh

Computational and experimental study of cellular flow, aimed at modeling the interaction of red blood cells with one another and with the walls of blood vessels and artificial devices.[Note: approximately 6 awards out of approximately 3000 letters of intent were funded from this program.]

GRANTS PENDING(reverse chronological order – most recent first)

Source: National Institute of Health/NHLBIProgram: STTR Phase 1, Heart Lung InstituteTitle: The Quintessential Ventricular CannulaDuration: 7/15/2004-6/14/2005Total budget: $200,000 est.Role: PI (20%)Status: submitted Dec 1, 2004Performance Site: LaunchPoint, LLC

Project aims to develop the ultimate ventricular cannula for LVAD support.


Institution: National Science FoundationProgram: Multiscale Multicenter Title: Multiscale Optimization for Simulation-Based Design of Artifical Heart

Devices Duration: 9/1/05-8/30/081Total Costs: $751.847PI: Omar GhattasRole: Co-InvestigatorSupport: 8%Status: to be Submitted 11.4.04Performance Site: CMUDevelopment of computer algorithms for optimal design of artificial organs, emphasisizing physics at multiple scales.

Institution: National Institute of HealthProgram: ECS-BE: Non-Announcement ResearchTitle: Interagency Registry of Mechanical Circulatory Support for End Stage

Heart Failure Duration: 1/01/05 - 12/31/11Total Costs: $xxPI: RL Kormos (UPMC)Role: Co-InvestigatorSupport: 10%?Status: Submitted 8.4.04Performance Site: UPMC, Columbia, CMUDevelopment of interagency Registry of Mechanical Circulatory Support for End Stage Heart Failure.

Source: National Institute of Health/NINRProgram: R01 (PA-02-118)Title: Computer Expert System for Management of LVAD PatientsDuration: 7/15/2004-6/14/2009Total budget: $1,352,609Role: PI (16.7%)Status: submitted 9.24.03Performance Site: Carnegie Mellon UniversityDevelopment of computers software for handheld PC to facilitate treatment of VAD patients, provide information accessibility, enhance decision making participation by patients and families.

Source: National Institute of Health Program: NIBIB National Research Service Award Institutional Research Training Grants (T32) Title: Training in Biomechanics in Regenerative Medicine (BRM) Project Period: 4/1/04-3/31/09 P.I. Michael Sacks, PhD Role: (TBD) Total Direct: $2,188,313 Effort/Support: 1 student - all $$ go to student support, tuition, stipend, etc.Performance Site: University of Pittsburgh

Source: National Institute of HealthProgram: NHLBI National Research Service Award Institutional Research Training Grants (T32) Title: Cardiovascular Bioengineering Training Program


Project Period: 05/01/2004 – 04/30/2009P.I.: Sanjeev G. Shroff, PhDRole: Training FacultyTotal Direct: $2,061,058Effort/Support: 5% / one (1) student. (All $$ go to student support, tuition, stipend, etc.; no salary recovery for Training Faculty)

Institution: National Institute of HealthProgram: Bioengineering Research Grant (R01)Title: Clinical Evaluation and Optimization of HeartQuest LVADDuration: 9/1/03-8/31/08 Total Costs: $9,046,150 Pro Rata (JFA): $188,925PI: Dr. James W. LongRole: co-PI (10% x 5 yrs) - flow path analysis [through AntakaMatics]Status: Pending reviewPerformance Site: MedQuest, LaunchPoint, LLC, AntakaMatics

This is a contract with MedQuest Medical, Salt Lake City, Utah to perform final development of a chronic ventricular assist system. Antaki’s role is to supervise the optimization of the blood flow path.

Institution: National Institute of HealthProgram: Bioengineering Research Partnership, PAR-03-032Title: Hemodynamic Control and Optimal Weaning of LVAD PatientsDuration: 4/1/2004–3/30/2009Total Costs: $5,982,596 CMU Total:Direct: $4,405,608 CMU Direct: Indirect: $1,576,988 CMU Indirect:PI: JF AntakiRole: PI (50% x 5)Status: to be resubmitted 6.1.05Performance Sites: CMU, University of Pittsburgh, UCSB, MedQuest, Lafayette College

Multidisciplinary study in cooperation with Carnegie Mellon University, University of Pittsburgh Departments of Surgery, Bioengineering, Cardiology, Psychiatry, Occupational Therapy; UCSB’ Lafayette College; and MedQuest, Inc. (mfr of artificial hearts) to develop measures of cardiac rehabilitation, feedback control algorithms and treatment strategies for next-generation heart-assist devices aimed at bridge-to recovery.

GRANTS PLANNED

Source: Pittsburgh Life Science GreenhouseProgram: University Development FundTitle: Electroactive Polymers as Artificial MuscleDuration: 12/1/2002-11/30/2003Total Costs: $98,427 Direct: $68,486 Pro Rata: $68,486PI: JF AntakiRole: PI (16.7%)status: to be resubmitted 11.2003Performance Site: University of Pittsburgh

Project aims to develop electro-active “artificial muscle” for treating refractive esophageal reflux.

Source: Pittsburgh Life Science Greenhouse


Program: University Development FundTitle: Development of Brachytherapy Technique for Unresectable TumorsDuration: 12/1/2002–11/30/2003Total Costs: $98,704 Direct: $66,023 Pro Rata: $66,023PI: JF AntakiRole: PI (16.7%)Status: to be resubmitted 11.2003Performance Site: CMU

Development of device and related method of inserting radioactive pellets into un-resectable tumors

GRANTS AWARDED - Completed(reverse chronological order)

Source: National Institute of Health/NHLBIProgram: SBIR-Phase-II (2R44HL61069-02A1)Title: Fuel cell power packs for left ventricular assist devices (ICET, Inc.)Duration: 10/1/2001–3/31/2003 (Extended to 12/2005)Total Direct: $750,000 to ICETSubcontract: Year 1: $20,777; Year 2: $46,811PI: Sarang Sarangapani (ICET, Inc.)Role: Sub-PIEffort/Support: 8.3%Status: ActivePerformance Site: ICET, Inc.; University of Pittsburgh

Subcontract to ICET, Inc. to develop a reliable power system that could support LVAD devices for longer hours without any interruption. University of Pittsburgh component is to investigate power requirements of patients on LVAD, and to evaluate quality of life concerns.

Source: Commonwealth of PennsylvaniaTitle: Development of Artificial Organs and Related ProductsDuration: 7/1/2002-6/30/2003Total Costs: $1,000,000 Pro Rata: $65,000PI: Alan RussellRole: Co-Investigator (20%)Status: ActivePerformance Site: University of PittsburghDevelopment of computer expert system for facilitating rehabilitation of patients receiving ventricular assist therapy.

Source: University of PittsburghProgram: Innovation in Education AwardTitle: A Course in Integrated Bioengineering DesignDuration: 5/2002-4/2003Total Direct: $20,610 Pro-rata: $20,610PI: JF AntakiRole: Course instructorEffort/Support: 0% (no salary support)Status: ActivePerformance Site: University of PittsburghProject aims to develop innovative curriculum for practical training of undergraduate students in Bioengineering.


Source: National Institute of Health/NHLBIProgram: NIH/NHLBI/1RO1HL65740-01Title: Development of a Chronic Artificial LungDuration: 7/1/2000-6/30/2005Total Costs: $3,689,307PI: Bartley P. Griffith, MDRole: Co-InvestigatorEffort/Support: Year 1 40.4%, Year 2: 30%

(Year 3-4: consultant role @ 12,000/yr)Status: Active for two years; PI relocated to University of Maryland, Baltimore

Subsequently frozen, pending secondary review.Performance Sites: Years 1-2: University of Pittsburgh

Years 2-3: University of Maryland, Ension, Inc., AntakaMatics, Inc.Project aims to develop a compact wearable long-term-use pump-oxygenator for patients suffering from chronic respiratory disease. Antaki role will be to supervise development of feedback control system.

Source: National Institute of Health/ National Heart Lung and Blood Institute

Program: NIH SBIR Phase I (2R44HL066656-02A2) Title: Design Software for Cardiovascular DevicesDuration: 8/15/2001B8/14/2002Total budget: 96,236 Direct costs: 85,925Performance Site: AntakaMatics, Inc.

Development of software for computational fluid dynamics optimization of blood-wetted devices.

Source: Commonwealth of PennsylvaniaTitle: Development of Artificial Organs and Related ProductsDuration: 7/1/2002-6/30/2002Total Costs: $1,000,000PI: Bartley P. Griffith, MDRole: Co-Investigator (33%)Performance Site: University of Pittsburgh

Development of artificial muscle for use as an implantable prosthetic diaphragm.

NIH SBIR Phase I, Heart Lung Institute (1R43HL66656-01)Title: Physiological Controller for Rotary Blood PumpsDuration: 7/15/2001-6/14/2002Total budget: $97,827 Direct costs: $87,345Role: PI (50%)Performance Site: AntakaMatics, Inc.; University of Pittsburgh

Initial feasibility demonstration of flow estimator and control system to be used for implantable ventricular assist device.

Source: National Science FoundationTitle: Patient-Adaptive Controllers and Control Strategies for Artificial Hearts (BES-981012)Duration: 1/1/1999-6/30/2001Total Costs: $226,073PI: JR BostonRole: Co-investigator (17%)Performance Site: University of Pittsburgh


Theoretical study of multi-objective control for artificial hearts. Collaboration with Department of Electrical Engineering, University of Pittsburgh.

Source: Commonwealth of PennsylvaniaTitle: Development of Artificial OrgansDuration: 7/1/2000B6/30/2001Total Costs: $1,000,000PI: BP GriffithRole: Co-Investigator (33%)Performance Site: University of Pittsburgh

Development of feedback-control algorithms for artificial organs.

Source: National Institute of HealthProgram: N01-HV-58155Title: Development of an Innovative Ventricular Assist SystemDuration: 10/1/1995-9/30/2000Total Costs: $4,091,336 ($2,661,452 University of Pittsburgh)PI: KC Butler (Nimbus, Inc.)Role: Co-investigator (20%)Performance Site: University of Pittsburgh

Develop a fully implantable, closed-loop controlled, axial flow blood pump system suitable for chronic support of patients in refractory univentricular and/or biventricular failure.

Whitaker Foundation: Graduate Fellowship. Erik Sorensen, PI,Total direct: $96,000,Duration: 9/1/1997-8/31/2000Role: Faculty AdvisorPerformance Site: University of PittsburghDevelopment of theoretical model of platelet mediated thrombosis.

NIH: Development of an Innovative Ventricular Assist System. KC Butler (Nimbus, Inc.) PI, $4,091,336 total ($2,661,452 University of Pittsburgh), co-investigator (50, 50, 50, 25, 20%), 7/1/1995-6/30/2000.

WM Keck Foundation: The WM Keck Bioengineering Design and Manufacturing Laboratory. Bopaya Bidanda, Industrial Engineering, PI, $950,000, 7/1/1997-6/30/1999.

NASA/Langley Research Center: Space Act Agreement: Development of Magnetic Bearing for Rotary Blood Pump. 4/24/1997-4/24/1999.

NIH SBIR Phase 2: Axial Flow Blood Pump with Simplified Bearings. Ken Butler (Nimbus, Inc.), PI, $750,000 total ($361,113 total University of Pittsburgh direct), co-investigator (8% effort), 3/1/1996-2/28/1998.

McGowan Charitable Fund: Continued Development of Streamliner Artificial Heart. JF Antaki and BP Griffith, co-PI, $450,000, 7/1/1997-6/30/1998.

Japanese Government: Engineering Analysis of Flow Behavior of Blood-Biomaterial InterfacesDuration. M Umezu, $4,000 travel award, ca. 12/1997.

Contract: Cardiac Assist Technologies: Flow Visualization Study of Centrifugal Rotary Blood Pump. $17,600, 10/1997.


Contract: Cardiac Assist Technologies: Hemodynamic Characterization of Centrifugal Rotary Blood Pump. $3,056, 10/1997.

McGowan Foundation: Development of the Pitt Streamliner Ventricular Assist System. BP Griffith, JF Antaki, co-PI, $500,000 total, 7/1/1995-6/30/1997.

NASA/Langley Research Center: Space Act Agreement: Development of Magnetic Bearing for Rotary Blood Pump. 4/24/1995-4/24/1997.

The McCune Foundation: Cardiopulmonary Organ Development. Bartley P Griffith, MD, PI, James F Antaki, PhD, Co-investigator, $250,000. 10/1/1996-9/30/1997.

Whitaker Foundation, Biomedical Engineering Development Award: Clinical Cardiovascular Bioengineering. HS Borovetz, PI, $748,954, collaborating investigator (8%), 1/1/1995-12/31/1997.

Ben Franklin Technology Center of Western Pennsylvania: Development of a Novel Blood Rheometer.R Ghude, PI, $80,000, ($7,000 University of Pittsburgh direct), 6% effort, 1995.

NIH SBIR Phase 1: Development of a Gait-Powered Battery Charging System for Artificial Organs. Tom Rintoul (Nimbus, Inc.), PI, $100,000 total ($31,700 University of Pittsburgh direct, JF Antaki, PI for the subcontract), (8% effort), 8/1/1996-1/30/1997.

Argonaut Medical, Inc., value redemption of technology transfer to Nimbus Innovative Ventricular Assist Device (responsible for 50% share of $400,000), 1/1/1997.

NIH SBIR Phase 1: Axial Flow Blood Pump with Simplified Bearings. Ken Butler (Nimbus, Inc.), PI, $100,000 total ($25,000 University of Pittsburgh), co-investigator (5%), 1/1/1994-4/30/1995.

NIH SBIR, phase-I: Coronary Bypass Vessel Conditioning Device. KC Butler, PI, $49,998 ($15,645, University of Pittsburgh), 3/1/1993–8/1/1993.

NIH, RO1: Investigation of an Implantable Axial Flow Blood Pump. HS Borovetz, PI, $1,579,746 ($890,395, University of Pittsburgh), 20% effort (co-investigator), 12/1/1992-11/1/1995.

Veterans Administration: Intra-operative Right Ventricular Response to Left Ventricular Assist. RL Kormos, PI, $223,500, collaborating investigator (5%), 4/1992-3/1995.

WL Gore, Inc. Awarded PTFE vascular graft material for in-vivo experiments. JF Antaki, approximately $3,000, 1/1992-12/1993.

NIH SBIR, phase-II: Tandem Axial Flow Blood Pumps for Bi-ventricular Assist. BP Griffith, PI, $499,929 ($237,788, University of Pittsburgh), direct costs $309,593, 20% effort, 8/1/1992–7/31/1994.

Veteran's Administration Merit Review: Interoperative Right Ventricular Response to Left Ventricular Assist. RL Kormos MD, PI, $223,500 direct costs, 5% effort, 7/1/1992–6/30/1994.

American Heart Association: Investigation of the Passive Biomechanical Properties of the Heart. Post Doctoral Fellowship, P.I. $22,000, 7/1991–6/1992.


GRANT STATISTICS

Institution Year Award #submissions

Role outcome(score)

NIH/NHLBI 2005 Interagency Registry of Mechanical Circulatory Support for End Stage Heart Failure

1 co-I pending

NIH/NINR R01 Computer Expert System for Management of LVAD Patients

1+ PI resub

NIH/NHLBI BRP: Hemodynamic Control and Optimal Weaning of LVAD Patients

2+ PI resub

NSF Multiscale Optimization for Simulation-Based Design of Artifical Heart Devices

1 PI pending

NIH/NHLBI The Quintessential Ventricular Cannula

1 PI pending

NSF 2004 Periodicity and Power Minimization in Maglev Artificial Hearts

1 Sub-PI approved

NIH/NHLBI STTR Phase I (1-R43-HL077028-01)Development of a Ventricular Assist System for Toddlers & Small Children

1 PI approved

NIH T32: Training in Biomechanics in Regenerative Medicine (BRM)

2 Co-I pending

NIH T32: Cardiovascular Bioengineering Training Program

2 Co-ICo-I

NIH BAA NHLBI-HV-04-01 Pediatric Cardiac Support.

1 Co-I approved

NIH 2003 SBIR Phase II, Physiological Controller for Rotary Blood Pumps

3 PI approved

NIH BRP: Clinical Evaluation and Optimization of HeartQuest LVAD

1 Co-I declined

NSF Patient Adaptive Controllers for Heart Assist Devices

1 Co-I approved

NSF NSF Center for e-Design and Realization of Engineered Products an

1 Co-I approved

PLSG 2002 Development of Brachytherapy Technique for Unresectable Tumo

1 PI declined

PA Development of Artificial Organs and Related Products

1 Co-I approved

UoP A Course in Integrated 1 PI approved


Bioengineering DesignNIH 2001 SBIR-Phase-II

(2R44HL61069-02A1)Fuel cell power packs for left ventricular assist devices

2 Sub-PI approved

PA Development of Artificial Organs and Related Products

1 Co-I approved

NIH/NHLBI SBIR: Design Software for Cardiovascular Devices

1 PI approved

NIH/NHLBI SBIR: Physiological Controller for Rotary Blood Pumps

1 PI approved

NSF 2000 ITR/ACS (ACI-0086093)Simulation of Flows with Dynamic Interfaces on Multi-Teraflop Computers

1 Co-PI approved(6/>1000 awarded)

NIH/NHLBI R02: Development of a Chronic Artificial Lung

1 Co-I approved

PA Development of Artificial Organs

1 Co-I approved

NSF 1999 Patient-Adaptive Controllers and Control Strategies for Artificial Hearts

1 Co-I approved

Whitaker 1997 Graduate Fellowship 1 faculty advisor

approved

WM Keck Foundation

Bioengineering Design and Manufacturing Laboratory.

1 Co-I approved

NASA/Langley Space Act Agreement: Development of Magnetic Bearing for Rotary Blood Pump

1 PI approved

McGowan Charitable Fund

Continued Development of Streamliner Artificial Heart

1 Co-I approved

Japanese Government

Engineering Analysis of Flow Behavior of Blood-Biomaterial Interfaces

1 PI approved

Cardiac Assist Technologies

Flow Visualization Study of Centrifugal Rotary Blood Pump

1 PI approved

NIH/NHLBI Phase 1: Development of a Gait-Powered Battery Charging System for Artificial Organs

1 Co-PI approved

NIH/NHLBI 1996 R21: Magnetohydrodynamic control of blood flow

1 PI declined

NIH/NHLBI 1996 SBIR Phase 2: Axial Flow Blood Pump with Simplified Bearings

1 Co-I approved

The McCune Foundation

Cardiopulmonary Organ Development

Co-I approved

NIH/NHLBI 1995 BAA; Development of an Innovative Ventricular Assist System

1 Co-I approved

Whitaker Biomedical Engineering 1 Co-I approved


Development Award: Clinical Cardiovascular Bioengineering

McGowan Charitable Fund

Development of Streamliner Artificial Heart

1 Co-I approved

NASA/Langley Space Act Agreement: Development of Magnetic Bearing for Rotary Blood Pump

1 PI approved

NIH/NHLBI 1994 SBIR Phase 1: Axial Flow Blood Pump with Simplified Bearing

1 Co-I approved

NIH/NHLBI 1993 SBIR, phase-I: Coronary Bypass Vessel Conditioning Device.

1 Co-I approved

NIH/NHLBI 1992 Investigation of an Implantable Axial Flow Blood Pump.

1 Co-I approved

Veterans Administration

Interoperative Right Ventricular Response to Left Ventricular Assist

1 Co-I approved

Ben Franklin Technology Center

Development of a Novel Blood Rheometer

1 Co-I approved

NIH/NHLBI NIH/NHLBISBIR, phase-II: Tandem Axial Flow Blood Pumps for Bi-ventricular Assist

1 Co-I approved

Veteran's Administration

Interoperative Right Ventricular Response to Left Ventricular Assist

1 Co-I approved

WL Gore, Inc. PTFE vascular graft material for in-vivo experiments

1 PI approved

NIH/NHLBIAmerican Heart Association

1991 Fellowship: Investigation of the Passive Biomechanical Properties of the Heart

1 PI approved

ref: grant_success_specs.xls

PROFESSIONAL SOCIETY ACTIVITY4/2005-pres Board Member: American Society of Artificial Internal Organs.2/2005-pres Technology Expert Reviewer, Pittsburgh Life Sciences Greenhouse12/2003-5/2005 First International Conference on Pediatric Mechanical Circulatory

Support Systems and Pediatric Cardiopulmonary Perfusion, International Program Committee Member

9/2003-pres Program Planning Committee: American Society of Artificial Internal Organs.

2003 International Advisory Committee: Second International Conference on Cardiovascular Medicine and Science. International Advisory Committee: First International Conference on Medical Implants.

2002 Department of Defense: Peer Review Medical Research Program – Study Section.


2001 National Institute of Health - Independent Reviewer, SBIR Program2000 National Institute of Health - Study Section Reviewer, BRP Program1999 National Institute of Health - Study Section Reviewer, SBIR Program1997 ASAIO Focus Group1996 - pres Artificial Organs - Reviewer1995 - 1998 ASAIO Program Planning Committee1994 - pres ASAIO Journal - Reviewer1991 - 1992 ASME Journal Biomechanical Engineering - Reviewer

PROFESSIONAL LISTINGS$ Society for the Preservation and Advancement of the Harmonica (2000 – pres.)$ American Institute for Medical and Biological Engineering (AIMBE), Fellow (3/2002 -

present)$ American Academy of Mechanics (1995 - present)$ International Society for Rotary Blood Pumps (1994 - present)$ Cardiovascular System Dynamics Society (1994 - present)$ International Society for Clinical Haemorheology (1994 - present)$ American Society for Artificial Internal Organs (1991 - present) $ American Society of Mechanical Engineers (1985 - present)$ Institute of Electrical and Electronics Engineers (1986 - present)$ National Society of Professional Engineers (1985 - 1993)$ Association for the Advancement for Medical Instrumentation (1986 - 1993)

NON-PROFESSIONAL AFFILIATIONSNational Audubon Society (1987 - 2000), Sierra Club (1987 - 2000), Nature Conservancy (1988 - 2000), Cousteau Society (1988 - 1993), Foundation for Christian Living (1986 - 1996), Society for the Preservation and Advancement of the Harmonica (2001 - present).

"AVOCATIONS"Antique radio collecting (since age 11). Auto repair and restoration (since age 12).Ragtime guitar and folk blues, bluegrass banjo, blues/gospel harmonica, gospel choir.

FOREIGN LANGUAGESRelatively conversant in French, with some knowledge of Arabic, Italian, German, and Japanese.Once was "fluent" in Latin.

COMPUTER SKILLSProgramming in Fortran, BASIC, and ASYST. Introductory Matlab; FEMLAB.CAD: proficient with SolidWorks and competent in I-DEAS. Expert with EXCEL, MS Project.

*ARCHIVAL PEER-REVIEWED PUBLICATIONS

1. Noh, D. JF Antaki, E Prem, HS Borovetz, and BE Paden, Magnetic Levitation Design for the PediaFlow Ventricular Assist Device, to appear in: IEEE/ ASME International Conference on Advanced Intelligent Mechatronics (AIM2005); 24-28 July 2005, Monterey, California.

2. Myounggyu D. Noh*, James F. Antaki, Edward Prem, Harvey S. Borovetz, Brad Paden Magnetic Levitation Design for the PediaFlow(TM) Ventricular Assist Device

3. Gardiner, JM, J Wu, EK Prem, MD Noh, BE Paden, JF Antaki, TA Snyder, and DB Paden, Thermodynamic analysis of Pediaflow pediatric ventricular assist device, submitted


to Artificial Organs, 2005. 4. Vandenberghe, S, P Segers, JF Antaki, B Meyns, and PR Verdonck In vitro study of

rotary blood pump failure and ventricular assist with a rotary blood pump in continuous and pulsatile mode. Submitted to Artificial Organs 2005.

5. Zhao, R, MV Kameneva, Z Wu, and JF Antaki, Red Blood Cell Response to Supra-physiologic Shear Stress in Micro-Channels, to be submitted to: Biorheology.

6. Wu, J, JF Antaki, TA Snyder, HS Borovetz, BE Paden, Design optimization of blood shearing instrument (BSI) by computational fluid dynamics. to appear in Artificial Organs, June 2005.

7. Chen, S, JF Antaki, M A Simaan, JR Boston, Physiological Control of Left Ventricular Assist Devices Based on Gradient of Flow, In Proceedings: 2005 American Control Conference (ACC 2005) June 8 to June 10, 2005, Portland, Oregon. (Archival.)

8. Choi, S, JR Boston, and JF Antaki, An investigation of the pump operating characteristics as a novel control index for LVAD control. Submitted to International Journal of Control, Automation, and Systems, 2004.

9. McCormack, J, JF Antaki, and J Cagan, An expert system tool for conceptual design of rotary blood pumps. To be submitted to ASME J Design, 2004.

10. Baloa L, JF Boston, MA Simaan, JF Antaki. A certainty weighted detection system. Submitted to: J Sys Control Tech, 2003.

11. He B, O Ghattas, JF Antaki. Computational strategies for shape optimization of time-dependent Navier-Stokes flows. Computer Methods in Applied Mechanics and Engineering, accepted for publication (available http://www.cs.cmu.edu/~oghattas).

12. Gottlieb RK, Z Wu, JF Antaki. Wall shear stress sensor using liquid crystal. Experiments in Fluids 00:00, 2004, accepted for publication

13. Gwak, KW, M Ricci, S Snyder, BE Paden, JR Boston, MA Simaan, and JF Antaki, In-Vitro evaluation of multi-objective hemodynamic control of heart-assist pump. ASAIO J 2005, (approved, pending revision.)

14. Kameneva, MV, GW Burgreen, K Kono, B Repko, JF Antaki, and M Umezu, Effects of turbulent stresses on mechanical hemolysis experimental and computational analysis. ASAIO J. 50(5):418-23, 2004

15. Song X, AL Throckmorton, JF Antaki and DB Olsen. Quantitative evaluation of the blood damage in a centrifugal blood pump by computational fluid dynamics. Transactions of the ASME. Journal of Fluids Engineering, v 126, n 3, May 2004, p 410-18

16. Song, X, HG Wood, PE Allaire, JF Antaki, and DB Olsen, Inlet and outlet devices for rotary blood pumps, Artif Organs, vol. 28, pp. 911-5, 2004.

17. Smith WA, P Allaire, J Antaki, KC Butler, W Kerkhoffs, T Kink, H Loree, and H Reul, Collected nondimensional performance of rotary dynamic blood pumps, ASAIO J, vol. 50,(1): 25-32, 2004.

18. Paden BE, NJ Groom, JF Antaki. Design formulae for permanent magnet bearings. ASME J Mechanical Design, 125:734-738, 2003.

19. Antaki, JF, JR Boston, and MA Simaan. Control of heart assist: 42nd IEEE International Conference on Decision and Control (IEEE Cat. No.03CH37475), 2003, pt. 4, p 4084-9 vol.4

20. Song X, AL Throckmorton, HG Wood, JF Antaki and DB Olsen. Computational Fluid


http://www.cs.cmu.edu/~oghattas

Dynamics Prediction of Blood Damage in a Centrifugal Pump. Artificial Organs 27(10):938-941, 2003.

21. Chen C, B Paden, J Antaki, J Ludlow, G Bearnson. Optimal design of permanent magnet bearings with application to the HeartQuest Ventricular Assist Device. JSME International Journal, Series C, Vol 46, No.2, pp 403-408, June 2003.

22. Boston JR, JF Antaki, M Simaan. Hierarchical control for artificial hearts. Robotics and Automation Magazine, March 2003.

23. Baloa LA, JR Boston, MA Simaan, and JF Antaki, Performance of an extended certainty weighted detection model, IEEE Transactions on Systems, Man, and Cybernetics, Part A, 2003, 33(1):12-22, January 2003.

24. Chen C, B Paden, J Antaki, J Ludlow, D Paden, R Crowson, G Bearnson. A magnetic suspension theory and its application to the HeartQuestTM MagLev VAD. Artificial Organs, 26(11): 947-951, 2002.

25. Antaki J, S Banda, B Paden, Ml Piovoso. Award Winning Control Applications IEEE Control Systems Magazine, Michael K. Masten (ed.), December 2002, pp 8-20.

26. Yu Y-C, JR Boston, M Simaan, JF Antaki. Minimally invasive estimation of systemic cardiovascular parameters for artificial heart control. Control Engineering Practice, 10:277-285, 2002.

27. Burgreen GW, JF Antaki, ZJ Wu, AJ Holmes. Computational fluid dynamics as a development tool for rotary blood pumps. Artificial Organs, 25(5):336-40, May 2001.

28. Wu ZJ, RK Gottlieb, GW Burgreen, JA Holmes, DC Borzelleca, MV Kameneva, BP Griffith, JF Antaki. Investigation of fluid dynamics within a miniature mixed flow blood pump. Experiments in Fluids 31(6): 615-629, 2001.

29. Griffith BP, RL Kormos, HS Borovetz, K Litwak, JF Antaki, V Poirier, KC Butler. The Heartmate II left ventricular assist system: From concept to first clinical use. Ann Thoracic Surgery, 71(3): S116-S120, 2001.

30. Yu Y-C, JR Boston, MA Simaan, JF Antaki. Minimally invasive estimation of systemic vascular parameters. Annals of Biomedical Engineering, 29(7):595-606, 2001.

31. Yu Y-C, JR Boston, M Simaan, P Miller, JF Antaki. Pressure-volume relationship of pulsatile blood pump for ventricular assist device development. ASAIO J, 47(3): 293-301, 2001.

32. Baloa LA, JR Boston, JF Antaki. Elastance based control of a mock circulatory system. Ann Biomed Eng, 29(3), 244-251, 2001.

33. Choi S, JF Antaki, JR Boston, D Thomas. A sensorless approach to control of a turbodynamic left ventricular assist system. IEEE Trans on Control Systems Technology, 9(3):473-482, 2001.

34. Akimoto T, K Yamazaki, P Litwak, K Litwak, O Tagusari, T Mori, JF Antaki, M Kameneva, M Watach, M Umezu, J Tomioka, RK Kormos, H Koyanagi, BP Griffith. Relationship of blood pressure and pump flow in an implantable centrifugal blood pump during hypertension. ASAIO J, 46(5): 596-599, 2000.

35. Akimoto T, K Yamazaki, P Litwak, KN Litwak, O Tagusari, T Mori, JF Antaki, MV Kameneva, MJ Watach, M Umezu, J Tomioka, RL Kormos, H Koyanagi, BP Griffith. Continuously maintaining positive flow avoids endocardial suction of a rotary blood pump with left ventricular bypass. Artificial Organs, 24(8):606-610, 2000.

36. Antaki JF, GE Blelloch, O Ghattas, I Malcevic, GL Miller, NJ Walkington. A parallel dynamic-mesh Lagrangian method for simulation of flows with dynamic interfaces.


Supercomputing Conference 2000, In Proceedings of SC 2000,11, Dallas, Texas, USA, November 4-10, 2000.

37. Kameneva MV, A Undar, JF Antaki, MJ Watach, JH Calhoon, and HS Borovetz. Decrease in red blood cell deformability caused by hypothermia, hemodilution, and mechanical stress: factors related to cardiopulmonary bypass. ASAIO J, 45:307-310, 1999.

38. Kameneva MV, MJ Watach, P Litwak, JF Antaki, KC Butler, D Thomas, LP Taylor, HS Borovetz, RL Kormos, BP Griffith. Chronic animal health assessment during axial ventricular assistance: importance of hemorheological parameters. ASAIO Journal, 45(3):183-188, 1999.

39. Burgreen GW, JF Antaki, J Wu, P LeBlanc, KC Butler. A computational and experimental comparison of two outlet stators for the Nimbus LVAD. ASAIO J, 45:328-333, 1999.

40. Wu Z, JF Antaki, GW Burgreen, KC Butler, DC Thomas, BP Griffith. Fluid dynamic characterization of operating conditions for continuous flow blood pumps. ASAIO J, 45:442-449, 1999.

41. Sorensen EN, GW Burgreen, WR Wagner, JF Antaki. Computational simulation of platelet deposition and activation I: Model equations and properties. Ann Biomed Eng, 27(4):436-448, 1999.

42. Sorensen EN, GW Burgreen, WR Wagner, JF Antaki. Computational simulation of platelet deposition and activation II: Results for Poiseuille flow over collagen. Ann Biomed Eng, 27(4):449-458, 1999.

43. Kameneva MV, MJ Watach, P Litwak, JF Antaki, KC Butler, DC Thomas, LP Taylor, HS Borovetz, RL Kormos, BP Griffith. Chronic animal health assessment during axial ventricular assistance: Importance of hemorheological parameters. ASAIO J, 45(3):183-188, 1999.

44. Yu Y-C, JR Boston, MA Simaan, PJ Miller and JF Antaki. Modeling and simulation of a blood pump for the development of a left ventricular assist system controller. Kybernetica, 35(5):651-664, 1999.

45. Tagusari O, K Yamazaki, P Litwak, A Kojima, EC Klein, JF Antaki, M Watach, LM Gordon, K Kono, T Mori, H Koyanagi, BP Griffith, RL Kormos. Fine trabecularized carbon: Ideal material and texture for percutaneous device system of permanent left ventricular assist device. Artificial Organs, 22(6):481-487, 1998.

46. Yeleswarapu KK, MV Kameneva, KR Rajagopal, JF Antaki. The flow of blood in tubes - theory and experiment. Mechanics Research Communications, 25(3): 257-262, 1998.

47. Bahnson HT, JF Antaki, Q Beery. Acoustic and physical dynamics of the diatonic harmonica. J Acoust. Soc. Am, 103, (4):2134-2144, 1998.

48. Yamazaki K, T Mori, J Tomioka, P Litwak, JF Antaki, O Tagusari, H Koyanagi, BP Griffith, RL Kormos. The cool-seal system: a practical solution to the shaft seal problem and heat related complications with implantable rotary blood pumps. ASAIO J, 43:5:M567-M571, 1998.

49. Yamazaki K, P Litwak, RL Kormos, T Mori, O Tagusari, JF Antaki, M Kameneva, M Watach, L Gordon, M Umezu, J Tomioka, H Koyanagi, BP Griffith. An implantable centrifugal blood pump for long term circulatory support. ASAIO J, 43(5):M686-M691, 1998.

50. Yamazaki K, RL Kormos, P Litwak, O Tagusari, T Mori, JF Antaki, M Kameneva, M Watach, L Gordon, H Mukuo, M Umezu, J Tomioka, E Outa, BP Griffith, H Koyanagi. Long term experiments with an intraventricular axial flow blood pump. ASAIO J,


43(5):M696-M700, 1998.51. Kameneva, MV, J Antaki, KK Yeleswarapu, MJ Watach, BP Griffith, and HS Borovetz.

Plasma protective effect on red blood cells exposed to mechanical stress. ASAIO J 43(5), M571-5 1997.

52. Yamazaki K, P Litwak, O Tagusari, T Mori, K Kono, M Kameneva, M Watach, L Gordon, M Miyagishima, J Tomioka, M Umezu, E Outa, JF Antaki, RL Kormos, H Koyanagi, and BP Griffith. An implantable centrifugal blood pump with a recirculating purge system (Cool-seal system). Artificial Organs, 22(6):481-487, 1998.

53. Tagusari, O, K Yamazaki, P Litwak, JF Antaki, M Watach, LM Gordon, K Kono, T Mori, H Koyanagi, BP Griffith, and RL Kormos. Effect of pressure-flow relationship of centrifugal pump on in vivo hemodynamics: a consideration for design. Artif. Organs 22(5): 399-404, 1998.

54. Amin DV, JF Antaki, P Litwak, D Thomas, ZJ Wu, M Watach. Induction of ventricular collapse by an axial flow blood pump. ASAIO J, 44(5): M685-M690, 1998.

55. Curtis A, J Wu, RL Kormos, JF Antaki. A novel ventricular apical cannula: In vitro evaluation using transparent, compliant cast. ASAIO J, 44(5): M691-M695, 1998.

56. Yu Y-C, JR Boston, M Simaan, JF Antaki. Estimation of systemic vascular bed parameters for artificial heart control. IEEE Transactions on Automatic Control: Special Issue on Biomedical Applications of Control, 43(6): 765-778, 1998.

57. Butler, K, D Thomas, J Antaki, H Borovetz, B Griffith, M Kameneva, R Kormos, and P Litwak. Development of the Nimbus/Pittsburgh axial flow left ventricular assist system. Artif Organs 21(7): 602-610, 1997.

58. Macha, M, P Litwak, K Yamazaki, M Kameneva, JP Kerrigan, JF Antaki, KC Butler, DC Thomas, LP Taylor, RL Kormos, BP Griffith, and HS Borovetz. Survival for up to six months in calves supported with an implantable axial flow ventricular assist device. ASAIO J 43(4): 311-3115, 1997,

59. Kameneva MV, HS Borovetz, JF Antaki, P Litwak, WJ Federspiel, RL Kormos, BP Griffith. Effect of perfluorochemical emulsion on hemorheology and shear induced blood trauma. . Possible mechanisms and future applications. Adv Exp Med Biol, 411:383-390, 1997..

60. Kameneva, MV, HS Borovetz, JF Antaki, P Litwak, WJ Federspiel, RL Kormos, and BP Griffith. Effect of perfluorochemical emulsion on hemorheology and shear induced blood trauma. Possible mechanisms and future applications. Adv Exp Med Biol 411:383-390, 1997.

61. Amin DV, JF Antaki, P Litwak, D Thomas, Z Wu, Y-C Yu, S Choi, JR Boston, and BP Griffith. Controller for an axial-flow blood pump. Biomed Instrument Technol, 31(5):483-487, 1997.

62. Konishi H, MJ Yland, M Brown, K Yamazaki, M Macha, R Konishi, JP Kerrigan, S Zhang, PS Randhawa, JF Antaki, K Fuse, RL Kormos. Effect of pulsatility and hemodynamic power and recovery of renal function. ASAIO J, 42:M720-M723, 1996.

63. Burgreen GW, JF Antaki, BP Griffith. A design improvement strategy for axial blood pumps using computational fluid dynamics. ASAIO Journal, 42(5):M354-M360, 1996.

64. Konishi H, JF Antaki, P Litwak, M Kameneva, K Yamazaki, M Macha, JP Kerrigan, WA Mandarino, KC Butler, HS Borovetz, RL Kormos. Long-term animal survival with an implantable axial flow pump as a left ventricular assist device. Artificial Organs, 20(2):124-127, 1996.

65. Konishi, H, J Antaki, D Amin, JR Boston, JP Kerrigan, WA Mandarino, P Litwak, K


Yamazaki, M Macha, KC Butler, HS Borovetz, and RL Kormos. Controller for an axial flow blood pump. Artif Organs 20(6): 618-620, 1996.

66. Labadie RF, JF Antaki, JL Williams, S Katyal, J Ligush Jr., SC Watkins, SM Pham, HS Borovetz. Pulsatile perfusion system for ex-vivo investigation of biochemical pathways in intact vascular tissue. Am. J. Physiol 270 (Heart Circ. Physiol. 39), 270(2) Part2: H760-H768, 1996.

67. Kerrigan JP, K Yamazaki, RK Meyer, T Mori, Y Otake, E Outa, M Umezu, HS Borovetz, RL Kormos, BP Griffith, H Koyanagi, JF Antaki. High resolution fluorescent particle tracking flow visualization within an intra-ventricular axial flow left ventricular assist device. Artificial Organs, 20(6):534-540, 1996.

68.Kameneva MV, JF Antaki, HS Borovetz, BP Griffith, KC Butler, KK Yeleswarapu, MJ Watach, RL Kormos. Mechanisms of red blood cell trauma in assisted circulation. Rheologic similarities of red blood cell transformations due to natural aging and mechanical stress. ASAIO J, 41(3):M457-M460, 1995.

69.Antaki JF, GE Bertocci, EC Green, A Nadeem, T Rintoul, RL Kormos, BP Griffith. A gait-powered autologous battery charging system for artificial organs. ASAIO J, 41(3):M588-M595, 1995 (Recipient of ASAIO/Medforte Innovation Award).

70. Yamazaki K, M Kameneva, J Antaki, J Kerrigan, P Litwak, H Konishi, M Macha, H Borovetz, T Mori, M Umezu, H Koyanagi, R Kormos, J Tomczak, E Outa.. An intraventricular axial flow blood pump integrated with a bearing purge system. ASAIO J 41(3): M327-M332, 1995.

71. Antaki JF, O Ghattas, GW Burgreen, B He. Computational flow optimization in rotary blood pump components. Artificial Organs, 19(7):608-615, 1995.

72. Yeleswarapu KK, JF Antaki, MV Kameneva, KR Rajagopal. A mathematical model for shear-induced hemolysis. Artificial Organs, 19(7):576-682, 1995.

73. Antaki JF, TJ Dennis, H Konishi, ME Brown, TR Maher, JP Tomczak, JP Kerrigan, RL Kormos,. An improved left ventricular cannula for chronic dynamic blood pump support. Artificial Organs, 19(7):671-675, 1995.

74. Konishi H, JF Antaki, JR Boston, JP Kerrigan, WA Mandarino, K Yamazaki, M Oe, P Litwak, HS Borovetz, KC Butler, RL Kormos. Dynamic systemic vascular resistance in a sheep supported with a Nimbus AxiPump. ASAIO J, 40(3):M299-M302, 1994.

75. Kameneva MV, JF Antaki, H Konishi, JH Whalen, JP Kerrigan, MJ Watach, RL Kormos, BP Griffith, HS Borovetz. Effect of perfluorochemical emulsion on blood trauma and hemorheology. ASAIO J, 40:M576-M579, 1994.

76. Kameneva MV, JF Antaki, MJ Watach, HS Borovetz, RL Kormos. Heparin effect on red blood cell aggregation. Biorheology, 31(3):297-304, 1994.

77. Antaki JF, KC Butler, RL Kormos, A Kawai, H Konishi, JP Kerrigan, HS Borovetz, TR Maher, MV Kameneva, BP Griffith. In-vivo evaluation of the Nimbus axial flow ventricular assist system: Criteria and Methods. ASAIO J, 39(3):M231-M236, 1993.

78. Kerrigan JP, FD Shaffer, TR Maher, TJ Dennis, HS Borovetz, JF Antaki. Fluorescent image tracking velocimetry (FITV) of the Nimbus AxiPump. ASAIO J, 39(3): M639-M643, 1993.

79. Butler KC, TR Maher, HS Borovetz, RL Kormos, JF Antaki, MV Kameneva, BP Griffith, T Zerbe, FD Schaffer. Development of an axial flow blood pump LVAS. ASAIO J, 38(3) :M296-M300, 1992.

80. Antaki JF. An Experimental and Theoretical Model for the Passive Biomechanical Properties of the Intact Heart (Volumes I and II). PhD Thesis, University of Pittsburgh,


Dept. of Mechanical Engineering, 1991.81. Kormos RL, HS Borovetz, T Gasior, JF Antaki, JM Armitage, JM Pristas, RL Hardesty, BP

Griffith. Experience with univentricular support in mortally ill cardiac transplant candidates. Annals of Thoracic Surgery, 49(2):261-271, 1990.

82. Kormos RL, T Gasior, JF Antaki, JM Armitage, Y Miyamoto, HS Borovetz, RL Hardesty, BP Griffith. Evaluation of right ventricular (RV) function during clinical left ventricular assistance. ASAIO Transactions, 35(3):547-550, 1989.

83. Cherup LL, JF Antaki, MD Liang, RS Hamas. Measurement of capsular contracture: The conventional breast implant and the Pittsburgh implant. Plastic and Reconstructive Surgery, 84(6):893-901, 1989.

BOOK CHAPTERS1. Kameneva MV, HS Borovetz, JF Antaki, P Litwak, WJ Federspiel, RL Kormos, BP

Griffith. Effect of Perfluorochemical Emulsion on Hemorheology and Shear Induced Blood Trauma: Possible Mechanisms and Future Applications. In: Oxygen Transport to Tissue XVIII, Nemota and LaManna (eds.), Plenum Press, New York, pp 383-390, 1997.

SCIENTIFIC SESSIONS CHAIRED AND INVITED PANELS

1. First International Conference on Pediatric Mechanical Circulatory Support Systems and Pediatric Cardiopulmonary Perfusion, International Program Committee Member, Hershey, PA – May 19-21, 2005

2. Principles: Engineering Of Artificial Organs, American Society of Artificial Internal Organs, Washington, DC, June 16-19, 2004 (Session Organizer.)

3. Rotary Blood Pumps, American Society of Artificial Internal Organs, Washington, DC, June 16-19, 2004 (co-Chair with D Olsen)

4. Computational Fluid Dynamics of Rotary Blood Pumps, International Society of Rotary Blood Pump, August 29, 2003, Bad Oeyenhausen. (co-Chair with Affeld)

5. Drag-Reducing Polymers in Blood Circulation, Conference on Cardiovascular Medicine & Science, Bethesda, MD, July 24, 2003 (co-chair with MV Kameneva.)

6. Response of Blood to Mechanical Circulatory Support, First International Conference on Medical Implants, Bethesda, MD, July 25, 2003 (co-chair with MV Kameneva.)

7. Artificial Heart Control. Second Joint EMBS-BMES Conference, 10/23-26/2002, Houston, TX.

8. Musical Acoustics: Free Reeds Instruments: Concert Performance Featuring Henry Doktorski, Accordion and Howard Levy, Harmonica. Session co-chair, 6/4/2002, Pittsburgh, PA.

9. Artificial Organs and Prosthetics. BioMedical Engineering Society (BMES) Annual Fall Meeting, program co-chair, 10/2001.

10. Engineering Concepts of Rotary Blood Pumps. 9th Congress of the International Society for Rotary Blood Pumps, session co-chair, Seattle, WA, 8/2001.

11. Computer Optimization and Magnetic Bearing: Future of the Heart. ASAIO 44th Annual Conference (one of four panelists including, Robert Kung, pres. Abiomed, Peer Portner, Pres. Baxter/Novacor, and Robert Jarvik), New York, NY, 4/25/1998.

12. Artificial Organs. International Conference on Mechanics in Medicine and Biology, session co-chair, Honolulu, HI, 3/2-5/1998.


13. SPIE/IS&T (Society for Image Science and Technology) Symposium on Electronic Imaging (Program Committee: “Clinical-Assist Systems”), 1/1998.

14. Interdisciplinary Project Course on Organ Transplant System. Carnegie Mellon University, Department of Engineering and Public Policy, review panelist, September – December, 1997.

15. New Ideas in Artificial Organs. Biomedical Engineering Society 1997 Annual Fall Meeting, San Diego, CA, 10/2-5/1997.

16. Flow Visualization Technology. Waseda International Congress of Modeling and Simulation Technology for Artificial Organs, 8/1-3/1996, Tokyo, Japan.

17. Artificial Heart Control. International Federation of Automatic Control, session organizer, 6/30 – 7/5/1996.

18. Distributed Control Systems. International Federation of Automatic Control 6/30 – 7/5/1996.

19. Artificial Hearts - A Challenge to Control Engineers. Panel Discussion, International Federation of Automatic Control (the "Olympics" of the control community), San Francisco, CA, 6/30–7/5/1996.

20. Skeletal Muscle Power. ASAIO 42nd Annual Conference, Washington, DC, 5/1996.21. Feedback Artificial Organ Systems. ASAIO 41st Annual Conference, , Chicago, IL,

5/1995.22. Artificial Heart Design. American Society of Mechanical Engineers, Winter Annual

Meeting, Chicago, IL, 11/1994.23. Magnetic Levitation. 2nd Congress of the International Society for Rotary Blood

Pumps, Vienna Austria, 9/1994.

PROCEEDINGS AND PRESENTATIONS

1. Chen, S, JF Antaki, MA Simaan, and JR Boston, MA Simaan, Physiological Control of Left Ventricular Assist Devices Based on Gradient of Flow, Proc. of the 2005 American Control Conference, Portland, OR, June 8-10, 2005.

2. Gwak, K-W, MD Noh, BE Paden, and JF Antaki, Fluidic Operational Amplifier for Mock Circulatory Systems – Simulation and Experimental Results, Proc. of the 2005 American Control Conference, Portland, OR, June 8-10, 2005.

3. Ferreira, A, MA Simaan, JR Boston, and JF Antaki, A Nonlinear State-Space Model of a Combined Cardiovascular System and a Rotary Pump, Submitted to 44th IEEE Conference on Decision and Control, Seville, Spain, Dec. 2005.

4. Ferreira, A, DG Galati, MA Simaan, JF Antaki, and JR Boston, "A Dynamical State Space Representation of the Left Ventricle of the Heart Coupled with an Assist Rotary Pump" ASME Conference 2005.

5. Antaki JF, [Biomedical engineering modeling for artificial organs], American Society of Artificial Internal Organs, Washington DC, June 2005.

6. Antaki, JF, J Wu, TA Snyder, WR Wagner, HS Borovetz, BE Paden, and C Diao, CFD analysis of blade tip clearances on hemodynamic performance and blood damage in a miniature pediatric blood pump. To appear in: American Society of Artificial Internal Organs, Washington DC, June 2005, to appear in: American Society of Artificial Internal Organs, Washington DC, June 2005.

7. Antaki, JF, C Diao, J Wu, HS Borovetz, W Wagner and TA Snyder, Microscopic flow


visualization of red blood cell trajectory in the blade tip and back clearance of a mini blood pump. To appear in: American Society of Artificial Internal Organs, Washington DC, June 2005.

8. Wu, J, JF Antaki, HS Borovetz, GB Bearnson, J R Boston, C Diao, J A Hawkins, J Gardiner,G Jacobs, MV Kameneva, BB Keller, PK Khanwilkar, J Kirk, RL Kormos, V Morell, JW Long, CM Li, S Miles, E Prem, BE Paden, D Paden, T Snyder, H Tsukui, S Vandeberghe, WR Wagner, SA Webber, RE Shaddy and MA Simaan, Progress with pediaflow maglev pump for infants and small children: Form to function. to appear in: American Society of Artificial Internal Organs, Washington DC, June 2005.

9. Santelices, L, Druzdzel, R Schaub, BUber, RL Kormos, and JFAntaki, Clinical decision support system for optimal VAD weaning. to appear in: American Society of Artificial Internal Organs, Washington DC, June 2005.

10. Wu, J, JF Antaki, TA Snyder, WR Wagner, HS Borovetz, BE Paden, and C Diao. Elimination of reversal flow in back clearance gaps of a miniature pediatric centrifugal blood pump by CFD, to appear in: American Society of Artificial Internal Organs, Washington DC, June 2005,

11. Vandenberghe, S,, P Segers, J Antaki, R Shihab, and P Verdonck, In vitro evaluation of pulsatile use of the new Medos DeltaStream pump, to appear in: American Society of Artificial Internal Organs, Washington DC, June 2005.

12. Antaki, J. Rational Prescriptive Design of Pediatric VADs. (Invited.), First International Conference on Pediatric Mechanical Circulatory Support Systems and Pediatric Cardiopulmonary Perfusion, Hershey, PA – May 19-21, 2005

13. Snyder, S., B Paden, J Antaki, and HS Borovetz, Thermodynamic Analysis of PediaFlow Pediatric Ventricular Assist Device, First International Conference on Pediatric Mechanical Circulatory Support Systems and Pediatric Cardiopulmonary Perfusion, Hershey, PA – May 19-21, 2005

14. Lee, SS, NJ Kim, JF Antaki, KH Ahn, SJ Lee. Red blood cell relaxation time measured by shape recovery after cessation of flow. to appear in: The 12th International Congress of Biorheology (12thICB) and 5th International Conference on Clinical Hemorheology (5thICC), February 2005.

15. Lee, SS, KH Ahn, SJ Lee, K Sun, JF Antaki, MV Kameneva, I Dobbe, and MR Hardeman, The effect of magnitude and duration of shear exposure on the characteristics of red blood cells. to appear in Proceedings, Society of Rheology Conference, 2005, Session: Biological systems

16. Chen, S, M Simaan, JR Boston, JF Antaki, A physiological control of left ventricular assist devices based on gradient of pump flow. Proceedings The 43rd IEEE Conference on Decision and Control December 14-17, 2004 Atlantis, Paradise Island, Bahama. ????

17. Gwak, KW, BE Paden, and JF Antaki, Fluidic Operational Amplifier for Mock Circulatory Systems, Proceedings The 43rd IEEE Conference on Decision and Control December 14-17, 2004 Atlantis, Paradise Island, Bahama..

18. Gwak, K-W, M. Ricci, S. Snyder, B. E. Paden, J. R. Boston, M. A. Simaan, and J.F. Antaki, In-Vitro Evaluation of Multi-Objective Hemodynamic Control of a Heart-Assist Pump, Proc. of the 43rd IEEE Conference on Decision and Control, Paradise Island, Bahamas, Dec. 14-17, 2004, pp. 1069-1074.

19. Antaki, JF, “Pediatric Blood Pumps of Pittsburgh.” International Society of Rotary Blood Pumps, Cleveland, OH, October 2004. [Invited]


20. Antaki, J, K-W Gwak, S Chen, M Ricci, C Chen, F Colacino, S Snyder, A Feriera, Y-C Yu, JR Boston, B Paden, M Simaan, and G Bearnson, Optimal feedback control of turbodynamic VAD: Efficacy of multi-objective tracking algorithms. Proceedings International Society of Rotary Blood Pumps, Cleveland, OH, October 2004.

21. Bullister, Edward, H Reul, T Kink, and JF Antaki, CFD modeling of blood damage in rotary pumps. Proceedings International Society of Rotary Blood Pumps, Cleveland, OH, October 2004.

22. Antaki, JF, G, Blelloch, O Ghattas, S Green, M Kameneva, I Malcevic, G Miller, G Turkiyya, N Walkington, Z Wu, Optimal Design of Blood Flow within Artificial Hearts Devices on Terascale Supercomputers, 41st Annual SES Technical Meeting, Lincoln, Nebraska Oct 10, 2004. [Invited]

23. Diao C, L Zhu and JF Antaki, An experimental study on temperature and blood flow response in rat brain during SBC and rewarming. To appear in; Proceedings BMES Annual Meeting, Oct. 2004.

24. Zhao, R, JF Antaki, Z Wu, C Diao, and MV Kameneva, Red Blood Cell Response to Supra-physiologic Shear Stress in Micro-Channels, To appear in; Proceedings BMES Annual Meeting, Oct. 2004.

25. Hund, SJ, JF Antaki, O Ghattas, et al… Hemodynamic Optimization of a Ventricular Cannula: Evaluation of Objective Functions, To appear in; Proceedings BMES Annual Meeting, Oct. 2004.

26. Naik T and JF Antaki, Fluid-structure interactions of ventricular cannulation. To appear in; Proceedings BMES Annual Meeting, Oct. 2004.

27. Antaki JF, Future Opportunities for Innovation of Artificial Organs, to appear in: American Society of Artificial Internal Organs, Washington DC, June 2004.

28. Snyder TA, JF Antaki, G Bearnson, R Boston, C Chen, S Gandhi, J Hawkins, G Jacobs, MV Kameneva, B Keller, P Khanwilkar, RL Kormos, CM Li, J Long, S Miles, B Paden, D Paden, R Shaddy, M Simaan, W Wagner, S Webber, J Wells, J Wu, and L Yount, Development of ventricular assist devices for infants and small children, To appear in: American Society of Artificial Internal Organs, Washington DC, June 2004.

29. Pagani I, A Quist, H Lin, S Green, GM Turkiyyah, J Antaki, and R Lal, Precision mapping of erythrocyte trauma by atomic force microscopy, to appear in: American Society of Artificial Internal Organs, Washington DC, June 2004.

30. Khanwilkar PS, JW Long, JF Antaki, B Paden, S Miles, GB Jacobs, C King, C Chen and GB Bearnson, Evolution of implantable, magnetically levitated heartquest™ vad for destination therapy, to appear in: American Society of Artificial Internal Organs, Washington DC, June 2004.

31. Hund, S, JF Antaki, O Ghattas, Optimal flow path design of ventricular cannula. Optimal Flow Path Design of a Ventricular Cannula, to appear in: American Society of Artificial Internal Organs, Washington DC, June 2004.

32. Naik, T and JF Antaki, Numerical simulation of ventricular cannulation, to appear in: American Society of Artificial Internal Organs, Washington DC, June 2004.

33. [Zhao, R, Z Wu, M Kameneva, and JF Antaki.] Investigation of micro-scale blood flow behavior and shear-induced blood damage by cell tracking Velocimetry. To appear in: American Society of Artificial Internal Organs, Washington DC, June 2004.

34. Gwak, K, M Ricci, JF Antaki, and B Paden. Responsiveness of hemodynamic controller based on venous return index and harmonic index to time-varying metabolic demand on mock circulatory loop, to appear in: American Society of Artificial Internal Organs, Washington DC, June 2004.


35. Tabaksblat, M, AZ Hunsberger, M Simaan, R Kormos, J Gorcsan, S Shroff, and JF Antaki, Development of computer simulator for left ventricular recovery, to appear in: American Society of Artificial Internal Organs, Washington DC, June 2004.

36. Santelices LC, JF Antaki, MA Dew, MB Holm, RL Kormos, MA Mathier, and MA Simaan, Mobile decision support system for treatment of LVAD patients, To appear in: American Society of Artificial Internal Organs, Washington DC, June 2004..

37. Borovetz, H, J Antaki, G Bearnson, R Boston1, C Chen, S Gandhi, J Hawkins, G Jacobs, M Kameneva1, B Keller, P Khanwilkar, R Kormos, C-M Li, J Long, S Miles, B Paden, D Paden, R Shaddy, M Simaan, T Snyder, W Wagner, S Webber, J Wells, J Wu, L Yount, Development of a Ventricular Assist Device for Infants and Small Children. Gordon Research Conference on Assisted Circulation, Big Sky, MT, 9/14-19/2004 [poster presented. No proceedings.]

38. Antaki JF, GB Bearnson, HS Borovetz, JR Boston, C Chen, SK Gandhi, JA Hawkins, G Jacobs, MV Kameneva, BB Keller, P Khanwilkar, RL Kormos, C-M Li, KN Litwak, JW Long, S Miles, BE Paden, D Paden, RE Shaddy, MA Simaan, TA Snyder, WR Wagner, SA Webber, EJ Wells, J Wu, Z Wu, LJ Yount, Miniature maglev centrifugal pump for infants and small children: initial progress. In Proceedings International Society Rotary Blood Pumps, Aachen, Germany, August 2003.

39. Antaki JF, Microstructural modeling of hemorheology and hemolysis, Response of Blood to Mechanical Circulatory Support, First International Conference on Medical Implants, Bethesda, MD, July 25, 2003. =Invited=

40. Bearnson, G, G Jacobs, J Antaki, and J Long, Flow Estimation and Antisuction Control in HeartQuest™ LVAD In: Proceedings ASAIO, Washington, DC, June 2003, pp 223.

41. Miles, S, et al. HeartQuest™ LVAD optimized clinical design. In: Proceedings ASAIO, Washington, DC, June 2003, pp 186.

42. Antaki JF, “Challenges of Control of Rotary Blood Pumps” In: Proceedings ASAIO, Washington, DC, June 2003 = Invited =

43. Antaki JF, JC Ludlow, GW Burgreen, J Wu, Z Wu and SD Miles, Low profile inlet for centrifugal blood pump. In: Proceedings ASAIO, Washington, DC, June 2003, p 154.

44. Paden B , J Antaki , and N Groom Mechatronic Design and Optimization of an Artificial Heart, 2nd IFAC Conference on Mechatronic Systems, December 9-11, 2002, Berkeley, California, USA

45. Miles S, G Jacobs, J Ludlow, T Nieman, B Vance, G Bearnson, J Long, B Paden C Chen, J Antaki. HeartQuest VAD clinical design performance. In Proceedings, International Society of Rotary Blood Pumps, Osaka, Japan, 8/2002.

46. Bearnson, G, G Jacobs, J Antaki, J Long, Flow estimation and antisuction Control in HeartQuest LVAD, In Proceedings, International Society of Rotary Blood Pumps, Osaka, Japan, 8/2002.

47. Antaki JF, JR Boston, M Simaan, Z Wu. Current control strategies for turbodynamic blood pumps. Proceedings: Second Joint EMBS-BMES Conference, Houston, TX, 10/23-26/2002.

48. Sorensen EN, GW Burgreen, WR Wagner, JF Antaki. Simulation of platelet deposition in disturbed flow. Proceedings: Second Joint EMBS-BMES Conference, Houston, TX, 10/23-26/2002.

49. Chen C, B Paden, J Antaki, J Ludlow, G Bearnson. Optimal design of permanent magnet bearings with application to the HeartQuest ventricular assist device design. Trans. ISMB, 6/2002.


50. Chen C, B Paden, J Antaki, J Ludlow, G Bearnson. Optimal design of permanent magnet bearings with application to the HeartQuest ventricular assist device. Proceedings: International symposium on magnetic bearings, Japan, 8/26-28/2002.

51. Antaki JF, HT Bahnson, GW Burgreen. Acoustic Coupling between Oral Tract and Diatonic Harmonica: Recent Observations. Proceedings: American Society of Acoustics, Pittsburgh, PA, 6/2002.

52. Chen C, B Paden, J Antaki, J Ludlow, G Bearnson. Optimal design of the HeartQuest magnetic suspension. Proceedings: ASAIO, 6/2002.

53. Antaki JF, Z Wu, D Liu, M Simaan, JR Boston. A multi-objective control algorithm for turbodynamic blood pumps. Proceedings: 9th Congress of the International Society for Rotary Blood Pumps, Seattle, WA, A6, 8/17-20/2001.

54. Chen C, B Paden, J Antaki, J Ludlow, D Paden, R Crowson, P Diegel, G Bearnson, and D Olsen. A magnetic suspension theory and its application to the HeartQuest maglev VAD. Proceedings: 9th Congress of the International Society for Rotary Blood Pumps, Seattle, WA, 8/17-20/ 2001

55. Antaki JF, Y Liu, Z Wu, P Diegel, J Long. Cannula design can reduce regurgitant flow during VAD stoppage: When a check valve is not a check valve. Proceedings: ASAIO 2001, New York, NY, 6/7-9/2001.

56. Gottlieb R, J Antaki, Z Wu. Visualization of wall shear stress in blood wetted artificial organs using liquid crystal shear sensor. Proceedings: ASAIO 2001, New York, NY, 6/7-9/2001.

57. Snyder TA, J Wu, JF Antaki, GW Burgreen, WR Wagner. In-vitro investigation of shear-induced platelet activation in axial flow VADs. Proceedings: ASAIO 2001, New York, NY, 6/7-9/2001.

58. Long JW, PD Diegel, JF Antaki, GB Bearnson, D Paden, PE Allaire, DB Olsen. Preliminary in-vivo experience with the new HeartQuest MagLev LVAD. Proceedings: ASAIO 2001, New York, NY, 6/7-9/2001.

59. Chen C, JF Antaki, J Ludlow, B Paden, J Long. Design optimization of the HeartQuest MagLev LVAD. Proceedings: ASAIO 2001, New York, NY, 6/7-9/2001.

60. Lemmire P, S Day, N Landrot, JC McDaniel, HG Wood, P Allaire, J Antaki. A quantitative oil streak method for measuring the flow patterns and the wall shear stresses in a blood pump. Proceedings: ASAIO 2001, New York, NY, 6/7-9/2001.

61. Landrot N, H Wood, J Antaki, P Allaire, JC McDaniel. CFD Analysis of the HeartQuest LVAD. Proceedings: ASAIO 2001, New York, NY, 6/7-9/2001.

62. Yu Y-C, JR Boston, M Simaan, JF Antaki. Minimally invasive identification of ventricular recovery index for weaning patient from artificial heart support. In Proceedings: Control and Decision Conf., Sydney, Australia, 1799-1803, 12/12-15/2000. =Invited=

63. D Liu, JR Boston, M Simaan, and JF Antaki. Multi-objective optimization for ventricular assist devices. In Proceedings: Control and Decision Conf., Sydney, Australia, 1799-1803, 12/12-15/2000.

64. Antaki JF, GE Blelloch, O Ghattas, I Malcevic, GL Miller, NJ Walkington. A Parallel Dynamic-Mesh Lagrangian Method for Simulation of Flows with Dynamic Interfaces. Proceedings: SC 2000, Dallas, TX, 11/4-10/2000.

65. Burgreen, GW, JF Antaki, J Wu, and JA Holmes. CFD-based design optimization of the UoP streamliner rotary blood pump. In Proceedings: 2000 Annual Fall Meeting of the Biomedical Engineering Society, Oct 12-14, Washington, WA. Annals of Biomedical Engineering 28(SUPPL. 1) S-1, 2000.


66. Antaki JF, GW Burgreen, ZJ Wu, D Borzelleca, MV Kameneva, JA Holmes, P Litwak, K Litwak, M Watach, BE Paden, T Dragnes, NJ Groom, BP Griffith. Development progress of the University of Pittsburgh Streamliner: A mixed flow blood pump with magnetic bearings. In Proceedings: ASAIO 2000, New York, NY, June 7-9, ASAIO Journal, 46(2): 194, 2000. =Invited=

67. Butler K, D Thomas, L Taylor, T Petersen, V Poirier, F Parsaie, RL Kormos, HS Borovetz, P Litwak, K Litwak, M Kameneva, J Wu, J Antaki, M Watach. The Heartmate-II axial flow LVAS: journey toward clinical trial. In Proceedings: ASAIO 2000, New York, NY, June 7-9, ASAIO Journal, 46(2): 195, 2000.

68. Kameneva, MV, J Antaki, RD Schaub, MJ Watach, WR Wagner, P Litwalk, HS Borovetz, and BP Griffith. Development and evaluation of a new method of vascular graft denucleation. In Proceedings: ASAIO 2000, New York, NY, June 7-9, ASAIO Journal, 46(2): 180, 2000.

69. Boston JR, JF Antaki, MA Simaan. Hierarchical control for artificial hearts. Proceedings: IEEE International Symposium on Bio-Informatics and Biomedical Engineering, 376-383, Washington, DC, 11/5-8/2000.

70. Baloa L, JF Antaki. Suction detection in rotary ventricular assist devices. Proceedings: Chicago 2000 World Congress on Medical Physics and Biomedical Engineering, Chicago, IL, 7/23-28/2000.

71. Liu D, JR Boston, M Simaan, and JF Antaki. Multi-objective optimization for ventricular assist devices. Proceedings: Chicago 2000 World Congress on Medical Physics and Biomedical Engineering, Chicago, IL, 7/23-28/2000.

72. Baloa L, L Dehou, JR Boston, MA Simaan and JF Antaki. Control of rotary heart assist devices. In Proceedings: 2000 American Control Conference, Chicago, IL, June 28-30, vol. 5, pp. 2982-2986, 2000.

73. Paden, B, J Ghosh, and J Antaki. Control system architecture for mechanical cardiac assist devices. In Proceedings: 2000 American Control Conference, Chicago, IL, June 28-30. vol. 5, pp. 3478-3482, 2000.

74. Boston, JR, M Simaan, JF Antaki, and Y-C Yu. Control issues in rotary heart assist devices. In Proceedings: 2000 American Control Conference, Chicago, IL, June 28-30. vol. 5, pp. 3473-3477, 2000.

75. Boston, JR, L Baloa, D Liu, M Simaan, S Choi, and J Antaki. Combination of data approaches to heuristic control and fault detection. In Proceedings: The 2000 IEEE International Conference on Control Applications, Anchorage, vol. 1, pp. 98-103, 2000.

76. Thibeault, NM; R Smith, B Paden, and J Antaki. Achievable Robustness Comparison of Position Sensed and Self-Sensing Magnetic Bearing Systems. In: 5th International symposium Magnetic suspension technology, December 1999, Santa Barbara, CA. Groom, NJ and CP Britcher (eds.) NASA CONFERENCE PUBLICATION NO 210291, pp 563-574.

77. Paden, B, J Antaki and N Groom, N. Animal Trials of a Magnetically Levitated Left-Ventricular Assist Device In: 5th International symposium Magnetic suspension technology, December 1999, Santa Barbara, CA. Groom, NJ and Britcher, CP (eds.) NASA CONFERENCE PUBLICATION NO 210291, pp 251-258.

78. Antaki JF, HT Bahnson and QC Beery. Physics, phonetics, and physiology of the diatonic harmonica. 138th Meeting of the Acoustical Society of America, 1-5 Nov 1999 Columbus, OH, 1999.

79. Liu D, JR Boston, H-H Lin, JF Antaki, MA Simaan, J Wu. Monitoring development of


suction in an LVAD. Proceedings: BMES-EMBS 1st Joint Conference, Atlanta, GA, 10/13-16/1999.

80. Baloa LA, JR Boston, JF Antaki. Response of elastance-based control due to changes in afterload and contractility. Proceedings: BMES-EMBS 1st Joint Conf., p. 241, Atlanta, GA, 10/13-16/1999.

81. Kameneva MV, GW Burgreen, K Kono, JF Antaki, B Repko, M Umezu. On the mechanical blood trauma: Effect of turbulence. Proceedings: IEEE 1999 Joint BMES/EMBS Conference, Atlanta, GA, 10/13-16/1999.

82. Thomas D, JF Antaki, J Wu, JR Boston, L Baloa, S Choi, K Litwak, P Litwak, M Watach, L Gordon, KC Butler. Sensorless closed loop speed control for rotary blood pumps. Proceedings: International Rotary Blood Pump Conference, Tokyo, Japan, 1999.

83. Tomioka J, H Hiramatsu, A Ohshima, T Mori, K Yamazaki, JF Antaki, MV Kameneva, T Akimoto, H Koyanagi. Integrity of a mechanical seal having a recirculating cooling water system for an implantable centrifugal blood pump. Artificial Organs, 23:681, 1999.

84. Yu Y-C, JR Boston, MA Simaan, JF Antaki. Minimally Invasive Estimation of Systemic Vascular Parameters. 14th World Congress of the International Federation of Automatic Control (IFAC), vol. I:85-90, 1999.

85. Antaki JF, J Wu, JR Boston, L Baloa, S Choi, K Litwak, P Litwak, M Watach, L McCue, D Thomas, KC Butler. In continued search of... control for turbodynamic blood pumps. Proceedings: 45th Annual Conference ASAIO, San Diego, CA, 6/3-5/1999.

86. Thomas D, K Butler, L Taylor, P LeBlanc, T Rintoul, T Petersen, B Griffith, R Kormos, H Borovetz, P Litwak, K Litwak, M Kameneva, S Choi, G Burgreen, J Wu, J Antaki. The Nimbus-University of Pittsburgh Axial Flow Left Ventricular Assist System. Proceedings: 45th Annual Conference ASAIO, San Diego, CA, 6/3-5/1999.

87. Akimoto T, K Yamazaki, P Litwak, O Tagusari, T Mori, JF Antaki, M Kameneva, M Watach, M Umezu, J Tomioka, RL Kormos, H Koyanagi, BP Griffith. The centrifugal blood pump works at the lower pump differential pressure even under hypertension. Proceedings: 45th Annual Conference ASAIO, San Diego, CA, 6/3-5/1999.

88. Akimoto T, K Yamazaki, P Litwak, KN Litwak, O Tagusari, T Mori, JF Antaki, MV Kameneva, MJ Watach, M Umezu, J Tomioka, RL Kormos, K Hitoshi, BP Griffith. Rotary blood pump flow spontaneously increases during exercise under constant pump speed: Results of a chronic study. Artificial Organs, 23:797-801, 1999.

89. Yu Y-C, JR Boston, MA Simaan, JF Antaki. Sensitivity analysis of cardiovascular models for minimally invasive estimation of systemic vascular parameters. Proceedings: American Control Conference, 3392-3396, San Diego, CA, 6/2-4/1999.

90. Sorensen EN, GW Burgreen, WR Wagner, JF Antaki. Computational analysis of platelet deposition and thrombus grown on biomaterials. Proceedings: ASME 1999 Summer Bioengineering Conference, Big Sky, MT, 6/16-20/1999.

91. Sorensen EN, GW Burgreen, WR Wagner, JF Antaki. Computational simulation of platelet-mediated thrombogenesis on biomaterials. Proceedings: Society for Biomaterials 1999 Annual Meeting, Providence, RI, 4/28-5/2/1999.

92. Antaki JF, BE Paden, GW Burgreen, JA Holmes, Z Wu, DC Borzelleca, BP Griffith. The “Streamliner” a magnetically levitated mixed flow blood pump with computer optimized fluid dynamics. Proceedings: 27h Congress of the Japanese Society for Artificial Hearts and Assisted Circulation, Hakone, Japan, 2/26-27/1999. =Invited presentation=


93. Antaki J, G Blelloch, G Burgreen, O Ghattas, I Malcevic, G Miller, G Turkiyyah, N Walkington. Towards microstructural blood flow modeling on petaflops computers. 2nd Conference on Enabling Technologies for Peta(fl)ops Computing. Santa Barbara, CA, Sponsors: DARPA, NASA, NSF, DOE, NSA.1, 2/15–19/1999.

94. Antaki JF, O Ghattas, et al. Teraflops computer simulation of blood flow for artificial organ design. Biomedical Engineering Society, L Golding, chairman, 10/1998. =Invited Presentation=

95. Antaki JF, ZJ Wu, GW Burgreen, EN Sorensen, JA Holmes, BP Griffith. Fluid dynamic phenomena within a magnetically levitated mixed flow blood pump. Proceedings: Third World Congress Bioengineering, Sapporo, Japan, 8/2-8/1998. =Invited Presentation (but unable to make trip.)=

96. Sorensen E, G Burgreen, J Antaki. Simulation of platelet-mediated thrombogenesis. Proceedings: Biomedical Engineering Society Annual Fall Meeting, 10/10-12/1998.

97. Morse, N, R Smith, B Paden and J Antaki. Position sensed and self-sensing magnetic bearing configurations and associated robustness limitations. In: Proceedings of the 37th IEEE Conference on Decision and Control, 16-18 Dec. 1998. (Cat. No.98CH36171), pp 2599-2604,

98. Burgreen, GW and JF Antaki. CFD-based design optimization of a three-dimensional turbo blood pump. In Proceedings: The 1998 ASME International Mechanical Engineering Congress and Exposition, , Nov 15-20, Anaheim, CA, vol. 39, pp. 87-88.

99. He B, O Ghattas, JF Antaki. Continuous shape sensitivity of incompressible Navier-Stokes flows. Proceedings: 7th Multidisciplinary analysis and optimization, AIAA ISSUE 4701/4796; NUMBER 1 pp. 430-440, 1998.

100. Burgreen G, J Antaki, and K Butler. CFD-Based Design Optimization of the Outlet Stator of a Rotodynamic Cardiac Assist Device. Proceedings: 7th Multidisciplinary analysis and optimization, AIAA ISSUE 4701/4796; NUMBER 1 pp. 430-440, 1998.

101. Wu ZJ, GW Burgreen, D Thomas, KC Butler, BP Griffith, JF Antaki. Visualization of flow features in a miniature axial flow blood pump using laser-based fluorescent particle imaging technique. Proceedings: 8th International Symposium on Flow Visualization, Sorrento, Italy, 9/1-4/1998.

102. Gottlieb RK, ZJ Wu, HS Borovetz, JF Antaki. Calibration of a liquid crystal shear stress sensor for viscous flow. Proceedings: 8th International Symposium on Flow Visualization, Sorrento, Italy, 9/1998.

103. Antaki JF. Computer optimization and magnetic bearing: Future of the Mechanical Heart. ASAIO 44th Annual Conference, New York, NY, 4/25/1998. =Invited Panelist=

104. Amin D, JF Antaki, P Litwak, D Thomas, J Wu, M Watach. Induction of ventricular collapse by axial flow blood pump. ASAIO J, 44:M685-M690, Proceedings: 44 th Annual Conference, New York, NY, 4/1998.

105. Burgreen GW, JF Antaki, J Wu, P LeBlanc, KC Butler, RL Kormos. A computational and experimental comparison of two outlet stators for the Nimbus LVAD. ASAIO J, 44:2, Proceedings: 44th Annual Conference, New York, NY, 4/1998.

106. Wu J, JF Antaki, GW Burgreen, K Butler, D Thomas, BP Griffith. Fluid dynamic characterization of operating conditions for continuous flow blood pumps. ASAIO J, 44:2, Proceedings: 44th Annual Conference, New York, NY, 4/1998.

107. Watach MJ, MV Kameneva, P Litwak, JF Antaki, KC Butler, D Thomas, LP Taylor, HS Borovetz, RL Kormos, BP Griffith. Chronic animal health assessment during axial ventricular assistance: importance of hemorheological parameters. Proceedings: 44 th

Annual ASAIO Conference, New York, NY. ASAIO J, 44:2, 1998.


108. Thomas D, K Butler, L Taylor, P LeBlanc, B Griffith, R Kormos, H Borovetz, P Litwak, M Kameneva, S Choi, G Burgreen, J Wu, J Antaki. Progress on Development of the Nimbus - University of Pittsburgh Axial Flow Left Ventricular Assist System. Proceedings: 44th Annual ASAIO Conference, New York, NY, ASAIO J, 44(5): M521-M524, 1998

109. Yu Y-C, M Simaan, JR Boston, PJ Miller, JF Antaki. Estimation of blood pump parameters for cardiovascular system identification. International Conference on Acoustics, Speech, and Signal Processing, 2381-2384, Seattle WA, 5/12-15/1998.

110. Boston JR, MA Simaan, JF Antaki, Y-C Yu, S Choi. Intelligent control design for heart assist devices. Proceedings: 1998 ISIC/CIRA/ISAS Joint Conference, 497-502, Gaithersburg, MD, 9/14-17/1998.

111. Curtis A, ZJ Wu, JF Antaki. Application of bioluminescent plankton for shear stress measurement within circulatory assist components. International Conference on Mechanics in Medicine and Biology, Honolulu, HI, 3/2-5/1998.

112. Yamazaki, K, T Mori, J Tomioka and JF Antaki. The "Cool Seal" Concept: A Low-Temperature Mechanical Seal with Recirculating Purge System for Rotary Blood Pumps. In: Artificial Heart (6th International symposium, Artificial heart and assist devices, July 1996, Tokyo, Japan) Akutsu, T.; Koyanagi, H. (eds.), Springer-Verlag, Tokyo, pp 337-343, 1998

113. Konishi, H, Y Misawa, JF Antaki, and RL Kormos. A New Index for Characterizing Pulsatility: Recovery of Renal Function. In: Artificial Heart (6th International symposium, Artificial heart and assist devices, July 1996, Tokyo, Japan) Akutsu, T.; Koyanagi, H. (eds.), Springer-Verlag, Tokyo, pp 337-343, 1998.

114. Antaki JF and JR Boston. Control issues in artificial organs. 13th World Congress of the International Federation of Automatic Control (IFAC), San Francisco, CA, June 1996, p 113. Pergamon, 1997.

115. Antaki JF, GW Burgreen KK Yeleswarapu, MV Kameneva. Towards a unified model for shear-induced blood cell damage. Ann Biomed Eng, special issue: 1997 Annual Fall Meeting of the Biomedical Engineering Society, 137, San Diego, CA, 10/2-7/1997.

116. Curtis AS, J Wu, J Antaki. Transparent left ventricle for flow visualization of apical cannula. Annual Biomed Eng, special issue: 1997 Annual Fall Meeting of the Biomedical Engineering Society, 168, San Diego, CA, 10/2-7/1997.

117. Sorensen E, G Burgreen, J Antaki. Modeling of platelet-mediated thrombogenesis. Annual Biomed Eng, special issue: 1997 Annual Fall Meeting of the Biomedical Engineering Society, 305, San Diego, CA, 10/2-7/1997.

118. Choi S, JR Boston, D Thomas, JF Antaki. Modeling and identification of an axial flow pump. Proceedings: American Control Conf., vol. 6, 3714-3715, Albuquerque, NM, 6/4-6/1997.

119. Antaki JF, BE Paden, GW Burgreen, NJ Groom, MV Kameneva, Z Wu, JA Holmes, BP Griffith. The “Streamliner:” A new mixed flow blood pump with magnetic bearings. 5th Congress of the International Society for Rotary Blood Pumps, Marseille, France, 9/10-12/1997.

120. Antaki JF, S Choi, D Thomas, D Amin, P Litwak, Z Wu, JR Boston. In search of... Chronic speed control for rotary blood pumps - 2: Architecture, algorithms, and setpoints (poster presentation). 5th Congress of the International Society for Rotary Blood Pumps, Marseille, France, 9/10-12/1997.

121. Yamazaki K, P Litwak, O Tagusari, JF Antaki, M Kameneva, M Watach, L Gordon, T


Mori, J Tomioka, M Umezu, E Outa, H Koyanagi, RL Kormos, BP Griffith. A totally implantable centrifugal blood pump for long-term circulatory support. 5th Congress of the International Society for Rotary Blood Pumps, Marseille, France, 9/10-12/1997.

122. Antaki J. Alternative Power Supplies for Artificial Organs - Panel Presentation. D. Farrar, Chair, ASAIO, Atlanta, GA, 1997.

123. Kameneva MV, H Borovetz, J Antaki, M Watach, R Kormos, B Griffith. Partial plasma replacement with perfluorocarbon emulsion significantly reduced mechanical trauma to blood in-vitro. International Society for Artificial Organs, Providence, RI, 6/29 – 7/1/1997.

124. Kameneva MV, A Ündar, J Antaki, M Watach, J Calhoun, H Borovetz. Red blood cell impairment due to the combined effect of mechanical stress, hypothermia and hemodilution: Factors related to cardiopulmonary bypass (CPB). International Society for Artificial Organs, Providence, RI, 6/29 – 7/1/1997.

125. Antaki JF, GW Burgreen, BE Paden, O Ghattas, B He, MV Kameneva, KK Yeleswarapu, BP Griffith. Computer optimization strategies for magnetically levitated rotary blood pump. Proceedings: First International Interdisciplinary Conference on Cardiovascular Medicine, Surgery, Science, and Mathematics, 6/6-9/1997.

126. He B, O Ghattas, JF Antaki. Computational Strategies for Shape Optimization of Time-Dependent Navier-Stokes Flows. Technical Report CMU-CML-97-102, Computational Mechanics Lab, Department of Civil and Environmental Engineering, Carnegie Mellon University, 6/1997.

127. Yeleswarapu KK, JF Antaki et al. Proceedings: First International Interdisciplinary Conference on Cardiovascular Medicine, Surgery, Science, and Mathematics, June 6-9, 1997.

128. Kameneva MV, JF Antaki, HS Borovetz, MJ Watach, BP Griffith. Small particles of perfluorocarbon emulsion may protect blood cells from mechanical damage in high shear flow. Proceedings: First International Interdisciplinary Conference on Cardiovascular Medicine, Surgery, Science, and Mathematics, 6/6-9/1997.

129. Yu Y-C, JF Antaki, JR Boston, M Simaan, PJ Miller. Mathematical model of pulsatile blood pump for LVAS control. Proceedings: 16th American Control Conference, vol. 6:3709-3713, Albuquerque, NM, June 4-6, 1997.

130. Tagusari O, K Yamazaki, P Litwak, A Kojima, JF Antaki, M Watach, A Holmes, T Mori, H Koyanagi, BP Griffith, RL Kormos. Fine Rahmen structure of carbon (fine trabecularized carbon): new process of carbon for soft-tissue-anchored percutaneous device system. ASAIO J, 43:2, Proceedings: 43rd Annual Conference, 3, Atlanta, GA, 5/1-3/1997.

131. Kameneva MV, A Undar, JF Antaki, MJ Watach, JH Calhoun, HS Borovetz. Impaired RBC deformability may contribute to the brain damage which occurs in hypothermic cardiopulmonary bypass in infants. ASAIO J, 43:2, Proceedings: 43rd Annual Conf., 33, Atlanta, GA, 5/1-3/1997.

132. Burgreen GW, JF Antaki, BP Griffith. Computational fluid dynamics based design optimization of an axial flow blood pump. ASAIO J, 43:2, Proceedings: 43rd Annual Conference, Atlanta, GA, 5/1-3/1997.

133. Yamazaki K, P Litwak, RL Kormos, O Tagusari, JF Antaki, M Kameneva, M Watach, L Gordon, T Mori, M Umezu, J Tomioka, H Koyanagi, BP Griffith. A Totally implantable centrifugal blood pump for long-term circulatory support. ASAIO J, 43:2, Proceedings: 43rd Annual Conference, 51, Atlanta, GA, 5/1-3/1997.

134. Kameneva MV, JF Antaki, KK Yeleswarapu, MJ Watach, HS Borovetz. Plasma


protective effect on red blood cells exposed to mechanical stress. In Proceedings: 43rd Annual Conference, 51, Atlanta, GA, 5/1-3/1997. ASAIO J, 43:2, 1997.

135. Yamazaki K, O Tagusari, P Litwak, BP Griffith, T Mori, J Tomioka, JF Antaki, H Koyanaki, RL Kormos. The “cool-seal” system: a low temperature mechanical seal with recirculated purge system for rotary blood pumps. In Proceedings: 43rd Annual Conference, 51, Atlanta, GA, 5/1-3/1997, ASAIO J, 43:2, 1997.

136. Yamazaki K, RL Kormos, P Litwak, O Tagusari, JF Antaki, M Kameneva, M Watach, L Gordon, T Mori, M Umezu, J Tomioka, BP Griffith, H Koyanagi. In-vivo evaluation of an intraventricular axial flow blood pump (IVAP). In Proceedings: 43rd Annual Conference, 51, Atlanta, GA, 5/1-3/1997, ASAIO J, 43:2, 1997.

137. Thomas D, K Butler, L Taylor, P LeBlanc, B Griffith, R Kormos, H Borovetz, P Litwak, M Kameneva, S Choi, J Wu, J Antaki. Continued development of the Nimbus-Pittsburgh (University of Pittsburgh) axial flow left ventricular assist system. In Proceedings: 43rd Annual Conference, 52, Atlanta, GA, May 1-3, 1997. ASAIO J, 43(5): M564-566, 1997.

138. Antaki JF, GW Burgreen, O Ghattas, BE Paden, NJ Groom, B He, MV Kameneva, KK Yeleswarapu, JP Kerrigan, HS Borovetz, RL Kormos, BP Griffith. Holistic design paradigm for an axial flow ventricular assist blood pump. Annual Biomed Eng, 24, supp. 1, Proceedings: Biomedical Engineering Society, S-5, Penn State, PA, 10/1996. =Invited Presentation=

139. Kameneva MV, GW Burgreen, JF Antaki, MJ Watach, HS Borovetz. Red blood cell trauma in assisted circulation: effects of heat, species, plasma components and osmotic pressure. Annual Biomed Eng, 24, supp. 1, Proceedings: Biomedical Eng Society, S-40, Penn State, PA, 10/1996.

140. Yeleswarapu KK, JF Antaki, MV Kameneva, KR Rajagopal. Effect of shear thinning on pulsatile blood flow. Annual Biomed Eng, 24, supp. 1, Proceedings: Biomedical Engineering Society, S-44, Penn State, PA, 10/1996.

141. Yamazaki K, T Mori, J Tomioka, T Kitano, JF Antaki, H Koyanagi, RL Kormos. The "cool seal" concept: A low temperature mechanical seal with recirculated purge system for rotary blood pumps. Proceedings: 6th International Symposium on Artificial Heart & Assist Devices, Tokyo, 7/30-31/1996.

142. Yamazaki K, RL Kormos, JF Antaki, T Mori, O Tagusari, H Jukuo, M Kameneva, P Litwak, J Kerrigan, M Watach, M Umezu, J Tomioka, H Koyanagi. In-vivo evaluation of an intraventricular axial flow blood pump (IVAP), ibid.

143. Antaki JF, S Choi, D Amin, JR Boston, Y-C Yu, JP Kerrigan, H Konishi, P Litwak, HS Borovetz, D Thomas, BP Griffith. In search of... Chronic speed control for rotary blood pumps. Proceedings: Waseda International Congress of Modeling and Simulation Technology for Artificial Organs, 6-7, Tokyo, Japan, 8/1-3/1996. =Invited Presentation=

144. Lehman KA, JF Antaki, JC Woodard, JR Boston. A Starling-responsive mock circulatory loop for ventricular assist hemodynamic simulation. Proceedings: Waseda International Congress of Modeling and Simulation Technology for Artificial Organs, Tokyo, Japan, 8/1-3/1996.

145. Mukuo H, K Yamazaki, M Umezu, JF Antaki, T Mori, O Tagusari, M Kameneva, RL Kormos, JP Kerrigan. Hemocompatibility improvement of axial flow blood pump. Proceedings: Waseda International Congress of Modeling and Simulation Technology for Artificial Organs, Tokyo, Japan, 8/1-3/1996.

146. Meyer RK, HS Borovetz, KK Yeleswarapu, JF Antaki. Liquid crystal technique for measurement of fluid shear stress at blood-wall boundary. Proceedings: 1st Pacific


Symposium of Flow Visualization and Image Processing, Honolulu, HI, 11/1996.147. Kameneva MV, GW Burgreen, JF Antaki, MJ Watach, HS Borovetz. Red blood cell

trauma in assisted circulation - effects of heat, species, plasma components and osmotic pressure. Proceedings: BMES, 10/1996.

148. Burgreen GW and JF Antaki. CFD-Based design optimization of a three-dimensional rotary blood pump. A Collection of Technical Papers: 6th AIAA/NASA/USAF/ISSMO Symposium on Multidisciplinary Analysis and Optimization, Bellevue, WA, September 1996, pp 1773-1778. 1996.[Voted one of best 10 papers at the Symposium]

149. Yu Y-C, JR Boston, M Simaan, and JF Antaki. An identification scheme for the estimation of the parameters of a model of the cardiovascular system. Proceedings: 13th World Congress, International Federation of Automatic Control., San Francisco, CA, June 30, 1996.

150. Butler K, L Taylor, D Thomas, J Antaki, H Borovetz and P Litwak. SBIR supported rotary blood pump technology at Nimbus Annual Meeting of the Association for the Advancement of Medical Instrumentation, 1-5 Jun 1996, Philadelphia, PA.

151. Butler K, L Taylor, D Thomas, P Litwak, J Antaki, M Kameneva, M Macha, H Borovetz, R Kormos, B Griffith. An axial flow pump-based LVAS for bridge to cardiac transplantation. Proceedings: ASAIO, 5/1996.

152. Thomas D, K Butler, P LeBlanc, P Litwak, J Antaki, H Borovetz, J Kerrigan, M Kameneva, M Macha, R Kormos, B Griffith. Innovative ventricular assist system. Proceedings: ASAIO, 5/1996.

153. Yamazaki K, RL Kormos, JF Antaki, T Mori, H Mukuo, M Kameneva, J Kerrigan, P Litwak, M Macha, M Watach, M Umezu, J Tomioka, BP Griffith, H Koyanagi. In-vivo evaluation of an intraventricular axial flow blood pump (IVAP). Proceedings: ASAIO, 42(2) 47, 1996.

154. Kameneva MV, GW Burgreen, HS Borovetz, P Litwak, MJ Watach, RL Kormos, JF Antaki. On mechanisms of red blood cell trauma in assisted circulation II: Thermo-damage. Proceedings: ASAIO, 42(2) 38, 1996.

155. Macha M, P Litwak, K Yamazaki, M Kameneva, J Kerrigan, JF Antaki, H Borovetz, K Butler, D Thomas, L Taylor, R Kormos, B Griffith. In vivo evaluation of an extracorporeal pediatric centrifugal blood pump. Proceedings: ASAIO, 42(2) 40, 1996.

156. Macha M, P Litwak, K Yamazaki, M Kameneva, J Kerrigan, JF Antaki, H Borovetz, K Butler, D Thomas, L Taylor, R Kormos, B Griffith. Six month survival in a calf supported with an implantable axial flow ventricular assist device. In Proceedings: ASAIO, 42(2) 40, 1996.

157. Burgreen GW, JF Antaki, BP Griffith. A design improvement strategy for axial blood pumps by computational fluid dynamics. In Proceedings: ASAIO, 42(2) 47, 1996.

158. Borovetz, H, J Antaki, W Wagner, M Kameneva, J Pristas, S Winowich, W Mandarino, P Litwak, R; Kormos, and B Griffith. Biomechanics and testing of mechanical circulatory support devices. In Proceedings: The 1996 11th Conference on Engineering Mechanics. Part 1 (of 2), 05/19-22/96, Fort Lauderdale, FL, 1:35, 1996.

159. Ghattas O, B He, GW Burgreen, JF Antaki. Shape optimization of viscous incompressible flows. Proceedings: SIAM, 1996.

160. Yamazaki, R Kormos, M Kameneva and J Antaki. Low Hemolytic Intraventricular Axial Flow Blood Pump Integrated with Totally Implantable Bearing Purge System. In: Artificial Heart (5th International symposium, Artificial heart and assist devices, July


1995, Tokyo, Japan) Akutsu, T.; Koyanagi, H. (eds.), Springer-Verlag, Tokyo, pp 69-76, 1996.

161. Yamazaki, K, M Kameneva, W Wagner, and J Antaki. Bearing Seizure in a Rotational Blood Pump: Mechanism and Potential Solutions. In: Artificial Heart (5th International symposium, Artificial heart and assist devices, July 1995, Tokyo, Japan) Akutsu, T.; Koyanagi, H. (eds.), Springer-Verlag, Tokyo, pp 371-376, 1996.

162. Antaki JF, O Ghattas, GW Burgreen, B He, J Cagan, HS Borovetz. Computerized multidisciplinary design optimization of circulatory support systems. Annals of Biomedical Engineering: Abstract Supplement for the Biomedical Engineering Society, S-25, Boston, MA, 10/6-8/1995.

163. Butler K, D Thomas, T Rintoul, H Harty, L Taylor, H Borovetz, J Antaki, R Kormos, B Griffith, P Litwak. Rotary blood pump development at Nimbus. Annals of Biomedical Engineering: Abstract Supplement for the Biomedical Engineering Society, S-25, Boston, MA, 10/6-8/1995.

164. Kameneva MV, HS Borovetz, JF Antaki. Effect of perfluorochemical emulsion on blood mechanical trauma. Annals of Biomedical Engineering: Abstract Supplement for the Biomedical Engineering Society, S-25, Boston, MA, 10/6-8/1995.

165. Kameneva MV, HS Borovetz, JF Antaki, P Litwak, W Federspiel, RL Kormos, BP Griffith. Effect of perfluorochemical emulsion on hemorheology and shear induced blood trauma: Possible mechanisms and future applications. Proceedings: International Society on Oxygen Transport to Tissue, Pittsburgh, PA, 1995.

166. Yu Y-C, JR Boston, J Antaki, M Simaan, DS Breitenstein. Estimation of cardiovascular bed parameters. Annals of Biomedical Engineering: Abstract Supplement for the Biomedical Engineering Society, Boston, MA, S-44, 10/6-8/1995.

167. Yeleswarapu KK, JF Antaki, MV Kameneva, KR Rajagopal. Pulsatile flow of a generalized Oldroyd-B model for blood. Annals of Biomedical Engineering: Abstract Supplement for the Biomedical Engineering Society, Boston, MA, 44, 10/6-8/1995.

168. Yamazaki K, R Kormos, M Kameneva, J Antaki, P Litwak, J Kerrigan, J Tomczak, H Konishi, M Macha, H Borovetz, T Mori, E Outa, M Umezu, B Griffith, H Koyanagi. Intraventricular axial flow blood pump integrated with a purged-seal system. Proceedings: 3rd International Society of Rotary Blood Pumps, 1995.

169. Konishi H, J Antaki, J Kerrigan, D Amin, et al. Controller for an axial flow blood pump. Proceedings: 3rd International Society of Rotary Blood Pumps, 1995.

170. Kerrigan J, K Yamazaki, R Meyer, T Mori, Y Otake, E Outa, M Umezu, H Borovetz, R Kormos, B Griffith, H Koyanagi, J Antaki. Particle tracking flow visualization within an intra-ventricular axial flow assist device. Proceedings: 3rd International Society of Rotary Blood Pumps, 1995.

171. Yu Y-C, JR Boston, JF Antaki, M Simaan, DS Breitenstein. Parameter estimation in cardiovascular models. Proceedings: 17th Annual International conference IEEE/EMBS, Montreal, 9/20-23/1995.

172. Antaki JF. Autonomous control of rotary blood pumps. "Feedback Artificial Organ Systems," ASAIO 41st Annual Conference, Chicago, IL, 5/1995. =Invited Panelist=

173. Konishi H, JF Antaki, WA Mandarino, S Winowich, JP Kerrigan, HS Borovetz, RL Kormos, BP Griffith. Clinical flow criteria for rotary blood pump LVAD. Proceedings: ASAIO, 1995.

174. Williams JL, JF Antaki, JR Boston, SL Williams, JC Woodard, PJ Miller, RL Kormos. Load-sensitive mock circulatory system for left ventricular assist device controller evaluation and development. Proceedings: ASAIO, 1995.


175. Yamazaki K, M Kameneva, W Wagner, J Antaki, J Tatka, J Kerrigan, P Litwak, H Konishi, M Macha, J Tomczak, Z Yang, H Borovetz, R Kormos. Bearing seizure in a rotational blood pump: mechanism and potential solutions. Proceedings: ASAIO, 1995.

176. Kameneva MV, JF Antaki, H Konishi, JP Kerrigan, MJ Watach, HS Borovetz, RL Kormos, BP Griffith. Effect of perfluorochemical emulsion (FLUOSOL) on shear induced blood trauma. Proceedings: XI Congress of the International Society for Artificial Cells, Blood Substitutes, and Immobilization Biotechnology, Boston, MA, 1995.

177. Kameneva, MV, Borovetz, HS, and Antaki, JF. On mechanisms of the effect of perfluorochemical emulsion on blood trauma and hemorheology. In. Proceedings 9th International Congress of Biorheology and the 2nd International Conference on Clinical Hemorheology. July 23-28, Big Sky, Montana. Biorheology 32 (2-3) 1995, 327, 1995.

178. Yeleswarapu, KK, Antaki JF, Kameneva, MV, and Rajagopal, KR. A 3-D constitutive equation that describes the shear thinning and the viscoelastic behavior of blood. In. Proceedings 9th International Congress of Biorheology and the 2nd International Conference on Clinical Hemorheology. July 23-28, Big Sky, Montana. Biorheology 32 (2-3) 1995, 313, 1995.

179. Kerrigan JP, JF Antaki, TR Maher and FD Shaffer. Quantitative measurement of steady flow patterns in a miniature axial flow blood pump using fluorescent image tracking velocimetry. Proceedings: ASME Fluids Engineering Division Summer Meeting, Lake Tahoe, NV, June 19-23, pp 155-160, 1994.

180. Butler KC, T Maher, DC Thomas, HS Borovetz, JF Antaki, and P Litwak. Design and development of miniature axial flow blood pumps. In : Proceedings of the 1994 International Mechanical Engineering Congress and Exposition, Chicago, IL, USA. Advances in Bioengineering American Society of Mechanical Engineers, Bioengineering Division ASME Publication BED 28:29-30, 1994.

181. Williams JL, JF Antaki, JR Boston, SL Williams, JC Woodard, PJ Miller and RL Kormos. A load sensitive mock circulatory system for left ventricular assist device controller evaluation and development. Proceedings: IEEE/EMBS 16th Annual International Conference, November 1994, Baltimore, MD, pp 89-90, 1994.

182. Yeleswarapu KK, JF Antaki, MV Kameneva and KR Rajagopal. A generalized Oldroyd-B model as a constitutive equation for blood. Proceedings: 1994 Annual Fall Meeting of the Biomedical Engineering Society, Tempe, AZ, 10/14-16/1994.

183. Kameneva, MV, JF Antaki, H Konishi, HS Borovetz, RL Kormos, and BP Griffith. Effect of perfluorochemical emulsion (FLUOSOL) on shear induced blood trauma. In Proceedings: The 11th Congress of the International Society for Artificial Cells, Blood Substitutes and Immobilization Biotechnology, (ISABI), Boston, MA, 07/24-27/94, 22(5): A108, 1994.

184. Ghattas O, JF Antaki, TJ Dennis and B He. Towards optimal design of an artificial heart. Workshop on Optimal Design and Control, Blacksburgh, VA, 4/8-9/1994.

185. Antaki JF, TJ Dennis, O Ghattas, and B He. Shape optimization of Navier-Stokes flows with application to optimal design of artificial heart components. A Collection of Technical Papers: 5th AIAA/NASA/USAF/ISSMO Symposium on Multidisciplinary Analysis and Optimization, 1202-1212, Panama City, FL, 9/7-9/1994.

186. Konishi H, JF Antaki, JR Boston, JP Kerrigan, WA Mandarino, KC Butler, RL Kormos. Controller for an axial flow blood pump LVAD. Proceedings: ASAIO, 1994.

187. Kameneva MV, JF Antaki, et al. Sheep model in the study of hemorheology with


assisted circulation: Effect of axial flow blood pump. Proceedings: ASAIO, 1994.188. Butler KC, TR Maher, RL Kormos, BP Griffith, P Litwak, H Konishi, K Yamazaki, JF

Antaki. Development of an implantable axial flow blood pump. Proceedings: Cardiovascular Science and Technology Conference, 12/10-12/1993.

189. Butler K, T Maher, H Borovetz, J Antaki. Implanted rotary blood pumps - Development challenges. Ann Biomed Eng (abstracts), 18, 1993 Annual Fall Meeting of BMES, 10/21-24/1993.

190. Gartner MJ, SC Kowalski, M Chakrabarti, JF Antaki. Optimal design of an impeller blood pump. Proceedings: 10th Annual Fluent Inc. Users Group Meeting, 1993.

191. Kameneva MV, JF Antaki, MJ Watach, HS Borovetz, RL Kormos. Heparin effect on red blood cell aggregation. Clinical Hemorheology (Abstracts). 13(3):284, 1993.

192. Antaki JF, SS Tong, MJ Gartner, TJ Dennis, HS Borovetz, RL Kormos, BP Griffith. Optimal design of impeller blood pump based on computational fluid dynamics and genetic algorithms. Proceedings of the American Society for Artificial Internal Organs 39th Annual Meeting, 37, 1993.

193. Dennis TJ, A Kawai, RL Kormos, JP Kerrigan, M Cahn, BP Griffith, JF Antaki. In-vitro and in-vivo evaluation of ventricular cannula tip for a rotary blood pump. Proceedings of the American Society for Artificial Internal Organs 39 th Annual Meeting, 37, 1993.

194. Gartner MJ, JF Antaki, M Shakrabarti, CH Amon, HS Borovetz. A computational fluid dynamics analysis within the outflow valve housing of a circulatory assist device. Proceedings of the American Society for Artificial Internal Organs 39 th Annual Meeting, 38, 1993.

195. Konishi H, JF Antaki, JR Boston, HS Borovetz, JP Kerrigan, WA Mandarino, KC Butler, RL Kormos. Left atrial pressure (LAP) controller for an axial flow blood pump. Proceedings of the American Society for Artificial Internal Organs 39 th Annual Meeting, 36, 1993.

196. Antaki JF, KR Rajagopal, HS Borovetz. Material identification of myocardium in the intact heart: Experimental and Theoretical Considerations. Proceeding of the Society of Engineering Science, 1992. =Invited Paper=

197. Gartner MJ, JF Antaki. Modeling the outflow region of a typical circulatory assist device using NEKTON: A feasibility study. Proceedings: Fluent, Inc. User's Group Meeting, 260-271, Burlington, VT, 1992.

198. Butler KC, TR Maher, RL Kormos, BP Griffith, HS Borovetz, JF Antaki. Development of an implanted axial flow LVAS. Proceedings: Cardiovascular Science and Technology Conference, 173, 12/12-14/1992.

199. Labadie RF, JF Antaki, S Datayal, J Ligush, HS Borovetz. Bioengineering-biological study of arterial disease. Proceedings: Cardiovascular Science and Technology Conference, 97, 12/12-14/1992.

200. Labadie RF, S Follonier, HS Borovetz, J Ligush Jr., JF Antaki. An in-vitro hemodynamic replication system to be used for exposing vascular tissue to precisely controlled hemodynamics. Advances in Bioengineering (Recipient of 1992 Student Paper Competition), ASME Pub BED-Vol. 22:497-500, 1992.

201. Shaffer F, M Mathur, J Woodard, H Borovetz, R Schaub, J Antaki, R Kormos, B Griffith, R Srinivasan, R Singh, C McCreary. Fluorescent image tracking velocimetry applied to the Novacor left ventricular assist device. Proceedings: ASME Fluids Engineering Conference, Los Angeles, CA, 7, 1992.


202. Kormos RL, HS Borovetz, JM Armitage, RL Hardesty, GC Marrone, BP Griffith. Evolving experience with mechanical circulatory support. Annual Surg (Acknowledgment to JF Antaki), 214(4):471-477, 1991.

203. Antaki JF, MS Rosenthal, HS Borovetz. Use of gated MR imaging with implanted markers for cardiac biomechanical modeling. Proceedings: Cardiovascular Science and Technology Conference, AAMI, 32, 12/2-4/1991.

204. Woodard J, F Shaffer, R Schaub, L Lund, J Antaki, HS Borovetz. Flow visualization of the Novacor left ventricular assist system (LVAS). Proceedings: Cardiovascular Science and Technology Conference, AAMI, 122, 12/2-4/1991.

205. Butler KC, RK Wampler, TR Maher, BP Griffith, RL Kormos, JF Antaki, HS Borovetz. Demonstration and evaluation of an implantable axial flow blood pump. Proceedings: Cardiovascular Science and Technology Conference, AAMI, 122, 12/2-4/1991.

206. Butler KC, RK Wampler, BP Griffith, JF Antaki, RL Kormos, HS Borovetz. Development of an implantable axial flow LVAS. Intl. Symposium on Rotary Blood Pumps, 148-153, Vienna, 1991.

207. Vorp DA, PA Smolinski, KR Rajagopal, HS Borovetz, JF Antaki. Development and validation of a finite element program to model vascular tissue. Proceedings: 1st US Congress on Computational Mechanics, Chicago, IL, 7/1991.

208. Antaki JF, KR Rajagopal, MS Rosenthal, DA Vorp, MJ Gartner, HS Borovetz. An experimental and theoretical model for the passive biomechanical properties of the intact heart. Proceedings: 13th Annual International Conference, IEEE/EMBS, 10/1991.

209. Antaki JF, RL Kormos, MJ Gartner, BP Griffith, HS Borovetz. Right ventricular pressure-segment relations following left ventricular assist in man: A case study. ASME publication AMD-Vol. 98:269-272, 1989.

210. Antaki JF, JM Pristas. An improved transducer insertion tool for sonomicrometry. Proceedings: AAMI 23rd Annual Meeting and Exposition, 12, 1988.

211. Antaki JF, JM Pristas. Construction of segment length crystals for sonomicrometry. Internal Report, University of Pittsburgh Department of Surgery, 1988.

INVITED PRESENTATIONS (compiled from list above)

1. “Control Systems for Assisted Circulation: Emerging Trends,” Gordon Research Conference, Assisted Circulation, August 21-August 26, 2005, Big Sky, Montana.

2. “Design of Pediatric Heart-Assist Devices: Modeling Challenges & Opportunities” Civil Engineering Department, Carnegie Mellon, November 17, 2004.

3. Optimal Design of Blood Flow within Artificial Hearts Devices on Terascale Supercomputers, 41st Annual SES Technical Meeting, Lincoln, Nebraska Oct 10, 2004.

4. “Pediatric Blood Pumps of Pittsburgh.” International Society of Rotary Blood Pumps, Cleveland, OH, October 2004.

5. “Future Opportunities for Innovation of Artificial Organs,” American Society of Artificial Internal Organs, Washington, DC, June 2004.

6. “Medical Device Innovation and Optimization at CMU,” MIRM Scientific Retreat, Ligonier, PA, 2/23/2004

7. “Laboratory for Optimization of Innovative Medical Devices” MERITS Industry Day,


Pittsburgh 1/2004.8. “The Hitchhikers’s Guide to Technical Presentations” CMU Biomedical Engineering

Seminar Series, 1/2004.9. Antaki JF, Microstructural modeling of hemorheology and hemolysis, Response of

Blood to Mechanical Circulatory Support, First International Conference on Medical Implants, Bethesda, MD, July 25, 2003. =Invited=

10. “Challenges of Control of Rotary Blood Pumps,” American Society of Artificial Internal Organs, Washington, DC, June 2003

11. Design of Replacements for Human Organs. Stanford Research International, Menlo Park, CA, 5/10/2002. =Invited Lecture=

12. Mechanical Substitutes for Human Organs. American Society of American Engineers regional meeting, Pittsburgh, PA, 2/19/2002. =Invited Lecture=

13. Designing Mechanical Replacements for the Human Heart. National Science Foundation Design, Service and Manufacturing Grantees and Research Conference, San Juan, PR, 1/7-10/2002. =Keynote Lecture=

14. Mechanical Substitutes for Human Organs. American Society of Mechanical Engineers, International Design Engineering Technical Conference, Pittsburgh, PA, 9/9-12/2001 =Keynote Lecture=

15. Computer Simulation and Optimization of Blood Flow in Streamliner Artificial Heart. Texas A&M University, 4/11/2001.

16. Phonetics and Physiology of Harmonica Playing. Second Global Harmonica Summit, Minneapolis, MN, 7/2000.

17. Development of Pittsburgh’s Artificial Heart: What a Long Strange Trip it’s Been. Carnegie Mellon University, Mechanical Engineering, Seminar Lecture Series, 2/18/2000.

18. Innovation in Artificial Organ Technology: Crossroads of Biomedicine and Attention Deficit Disorder. University of Pittsburgh Department of Surgery, Grand Rounds Hospital, 12/1998.

19. Current and future challenges in artificial heart technology. Carnegie Mellon Computational Mechanics Seminar Series, University of Pittsburgh, 4/4/1997. =Invited=

20. A Hitchhiker’s Guide to Technical Presentations. Department of Bioengineering Seminar, University of Pittsburgh, 3/14/1997.

21. Current and Future Trends in Artificial Heart Research. Transplantation Grand Rounds, 5/1995.

22. CFD Optimization for Rotary Artificial Heart Components. ICASE/LaRC (Institute for Computer Applications in Science and Engineering/NASA Langley Research Center), Industry Roundtable, Williamsburg, VA, 10/3-4/1994.

23. Careers in Bioengineering: Academia vs. Industry. Carnegie Mellon University, Society of Women's Engineers, 3/1993.

24. Hemorheology and Total Viscosity Breakdown. University of Pittsburgh Vascular Conference, 6/29/1992.

25. Blood Rheology in Device Patients. University of Pittsburgh Transplantation Conf., 3/5/1992.

26. Use of MRI to Assess Cardiac Mechanics. Univ. of Pittsburgh Transplantation Conf.,


9/19/1991.

DISSCUSSIONS OR REVIEWS (PRESS COVERAGE)$ “University of Pittsburgh Medical Center Surgeons Implant HeartMate II Heart Assist

Device as Part of U.S. Trial, Wednesday April 14, (Acknowledgement to Antaki contribution, particularly feedback-controller.)

$ Thoratec begins Phase I trial of axial-flow HeartMate II, By Don Long, Medical Device Daily, November 24, 2003 (Acknowledgement to Antaki contribution, particularly feedback-controller.)

$ University of Pittsburgh Teaching Times, “A course in integrated bioengineering design.” October, 2002

$ IEEE Control Systems Magazine, Award Winning Control Applications: James Antaki, Siva Banda, Brad Paden, Michael Piovoso (edited by Michael K. Masten), 2002.

$ PittMed Magazine, 1/2001. Ka-Pow: Supercomputing Supercharges Bio-Discovery.$ Design News, 12/18/2000. Cool Jobs in Engineering: Bioengineer James F. Antaki.$ Pittsburgh Business Times, 11/27/2000. Pitt heart goes to Market.$ Scientific American, Summer 2000, Volume 11, Number 2. Spare Parts for Vital

Organs.$ Design News, 6/5/2000. MagLev Pumps Sustain the Wounded Heart.$ Pittsburgh Magazine, 4/1999. 40 under 40: Meet the new wave of Pittsburgh’s

leaders.$ Pittsburgh Tribune-Review, Business Extra, 3/30/1999. Artificial organ development:

Imagineering process leads to innovations.$ Pittsburgh Post Gazette, 2/15/1999, pA8-A9. How the harmonica master hits his

notes.$ Wall Street Journal, 1/1999, page 1. Artificial Hearts and Artificial Harps.$ Pittsburgh Magazine, 9/1998, p76-82. Just a Heartbeat Away.$ Mechanical Engineering, 5/1998. The Mechanics of Anatomy (Greg Paula, assoc ed.).$ In Pittsburgh, Vital Organs, 6/24/1998.$ Pittsburgh Tribune, Review, 3/2/1998, page 1. UPMC pumps up heart research.$ Business Week, 9/22/1997, p 110. Can we end heart disease: Turbo ticker.$ Impulse Magazine, 9/5/1997. Are you still human (Steve Segal, ed.)?$ WTAE News, 6/1997. The Streamliner.$ Good Morning America, 6/1997. The Streamliner.$ Pitt Medicine, Spring 1995. The Streamliner.$ NASA Spinoff, 1992. Heart Research (Related to myocardial marker design for NMR

imaging).$ Pittsburgh Post Gazette, 4/6/1992. Thigh Muscle may Power Heart Pump.

OTHER Expert Witness, US Patent: Voice-Controlled Surgical Microscope, c.1987. May have already won Publisher’s Clearing House sweepstakes.


Contents

ACADEMIC APPOINTMENTS & PROFESSIONAL EXPERIENCE......................................................1RESEARCH ACTIVITY...................................................................................................................1PATENTS ISSUED........................................................................................................................3PATENTS PENDING......................................................................................................................4ADDITIONAL DESIGNS AND INVENTIONS...................................................................................4EDUCATION.................................................................................................................................5ADDITIONAL EDUCATION AND TRAINING...................................................................................5TEACHING EXPERIENCE..............................................................................................................6STUDENTS ADVISED - Currently Enrolled..................................................................................6STUDENTS ADVISED - Graduated (Degree, Department.)........................................................7POST-DOCTORAL STUDENTS......................................................................................................7ADDITIONAL STUDENTS ADVISED (Outcome)............................................................................8SUMMER INTERNS ADVISED.......................................................................................................8SENIOR DESIGN PROJECTS ADVISED..........................................................................................8GRADUATE PROJECTS ADVISED.................................................................................................8INTERNATIONAL STUDENTS SPONSORED..................................................................................8THESIS COMMITTEE SERVICE.....................................................................................................8OTHER ACADEMIC SERVICE ACTIVITIES.....................................................................................9HONORS AND AWARDS............................................................................................................10GRANTS AWARDED - Active.....................................................................................................10GRANTS PENDING.....................................................................................................................12GRANTS PLANNED....................................................................................................................14GRANTS AWARDED - Completed..............................................................................................15GRANT STATISTICS...................................................................................................................18PROFESSIONAL SOCIETY ACTIVITY...........................................................................................21PROFESSIONAL LISTINGS..........................................................................................................22NON-PROFESSIONAL AFFILIATIONS..........................................................................................22"AVOCATIONS"..........................................................................................................................22FOREIGN LANGUAGES..............................................................................................................22COMPUTER SKILLS....................................................................................................................22*ARCHIVAL PEER-REVIEWED PUBLICATIONS...........................................................................22BOOK CHAPTERS......................................................................................................................27SCIENTIFIC SESSIONS CHAIRED AND INVITED PANELS............................................................27PROCEEDINGS AND PRESENTATIONS......................................................................................28INVITED PRESENTATIONS (compiled from list above).............................................................42DISSCUSSIONS OR REVIEWS (PRESS COVERAGE)...................................................................43OTHER44Contents....................................................................................................................................45


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