The 69th Northwest Regional Meeting of the American ... Chemistry NORM... · the Northwest Regional...

The 69th Northwest Regional Meeting of the American Chemical Society

June 22-25, 2014University of Montana

http://norm2014.sites.acs.org

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I

Table of Contents

Welcome Letters II

Social Events VII

Schedule Overview VIII

NORM 2014 Organizing Committee 1

Workshops 2

Plenary Speakers 3

Award Winners 5

Sponsors 8

Exhibitors 11

Graduate Fair Exhibitors 13

Keynote and Notable Speakers 15

Technical Program 16

Author Index 38

University Center Map 47

May 28, 2014 On behalf of the citizens of Missoula, I would like to welcome you to the Northwest Regional Meeting of

the American Chemical Society.

In Missoula, you will find spectacular natural surroundings and a wide range of opportunities to

experience the magnificence of western Montana. You will want to take advantage of Missoula’s great

system of trails, parks and recreational areas that are readily accessible. Dining and shopping

opportunities abound, and Missoula's cultural offerings are varied and plentiful. We hope you will enjoy

the Northwest Regional Meeting of the American Chemical Society and take the time to get to know

Missoula as the special place it is.

Sincerely,

John Engen Mayor

OFFICE OF THE MAYOR 435 RYMAN MISSOULA, MONTANA 59802-4297 (406) 552-6001

II

Office of the President

University Hall 109 I Missoula, Montana 59812 I P: 406.243.2311 I F: 406.243.2797 I E: [email protected]

June 2014 Dear Conference Attendees and Guests, Welcome to the University of Montana! There are few universities in the world that combine the quality of people, breadth of programming, tremendous stakeholder support, and stunning beauty of this University. It is a privilege to serve as its President. Nestled in the heart of western Montana’s stunning natural landscape, the University of Montana is a place where top-tier students, educators and researchers from across the country and around the globe come and thrive. The University draws a diverse population to Missoula and helps cultivate an educated, engaged and vibrant community. Roughly 15,000 students attend UM and Missoula College, where they receive a world-class education in a broad range of subjects that include the trades, liberal arts, graduate and postdoctoral study and professional training. The main campus spans 56 acres at the base of Mount Sentinel along the Clark Fork River and includes the park-like Oval at the center of campus, more than 60 architecturally unique buildings and a 25,200-seat football stadium. Our 180-acre South Campus offers student housing, a golf course, soccer fields and an outdoor track facility. Missoula College occupies two sites in central and west Missoula. Every day, I see students who discover something new about the world around them, faculty members who dedicate themselves to the disciplines they love and to their students, staff members and leaders who work tirelessly to serve the University, friends and alumni who give generously to support the next generation of students, and community members who take part in the excitement of the academic, cultural, and athletic events. As President of the University of Montana, I am pleased to welcome you to our University for the 69th Northwest Regional Meeting of the American Chemical Society. I hope that while you are here you will be able to enjoy some of the unique qualities our university and the town of Missoula have to offer. Best wishes towards a productive, rewarding and enjoyable conference. Sincerely, Royce C. Engstrom President University of Montana RCE/rp Englet907

III

Northwest Regional Meeting of the American Chemical Society June 22-25, 2014 University of Montana Campus Missoula MT

Welcome to Missoula and thank you for joining us at NORM 2014! On behalf of the Montana Local Section of the American Society, I would like to welcome you to the 69th Northwest Regional Meeting (NORM 2014) of the American Chemical Society on the University of Montana campus. We have a variety of scientific programming and social/networking events. NORM 2014 will feature symposia, general, and poster sessions in analytical, organic, physical, and inorganic chemistry, biochemistry, and chemical education. The "Small Forces, Mountainous Outcomes" symposium, supported by the ACS Division of Organic Chemistry, will feature plenary lecturer Julius Rebek, Jr., of Scripps Research Institute, La Jolla. Inorganic chemistry symposia will focus on "Nanomaterials" and "Bioinorganic Chemistry." Biochemistry symposia include "Bringing the Protein Structure Initiative to Your Laboratory" and "Protein Dynamics," with keynote speakers Valerie Daggett from University of Washington and Daniel Raleigh from Stony Brook University. The physical chemistry symposium will emphasize applications of fluorescence spectroscopy, with Lenny Brand from Johns Hopkins University as a speaker. The "Translating Chemistry into Medicines" symposium, supported by the ACS Division of Medicinal Chemistry, will feature Bruce and Cyndie Maryanoff, ACS fellows and longtime associates with Johnson & Johnson. In addition to the extensive educational opportunities, NORM 2014 will include a graduate school recruiting lunch for undergraduate students with representatives from regional chemistry graduate schools, and an undergrad breakfast featuring a panel of notable chemists. The meeting also features an interactive poster session and the “Finding Your Pathway” workshop presented by ACS Career Services. There will be a Tuesday evening Awards Reception honoring the recipients of the ACS Division of Chemical Education Glenn & Jane Crosby Northwest Region Award for Excellence in High School Teaching, the E. Ann Nalley Award for Volunteer Service to the ACS; and the Stanley C. Israel Award for Advancing Diversity in the Chemical Sciences. Attendees can taste regional beer while they tour the Big Sky Brewery or spend an evening at Ogren Park Allegiance Field watching a minor league baseball game between the Missoula Osprey and the Helena Brewers. Come enjoy some great science and the long summer nights in Missoula at NORM 2014!

Nicholas R. Natale

IV

American Chemical Society 1155 SIXTEENTH STREET, N.W. OFFICE OF THE PRESIDENT WASHINGTON, D.C. 20036 Phone 202-872-4461 Tom Barton, Ph.D. Fax 202-872-6338 President-Elect, 2013 President, 2014 Immediate Past President, 2015 June 22, 2014 Dear Northwest Regional Meeting Participants, On behalf of the more than 161,000 members of the American Chemical Society, I am delighted to extend my warm personal greetings to all of you attending the 2014 ACS Northwest Regional Meeting (NORM) in beautiful Missoula, Montana.

Planned symposia span a diverse array of chemistry topics, including environmental, bioinorganic, nanomaterials, protein dynamics, small chemical business and many others. There will also be several social programs for undergraduate and graduate students, women chemists and senior chemists that foster networking, job searching skills and tips for career development. Make sure to take advantage of the tour of the Big Sky Brewery, and learn all about the Chemistry of Hops on Monday. For those of you looking to enter the workforce, the ACS Department of Career Management & Development will present the complimentary workshop “Finding Your Pathway” on Tuesday morning. I encourage everyone to attend the Tuesday evening Awards Reception honoring the recipients of the ACS Division of Chemical Education Glenn & Jane Crosby Northwest Region Award for Excellence in High School Teaching, the E. Ann Nalley Award for Volunteer Service to the ACS; and the Stanley C. Israel Award for Advancing Diversity in the Chemical Sciences. Last but not least, I want to express my special thanks to the NORM 2014 Chair Nick Natale, Program Chair Bruce Bowler, Expo Chair Chuck Thompson, and the many organizers and volunteers, especially the members of the Montana Local Section and the 14 other participating Northwest region local sections of the American Chemical Society – representing 6,500 members in the region – for their hard work and dedication to create an intellectually stimulating experience here in Missoula. Best wishes for a most successful 2014 NORM! Sincerely,

Tom Barton President American Chemical Society

V

Northwest Regional

Meeting June 22–25, 2014

Missoula, MT

Northwest Region of the American

Chemical Society

2014 Officers

Matt A. Peterson President

Kevin P. Gable Secretary

Robin Terjeson Treasurer

Board of Directors

Lisa Hoferkamp Alaska Matt A. Peterson Central Utah Amy Hanks Idaho Jeffrey Rahn Inland Northwest Nicholas Natale Montana Richard Nafshun Oregon Angela Hoffman Portland Carole Berg Puget Sound Janet Bryant Richland Tom Richmond Salt Lake Sean Casey Sierra Nevada Eric Brown Snake River Ming Xian Washington Idaho Border E. Gerald Meyer Wyoming District VI Director Bonnie A. Charpentier

June 22, 2014 Dear ACS regional meeting attendees: It is a pleasure to welcome you to this year’s Northwest Regional meeting. The Northwest Region continues its tradition of excellence in sponsoring these meetings each June. While over the years the meetings have been held in a variety of locations, the quality of research and the collegiality of the participants has been a unifying feature. Past meetings have provided unsurpassed opportunities for interaction with regional colleagues, exchange of ideas, and enhanced networking for chemists living and working in the region. This year’s meeting promises to continue in that tradition. As you can see from the technical program, much work and effort has gone into making this meeting a success. From the Local Organizing Committee, to the Region Board, many hours have gone into ensuring that your experience will be both enjoyable and rewarding. Of course the meeting could not happen without your participation. On behalf of the Board of Directors of the Northwest Region I wish to thank you for your attendance and extend a special thanks to those participants that have contributed oral or poster presentations. We are excited once again to celebrate the world-class chemistry going on in the Northwest Region and welcome you to NORM 2014. Sincerely,

Matt A. Peterson President, Northwest Region Board of Directors

VI

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SCHEDULE OVERVIEW

All events are held at the University Center (UC), unless otherwise noted

Sunday, June 22 1:00 p.m. - 7:00 p.m. Registration UC Foyer 5:00 p.m. - 6:00 p.m. Opening Plenary UC Theater 6:00 p.m. - 8:30 p.m. Opening Social SpectrUM Museum, Downtown Missoula (transportation provided)

Monday, June 23 7:00 a.m. - 6:30 p.m. Registration UC Foyer 7:00 a.m. - 8:30 a.m. ACS Governance Breakfast UC North Ballroom 8:55 a.m. - 11:20 a.m. Technical Program Organic: Small Forces, Mountainous Outcomes UC Theater Nanomaterials UC 326 Bioinorganic UC 327 Small Business UC 330 General Biochemistry UC 331 General Analytical and Environmental UC 332 Chemical Education UC 333 11:30 a.m. - 1:30 p.m. Graduate School Recruiting Lunch for Undergraduates UC North Ballroom 11:30 a.m. - 1:30 p.m. Poster Session 1 and Lunch UC South Ballroom Analytical Biochemistry Physical Inorganic Chemical Education 12:30 p.m. - 1:30 p.m. Thermophoresis Demostration UC 331 1:30 p.m. - 5:10 p.m. Technical Program Organic: Small Forces, Mountainous Outcomes UC Theater Nanomaterials UC 326 Bioinorganic UC 327 Small Business UC 330 General Biochemistry UC 331 General Physical UC 332 Chemical Education UC 333 3:00 p.m. - 4:15 p.m. Hop Chemistry Session UC 331 4:15 p.m. - 6:00 p.m. Tour of Big Sky Brewery Big Sky Brewery, Missoula 5:15 p.m. - 6:15 p.m. Plenary Lecture: Julius Rebek, Jr. UC Theater 7:05 p.m. - 10:00 p.m. Minor League Baseball Game Ogren Park Allegiance Field (transportation provided)

VIII

Tuesday, June 24 7:00 a.m. - 7:30 p.m. Registration UC Foyer 7:30 a.m. - 9:00 a.m. Undergraduate Breakfast with Chemist Panel UC North Ballroom 8:00 a.m. - 12:00 p.m. ACS Career Services: Finding Your Pathway Workshop UC 332 8:55 a.m. - 12:00 p.m. Technical Program Translating Chemistry into Medicines UC Theater Physical and Computational UC 326/327 Analytical UC 330 General Inorganic I UC 331 Bringing PSI to your Lab UC 333 11:30 a.m. - 1:30 p.m. Poster Session 2 and Lunch UC South Ballroom Undergraduate Organic 12:00 p.m. - 1:30 p.m. Women Chemist Luncheon UC North Ballroom 1:25 p.m. - 5:10 p.m. Technical Program Translating Chemistry into Medicines UC Theater Protein Dynamics I UC 326/327 Analytical UC 330 General Inorganic II UC 331 Bringing PSI to your Lab UC 333 1:30 p.m. - 5:00 p.m. ACS Career Services: Resume Reviews UC 332 5:00 p.m. - 7:00 p.m. Senior Chemists Reception UC Gallery 7:00 p.m. - 9:00 p.m. NORM 2014 Awards Reception & Banquet UC North Ballroom Wednesday, June 25 7:00 a.m. - 10:00 a.m. Registration UC Foyer 7:30 a.m. - 9:00 a.m. NorBoard Meeting (invite only) UC North Ballroom 8:55 a.m. - 12:00 p.m. Technical Program Protein Dynamics II UC 326/327 General Organic UC 330/331 Environmental UC 332/333

SCHEDULE OVERVIEW continued

IX

NORM 2014 Organizing Committee

General Chair

Nick Natale

Honorary General Chair

Richard Field

Program Chair

Bruce Bowler

Awards Chair

Earle Adams

Expo Chair

Chuck Thompson

Treasurer

Earle Adams

High School Program Chair

David Jones

Undergraduate Program Chair

Mary Cloninger

Webmaster

Tony Haag

ACS Meeting Planning Partner

Lauren Stewart

Symposia Chairs

Bruce Bowler

Ed Rosenberg

Mark Cracolice

Steve Sprang

Nick Natale

Tony Haag

Tyler Smith

Chris Palmer

Valeriy Smirnov

Sandy Ross

Orion Berryman

Mike DeGrandpre

Workshops at NORM 2014

Tuesday, June 24 – UC Room 332

8:00 a.m. – 12:00 p.m. ACS Career Workshop: Finding Your Pathway

Learn about the four main career pathways available to chemical professionals: higher education,

industry, government, and entrepreneurial careers and why each one may or may not be the right

choice for you. This workshop is not only ideal for graduate students and recent grads, but also

experienced professionals who are considering a career change. In addition to learning about

which types of careers are available in each pathway, you'll also learn about the job market and

hiring trends to help you make your choice. The workshop allows time for you to inventory your

own values, interests, background, strengths and weaknesses so that you can select which career

pathway you'd like to explore in detail. Complimentary to pre-registered attendees.

1:30 p.m. – 5:00 p.m. ACS Career Workshop: Résumé Reviews

ACS career consultant, Jeff Moore will also be available to provide one-on-one résumé reviews

and career assistance. Appointments are 30-minutes in duration. Please bring a copy of your

résumé with you to your session. Sign up will be available at the ACS Registration desk in the

foyer. Complimentary to pre-registered attendees.

Plenary Speaker

Sunday, June 22

________________

Bonnie A. Charpentier

Bonnie Charpentier, PhD serves on the ACS Board of Directors as Director, District VI (11

western states, including Alaska, Hawaii and part of Canada). She is currently Senior Vice

President of Regulatory Affairs and Compliance at Cytokinetics, Inc. in South San Francisco.

She was previously vice president of regulatory and quality at Metabolex, Inc. She received a

B.S. degree in 1974 and a Ph.D. from the University of Houston in 1981. Prior to Metabolex,

Dr. Charpentier worked at Genitope Corporation, as vice president, regulatory affairs and

compliance; Roche Global Development, as vice president and site head, global regulatory; and

Syntex Research where she shared responsibility for the international approvals of several drugs,

including Valcyte, Cytovene, CellCept, Boniva, Tamiflu, and Xenical. Prior to Syntex she

worked as a chemist at the Procter and Gamble Co.

Dr. Charpentier has served on the ACS board of directors since 2006, including two years as the

Chair of the Board. An ACS member since 1982, she has served on and chaired a variety of

Society committees and task forces at the national levels, including those dealing with policy,

nominations, local sections, governance and program review, and communications. She also has

been active in several capacities in ACS local sections, including serving as Chair in the

Cincinnati and Santa Clara Valley Local Sections where she was instrumental in establishing

chemistry workshops for teachers and workshops on interviewing skills for students. Most

recently, she founded an outreach program for hands-on chemistry with children in homeless

shelters.

As a board member, Bonnie has emphasized the importance of communicating the value of

chemistry through public outreach and education, including National Chemistry Week and

helping to establish the first ACS award for two year college chemistry teaching. She is a strong

proponent and participant in mentoring students and younger scientists. She supports ACS

programs that focus on expanding ACS's legislative outreach through member involvement, in

support of science education, and on increasing effective collaboration between industry and

academia. She is passionate about the importance of public service and about turning molecules

into medicines.

Plenary Speaker

Monday, June 23

________________

Julius Rebek, Jr.

Julius Rebek, Jr. is the Director of the Skaggs Institute for Chemical Biology and Professor of

Chemistry at the Scripps Research Institute in La Jolla, CA. He received the Ph.D. degree in

chemistry from the Massachusetts Institute of Technology (1970) for studies in peptide

chemistry. He has held positions at the University of California, Los Angeles (1970-1976) where

he devised the three-phase test for reactive intermediates; the University of Pittsburgh (1976-

1989) where developed cleft-like structures for studies in molecular recognition; and at MIT

(1989-1996), where he was the Camille Dreyfus Professor of Chemistry and devised synthetic,

self-replicating molecules.

In 2013 he opened a laboratory at Fudan University, Shanghai, under the 1000 Talents Program.

He is a member of the National Academy of Sciences, the Hungarian Academy of Sciences, the

European Academy of Science, a Fellow of the Royal Society of Chemistry and a Fellow of the

American Academy of Arts and Sciences. He is the author of more than 500 publications and his

current research interests include self-assembling systems, molecular behavior in small spaces,

uranium recovery and the detection and destruction of chemical warfare agents.

MONTANA SLOAN INDIGENOUS

GRADUATE PARTNERSHIP

RECIPIENT OF THE 2014 STANLEY C. ISRAEL REGIONAL

AWARD FOR ADVANCING DIVERSITY IN THE CHEMICAL

SCIENCES

The Sloan Indigenous Graduate Partnership (SIGP) program, which provides scholarship support

for Indigenous graduate students in STEM disciplines, includes the University of Alaska

(Fairbanks and Anchorage), the University of Arizona, Purdue University, and three institutions

in Montana: the University of Montana (Missoula), Montana Tech (Butte), and Montana State

University (Bozeman). The SIGP program is supported by a grant from the Alfred P. Sloan

Foundation.

The Montana SIGP has had a profound positive impact on increasing the numbers of masters and

doctoral Native Americans in STEM disciplines. Currently, more than 30 Indigenous students

are enrolled in masters and doctoral degree programs; since 2005, 28 Indigenous students have

graduated.

The current leadership of the Montana SIGP includes Aaron Thomas (University of Montana),

Beverly Hartline (Montana Tech), and Karlene Hoo (Montana State University). Recent

Montana SIGP directors include Sandy Ross (UM, 2008-2014), Joe Figueira (Tech, 2005-2012),

and Carl Fox (MSU, 2012). Other members of the team, who have worked hard toward the

success of the Montana SIGP, include Mary Kamensky (UM), David Strobel (UM), Michael

Ceballos (UM), Blakely Brown (UM), Aislinn HeavyRunner (UM), Meredith Berthelson (UM),

Isa Atkinson (UM), Penny Kukuk (UM), Patrick WeaselHead (UM), Fred Sullivan (Tech),

Catherine Johnson (MSU), and Kaylee Ranck (MSU). Many effective mentors have also been

part of the Montana SIGP team.

The support and guidance of Ted Greenwood, former Sloan Foundation Director, and Liz

Boylan, current Sloan Foundation Director, are deeply appreciated by the Montana SIGP

program.

JANET L. BRYANT

RECIPIENT OF THE 2014 E. ANN NALLEY ACS NORTHWEST

REGION AWARD FOR VOLUNTEER SERVICE TO THE

AMERICAN CHEMICAL SOCIETY

Janet Bryant has had a long and impactful career as a Research Scientist/Engineer at the Department of Energy’s

Pacific Northwest National Laboratory (PNNL) in Richland, WA. She is the author of over 80 publications and is

sought out as a speaker at the local, regional, national and international levels, with over three dozen public

presentations on a variety of technical and professional subjects. Her clients have included the Department of

Energy, Department of Defense and Homeland Security, the European Union and IAEA, Nuclear Regulatory

Commission, BNSF, and EPA.

Janet is a tireless volunteer for the American Chemical Society. Her active participation includes positions of

leadership for the Richland Local Section, NOR Board and Northwest Region, multiple Technical Divisions, and

appointed and elected national ACS Committees. She is a past Chair of the national Women Chemists Committee

(WCC) where she championed notable programs for Women Chemists of Color (WCoC), retention of mid-career

women chemists (Just Cocktails), entrepreneurship, and national awards process improvement – which all continue

today. Janet currently serves as the President-Elect of the NOR Board, Inc. of the ACS Northwest Region, and has

been the Richland Section Representative to the Board of Directors since 2007. She is a co-founder and elected

Chair of the ACS Chemical Innovation and Entrepreneurship Council (CIEC) for 2012-2014, the grassroots

organization supporting business-minded and entrepreneurial chemists. Janet is also an ACS Fellow, elected

Member-at-Large for the Division of Professional Relations (PROF), Councilor for the Division of Business

Development and Management (BMGT), and member of the Richland Section Executive Committee, serving as

Earth Day Coordinator (2004-present) and Bylaws Committee Chair. She is serving her second elected term on the

ACS Committee on Committees (ConC), where she currently serves as liaison to the Membership Affairs

Committee (MAC) and the Committee on Nomenclature, Technology and Symbols (NTS). Janet was also recently

honored as the 2013 ACS Richland Section Chemist of the Year.

On a personal note, Janet is married to Dave; mother to grown children Heather and Michael; and is a very proud

grandmother to Madison. In her spare time, she raises and shows miniature roses with the American Rose Society

and collects (and occasionally sells) antiques.

JEFF CHARBONNEAU

RECIPIENT OF THE 2014 ACS DIVISION OF CHEMICAL

EDUCATION NORTHWEST REGION AWARD

FOR EXCELLENCE IN HIGH SCHOOL TEACHING

Jeff Charbonneau is a chemistry, physics and engineering teacher at Zillah High School in Zillah,

Washington. He’s been working in this position for his entire 13 year teaching career. Jeff has a

Bachelor of Science in Biology and was a member of the William O. Douglas Honors College at

Central Washington University, and holds a Masters of Education from Central Washington

University. He is a National Board Certified teacher.

He recognizes that many students see his course subjects as the “hard” science classes and

welcomes the challenge to overturn that stigma. In addition to his role as a science instructor at

ZHS, Jeff is a yearbook advisor, drama assistant director, science club advisor, and is the 9th

grade class advisor. He also is an adjunct faculty member at three colleges and universities,

allowing students who do take his classes to earn 24-college credits upon successful completion.

Jeff admits his classes are “more rigorous” but says they are designed to be accessible. He’s

created interactive learning experiences to help students develop confidence in their abilities. Jeff

said, “I believe my greatest accomplishments are revealed each time a student realizes that he or

she has an unlimited potential. The rest are simply vehicles to make it happen.”

NORM 2014 Sponsors

Thank you to our sponsors for all of their support!

PLATINUM SPONSORS

University of Montana, Excellence Fund

University of Montana, CBSD

University of Montana, Research & Creative Scholarship

GOLD SPONSORS

University of Montana,

College of Health Professions & Biomedical Sciences

University of Montana, BMED

American Chemical Society, Undergraduate Programming

American Chemical Society, Division of Medicinal Chemistry

SILVER SPONSORS

University of Montana, Dept of Chemistry and Biochemistry

American Chemical Society, Division of Organic Chemistry

Montana State University, Dept of Chemistry and Biochemistry

MeD CHeM 101

Montana State University, Office of Research and Economic Development

American Chemical Society, Division of Colloid & Surface Chemistry

American Chemical Society, Division of Industrial & Engineering Chemistry

American Chemical Society, Division of Analytical Chemistry

COPPER SPONSORS

American Chemical Society, Division of Small Chemical Business

American Chemical Society, Division of Biological Chemistry

Western Montana Clinic

Bruker Daltonics

University of Montana, Center for Environmental Health Sciences

University of Montana, Center for Structural & Functional Neuroscience

SOCIAL SPONSOR

Big Sky Brewing Company

NORM 2014 Exhibitors

Advion

http://www.expressioncms.com

Advion is a leader in MS & synthesis solutions. The expression CMS is a high performance, compact,

affordable single quad mass spectrometer. Its compact size allows it to fit in space-limited labs for direct

access and immediate results for chemists requiring mass confirmation, reaction monitoring, QC and

purity analysis.

Biotage http://www.biotage.com Biotage’s products for organic chemistry are used in the early phase of all types of organic synthesis.

They rationalize the process of creating and optimizing substances. Customers include pharmaceutical

companies, contract-research organizations and academic institutions around the world.

Bruker Daltonics http://www.bruker.com Bruker offers a wide range of analytical instruments for a variety of applications. Our portfolio includes

FT-IR, NMR, XRD, XRF, mass spectrometry and gas chromatography (GC) systems specifically

developed for scientific education purposes. The instruments are compact, powerful, robust, yet easy-to-

use and are ideal for use by both students and experts in academic settings and also enable laboratories to

incorporate new experiments in chemical education. Visit us at www.bruker.com to learn more about our

technologies and solutions.

MicroLab, Inc. http://www.microlabinfo.com

MicroLab’s FS-522 Lab Interface combines FASTspec™ technology with popular sensors, creating an

affordable general purpose lab instrument. Integrated sensors prevent cluttered bench tops, reduce cost,

and provide low-noise, high-resolution measurements. Use in general, analytical, physical and

biochemistry laboratory courses or undergraduate/graduate research. Let MicroLab help engage your

students in real science.

Nanalysis Corp. http://www.nanalysis.com NM Ready is a revolutionary benchtop NMR spectrometer. As the only all-in-one instrument available, it

has a built-in touchscreen with an easy-to-use interface that makes data acquisition & processing simple,

without increasing the footprint of the spectrometer. The NMReady offers spectroscopic resolution at the

fraction of the size, cost and maintenance of current instrumentation.

NanoTemper Technologies, Inc. http://www.nanotemper-technologies.com NanoTemper Technologies develops, produces and markets innovative, high quality instruments for

biomedical research. The products are based on NanoTemper’s unique and proprietary technology,

Microscale Thermophoresis (MST), used for the analysis of biomolecular interactions. NanoTemper

offers the Monolith NT series instruments for MST measurements with fluorescent label and label-free.

https://messaging.umt.edu/owa/redir.aspx?C=-W0HkG3emkiRn2l2PkWyWYCMd5mlWtEIGAgvFJV4BuvJn9rprhgVRFby_mRU_PPbtdku_ItKwYI.&URL=http%3a%2f%2fwww.expressioncms.com

Pine Research Instrumentation http://www.pineinst.com/echem

Pine Research Instrumentation manufactures a full line of affordable, durable and reliable electrochemical

research equipment. Pine offers benchtop bipotentiostat/galvanostat instruments as well as portable USB

potentiostat systems, all of which are controlled using our powerful AfterMath software package. We

offer unique quartz electrochemical cells for photoelectrochemistry and spectroelectrochemistry, and we

are the world leader in rotating disk, ring-disk, and cylinder electrode instrumentation. Our line of

compact voltammetry cells, featuring screen-printed patterned electrodes, provides a quick and easy way

to perform routine electrochemical measurements.

Quark Glass http://www.quarkglass.com

Quark Glass is a discount manufacturer of laboratory glassware. We combine quality, lower prices, and

great service. We are exhibiting apparatus used in various bench-top applications, such as: manifold lines,

filtration apparatus, distillation and general laboratory ware. Quark offers extensive discounts. Our

glassware is MADE in the USA.

Sigma-Aldrich http://www.sigmaaldrich.com

Sigma-Aldrich is a leading Life Science and High Technology company. Our chemical and biochemical

products and kits are used in scientific research, including genomic and proteomic research,

biotechnology, and pharmaceutical development. Sigma-Aldrich is committed to Accelerating

Customer’s Success through Innovation and Leadership in Life Science, High Technology, and Service.

Thermo-Fisher Scientific http://www.thermoscientific.com Thermo Fisher Scientific is the world leader in serving science; providing a wide array of analytical

instrumentation, lab equipment, and life-science products.

Our vibrational spectroscopy group offers a variety of spectrometers like FTIR, UV/Vis, Raman, and our

desk top NMR. We will be highlighting the iS5-FTIR, and picoSpin-NMR.

University of Wyoming, Department of Chemistry http://www.uwyo.edu/chemistry

Join the University of Wyoming's Department of Chemistry to expand your research and education

experience. Your Master's(M.S.) or Doctoral(Ph.D.) degree can focus on analytical, biological, inorganic,

materials, organic, or physical chemistry. A Master of Science in Teaching(M.S.T.) is also available,

which trains and improves the skills of science educators. UW offers top-notch education and research

opportunities with world-renowned chemistry faculty and state-of-the-art instrumentation. All students

admitted are fully funded through Graduate Teaching and Research Assistantships with an annual stipend

of $25,500/year plus tuition and medical insurance. Fellowships are also available for outstanding

students including annual stipends over $30,000. Apply today!

VWR International http://www.vwr.com

At VWR, we enable science by supplying critical products to the world’s top pharmaceutical, biotech,

industrial, educational, governmental, and healthcare organizations. We provide our customers with an

expansive choice of premiere products, such as chemicals, furniture, equipment, instruments, apparel and

consumables, from a vast group of leading scientific manufacturers.

http://www.uwyo.edu/chemistry/graduate/ms.html

http://www.uwyo.edu/chemistry/graduate/phd.html

http://www.uwyo.edu/chemistry/graduate/research.html


http://www.uwyo.edu/chemistry/directory/index.html

Graduate Fair Exhibitors

Portland State University Department of Chemistry

http://www.pdx.edu/

Portland State University’s location in downtown Portland, the major urban center of Oregon, provides a dynamic

and exciting environment in which to pursue science. The University's Department of Chemistry offers Ph.D., M.S.,

and M.A. degrees, as well as opportunities to conduct research on topics including atmospheric, biological,

environmental, natural products and prebiotic chemistry, materials science, drug design and development,

nanoscience, and more. The Department boasts esteemed faculty who model innovative pedagogy in the

University’s state-of-the-art teaching labs and classrooms and access to unparalleled research and support facilities

supplements a premier educational experience.

University of Idaho Department of Chemistry

http://www.uidaho.edu/sci/chem/graduate

University of Idaho’s main campus is located in Moscow, a safe and friendly city with a

great sense of community and a thriving arts and music scene. The surrounding area offers

truly outstanding opportunities for recreational activities. We are a mid-sized chemistry

department that provides individual attention to graduate students. Active research areas

include heterocyclic synthetic methodology, DNA diagnostics, archaeological chemistry,

ultrafast optical spectroscopy, and applications of new carbon-based materials. Highly

competitive teaching and research assistantships are available to all M.S. and Ph.D. students (up to $23,500/yr; fees

paid). Applications to our graduate program are now free of charge!

University of Iowa Department of Chemistry

http://www.chem.uiowa.edu

The Department of Chemistry at the University of Iowa has 29 research-active faculty who

participate in our graduate program. We offer an exciting environment at the forefront of

modern chemical research. While the traditional areas of chemistry are represented, the

strength of our department lies in its strong collaborative and interdisciplinary research programs. Efforts that cut

across the traditional chemistry divisions are underway in environmental and atmospheric chemistry, the

development of new materials, biological and biomedical applications of chemistry, chemical synthesis, and

chemical education.

University of Montana Departments of Chemistry, Biochemistry and

Biophysics

http://www.cas.umt.edu/chemistry

http://www.cas.umt.edu/chemistry/biochemistryProgram

The University of Montana offers MS and PhD degrees in Chemistry through the Department of Chemistry &

Biochemistry and MS and PhD degrees in Biochemistry & Biophysics through the Biochemistry Program, an

interdepartmental graduate program between Chemistry and Biology. Degree candidates in these two fields can

choose research projects from among more than 20 faculty carrying out research at the forefront of their fields.

Research is enhanced by a highly collaborative environment and is supported by state-of-the-art instrumentation

facilities which include high field NMR, EPR, mass spectrometry, small and large molecule X-ray diffraction, and

ensemble and single molecule fluorescence spectroscopy.

Montana State University Department of Chemistry and Biochemistry

http://www.chemistry.montana.edu/

The graduate program in Chemistry and Biochemistry at Montana State University-Bozeman features 18 faculty and

about 75 graduate students. Faculty in our department have interests and expertise that span a broad range of

chemistry and biochemistry sub-disciplines including synthesis, spectroscopy, metabolomics, fast laser

spectroscopy, and metallobiochemistry. Our research is carried out in a new, state-of-the-art facility, affording our

students access to the most up-to-date research instrumentation. PhD and MS degrees in chemistry and biochemistry

are offered, and stipend support and tuition waivers are provided through teaching and research assistantships.

University of Wyoming Department of Chemistry

http://www.uwyo.edu/chemistry

Join the University of Wyoming's Department of Chemistry to expand your research

and education experience. Your Master's(M.S.) or Doctoral(Ph.D.) degree can focus on

analytical, biological, inorganic, materials, organic, or physical chemistry. A Master of

Science in Teaching(M.S.T.) is also available, wresearch opportunities with world-renowned hich trains and

improves the skills of science educators. UW offers top-notch education and chemistry faculty and state-of-the-art

instrumentation. All students admitted are fully funded through Graduate Teaching and Research Assistantships

with an annual stipend of $25,500/year plus tuition and medical insurance. Fellowships are also available for

outstanding students including annual stipends over $30,000. Apply today!

Washington State University Department of Chemistry

http://www.chem.wsu.edu

With 27 tenure/tenure-track faculty (over 25% new hires within the

last 5 years) and a graduate student population of just over 100, the

Department of Chemistry at Washington State University represents an exciting opportunity for graduate studies.

Our graduate program emphasizes the Ph.D degree and is organized around three multidisciplinary areas: Chemistry

of Biological Systems, Chemistry of Materials, and the Chemistry of Energy and Environment. These take

advantage of current departmental strengths (expertise and instrumentation) and allow the traditional divisions of

chemistry to also flourish. For more information see http://chem.wsu.edu.

http://www.uwyo.edu/chemistry/graduate/ms.html

http://www.uwyo.edu/chemistry/graduate/phd.html


http://www.uwyo.edu/chemistry/directory/index.html

http://www.chem.wsu.edu/

http://chem.wsu.edu/

Keynote and Notable Speakers in NORM’14 Symposia

Monday, June 23 – Keynote Lectures in the Bioinorganic Symposium

10:40 – 11:30 am Lisa M. Berreau – Utah State University

Cu(II)/O2-promoted aliphatic carbon-carbon bond cleavage

reactivity: A halide effect on O2 activation

3:50 – 4:40 pm Joan B. Broderick – Montana State University

Biosynthesis of the H-cluster of the [FeFe]-hydrogenase

Monday, June 23 – Keynote Lecture in the Chemical Education Symposium

3:50 – 4:50 pm John R. Amend – President, MicroLab, Inc. Bozeman, MT

Using computers to visualize data, cut lab costs, and involve

students in active learning: A new look at spectrophotometry

Tuesday, June 24 – Notable Lectures in the Physical and Computational

Chemistry Symposium in honor of Pat Callis

9:00 – 9:40 am Lenny Brand – Academy Professor, The Johns Hopkins

University

Tryptophan fluorescence and proteins

9:40 – 10:20 am Mary D. Barkley – Case Western Reserve University

Unraveling electron transfer in tryptophan photophysics: A

detective story

Tuesday, June 24 – Notable Lectures in the Translating Chemistry into

Medicine Symposium

1:30 – 2:10 pm Cynthia A. Maryanoff – Baruch S Blumberg Institute

Dynamics of drug release from two different polymer systems

in drug-eluting cardiovascular stents

2:10 – 2:50 pm Bruce E. Maryanoff – The Scripps Research Institute

Novel mimetics of apolipoprotein A-I as anti-atherosclerosis

agents

Tuesday, June 24 – Keynote Lecture in the Protein Dynamics Symposium I

4:30 – 5:30 pm Valerie Daggett – University of Washington

Dynameomics

Wednesday, June 25 – Keynote Lecture in the Protein Dynamics Symposium II

10:40 – 11:40 am Daniel P. Raleigh – Stony Brook University

Amyloid and cell death: Biology meets biophysics

Wednesday, June 25 – Keynote Lecture in the Environmental Chemistry

Symposium

10:40 – 11:40 am Jeffrey L. Collett – Colorado State University

The increasing importance of ammonia for U.S. air quality

Valerie Daggett

John Amend

Lisa Berreau

Lenny Brand

Cynthia Maryanoff

Jeffrey Collett

NORM 2014 Technical Program

B. Bowler, Program Chair

SUNDAY AFTERNOON

UM Conference Center

UC Theater

Opening Plenary

N. Natale, Presiding

5:00 Bonnie A. Charpentier

MONDAY MORNING


UC 327

Bioinorganic Symposium

V. Smirnov, Organizer, Presiding

8:55 Introductory Remarks.

9:00 1. Metal mixtures and potential environmental health risks in a rural superfund site. K.

Hailer, H. Dysinger, M. Calhoun, D. Hobbs

9:40 2. Sensing and getting iron from heme: Some disassembly required. S. Ojha, M. X, B.

Bothner, E. P. Skaar, J. L. DuBois

10:20 Coffee Break.

10:40 3. Cu(II)/O2-promoted aliphatic carbon-carbon bond cleavage reactivity: A halide effect

on O2 activation. L. M. Berreau, C. J. Allpress, A. Milaczewska, T. Borowski, J. R. Bennett, D.

L. Tierney, A. M. Arif

11:30 Lunch/Poster Session.

1:30 4. Enzyme kinetics of human indoleamine 2,3-dioxygenase (hIDO1): Implications for

regulation of dioxygenase activity. V. V. Smirnov, A. O. Kolawole, B. P. Hixon, L. S. Dameron,

I. M. Chrisman, Y. Belabassi

2:10 5. Carbon monoxide dehydrogenase with a unique Mo-Cu center: Structural insights from

QM and QM-MM models. D. Rokhsana, T. Large, M. C. Dienst, M. Retegan, F. Neese

2:50 Coffee Break.

3:10 6. Structural characterization of [NiFe]-hydrogenase complex assemblies: Insights into the

evolutionary history of respiratory complex I. O. Zadvornyy, N. A. Zorin, S. Chandrayan, L.

Tang, M. W. Adams, J. W. Peters

3:50 7. Biosynthesis of the H-cluster of the [FeFe]-hydrogenase. J. B. Broderick, E. M.

Shepard, J. Betz, A. Byer, B. Duffus


UC 326

Nanomaterials Symposium

E. Rosenberg, Organizer, Presiding


9:00 8. Phase Transformations and Nano-Scale Domain Structures of Perovskite-Based Ion

Transport Materials Based on LaFeO3. D. P. Butt, P. Price

9:40 9. Beaker to devices: Directed assembly of nanoparticles in solution and on surfaces. D.

Nepal, K. Park, S. Biswas, L. Drummy, R. A. Vaia

10:20 Coffee Break.

10:40 10. Utilization of dissolved semiconductors for inorganic ligand exchange on CdSe

nanocrystals. J. Buckley, R. Brutchey


1:30 11. Functional mixed ligand shell architectures: Toward nanoparticle reagents. Z. C.

Kennedy, E. W. Elliott, III, P. M. Haben, Z. Feng, D. Mitaru-Berceanu, K. M. Hills-Kimball, J.

E. Hutchison

2:10 12. Synthesis and electrocatalytic testing of metal carbide nanomaterials. B. M. Leonard

2:50 Coffee Break.

3:10 13. Photoswitching nanoparticles for ultrasensitive detections and imaging. A. D. Li

3:50 14. Using nanoparticle-templated lipid membranes to understand protein recognition of

curvature. S. M. Reed

4:30 15. Red-to-blue photoluminescence conversion in alcohol dispersions of alkyl-capped

silicon nanoparticles: Insight into the origins of visible photoluminescence in colloidal

nanocrystalline silicon. W. J. DeBenedetti, J. Shi, S. Chiu, B. A. Manhat, C. M. Radlinger, J. Z.

Zhang, A. M. Goforth


UC Theater

Organic Symposium

Small forces, mountainous outcomes

O. Berryman, Organizer, Presiding


9:00 16. Recognition of double-stranded DNA using energetically activated duplexes modified

with intercalator-functionalized nucleotides. P. J. Hrdlicka

9:40 17. Developing New Organocatalysts: Halogen Bonds in Action. O. B. Berryman

10:20 Coffee Break.

10:40 18. Molecules and materials that catch, release and respond to anions. A. Flood


1:30 19. Carbohydrate-functionalized bivalent polymers. H. M. Nguyen

2:10 20. Modular Supramolecular Fluorescent Receptors: Functional Materials and Applications

as Probes for Anions. D. W. Johnson

2:50 Coffee Break.

3:10 21. Using dendrimers to study multivalent aggregation processes. M. J. Cloninger, A. K.

Michel, C. K. Goodman, M. L. Wolfenden

3:50 22. Intramolecular Metalloaminations of N,N-Dimethylhydrazinoalkenes. A Versatile

Method for the Synthesis of Functionalized Piperidines and Pyrrolidines. T. Livinghouse

4:30 Concluding Remarks.


UC 330

Small Business Symposium

A. P. Haag, Organizer, Presiding


9:00 23. Transition from a research idea to a nationally viable scientific instrument company:

Lessons from starting a company from scratch . J. R. Amend

9:40 24. Profit Mastery: An Introduction. A. Greer

10:20 Coffee Break.

10:40 25. Intellectual Property and Start-Ups: How to Successfully Prepare and Manage

Intellectual Property Issues without Spending a Fortune. L. L. Mueller


1:30 26. Accessing SBIR/STTR funding for new business growth, and leveraging federal

laboratory reources. R. Friesenhahn

2:10 27. Driving Economic Development Through Public Private Partnerships. J. Fanguy

2:50 Coffee Break.

3:10 28. Industrial Production of Strategically Critical Rare Earth Elements with Solid Phase

Extraction Composites Modified with Selective Chelating Agents. R. Hammen

3:50 29. Growing a successful chemical business in Montana: Panel discussion and true stories.

A. P. Haag, T. N. Smith


UC 332

Analytical and Environmental General Session

C. Palmer, Presiding

9:00 30. Temperature induced aggregation in humic materials. L. Shaffer, R. von Wandruszka

9:20 31. Effect of phosphate fertilizers on the radium content of soil and possible implications

for radon exposures. M. P. Paralkar, M. P. Paralkar, D. A. Stewart-Smith

9:40 32. Review of chlorinated dioxin and furan presence, fate and transport in western

Montana. D. L. Tooke, S. Emsbo-Mattingly

10:00 33. Evaluation of the drivers of alkalinity variability on a Hawaiian barrier reef. B.

Peterson, R. S. Spaulding, M. D. DeGrandpre, E. H. De Carlo, P. Drupp

10:20 Coffee Break.

10:40 34. Examining sources of acidic drainage in the Judith Mountains, central Montana, USA.

G. P. Williams, C. Gammons, S. Parker

11:00 35. New Development of Small Unmanned Aircraft Application Techniques in China. h.

xiongkui


UC 331

Biochemistry General Session

K. Briknarova, Presiding

9:00 36. New reaction based fluorescent probes for hydrogen sulfide detection and bioimaging.

B. Peng, W. Chen, M. Xian

9:20 37. Metabolic profiling of transgenic mouse model for polyp-stage colorectal cancer. M. D.

Williams, X. H. Zhang, A. S. Belton, W. F. Siems, D. R. Gang, L. S. Resar, H. H. Hill, R.

Reeves

9:40 38. Deconvoluting the Dance of Cytochrome P450 and P450 Reductase on and in the

Phospholipid Bilayer: A Dynamic Biophysical Approach. S. C. Humphreys, C. Barnaba, A. O.

Barden, J. P. Jones, J. A. Brozik

10:00 39. Unfolding studies of mutant human K72A cytochrome c. E. M. Nold, B. Bowler

10:20 Coffee Break.

10:40 40. Temperature and pH Dependence of PEI Interacting with Charged Lipid bilayers. S.

Tabatabaei, A. Barden, J. Brozik

11:00 41. Determination of biomolecular interactions using MicroScale Thermophoresis. N. B.

Ford, A. Lazic, S. Duhr, P. Baaske


12:30 MicroScale Thermophoresis Demonstration.

1:30 42. Functional properties of HIV1 Reverse Transcriptase from the Anisotropic Network

Model and Essential Dynamics. A. S. Goler, J. A. Brozik, D. J. Keller

1:50 43. Activation of Heterotrimeric G Proteins: A Dynamic Process. L. A. Black


UC 333

Chemical Education Symposium

M. Cracolice, Organizer, Presiding

9:00 44. Misconceptions about buffers. D. R. Crane

9:20 45. Soft Chemical Robots as an Integrated Platform for Undergraduate Research. H. A.

Becerril

9:40 46. Aspects of a systems-based approach to general chemistry problems/exercises:

Consistency tests for chemical reactions and moisture sorption isotherm equations for foods

materials. K. M. Maloney

10:00 47. Incorporation of Benchtop NMR Spectroscopy into Undergraduate Laboratories: An

Active-Learning Approach. S. D. Riegel

10:20 Coffee Break.

10:40 48. Developing a quality laboratory course on a limited budget: Quantum mechanics

experiments using open source software. H. R. Krueger, Jr.

11:00 49. Reflections on a decade of educational podcasting. K. S. Anliker


1:30 50. What Is high school inquiry chemistry? A. Favero, P. Phillips, M. Driscoll, D. Jones,

K. Spencer, B. Taylor, J. C. Deming, M. S. Cracolice

1:50 51. How can proportional reasoning skills be established early in high school chemistry

students? M. Driscoll, K. Spencer, A. Favero, D. Jones, P. Phillips, B. Taylor, J. C. Deming, M.

S. Cracolice

2:10 52. Is there a smallest piece of matter or can we keep dividing infinitely? A 5E Learning

Cycle about atomic theory. D. Jones, B. Taylor, M. Driscoll, T. Favero, P. Phillips, K. Spencer,

J. Deming, M. Cracolice

2:30 53. How can guided inquiry be used to teach the classification of matter? B. Taylor, B.

Busby, M. Driscoll, T. Favero, D. Jones, P. Phillips, K. Spencer, J. Demming, M. Cracolice

2:50 Coffee Break.

3:10 54. What measurable characteristic of incoming students best predicts success in general

chemistry? L. Sankaranarayanan

3:30 55. Does a general chemistry course change students' reasoning abilities, attitudes,

intelligence, or content knowledge? B. D. Busby, M. S. Cracolice

3:50 56. Using Computers to Visualize Data, Cut Lab Costs, and Involve Students in Active

Learning: A New Look at Spectrophotometry. J. R. Amend

MONDAY POSTER SESSIONS

Odd-numbered posters, be by your poster from 11:30 to 12:30

Even-numbered posters, be by your poster from 12:30 to 1:30


South Ballroom

Analytical Poster Session

11:30 - 1:30

57. Evaluation of Chelation in Nutritional Supplements by Scanning Electron Microscopy and

Energy Dispersive X-Ray Spectroscopy (SEM/EDX). T. Herzog, R. Jensen, A. Yonkee, E. B.

Walker

58. Developing polymeric separation microdevices for protein and small molecule analysis.

D. J. Eves

59. Separation of nitroaromatic compounds found in explosive residues by electrokinetic

chromatography. J. R. McGettrick, J. S. Hyslop, L. M. Hall, C. P. Palmer

60. Characterization of PM2.5 from residential woodstove use for source apportionment

application. V. M. Porden, C. P. Palmer, T. Ward

61. Optimized metabolite extraction procedure for the detection of Naegleria fowleri in aqueous

systems using Ion mobility and Mass spectrometry. Z. Yu, X. Zhang, H. Miller, G. Puzon, B.

Clowers

62. Rapid analysis of uranium complexes using nanoDESI and ion mobility-mass spectrometry.

A. L. Davis, B. Hauck

63. Investigation of quadruplex DNA interactions with anthracenyl isoxazole amides by circular

dichroism spectroscopy. S. Stump, N. S. Duncan, M. J. Weaver, N. R. Natale, H. D. Beall

64. Modified screen-printed electrodes combined with paper-based microfluidics for detection of

ions in water. S. E. Williams, H. Zhang, W. Zhang, L. Xiao, A. Zhou

65. SERS-fluorescence bimodal nanoprobes for imaging of HEK293 cells expressing GPR120.

L. Xiao, H. Xu, A. K. Parchur, Q. Li, T. A. Gilbertson, A. Zhou

66. Comparison of three sensor methods in detection of DNA with sequences specific to

waterborne pathogen Cryptosporidium hsp70 gene. S. E. Williams, A. Zhou

67. Investigating the Carbon Cycle in the Arctic Ocean. A. F. Islam


South Ballroom

Biochemistry Poster Session

11:30 - 1:30

68. Effect of mutations on protein motion and small molecule inhibition in the PTP YopH. G. E.

Moise, K. Berg, S. J. Johnson, A. C. Hengge

69. Structure of the eleventh type III domain of fibronectin and its interaction with anastellin. D.

Rusnac, T. Mou, J. M. Stine, S. R. Sprang, K. Briknarova

70. Characterization of oxygen inactivation of the [FeFe]-hydrogenase. K. D. Swanson, M. W.

Ratzloff, D. W. Mulder, J. Artz, A. Hoffman, S. White, O. Zadvornny, J. B. Broderick, P. W.

King, J. W. Peters

71. Characterization of a ferryl species in indoleamine 2,3-dioxygenase (IDO): Implications for

catalysis. I. M. Chrisman, A. O. Kolawole, V. S. Smirnov

72. Biochemical characterization of [FeFe]-hydrogenase maturase HydF. A. Byer, J. B.

Broderick

73. Catalysis in loop-exchanged chimeras of Protein-Tyrosine Phosphatases. G. E. Moise, T.

Richan, T. M. Carradonna, J. P. Loria, A. C. Hengge

74. Characterization of binding between RIZ1 constructs and pRb. Y. Sun, K. Briknarova

75. Evaluation of the Bruker AXS SMARTBREEZE X-ray Diffraction System for Protein

Crystallography. B. R. Howard

76. Oxidation-induced in crystallo deadenylation of FAD by Salmonella enterica ApbE. J. D.

Cronk, J. A. Endrizzi

77. Copper Resistance Phenotype in a MDM35 deletion of Saccharomyces Cerevisiae. J. D.

Basset, B. Howell, D. N. Heaton

78. Investigating the role of lysine 72 in the cytochrome c/cardiolipin interaction . M. Elmer-

Dixon, E. Nold, L. J. McClelland, M. E. Jeakins-Cooley, J. B. A. Ross, B. E. Bowler

79. Structural and functional studies of antifreeze protein ApAFP752. K. W. Elliott, C. T.

Nordyke, P. Jevtic, J. J. Sharpe, D. Levy, K. Varga

80. Central nervous system lanthionines: Functional sulfur amino acid metabolites and

framework for novel neurotherapeutics. K. Hensley, T. Denton

81. Thermodynamic properties of a 5HT1a receptor ligand. S. Guccione, L. Basile, C. Squires,

C. Gaul, K. K. Parker

82. Synthesis of some new bispyrrolidine derivatives and their biological activity. A. S. Yanni

83. Evaluating consensus and unique structural features of the TCA binding site in

neurotransmitter transporter homology models after fully-solvated MD/EM simulations. M. R.

Braden (Withdrawn)

84. DNA-Based Micelles as Nano-Sized Carriers for Responsive Drug Delivery. Z. Tan, A. M.

Peterson, E. Kimbrough, J. Heemstra

85. Acetylene group at the C-terminal of a dipeptidic derivative modulate the cytotoxicity of the

supramolecular nanofibrils. A. Nahhas, Y. Zhang, B. Xu

86. Role of the Monovalent Binding Strength in Multivalent Scaffold-Induced Protein

Aggregation. C. Goodman, J. Cousin, M. Neufeld, J. Monaco, J. Smith, A. Mattson, A. Michel,

M. Cloninger

87. Covalent RNA Labeling for Immunoprecipitation of Specific RNA Transcripts. K. Meek, A.

Sharma, J. Plant, A. Rangel, J. Heemstra, J. Hollien

88. Exploring the substrate scope of a self-alkylating ribozyme for mRNA labeling. A. E.

Rangel, A. K. Sharma, J. J. Plant, J. Hollien, J. M. Heemstra


South Ballroom

Chemical Education Poster Session

11:30 - 1:30

89. Analysis of Benzene, Toluene, Ethyl Benzene, and Xylenes (BTEX) in Gasoline by Gas

Chromatography-Mass Spectrometry (GC-MS). W. E. Steiner, K. A. Morrison, F. L. Joslin

90. How to PDB: a class exercise for Medicinal Chemistry class. H. D. Beall, N. R. Natale

91. Student perceptions toward the TEAL approach to enhance chemistry education. M. S.

Emery, C. McLaughlin

92. Get involved with the ACS Division of Chemical Education. J. Sarquis


South Ballroom

Inorganic Poster Session

11:30 - 1:30

93. Spectroscopic on-line monitoring of a continuous feed solvent extraction system using the

Advanced-TALSPEAK separation scheme. L. R. Hylden, A. J. Casella, A. D. Crawford, T. G.

Levitskaia, S. A. Bryan

94. In search of a Tc sensor for Hanford Tank waste – design, synthesis, and characterization of

non-pertechnetate forms of technetium. A. Crawford, A. Lines, B. Rapko, S. Chatterjee, M.

Edwards, Z. Wang, S. Bryan

95. Influence of pyridine basicity on complexation and stability of fac-[MI(CO)3]

+ (M = Re,

99mTc) complexes. T. R. Hayes, P. Lyon, C. L. Barnes, P. Benny

96. Supramolecular Terpyridine Bimetallic Catalysts. D. A. Decato, O. B. Berryman

97. Self-assembling uranium ligands. A. Rose, O. B. Berryman

98. Biofuel production through the oxidation of fatty acids utilizing Kolbe electrolysis. J. Staley,

J. M. Mosby, P. McGuire

99. Diphenylphosphine complexes of rhodium(III). B. Howard, Z. N. Pickett, D. Buccella


South Ballroom

Physical Poster Session

11:30 - 1:30

100. Theoretical study of the catalytic mechanism of mammalian adenylyl cyclases. S. Alabbad

101. Water activity and solubility for Hanford waste liquids. S. F. Agnew, R. A. Wilson, W. G.

Ramsey

102. Chemically-active toy (CAT): Soft robotics at BYU-Idaho. J. K. Meyers, A. T. Sevy, H. A.

Becerril

103. Systematic characterization of fluorescent properties of betacyanin pigments of Amaranthus

cruentus. N. Treat, J. McHale

104. Electron transfer and localization processes in ruthenium bipyridyl complexes linked via

click chemistry. C. W. Stark, W. Schreier, J. Lucon, E. Edwards, T. Douglas, B. Kohler

105. Infrared and chemical based imaging of material defects. J. Davis, K. Selders, L. Lau, R.

Rodriguez

MONDAY AFTERNOON


UC 332

Physical General Session

X. Chu, Presiding

1:30 106. Empowering chemistry undergraduates through Python programming applied to

physical chemistry, computational chemistry and the physical chemistry laboratory. H. A.

Becerril, K. S. Wilson, T. Shepherd

1:50 107. Betalain plant pigments for dye-sensitized solar energy conversion beyond the

Shockley-Queisser limit. F. J. Knorr, N. A. Treat, D. J. Malamen, J. L. McHale

2:10 108. In situ optical and electrochemical studies of SOFC carbon tolerance. K. W. Reeping,

D. Halat, J. Kirtley, M. McIntyre, R. A. Walker

2:30 109. Monitoring the photo-induced electron transfer capability by 8-oxo-7,8-dihydro-2'-

deoxyguanosine using ultrafast time-resolved IR spectroscopy. A. A. Beckstead, Y. Zhang, J.

Dood, X. Li, C. J. Burrows, R. Improta, B. Kohler

2:50 Coffee Break.

3:10 110. Spectroscopic solvation mechanisms at solid/liquid interfaces. B. Woods, J. George,

R. Walker

3:30 111. Effects of Small Species Perturbations to Aqueous Solvent Environment on Porphyrin

Aggregation. C. W. Leishman, J. L. McHale

3:50 112. Reversible partitioning in model membrane systems. C. A. Gobrogge, R. A. Walker

4:10 113. Effect of nethyl-substituted silane pressure on the gas-phase reaction chemistry in hot-

wire chemical vapor deposition. Y. Shi, R. Toukabri (Withdrawn)

4:30 114. Binary solvent organization at silica/liquid interfaces: Preferential ordering in

acetonitrile-methanol mixtures. E. A. Gobrogge, R. A. Walker


UC 331

Hop Chemistry and Brewery Tour

C. Palmer, Presiding


3:15 115. Chemical investigations of hop-derived aroma and flavor in beer. D. C. Sharp, T. H.

Shellhammer

4:00 Big Sky Brewery Tour.


UC Theater

Monday Plenary

O. Berryman, Organizer, Presiding

5:15 116. Molecular behavior in small spaces. J. Rebek Jr.

TUESDAY MORNING


UC 330

Analytical Symposium

C. Palmer, Organizer, Presiding


9:00 117. Multi-technique analysis of immobilized protein and DNA patterns. D. W. Grainger

9:40 118. Simple, low-cost approaches to microfluidics for field use and classroom use. V.

Remcho

10:20 Coffee Break.

10:40 119. Advances in instrumentation and data analysis methods to substantially increase peak

capacity in GC – TOFMS and GC x GC – TOFMS separations. R. E. Synovec


1:30 120. Water as a stationary phase in capillary chromatography. K. Thurbide

2:10 121. Latex nanoparticle pseudo-stationary phases for electrokinetic chromatography: effects

of structure and chemistry on performance and selectivity. C. P. Palmer, J. Hyslop, L. Hall, J.

McGettrick

2:50 Coffee Break.

3:10 122. Head space analysis to non-invasively distinguish between vaccinated and bovine

tuberculosis-infected white-tailed deer. R. S. Stahl, C. K. Ellis, P. Nol, W. R. Waters, M. V.

Palmer, K. C. VerCauteren

3:30 123. Kinome of osteosarcoma cells: a link to metastatic potential. I. Motorykin, S. Bracha,

M. Milovancev, M. A. Weinman, C. Miranda, C. S. Maier

3:50 124. Room temperature fluorescence quenching of pyrene from a sugar glass. M. Marlow

4:10 125. Spectroelectrochemical characterization of select lanthanide complexes with

sensitizing ligands. A. M. Lines, S. A. Bryan, S. B. Clark

4:30 126. Characterization and optimization of a thin-film micro-fabricated sensor. S. D.

Branch, J. Lynch, J. M. Bello, S. A. Bryan, W. R. Heineman

4:50 127. Plating of iridium for use as high purity electrodes. M. Mathews, B. D. LaFerriere, L.

R. Pederson, E. W. Hoppe


UC 333

Bringing the Protein Structure Initiative to your Laboratory

S. Sprang, Organizer, Presiding


9:00 128. Methods to enable success in structural biology. S. W. Lovell

9:40 129. From clones to crystals: Adapting JCSG high-throughput techniques and target salvage

to smaller laboratories. C. L. Farr, M. C. Deller, M. Elsliger, S. A. Lesley, I. A. Wilson

10:20 Coffee Break.

10:40 130. Large-scale crystallization screening and optimization at the JCSG: Lessons for

smaller laboratories. M. C. Deller, C. L. Farr, M. Elsliger, S. A. Lesley, I. A. Wilson


1:30 131. The Structural Biology Knowledgebase: An integrated resource for modern biologists.

E. Peisach, M. Gabanyi, P. Adams, L. Bordoli, L. Chen, P. DePietro, L. Gifford, J. Haas, Y.

Tao, R. Shah, D. Micallef, W. Minor, W. McLaughlin, S. Roth, R. Lowe, T. Schwede, J.

Westbrook, M. Zimmerman, H. Berman

2:10 132. Stable isotope labeled proteins for NMR structure determination and much more. J. R.

Cort, E. D. Merkley, J. N. Adkins

2:50 Coffee Break.

3:10 133. Purification and characterization of protein and protein complexes using size exclusion

chromatography. L. Miercke, R. Robbins, R. Stroud

3:50 134. Protein purification and characterization workshop. L. Miercke, R. Robbins, R. Stroud


UC 326

Physical and Computational Chemistry Symposium

J. Ross, Organizer, Presiding


9:00 135. Tryptophan fluorescence and proteins. L. Brand, D. Toptygin

9:40 136. Unraveling electron transfer in tryptophan photophysics: A detective story. M. D.

Barkley

10:20 Coffee Break.

10:40 137. Ultrafast Studies of Tryptophan, Trp Analogs, and Trp-Containing Proteins. J. Xu, J.

R. Knutson

11:20 138. Viewing the inner workings of proteins as seen by the “electrostatic eyes” of

tryptophan: Enzymatic action and fluorescence. P. R. Callis


UC Theater

Translating Chemistry into Medicines Symposium

N. Natale, Organizer, Presiding


9:00 139. Bioprospecting in the Berkeley Pit: Extremophilic Microbes in Drug Discovery. A. A.

Stierle, D. B. Stierle, T. Girtsman, C. Antczak, H. Djaballah

9:40 140. Acridines with potential pharmaceutical significance. M. D. Mosher

10:20 Coffee Break.

10:40 141. 3-Fluoro-3-deazauridine: Synthesis and Evaluation of a Novel Inhibitor of Orotidylic

Acid Decarboxylase. A Useful Construct for the Development of Anticancer Nucleosides. M. A.

Peterson


1:30 142. Dynamics of Drug Release from two different polymer systems in drug-eluting

cardiovascular stents. C. A. Maryanoff

2:10 143. Novel mimetics of apolipoprotein A-I as anti-atherosclerosis agents. B. E. Maryanoff,

L. J. Leman, Y. Zhao, T. Imura, L. K. Curtiss, M. R. Ghadiri

2:50 Coffee Break.

3:10 144. Searching for specificity: The acetylcholine binding protein as a tool for drug

discovery. T. T. Talley, J. Bobango, M. Wilson, P. Taylor

3:50 145. Enzyme Inhibitors as Platforms for Prostate Cancer Diagnostic & Therapeutic Agents.

C. E. Berkman

4:30 146. Chemical Repurposing – Beneficial Neuroimaging Probes Derived from Toxic

Organophosphates. C. M. Thompson, J. M. Gerdes


UC 331

Inorganic General Session I

G. Abbott, Presiding

9:00 147. Carbonation Enhanced Extraction of Metal ions in Aqueous two-phase system using

polyetylene Glycol for Nuclear Waste Processing. Y. Enokida, S. Daibo, T. Sugiyama, K.

Sawada

9:20 148. Inorganic inks for metal oxide thin films: Solution and solid state properties of metal

hydroxide precursors. M. E. Carnes, A. Nadarajah, W. S. Elliott, M. G. Kast, W. H. Casey, S.

W. Boettcher, D. W. Johnson

9:40 149. Uranyl cation-cation complexes in polar organic media. A. G. Burn, K. L. Nash

10:00 150. Carbides of group IVA, VA and VIA as alternative HER and ORR catalysts and/or

support materials. Y. N. Regmi, G. R. Waetzig, K. D. Duffee, S. M. Schmuecker, J. M. Thode,

B. M. Leonard

10:20 Coffee Break.

10:40 151. Microwave-assisted synthesis of CPO-27-Ni under moderate pressures. G.

Albuquerque, B. C. Fitzmorris, G. S. Herman

11:00 152. Optimization of Rare Earth Leaching. G. C. Wallace

TUESDAY POSTER SESSIONS

Odd-numbered posters, be by your poster from 11:30 to 12:30

Even-numbered posters, be by your poster from 12:30 to 1:30


South Ballroom

Organic Poster Session

11:30 - 1:30

153. Naphthyl-3-isoxazole analogs of 2,6-dibromo tyrosine (NIM-DBT) synthesis and System

Xc- activity. R. J. Bridges, M. Ogava Igual, L. Capeletti Da Silva, S. A. Patel, M. Braden, J.

Hartzell, N.S. Duncan, M.J. Weaver, N. R. Natale

154. Structure-Activity-Relationship of antitumor agents that target Quadruplex DNA

stabilization. N. S. Duncan, H. D. Beall, N. R. Natale

155. Dimeric Isoxazolyl-1,4-Dihydropyridines have enhanced binding at the Multi-drug

Resistance Transporter. S. A. Steiger, N. R. Natale

156. Catalytic Asymmetric Synthesis of Isoxazolyl 1,4-Dihydropyridines and Quinolones. S. A.

Steiger, C. Li, N. R. Natale

157. Design and synthesis of quadruplex binding anti-tumor agents. M. J. Weaver, S. Stump, N.

Duncan, A. K. Kearns, H. D. Beall, N. R. Natale

158. Putting TB to rest: Ambien “anangrams” affording antitubercular activity. G. C. Moraski,

P. A. Miller, H. I. Boshoff, J. R. Anderson, S. Mulugeta, S. Cho, S. G. Franzblau, M. J. Miller

159. O-Benzyl-N-(9'-acridinyl)-hydroxylamines as potential antitumor agents. A. L. Carlson, D.

O'Toole, M. D. Mosher

160. Design, Synthesis and Preliminary Anion Binding Studies of Bis-Ethynyl Pyridinium

Halogen Bonding Organocatalysts. A. S. Riel, C. J. Massena, O. B. Berryman

161. Halogen bonding organocatalysis: Design, synthesis and study. N. Wageling, G. Neuhaus,

O. B. Berryman

162. New Reaction-based Fluorescent Probes for Biothiols (RSH) and S-Nitrosothiols (RSNO).

D. Zhang, W. Chen, Y. Ye, Y. Zhao, M. Xian

163. Improved Synthesis and Nucleophilic Addition to 2-Formylcyclohex-2-enone. G. O.

Berger, E. M. Adary, P. M. Nguyen, C. Chang, D. D'Auria, K. Polewacz, J. A. Reinicke, H. Seo

164. Silica sulfuric acid-catalyzed esterification of N-acetylneuraminic acid offers efficient and

inexpensive access to Neu2en derivatives. E. M. Paragas, C. M. Vasil, I. Monreal, J. P. Saludes

165. Novel isoindolinones used as inhibitors of Dnmt1 that will lead to reactivation of

epigenetically silenced tumor suppressor genes. P. A. Barney, J. T. Haas, J. B. Alverson, K. D.

Sugden, N. D. Priestley

166. Novel series of retinoic acid metabolism blocking agents: New therapeutic strategy to treat

neurodegenerative diseases. N. Guilloteau, C. M. Keyari, B. Buttrick, F. Astruc-Diaz, I.

Makman, P. Hsiao, D. Douguet, N. Isoherranen, P. Diaz

167. New synthetic approaches to lysophosphatidyl derivatives of TLR7/8-active

imidazoquinolines. S. C. Mwakwari, L. S. Bess, D. A. Johnson

168. ACS International and You. C. A. Maryanoff


South Ballroom

Undergraduate Poster Session

11:30 - 1:30

169. Site-directed mutagenesis study of an x-prolyl amino dipeptidase (PEPX) for enhanced

pepsin resistance. A. A. Bloom, N. Saker, S. Kobes, S. J. Cooper, K. Jones, D. D. Ojennus

170. Structural elucidation of the IsdB NEAT 2 domain from Staphylococcus aureus by NMR. J.

J. Stanisich, B. A. Fonner, R. Moore, B. Tripet, M. Liu, B. Lei, V. Copie

171. Expression of human indoleamine 2,3-dioxygenase (hIDO1) variants with enhanced

spectroscopic properties for biophysical studies. L. S. Dameron, I. M. Chrisman, V. V. Smirnov

172. Development and evaluation of the bacterial fitness of THAM-3ΦG-resistant MRSA. R. J.

Bachofer, A. J. Weaver, M. Teintze

173. Discovery of Nanovesicle-sensing Peptides as Promising Probes for Exosomes. J. R.

Hyder, B. M. Cook, J. P. Saludes

174. Multimeric design improves CPP efficiency: The more the merrier. E. V. Adams, I.

Monreal, Q. Liu, H. C. Aguilar, J. P. Saludes

175. General approach for engineering small-molecule-binding DNA split aptamers. A. G. Kent,

N. G. Spiropulos, J. M. Heemstra

176. Covalent mRNA labeling using fluorescently self-alkylating ribozymes. A. Anamisis, A.

Sharma, J. Plant, A. Rangel, K. Khoe, J. Heemstra, J. Hollien

177. Isoxazolo[3,4-d]pyridazinones are positive modulators of metabotropic glutamate receptors,

and are subtype selective. C. Gates, J. Mirzaei, C. Koerner, N. R. Natale

178. Diasteroselectivity in the bromination of 3-(9'-anthryl)-isoxazole esters. M. J. Campbell,

M. J. Weaver, C. Li, J. L. Hunting, H. D. Beall, A. K. Kearns, P. Reigan, N. R. Natale

179. Tandem metal-mediated cyclization-coupling reactions; a novel route to 1,3,5-triols. J. T.

Mikesell, E. Van Meter, M. D. Mosher

180. Reduction of nootkatone with sodium borohydride catalyzed by calcium chloride. J. K.

Mucha, J. Larios, K. E. Grant, J. Karchesy

181. Increasing the efficacy of anticancer drugs by co-treatment with inhibitors of Dnmt1: an ex

vivo screening protocol. L. Walker, K. Sugden, B. Martin

182. Synthesis of (E)-4,4'-(prop-1-ene-1,3-diyl) diphenol analogues as Inhibitors of NF-

kBpathway. K. Rodriguez, B. Gann, I. Garrett, Y. W. Ham*

183. Synthesis and evaluation of Praziquantel derivatives as pharmacologic chaperones of Aryl

Sulfatase B for the treatment of Mucopolysaccharidosis VI. C. Mason, D. Prager, T. Russell

184. Progress on the effects of chiral ionic liquids in ring closure reactions. S. E. Johnson, H. M.

Thorfinnson, M. D. Mosher

185. Microwave Assisted Synthesis of Cadmium-Free Quantum Dots. J. Hill, B. C. Fitzmorris,

G. S. Herman

186. Controlled Synthesis of ZnO Hexagonal Prisms. W. M. Rankin, J. M. Hancock, R. G.

Harrison

187. Addition of Zn into chalcopyrite structures. T. S. Huntsinger, K. V. Nielson, J. C. Chavez,

L. Lau, R. V. Fox, J. J. Pak

188. Toxic properties of semiconducting quantum dots. D. R. Walker, J. J. Pak, J. C. Pfau

189. Zinc oxide structures formed from different carboxylic acids. B. Woolsey, W. M. Rankin,

R. G. Harrison

190. Design and construction of zinc-air fuel cells employing polyvinyl alcohol hydrogel

electrolytes. L. A. Sugden, D. M. Long

191. Deadly Serious: The Detection of Cyanide in Blood. M. Kirkham, J. Kuhlmeier, J.

Rosentreter

192. Weird water: Chemical and physical characterization of the Great Salt Lake. J. Kuhlmeier,

J. Rosentreter, M. Kirkham

193. Quantification of monomethylmercury in natural waters by direct ethylation: Interference

characterization and method optimization. C. R. Mansfield, F. J. Black

194. Alkane-like structures of Li2Al2H6 and Li3Al3H8. J. T. Gish, T. Galeev, A. Boldyrev

195. Determination of Boltzmann-weighted equilibrium constants for pinene-based hydroxy-

peroxy radical-water complexes. F. Yang, E. Buchmiller, M. Goytia, T. Southam, P. Spiel, K.

Wilson, J. C. Hansen, R. S. DaBell

196. Effect of tin incorporation on the properties of germanium sulfide thin films. Q. Davis, S.

Lundell, L. Lau, R. Rodriguez

Late-breaking undergraduate poster session contributions

LB1. Understanding protein structure, dynamics, and rigidity using a quartz crystal

microbalance and proteolysis: Analysis of protein stability in light of proteolytic processing. P.

Ankney, R. Kant, B. Bothner

LB2. Heterogeneous solvation in lipid bilayers. B. A. Duell, R. W. Walker

LB3. Preparation and screening of organocatalyst functionalized dendrimers. A. Flynn, A.

Kopp, N. Brown, J. Marple, E. DeWall, C. Saunders, T. N. Jones, M. Cloninger

LB4. Structural studies of the IsdB protein of Staphylococcus aureus. K. Guillemette, B. P. Tripet, B. Eilers, V. Copié

LB5. Dendrimer effects on galectin-3 mediated cellular migration. E. James, M. Cloninger

LB6. [FeFe]-Hydrogenase maturation: Progress in understanding H-cluster biosynthesis. E.

Jamka, E. M. Shepard, J. N. Betz, A. S. Byer, J. W. Peters, J. B. Broderick

LB7. Elucidating the role of the XcbE1 enzyme in Coenzyme M biosynthesis. H. Martinez, J.

Peters

LB8. Binding modes for heme in CDE superfamily proteins. P. Wheeler Larsen, A. Celis, M.

Machovina, S. Ojha, J. L. DuBois

TUESDAY AFTERNOON


UC 326

Protein Dynamics Symposium I

B. Bowler, Organizer, Presiding


1:30 197. Protein-Protein and Protein-Lipid Dynamics in Model Membranes. J. A. Brozik, S. C.

Humphreys, C. Barnaba, J. P. Jones

2:10 198. Intrinsically disordered proteins as pharmacological targets. A. Nath

2:50 Coffee Break.

3:10 199. Fuzzy complexes: Interactions of anastellin with the third and eleventh fibronectin

type III domains. K. Briknarova

3:50 200. Effect of alpha helical propensity on residual structure and dynamics in the denatured

state of Rhodopseudomonas palustris cytochrome c'. B. E. Bowler, T. A. Danielson

4:30 201. Dynameomics. V. Daggett


UC 331

Inorganic General Session II

E. Rosenberg, Organizer, Presiding

1:30 202. Electride chemistry to form transition metal dichalcogenide intercalation compounds.

A. U. Liyanage, M. M. Lerner

1:50 203. Nickel(II) catalyzed bromination of biphenyls. M. Bhattacharya, D. Cluff, S. Das

2:10 204. Synthesis and Characterization of PNN Pincer Complexes of Ru and Pd on Silica

Polyamine Composites (SPC) for Catalytic Applications. M. A. Goni, E. Rosenberg

2:30 205. Site-specific and non-specific luminescence labelling of membrane scaffold protein

(MSP) to study the dynamic properties of phospholipid nanodiscs. A. Sharmin, T. Phung, J. A.

Ross, E. Rosenberg, W. Atkins

2:50 Coffee Break.

3:10 206. Use of Luminescent Ruthenium Complexes Attached to Silica Polyamine Composites

as Toxic Metal Sensors. G. Abbott, R. McVey, C. Terwilliger, E. Rosenberg

3:30 207. Comparing the effects of dithiocarbamate ligands on CdSe nanocrystal spheres &

belts. A. M. Munro

3:50 208. Optical, electrical, and thermal properties of 2-dimensional nanoflake composites. R.

Livingston, D. Brown, A. Chang, C. Kezerle, K. McLaughlin, Y. Zhang, D. Estrada

WEDNESDAY MORNING


UC 333

Environmental Chemistry Symposium

M. DeGrandpre, Organizer, Presiding

9:00 209. Characterizing biomass burning smoke with FTIR, GC, and high resolution PTR-TOF

mass spectrometry. C. E. Stockwell, P. R. Veres, L. E. Hatch, R. J. Yokelson

9:40 210. Methanogenesis and redox biogeochemistry; Georgetown Lake, MT. S. Parker

10:20 Coffee Break.

10:40 211. The increasing importance of ammonia for U.S. air quality. J. L. Collett, Y. Li, K. B.

Benedict, D. X. Chen, D. Day, A. J. Prenni, B. A. Schichtel


UC 330

Organic General Session

O. Berryman, Presiding

9:00 212. Novel controllable hydrogen sulfide releasing agents. Y. Zhao, M. Xian

9:20 213. Development of two types of controllable H2S donors: gem-dithiol and

phosphonothioate based H2S donors. J. Kang, Y. Zhao, M. Xian

9:40 214. 9-Fluorenylmethyl (Fm) disulfides: preparation, reactivity, and use as convenient

precursors for persulfides. C. Park, B. A. Johnson, M. Xian

10:00 215. Differential DNA and RNA duplex formation by PNA having charged side chains. N.

S. De Costa, J. M. Heemstra

10:20 Coffee Break.

10:40 216. Synthesis of 7-arylspiro[chroman-2,1'-cycloalkan]-4-ones. G. V. Rao

11:00 217. Total synthesis of terminal-guanidine-containing marine natural products. J. C.

Buchanan, S. J. Conn, B. P. Petersen, S. M. Vreeland, A. N. Wexler, S. Chamberland

11:20 218. Homoaromatic semibullvalenes. R. V. Williams, A. J. Aring, M. C. Bonifacio, C. A.

Robinson (Withdrawn)


UC 326

Protein Dynamics Symposium II

B. Bowler, Organizer, Presiding

9:00 219. Probing the flexibility of backbone amides of DNA-binding proteins using 15

N-NMR

relaxation experiments. V. Copié

9:40 220. Changes in stability and dynamics of P22 bacteriophage during maturation. R. Kant,

S. Qazi, T. Douglas, B. Bothner

10:00 221. Heme loop dynamics are unaffected in a destabilized variant of cytochrome c. L. J.

McClelland, S. Seagraves, B. E. Bowler

10:20 Coffee Break.

10:40 222. Amyloid and cell death: Biology meets biophysics. D. Raleigh, A. Abedini, P. Cao,

L. Tu, H. Wang

Author Index

Abbott, G. 206

Abedini, A. 222

Adams, E. V. 174

Adams, M. W. 6

Adams, P. 131

Adary, E. M. 163

Adkins, J. N. 132

Agnew, S. F. 101

Aguilar, H. C. 174

Alabbad, S. 100

Albuquerque, G. 151

Allpress, C. J. 3

Alverson, J. B. 165

Amend, J. R. 56

Amend, J. R. 23

Anamisis, A. 176

Anderson, J. R. 158

Anliker, K. S. 49

Antczak, C. 139

Arif, A. M. 3

Aring, A. J. 218

Artz, J. 70

Astruc-Diaz, F. 166

Atkins, W. 205

Baaske, P. 41

Bachofer, R. J. 172

Barden, A. 40

Barden, A. O. 38

Barkley, M. D. 136

Barnaba, C. 197

Barnaba, C. 38

Barnes, C. L. 95

Barney, P. A. 165

Basile, L. 81

Basset, J. D. 77

Beall, H. D. 157

Beall, H. D. 63

Beall, H. D. 154

Beall, H. D. 178

Beall, H. D. 90

Becerril, H. A. 102

Becerril, H. A. 106

Becerril, H. A. 45

Beckstead, A. A. 109

Belabassi, Y. 4

Bello, J. M. 126

Belton, A. S. 37

Benedict, K. B. 211

Bennett, J. R. 3

Benny, P. 95

Berg, K. 68

Berger, G. O. 163

Berkman, C. E. 145

Berman, H. 131

Berreau, L. M. 3

Berryman, O. B. 161

Berryman, O. B. 96

Berryman, O. B. 160

Berryman, O. B. 17

Berryman, O. B. 97

Bess, L. S. 167

Betz, J. 7

Bhattacharya, M. 203

Biswas, S. 9

Black, F. J. 193

Black, L. A. 43

Bloom, A. A. 169

Bobango, J. 144

Boettcher, S. W. 148

Boldyrev, A. 194

Bonifacio, M. C. 218

Bordoli, L. 131

Borowski, T. 3

Boshoff, H. I. 158

Bothner, B. 2

Bothner, B. 220

Bowler, B. 39

Bowler, B. E. 200

Bowler, B. E. 221

Bowler, B. E. 78

Bracha, S. 123

Braden, M. 153

Braden, M. R. 83

Branch, S. D. 126

Brand, L. 135

Bridges, R. J. 153

Briknarova, K. 199

Briknarova, K. 69

Briknarova, K. 74

Broderick, J. B. 70

Broderick, J. B. 7

Broderick, J. B. 72

Brown, D. 208

Brozik, J. 40

Brozik, J. A. 197

Brozik, J. A. 38

Brozik, J. A. 42

Brutchey, R. 10

Bryan, S. 94

Bryan, S. A. 125

Bryan, S. A. 126

Bryan, S. A. 93

Buccella, D. 99

Buchanan, J. C. 217

Buchmiller, E. 195

Buckley, J. 10

Burn, A. G. 149

Burrows, C. J. 109

Busby, B. 53

Busby, B. D. 55

Butt, D. P. 8

Buttrick, B. 166

Byer, A. 7

Byer, A. 72

Calhoun, M. 1

Callis, P. R. 138

Campbell, M. J. 178

Cao, P. 222

Capeletti Da Silva, L. 153

Carlson, A. L. 159

Carnes, M. E. 148

Carradonna, T. M. 73

Casella, A. J. 93

Casey, W. H. 148

Chamberland, S. 217

Chandrayan, S. 6

Chang, A. 208

Chang, C. 163

Chatterjee, S. 94

Chavez, J. C. 187

Chen, D. X. 211

Chen, L. 131

Chen, W. 162

Chen, W. 36

Chiu, S. 15

Cho, S. 158

Chrisman, I. M. 171

Chrisman, I. M. 71

Chrisman, I. M. 4

Clark, S. B. 125

Cloninger, M. 86

Cloninger, M. J. 21

Clowers, B. 61

Cluff, D. 203

Collett, J. L. 211

Conn, S. J. 217

Cook, B. M. 173

Cooper, S. J. 169

Copié, V. 219

Copie, V. 170

Cort, J. R. 132

Cousin, J. 86

Cracolice, M. 52

Cracolice, M. 53

Cracolice, M. S. 55

Cracolice, M. S. 50

Cracolice, M. S. 51

Crane, D. R. 44

Crawford, A. 94

Crawford, A. D. 93

Cronk, J. D. 76

Curtiss, L. K. 143

D'Auria, D. 163

DaBell, R. S. 195

Daggett, V. 201

Daibo, S. 147

Dameron, L. S. 171

Dameron, L. S. 4

Danielson, T. A. 200

Das, S. 203

Davis, A. L. 62

Davis, J. 105

Davis, Q. 196

Day, D. 211

De Carlo, E. H. 33

De Costa, N. S. 215

DeBenedetti, W. J. 15

Decato, D. A. 96

DeGrandpre, M. D. 33

Deller, M. C. 129

Deller, M. C. 130

Deming, J. 52

Deming, J. C. 50

Deming, J. C. 51

Demming, J. 53

Denton, T. 80

DePietro, P. 131

Diaz, P. 166

Dienst, M. C. 5

Djaballah, H. 139

Dood, J. 109

Douglas, T. 104

Douglas, T. 220

Douguet, D. 166

Driscoll, M. 50

Driscoll, M. 51

Driscoll, M. 52

Driscoll, M. 53

Drummy, L. 9

Drupp, P. 33

DuBois, J. L. 2

Duffee, K. D. 150

Duffus, B. 7

Duhr, S. 41

Duncan, N. 157

Duncan, N. S. 63

Duncan, N. S. 154

Dysinger, H. 1

Edwards, E. 104

Edwards, M. 94

Elliott, K. W. 79

Elliott, W. S. 148

Elliott, III, E. W. 11

Ellis, C. K. 122

Elmer-Dixon, M. 78

Elsliger, M. 129

Elsliger, M. 130

Emery, M. S. 91

Emsbo-Mattingly, S. 32

Endrizzi, J. A. 76

Enokida, Y. 147

Estrada, D. 208

Eves, D. J. 58

Fanguy, J. 27

Farr, C. L. 129

Farr, C. L. 130

Favero, A. 50

Favero, A. 51

Favero, T. 52

Favero, T. 53

Feng, Z. 11

Fitzmorris, B. C. 185

Fitzmorris, B. C. 151

Flood, A. 18

Fonner, B. A. 170

Ford, N. B. 41

Fox, R. V. 187

Franzblau, S. G. 158

Friesenhahn, R. 26

Gabanyi, M. 131

Galeev, T. 194

Gammons, C. 34

Gang, D. R. 37

Gann, B. 182

Garrett, I. 182

Gates, C. 177

Gaul, C. 81

George, J. 110

Gerdes, J. M. 146

Ghadiri, M. R. 143

Gifford, L. 131

Gilbertson, T. A. 65

Girtsman, T. 139

Gish, J. T. 194

Gobrogge, C. A. 112

Gobrogge, E. A. 114

Goforth, A. M. 15

Goler, A. S. 42

Goni, M. A. 204

Goodman, C. 86

Goodman, C. K. 21

Goytia, M. 195

Grainger, D. W. 117

Grant, K. E. 180

Greer, A. 24

Guccione, S. 81

Guilloteau, N. 166

Haag, A. P. 29

Haas, J. T. 165

Haas, J. 131

Haben, P. M. 11

Hailer, K. 1

Halat, D. 108

Hall, L. 121

Hall, L. M. 59

Ham*, Y. W. 182

Hammen, R. 28

Hancock, J. M. 186

Hansen, J. C. 195

Harrison, R. G. 186

Harrison, R. G. 189

Hatch, L. E. 209

Hauck, B. 62

Hayes, T. R. 95

Heaton, D. N. 77

Heemstra, J. 176

Heemstra, J. 84

Heemstra, J. 87

Heemstra, J. M. 88

Heemstra, J. M. 175

Heemstra, J. M. 215

Heineman, W. R. 126

Hengge, A. C. 68

Hengge, A. C. 73

Hensley, K. 80

Herman, G. S. 185

Herman, G. S. 151

Herzog, T. 57

Hill, H. H. 37

Hill, J. 185

Hills-Kimball, K. M. 11

Hixon, B. P. 4

Hobbs, D. 1

Hoffman, A. 70

Hollien, J. 176

Hollien, J. 87

Hollien, J. 88

Hoppe, E. W. 127

Howard, B. 99

Howard, B. R. 75

Howell, B. 77

Hrdlicka, P. J. 16

Hsiao, P. 166

Humphreys, S. C. 197

Humphreys, S. C. 38

Hunting, J. L. 178

Huntsinger, T. S. 187

Hutchison, J. E. 11

Hyder, J. R. 173

Hylden, L. R. 93

Hyslop, J. 121

Hyslop, J. S. 59

Improta, R. 109

Imura, T. 143

Islam, A. F. 67

Isoherranen, N. 166

Jeakins-Cooley, M. E. 78

Jensen, R. 57

Jevtic, P. 79

Johnson, B. A. 214

Johnson, D. W. 148

Johnson, D. W. 20

Johnson, D. A. 167

Johnson, S. E. 184

Johnson, S. J. 68

Jones, D. 50

Jones, D. 51

Jones, D. 52

Jones, D. 53

Jones, J. P. 197

Jones, J. P. 38

Jones, K. 169

Joslin, F. L. 89

Kang, J. 213

Kant, R. 220

Karchesy, J. 180

Kast, M. G. 148

Kearns, A. K. 157

Kearns, A. K. 178

Keller, D. J. 42

Kennedy, Z. C. 11

Kent, A. G. 175

Keyari, C. M. 166

Kezerle, C. 208

Khoe, K. 176

Kimbrough, E. 84

King, P. W. 70

Kirkham, M. 191

Kirkham, M. 192

Kirtley, J. 108

Knorr, F. J. 107

Knutson, J. R. 137

Kobes, S. 169

Koerner, C. 177

Kohler, B. 104

Kohler, B. 109

Kolawole, A. O. 71

Kolawole, A. O. 4

Krueger, Jr., H. R. 48

Kuhlmeier, J. 191

Kuhlmeier, J. 192

LaFerriere, B. D. 127

Large, T. 5

Larios, J. 180

Lau, L. 105

Lau, L. 187

Lau, L. 196

Lazic, A. 41

Lei, B. 170

Leishman, C. W. 111

Leman, L. J. 143

Leonard, B. M. 12

Leonard, B. M. 150

Lerner, M. M. 202

Lesley, S. A. 129

Lesley, S. A. 130

Levitskaia, T. G. 93

Levy, D. 79

Li, A. D. 13

Li, C. 156

Li, C. 178

Li, Q. 65

Li, X. 109

Li, Y. 211

Lines, A. 94

Lines, A. M. 125

Liu, M. 170

Liu, Q. 174

Livinghouse, T. 22

Livingston, R. 208

Liyanage, A. U. 202

Long, D. M. 190

Loria, J. P. 73

Lovell, S. W. 128

Lowe, R. 131

Lucon, J. 104

Lundell, S. 196

Lynch, J. 126

Lyon, P. 95

Maier, C. S. 123

Makman, I. 166

Malamen, D. J. 107

Maloney, K. M. 46

Manhat, B. A. 15

Mansfield, C. R. 193

Marlow, M. 124

Martin, B. 181

Maryanoff, B. E. 143

Maryanoff, C. A. 142

Maryanoff, C. A. 168

Mason, C. 183

Massena, C. J. 160

Mathews, M. 127

Mattson, A. 86

McClelland, L. J. 221

McClelland, L. J. 78

McGettrick, J. 121

McGettrick, J. R. 59

McGuire, P. 98

McHale, J. 103

McHale, J. L. 107

McHale, J. L. 111

McIntyre, M. 108

McLaughlin, C. 91

McLaughlin, K. 208

McLaughlin, W. 131

McVey, R. 206

Meek, K. 87

Merkley, E. D. 132

Meyers, J. K. 102

Micallef, D. 131

Michel, A. 86

Michel, A. K. 21

Miercke, L. 133

Miercke, L. 134

Mikesell, J. T. 179

Milaczewska, A. 3

Miller, H. 61

Miller, M. J. 158

Miller, P. A. 158

Milovancev, M. 123

Minor, W. 131

Miranda, C. 123

Mirzaei, J. 177

Mitaru-Berceanu, D. 11

Moise, G. E. 73

Moise, G. E. 68

Monaco, J. 86

Monreal, I. 164

Monreal, I. 174

Moore, R. 170

Moraski, G. C. 158

Morrison, K. A. 89

Mosby, J. M. 98

Mosher, M. D. 140

Mosher, M. D. 159

Mosher, M. D. 184

Mosher, M. D. 179

Motorykin, I. 123

Mou, T. 69

Mucha, J. K. 180

Mueller, L. L. 25

Mulder, D. W. 70

Mulugeta, S. 158

Munro, A. M. 207

Mwakwari, S. C. 167

Nadarajah, A. 148

Nahhas, A. 85

Nash, K. L. 149

Natale, N. R. 157

Natale, N. R. 63

Natale, N. R. 153

Natale, N. R. 154

Natale, N. R. 155

Natale, N. R. 156

Natale, N. R. 177

Natale, N. R. 178

Natale, N. R. 90

Nath, A. 198

Neese, F. 5

Nepal, D. 9

Neufeld, M. 86

Neuhaus, G. 161

Nguyen, H. M. 19

Nguyen, P. M. 163

Nielson, K. V. 187

Nol, P. 122

Nold, E. 78

Nold, E. M. 39

Nordyke, C. T. 79

O'Toole, D. 159

Ogava Igual, M. 153

Ojennus, D. D. 169

Ojha, S. 2

Pak, J. J. 187

Pak, J. J. 188

Palmer, C. P. 121

Palmer, C. P. 59

Palmer, C. P. 60

Palmer, M. V. 122

Paragas, E. M. 164

Paralkar, M. P. 31

Paralkar, M. P. 31

Parchur, A. K. 65

Park, C. 214

Park, K. 9

Parker, K. K. 81

Parker, S. 210

Parker, S. 34

Patel, S. A. 153

Pederson, L. R. 127

Peisach, E. 131

Peng, B. 36

Peters, J. W. 6

Peters, J. W. 70

Petersen, B. P. 217

Peterson, A. M. 84

Peterson, B. 33

Peterson, M. A. 141

Pfau, J. C. 188

Phillips, P. 50

Phillips, P. 51

Phillips, P. 52

Phillips, P. 53

Phung, T. 205

Pickett, Z. N. 99

Plant, J. 176

Plant, J. 87

Plant, J. J. 88

Polewacz, K. 163

Porden, V. M. 60

Prager, D. 183

Prenni, A. J. 211

Price, P. 8

Priestley, N. D. 165

Puzon, G. 61

Qazi, S. 220

Radlinger, C. M. 15

Raleigh, D. 222

Ramsey, W. G. 101

Rangel, A. 176

Rangel, A. 87

Rangel, A. E. 88

Rankin, W. M. 186

Rankin, W. M. 189

Rao, G. V. 216

Rapko, B. 94

Ratzloff, M. W. 70

Rebek Jr., J. 116

Reed, S. M. 14

Reeping, K. W. 108

Reeves, R. 37

Regmi, Y. N. 150

Reigan, P. 178

Reinicke, J. A. 163

Remcho, V. 118

Resar, L. S. 37

Retegan, M. 5

Richan, T. 73

Riegel, S. D. 47

Riel, A. S. 160

Robbins, R. 133

Robbins, R. 134

Robinson, C. A. 218

Rodriguez, K. 182

Rodriguez, R. 105

Rodriguez, R. 196

Rokhsana, D. 5

Rose, A. 97

Rosenberg, E. 205

Rosenberg, E. 204

Rosenberg, E. 206

Rosentreter, J. 191

Rosentreter, J. 192

Ross, J. (. 78

Ross, J. A. 205

Roth, S. 131

Rusnac, D. 69

Russell, T. 183

Saker, N. 169

Saludes, J. P. 164

Saludes, J. P. 173

Saludes, J. P. 174

Sankaranarayanan, L. 54

Sarquis, J. 92

Sawada, K. 147

Schichtel, B. A. 211

Schmuecker, S. M. 150

Schreier, W. 104

Schwede, T. 131

Seagraves, S. 221

Selders, K. 105

Seo, H. 163

Sevy, A. T. 102

Shaffer, L. 30

Shah, R. 131

Sharma, A. 176

Sharma, A. 87

Sharma, A. K. 88

Sharmin, A. 205

Sharp, D. C. 115

Sharpe, J. J. 79

Shellhammer, T. H. 115

Shepard, E. M. 7

Shepherd, T. 106

Shi, J. 15

Shi, Y. 113

Siems, W. F. 37

Skaar, E. P. 2

Smirnov, V. S. 71

Smirnov, V. V. 171

Smirnov, V. V. 4

Smith, J. 86

Smith, T. N. 29

Southam, T. 195

Spaulding, R. S. 33

Spencer, K. 50

Spencer, K. 51

Spencer, K. 52

Spencer, K. 53

Spiel, P. 195

Spiropulos, N. G. 175

Sprang, S. R. 69

Squires, C. 81

Stahl, R. S. 122

Staley, J. 98

Stanisich, J. J. 170

Stark, C. W. 104

Steiger, S. A. 155

Steiger, S. A. 156

Steiner, W. E. 89

Stewart-Smith, D. A. 31

Stierle, A. A. 139

Stierle, D. B. 139

Stine, J. M. 69

Stockwell, C. E. 209

Stroud, R. 133

Stroud, R. 134

Stump, S. 157

Stump, S. 63

Sugden, K. 181

Sugden, K. D. 165

Sugden, L. A. 190

Sugiyama, T. 147

Sun, Y. 74

Swanson, K. D. 70

Synovec, R. E. 119

Tabatabaei, S. 40

Talley, T. T. 144

Tan, Z. 84

Tang, L. 6

Tao, Y. 131

Taylor, B. 50

Taylor, B. 51

Taylor, B. 52

Taylor, B. 53

Taylor, P. 144

Teintze, M. 172

Terwilliger, C. 206

Thode, J. M. 150

Thompson, C. M. 146

Thorfinnson, H. M. 184

Thurbide, K. 120

Tierney, D. L. 3

Tooke, D. L. 32

Toptygin, D. 135

Toukabri, R. 113

Treat, N. 103

Treat, N. A. 107

Tripet, B. 170

Tu, L. 222

Vaia, R. A. 9

Van Meter, E. 179

Varga, K. 79

Vasil, C. M. 164

VerCauteren, K. C. 122

Veres, P. R. 209

von Wandruszka, R. 30

Vreeland, S. M. 217

Waetzig, G. R. 150

Wageling, N. 161

Walker, D. R. 188

Walker, E. B. 57

Walker, L. 181

Walker, R. 110

Walker, R. A. 108

Walker, R. A. 112

Walker, R. A. 114

Wallace, G. C. 152

Wang, H. 222

Wang, Z. 94

Ward, T. 60

Waters, W. R. 122

Weaver, A. J. 172

Weaver, M. J. 157

Weaver, M. J. 63

Weaver, M. J. 178

Weinman, M. A. 123

Westbrook, J. 131

Wexler, A. N. 217

White, S. 70

Williams, G. P. 34

Williams, M. D. 37

Williams, R. V. 218

Williams, S. E. 64

Williams, S. E. 66

Wilson, I. A. 129

Wilson, I. A. 130

Wilson, K. 195

Wilson, K. S. 106

Wilson, M. 144

Wilson, R. A. 101

Wolfenden, M. L. 21

Woods, B. 110

Woolsey, B. 189

X, M. 2

Xian, M. 162

Xian, M. 212

Xian, M. 213

Xian, M. 214

Xian, M. 36

Xiao, L. 64

Xiao, L. 65

xiongkui, h. 35

Xu, B. 85

Xu, H. 65

Xu, J. 137

Yang, F. 195

Yanni, A. S. 82

Ye, Y. 162

Yokelson, R. J. 209

Yonkee, A. 57

Yu, Z. 61

Zadvornny, O. 70

Zadvornyy, O. 6

Zhang, D. 162

Zhang, H. 64

Zhang, J. Z. 15

Zhang, W. 64

Zhang, X. 61

Zhang, X. H. 37

Zhang, Y. 208

Zhang, Y. 85

Zhang, Y. 109

Zhao, Y. 143

Zhao, Y. 212

Zhao, Y. 213

Zhao, Y. 162

Zhou, A. 64

Zhou, A. 65

Zhou, A. 66

Zimmerman, M. 131

Zorin, N. A. 6

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all B

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Res

ume

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iew

(1:3

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5:00

pm

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Dag

gett

(Key

note

, end

s at

5:3

0)

Planned Symposia Contact Information

70th ACS NORM15American Chemical Society

Northwest Regional Meeting 2015

Mark Your Calendar!

June 21 – 24, 2015On the campus of Idaho State University Pocatello, Idaho

And more!

Nuclear ChemistryNanoscience

Chemical EducationHigh School Teacher Workshop

Undergraduate

General Co-Chairs:Joshua Pak ([email protected])and Amy Hanks ([email protected])Program Chair: Eric Dufek ([email protected])

norm2015.sites.acs.org

The 69th Northwest Regional Meeting of the American ... Chemistry NORM... · the Northwest Regional...

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Transcript of The 69th Northwest Regional Meeting of the American ... Chemistry NORM... · the Northwest Regional...