AUTO STEM LABORATORIES CHENNAI, INDIA€¦ · PROSPECTUS AutoStem Laboratories Stem Cell Education...

PROSPECTUS AutoStem Laboratories Stem Cell Education and Clinical Training ©2019, All Rights Reserved

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AUTO STEM LABORATORIES CHENNAI, INDIA

International Advanced Diploma in Stem Cells and Regenerative Medicine (ADSCRM)

PROSPECTUS AND APPLICATION FORM

2019

IN SERVICE TO THE MANKIND FOR BETTER MEDICINE

Stem Cell Therapy * Tissue Engineering * Research * Academics * Consultancy

#2, IV Street, Bhavani Nagar, Nemilicherry, Chromepet, Chennai – 600044, Tamilnadu, India.

Ph. 91-44-22652728, 91-9840109560. E.mail : [email protected]

http://autostem.co.in


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International Advanced Diploma in Stem Cells and Regenerative Medicine

– ADSCRM (Clinical & Non- Clinical Stream)

ADSCRM is a Six Month Diploma program offered to candidates desiring for

Advanced Academic and Clinical training in the field of Stem Cells and

Regenerative Medicine.

The goal of this Advanced Diploma Programme is to provide Physicians /

Surgeons / Dentists / Superspecialists/ Scientists and Researchers with

comprehensive academic, research and clinical training in “Stem Cells and

Regenerative Medicine” (Stem Cell Therapy). This will include learning on the

facets of Stem Cell Technology, Regenerative Medicine, Stem Cell Laboratory

Practices, Stem Cell Clinical Management and Ethical & Regulatory Compliances

that lead them to the award of Advanced Diploma in Stem cells and Regenerative

Medicine (Stem Cell Therapy), a first step to becoming a distinguished Fellow of

AutoStem Laboratories (FASL) upon nomination*. There will be a very strong

emphasis in ADSCRM for Clinical Application, Stem Cell Procedures,

Regenerative Medicine practices, Research, Practical experience, Scholarly

activity and practical experience. ADSCRM program will enable candidates to

have a strong foundation on the elements of Regenerative Medicine.

Programme Eligibility

MD/MS/MCh/DM/DNB/MDS/MPharm/PhD/M.Sc or equivalent qualification or

Foreign Medical Graduates with equivalent qualifications with a very strong

commitment to academic and evidence based medicine and research.

Course Duration

6 Months

Course fee

Rs. 2,75,500 (Clinical) / Rs. 1,25,500 (Non-Clinical)

Uniqueness of the Program

This is the first and pioneering program in the world that comprehensively

addresses the academic, scientific and clinical training requirements for

physicians / participants with its unique clinical-oriented training modules,

booklets, Regenerative Medicine Series Documents, and that also includes the

state-of the art clean room stem cell laboratory exposure and human stem cell

processing. * FASL Nomination form will be issued after the completion of ADSCRM (Clinical) Program only.

© Auto Stem Laboratories, 2019. All Rights Reserved.

Xeroxing, photocopying or recirculation is prohibited.




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INTRODUCTION

Stem cells are undifferentiated cells responsible for the formation of entire fetus,

maintenance and functional integrity of tissues under steady-state conditions

and their repair following injury (in adults). They are inexhaustive (show self-

renewal property), can multiply extensively, have different proliferation and

differentiation controls than normal body cells. Stem cells demonstrate extensive

regenerative abilities and have enormous potential to cure hitherto incurable

diseases like neurodegenerative disorders, spinal cord injury, diabetes etc. Of

late, cord blood stem cell banking becoming a common practice all over the

world. Combine with the power of tissue engineering, stem cells could be used to

create artificial bio-organs and tissue constructs for various applications such as

bone fractures, skin reconstruction, corneal regeneration etc.

As with the potentials, stem cells also bring with it equally challenging problems,

such as teratogenesis and cancer (with ES cell applications), ineffective host

integration (with allogenic stem cell sources). Further, it is equally important to

understand the unique conditions a stem cell demands for proper growth,

differentiation and integration (both in vivo and in vitro) and for clinical and

non-clinical applications. Indeed, an offshoot of stem cell research found that

cancers harbour stem cells of their own kind. These issues create a demand for

highly skilled manpower who can appreciate the intricacies of the stem cell

molecular basics and control.

In realising the potential of stem cells and the demand it has created for skilled

manpower in health and allied sectors, AutoStem Laboratories instituted

International Advanced Diploma Programme in Stem Cells and Regenerative

Medicine. ADSCRM program is designed to impart advanced theoretical and

technical knowledge on stem cell biology with a major emphasis on clinical and

scientific applications. The theory module is supported by well designed clinical

experiments and a project that will train the doctors and paramedical

professionals for a successful application stem cell regenerative medicine into

modern practices and disease management.

The participants will be registered and awarded Diploma under AutoStem

Laboratories (ASL) and will be a Distinguished Fellow of AutoStem laboratories*

upon successful nomination.

*A Monograph on extended advantages of being a FASL will be given along with

the Admission Certificate to the Registering participants.




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INTERNATIONAL ADVANCED DIPLOMA IN STEM CELLS

AND REGENERATIVE MEDICINE

CORRESPONDENCE PROGRAMME

GUIDELINES

I THEORY PROGRAMME

ADSCRM study programme precedes the hands-on work or wet lab procedures.

The ADSCRM study Programme on Stem Cells and Regenerative Medicine

(Correspondence) is divided in to Six Papers – 1. Advanced Stem Cell Molecular

Biology (ASCMB), 2. Molecular Developmental Biology (MDB), 3. Embryonic

Stem Cell Technology (ESCT), 4. Adult Stem Cell Technology (ASCT), 5.

Advanced Stem Cell Laboratory Techniques and Clinical Applications (LT & CA)

(Theory protons only) and 6. Principles and Practices of Regenerative Medicine

(PPRM). The programme (course) materials for each subject will be sent to the

registered candidate at the start of every month. The schedule of study follows

the pattern as (since the month of registration):

MONTH / PAPER COURSE

FIRST ASCMB - Advanced Stem Cell Molecular Biology

SECOND MDB - Molecular Developmental Biology

THIRD ESCT - Embryonic Stem Cell Technology

FOURTH ASCT - Adult Stem Cell Technology

FIFTH LT & CA - Advanced Stem Cell Laboratory Techniques

and Clinical Applications

SIXTH* PPRM – Principles and Practices of Regenerative Medicine

* Only for clinical program participants

Please note that PGs/Doctors/Participants will be assessed based on the

assignments they prefer to submit on each paper or tests for partial

completion of the theory programme. Completion of ADSCRM theory

program is compulsory for Hands-on / Laboratory exposure.

II DISSERTATION

A Hands-on / dissertation could be done on any of the topics given in the Paper -

6 (ARMP - Advanced Regenerative Medicine Practices) of this program. Practical

- Project sessions are conducted in Chennai / Mumbai (Clinical Only), India.

Nevertheless, custom arrangements that suits a Doctor’s work schedule or On-

line virtual laboratory sessions can also be arranged. The Hands-on / dissertation

should be completed within Six Month of completion of Theory Modules.

Dissertation programme and Laboratory work can be done in any one of

the collaborative research organisation.




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INTERNATIONAL ADVANCED DIPLOMA IN STEM CELLS

AND REGENERATIVE MEDICINE

CORRESPONDENCE/REGULAR PROGRAMME

Total credits : 12 / 15 Credits

Hours per week : 10 hrs/week/paper

Subject per Month : One subject

Dissertation : Compulsory along with Hands-on

Paper 1. Advanced Stem Cell Molecular Biology (ASCMB) (2 credits)

Paper 2. Molecular Developmental Biology (MDB) (2 credits)

Paper 3. Embryonic Stem Cell Technology (ESCT) (2 credits)

Paper 4. Adult Stem Cell Technology (ASCT) (2 credits)

Paper 5. Advanced Stem Cell Laboratory Techniques and Clinical

Applications (LT & CA) (2 credits)

Paper 5L.# LT & CA Hands-on Laboratory and Dissertation - 2 credits

Paper 6.* Principles and Practices of Regenerative Medicine (2 credits)

Paper 6L.* PPRM - Dissertation (3 credits) – Only for Clinical Streams

Non-Clinical Streams - The hands-on Exposure / Laboratory Sessions are

as given in LT & CA paper.

# Only for ADSCRM (Non-Clinical) streams; Non- Clinical stream has 5 papers

* Only for ADSCRM (Clinical) Stream; Clinical stream has 6 papers

L = Laboratory

Reference : ASL’s Stem Cell Technology and Regenerative Medicine Booklets

(A total of 12 / 15 booklets covering all 5 /6 papers will be posted for reference)




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PAPER 1. Advanced Molecular Stem Cell Biology (2 credits)

Unit 1. Stem Cell Molecular Characteristics.

Stem Cell Niche and Extracellular Matrix (ECM) – fibronectin, integrins,

collagen, HSGP; Glycocalyx, ECM in Stem Cell survival, differentiation &

Morphogenesis; cell-cell communication – connexins and gap junctions, contact

inhibition. Cytoskeleton and motility; Kinetochore and spindle assembly; Focal

Adhesion.

Unit 2. Cell-cell communication

Paracrine Signaling Factors – TGF-β superfamily, Hedgehog family, Fibroblast

Growth factor family, Wnt family, BMP family; Cell Surface Receptors – GPCRs &

RTKs; Stem Cell Signal Transduction Pathways – Smad pathway, PI3K pathway,

Wnt pathway, BMP pathway, hedgehog signaling, JAK-STAT (cytokine) signaling;

Juxtacrine (Notch /Delta) Signaling, MAPKinase (ERK, p38 and JNK) Pathways;

Specialised Signaling pathways; Protein Phosphatases, Calcium and NO in

signaling; Apoptotic Pathways, Dependent Receptors; Cross-Talk between

Pathways, Role of paracrine factors in stem cell expansion and differentiation.

Unit 3. Molecular Stem Cell Physiology

Stem cell (& Differentiated cell) Cell cycle, cell cycle regulation and check points;

Cell Apoptosis, ECM in cell cycle regulation; Storage of mRNA in the Oocytes,

Chaperons; post translational modification of proteins and sorting; hallmarks of

cancer and Molecular cancer biology; angiogenesis, vasculogenesis and

antiangiogenic factors.

Unit 4. Molecular Biology of Gene

Nucleic acid – DNA topology and polymorphism; Nucleic acid recognizing

proteins; sequence specific binding; homeotic genes; Structure of gene –

promoters, enhancers, and silencers; LCR; basal initiation complex; RNA

silencing and interference; siRNA in stem cells.

Unit 5. Differential gene expression

Differential Gene Expression – Epigenetic gene expression, Methylation and

Control of Transcription, Dosage Compensation, Differential RNA Processing,

RNA silencing in stem cells, post transcriptional and translational control of gene

expression.

References:

1. Lodish, H., Berk, A., Zipnisky, L., Matsudira, P., Baltimore, D. and Darnell, J.

(2000) Molecular Cell Biology (4th

Edition) Freemann & Company, NY pp 1084.

2. Twynmann RM. (2001) Advanced Molecular Biology (2nd

Edition). Viva

Publication, New Delhi. pp 499.




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PAPER 2. Molecular Developmental Biology (2 credits)

Unit 1. Fundamentals of Embryology

Concepts in Embryology, Biogenetic Law; Speeman’s experiments; Unicellularity

and Multicellularity; Developmental Patterns in Protists; Cell Specification,

Principles of Genetic regulation of Development; Human Molecular Sex

determination; Transformer genes.

Unit 2. Early embryonic development

Fertilization: Sperm activation and survival; Recognition of Egg and Sperm;

Gamete Fusion and the Prevention of Polyspermy; Activation of Egg Metabolism;

Rearrangement of the Egg Cytoplasm and early organizers. Principles of In-vitro

Fertilisation in Humans.

Cleavage: Furrow formation and Plane of division; Early Developmental Processes;

Gastrulation and germ layer theory; Fate maps; Organizers.

Unit 3. Axis specification

Drosophila : Role of Nurse cells in Axis specification; Maternal genes and factors;

Gap, Pair rule & Segment polarity genes, Homeotic genes; Mid blastula transition.

Amphibians: Organizers; Molecular biology of Nieuwkoop centre;

Chick: Primitive streak, Left – right axis formation.

Unit 4. Late Embryonic Development

Neuronal cell division & migration; formation and differentiation of neural tube;

Derivatives of Neural Crest (NC) cells; Axon migration and Innervation. NC Cells

in Regeneration.

Paraxial mesoderm and differentiation- Myogenesis and Osteogenesis;

Intermediate mesoderm and Kidney formation; Paraxial Mesoderm and Molecular

Cascade of heart development. Extraembryonic membranes and Stem Cell

compartments.

Molecular aspects of Proximal - Distal patterning of limb bud.

Unit 5. Continuity of Life and Germplasm

Cloning and Germplasm; Determinants of Germplasm; Molecular initiation of

Meiosis; Migration of germ cells, Spermatogenesis and Oogenesis; Environmental

Regulation of Development; Metamorphosis, Epimorphic and Morphallactic

Regeneration and Aging; Teratocarcinoma.

References:

1. Scott F. Gilbert. (2005) Developmental Biology (6th

Edition). Sinauer Associates Inc. 2. Wolpert, L. (1998) Principles of development. Oxford publication, NY.

3. Subramaniam T (2002) Developmental Biology (1st edition) Narosa publication.




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PAPER 3. Embryonic Stem Cell Technology (2 Credits)

Unit 1. Molecular concepts of Embryonic Stem Cells

Molecular facets of pleuripotency; Mechanism of self renewal; ES cell cycle

control; Chromatin modifying factors; Epigenetic control of gene regulation;

Hypoxic genes in development; Expression of gap junction proteins; Cell fusion

and differentiation.

Unit 2. Early Embryonic Development and Ectodermal generation

Niche of germline stem cells – Drosophila, Mammalian (human) systems; Self

renewal versus differentiation in early embryo; Stem Cells of Extraembryonic

Membrane; Trophoblastic cells. Early Neurogenesis - Neural plate formation,

Neural Crest Cells, Genesis and Migration of Melanocytes; Sensory Epithelium

formation, Stem Cell Niche of Tooth.

Unit 3. Embryonic Mesodermal Development

Formation of Embryonic mesoderm, AGM formation – identity, induction

factors; cardiomyogenic precursors; vascular progenitors; Migration of

Hematopoietic stem cells in gestation and their niche; Osteoblast lineage;

Notochord signaling and Somites; Kidney progenitors and lineage; Adipose tissue

formation; Migration of primordial germ cells; gonal ridge and degeneration of

genital ducts.

Unit 4. Embryonic Endodermal Development

Yolk sac and placenta, Early Gut development, Formation of Liver and Pancreatic

rudiments and signaling, Thymus and Parathyroid organogenesis, Ontogeny of

islet of langerhans.

Unit 5. Embryonic Stem cells and Applications

Immunogenicity of ES cells; Tolerance and transplantation; Teratoma formation,

Isolation, culture and differentiation of ES cells; ES cell therapy -

Neurodegenerative disorders, Spinal cord injury, myocardial infarction and

ischemia, diabetes, burns and ulcers; use of ES cells of Trophoectoderm; Cord

blood and Cord Tissue stem cells and Application; Cord blood Mesenchymal

stem cells. Placental Stem Cells; Stem Cell Plasticity and tissue engineering.

References

1. Daniel R. Marshak, Richard L. Gardner & David Gottlieb. (2001). Stem Cell

Biology. Cold Spring Harbor Laboratory Press, Cold Spring Harbor NY, USA; pp550.

2. Robert Lanza (2009) Essentials of Stem cell Biology. 3rd

edition. Academic Press,

USA




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PAPER 4. Adult Stem Cell Technology (2 Credits)

Unit 1. Molecular concepts of Adult Stem Cells

Characteristics of stem cells; Epithelial versus Mesenchymal stem cells; ES versus

Adult stem cells; Lineage and transmultiplying cells; Stem cell niche – Bone

marrow, privascular region, neuronal; Cell cycle control; Genetic regulation of

Stem cells; Epigenetic control of gene expression; Phenotypic alteration and

transdifferentiation; cell fusion.

Unit 2. Ectodermal organs and their stem cells

Neural crest cells; Subventricular ependymal cells and neuroregeneration;

Olfactory stem cells; Epidermal stem cell niche; Mammary stem cells; Tooth

regeneration.

Unit 3. Mesodermal organs and their stem cells

Multipotent adult progenitor cells; Characteristics of mesodermal stem cells; Side

population phenotype; MSC, Aging and repair; HSC – location, mobilization and

homing; transmultiplying progenitors; Heamangioblasts and angiogenesis;

satellite cells; ADSC; Heart stem cells; Kidney stem cells.

Unit 4. Endodermal organs and their stem cells

Oval cells and plasticity, liver regeneration models; HSC and Oval

transdifferentiation; pancreatic ductal stem cells; regeneration of beta cells;

gastrointestinal stem cell niche and regeneration; Lung stem cells; islets of thymic

epithelium; Bladder progenitor cells.

Unit 5. Adult Stem cells and Applications

Transplantation of HSC and hisotocompatibility; Allogenic and Xenoplastic

transplantation; Immune reconstitution; Stem cell gene therapy; Nimbal cells and

corneal regeneration; Bone and Cartilage Tissue Engineering; Stem cells and

heart diseases; Stem cells to Diabetes, muscular dystrophy, burns, and orthopedic

applications. Bioartificial organ Engineering - Bioartificial Liver; Breast Tissue

Engineering. Muscle, Tendon and Ligament Tissue Engineering; Tissue

Engineering of Cultured Skin Substitutes; Tissue Engineering of Heart Valves;

Sree Chitra Tribunal Heart valve. Stem cells in Neuronal disorders and Spinal

Cord injury.

References

1. Daniel R. Marshak, Richard L. Gardner and David Gottlieb. (2001). Stem Cell Biology. Cold Spring Harbor Laboratory Press, Cold Spring Harbor NY, USA; pp550.

2. Kursad Turksen (2004). Adult Stem Cells. Humana Press; Totowa NJ, USA.

3. Robert Lanza (2009) Essentials of Stem cell Biology. 3rd

edition. Academic Press, USA




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PAPER 5. Advanced Stem Cell Laboratory Techniques (2 Credits)

and Clinical Applications

Unit 1. Stem Cell Isolation methods and techniques

Isolation of Hematopoietic stem cells, peripheral blood stem cells, cord blood

stem cells; Ficoll gradient centrifugation, Percoll gradient centrifugation and

their principles; RBC lysing techniques; isolation of Mesenchymal stem cells form

adipose and cord tissue. (Practical: HSC, ADSC isolation)

Unit 2. Stem cell Characterisation techniques

Cell surface markers and Functional markers; Characterisation of cells by

Immuno florescence; intracellular marker characterisation; Use of molecular

techniques in characterisation. (Practical: Immunohistochemistry, PCR, Western

Blot techniques)

Unit 3. Quantitative and qualitative analytical techniques

Counting of cells and Test of viability; Trypan blue exclusion method; Pyrogen

testing techniques – LAL method; Cell counting and viability assessment in FACS;

Aneuploidy and cell cycle analysis. (Practical: Viability analysis, LAL test, FACS or

Flowcytometric analysis)

Unit 4. PCR and FACS applications to stem cell research

Cell characterisation and sorting in Flow Cytometry; Quantitative PCR

techniques (Practical: Flow Cytometry characterisation).

Unit 5. Primary Culture Techniques and Transdifferentiation

Primary culture of Hematopoietic stem cells, peripheral blood stem cells, cord

blood stem cells; Isolation, plating and Po characterisation of Mesenchymal stem

cells form adipose and cord tissue. Transdifferentiation protocols. Tissue

engineering techniques. (Practical: Primary stem cell culture and platting,

transdifferentiation)

References

1. Cheryl D. Helgason and Cindy L. Miller (2004) Methods in Molecular Biology: Basic Cell Culture Protocols. Humana Press; Totowa NJ, USA; pp.384 pages.

2. Stewart Sell. (2003) Stem Cells Handbook. Humana Press; Totowa NJ, USA. pp528.




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PAPER 6 Principles and Practices of Regenerative Medicine (2 Credits)

A. Regenerative Medicine Series – Basic Therapy Requirements Requirements to initiate a Stem Cell Therapy centre, Stem Cell Laboratory, Establishment procedures, Manpower - Clinical & Technical, Clinical Infrastructure Requirements; Ethical and Regulatory Approvals; Phases of Approvals, GMP, GCP and GLP Compliance, ICMR – related Documentations and IC-SCR(T) / IEC regulatory bodies, DCGI and CDSCO permissions. B. Regenerative Medicine Series – Stem Cell Therapy Protocols Stem Cell Therapy Protocols – Guidelines for formulation and Writing, Elements, Arms of the study, Flow Charts, Inclusion and Exclusion Criteria, Insurance Criteria, Therapy Modules, Clinical Tests specific to Stem cells. Stem Cell Brochures – Disease Specific, Therapy schedules, Timelines; Informed Consent Document; Patient Assessment and Decision making. Advertisements and dissemination of information. Cord Blood storage and retrieval documents. Formats and Guidelines for Forms, Registers and Documentations related to Stem cell therapy and processing. C. Regenerative Medicine Series – Disease Series Principles of differential Selection of Stem cells for various disorders and diseases; Stem Cell source selection discretion - autologous vs allogenous, tissue vs blood; pre and post stem cell therapy procedures & medications; Stem cell response evaluation, pre–discharge tests and followup. General and Specific investigations. Disease specific investigations, pre and post stem cell therapy parameters for assessments. Diabetes – Molecular and Clinical basis, Primary and Secondary Complications, Diabetic Neuropathy, Diabetic Nephropathy, Diabetic Ulcer management. Spinal Cord Injury – ASIA scale of Impairment, Molecular basis, Secondary Neuronal Loss. Kidney Disorders – Acute and Chronic Kidney Diseases, Glomerular and Tubular disorders, Role of Uremic Toxins and Diabetes in Nephropathy D. Ethical and Regulatory Compliances ICMR / NAC – SCRT Compliance; DCGI / CDSCO / FDA Regulations; Ethical Committess - IC-SCRT ; IEC Committees ; Clinical Trial Registrations – CTRI; WHO ; International Stem Cell Regulatory Bodies; National and International Accreditation Organizations – NABL, AABB, FACT, EMBT. Criteria for Recognition of centres for Stem Cell Processing, Storage and Therapy. E. Stem Cell Therapy and Clinical Trial – Assessments & Results Stem Cell Therapy – Scope and Promises ; Stem Cell Clinical trials – an international overview, Stem Cell Industry – a sector view and opportunities; International Approvals for Stem Cell Use and Therapy for various Human Disorders – India, USA, Australia, Korea, Japan, South America and Europe.

Ref : ASL’s Stem Cell Technology and Regenerative Medicine Booklet (Paper 6)




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PAPER 6 PPRM - Dissertation/Project (3 Credits)

(Laboratory)

Major Area of study - Hematopoietic stem cells

(LT & CA lab) Cord blood / Cord Tissue Stem cells

Mesenchymal stem cells

Tissue engineering

Cancer Stem cells

In the following fields of Stem cell, the dissertation programmes are organized

1. Hematopoietic stem cells – isolation, culture and transdifferentiation

(to cardiac, neuronal, cartilage, bone, adipose cells and other cell types)

2. Cord Blood stem cells – isolation, storage, culture, transdifferentiation

3. Peripheral stem cells – mobilization, harvesting, enrichments, culture

and transdifferentiation

4. Placental cord epithelial stem cells - isolation, culture,

transdifferentiation

5. Corneal Epithelial stem cells – isolation, culture and corneal

regeneration

6. Dental Stem Cells - isolation, storage, culture, transdifferentiation

7. Tissue specific stem cells – Neuronal, cardiac, Liver, Adipose tissue, skin.

Stem cells – isolation, maintenance, culture and differentiation

8. Tissue engineering – skin, bone/cartilage, cardiac and liver tissue

engineering

9. Scaffold engineering and stem cells – biocompatible scaffolds and stem

cell applications

10. Long term Stem Cell storage and retrieval – Cord blood storage

11. Cancer Stem cells – isolation and characterisation

12. Scientific, Social and ethical practices and obligations in stem cell

therapy

13. Rules and Regulations to stem cell research and therapy – Indian and

Global perspectives



Stem Cell

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(* To be filled and requisite fee remittance details for registration)

Name Degree and Specialty Cell No & e. mail ID Full Communication Address(for posting study materials) Total Course Fee Fee to be posted to (if paid through DD/Cheque)Post by Speed Post only 1. Demand Draft / Cheque Details

Sl.no DD/Cheque Number & Date

1.

2. Direct Fee Deposit (from any branch of KVB or from any other Bank)

Stem” A/C No. 1119 115 0000 Code: KVBL0001119; SWIFT Code 3. Payment Gateway: Visit“PayPal Payment Gateway”. Amount: ........................., Date I confirm my participation in Aon Stem Cell Technology & Regenerative Medicine conducted by Auto Stem Laboratories. Date : Station :

INTERNATIONAL ADVANCED DIPLOMA IN

STEM CELL TECHNOLOGY & REGENERATIVE MEDICINE

Our Programmes and Certificates are

PROSPECTUS AutoStem LaboratoriesStem Cell Education and Clinical Training ©2019, All Rights Reserved

ADMISSION FORM re-mailed to [email protected] or posted

requisite fee remittance details for registration)

:

:

:

Full Communication Address : (for posting study materials)

: 2, 75, 000 / 1, 25, 000 (Cheque / DD / Bank transfer /Paypal Payment gateway

: Auto Stem, No.2, IV Street, Bhavani Nagarpaid through DD/Cheque) Nemilicherry, Chromepet, Chennai –

Speed Post only Ph +91-44-22652728/ +91-9840109560/+91

Cheque Details (in favor of “Auto Stem” payable in

Bank and Branch Amount

2, 75,000 / 1, 25, 000

(from any branch of KVB or from any other Bank) 11787 ; Karur Vysya Bank (KVB), Chromepet, Chennai;

SWIFT Code : KVBLINBBTAM; MICR Code: 600053006.

Visit us at http://autostem.co.in and “Online Pay

, Date ........................Ref No:...........................

I confirm my participation in ADSCRM (clinical / non-clinical) Program / Training program on Stem Cell Technology & Regenerative Medicine conducted by Auto Stem Laboratories.

Signature of the

Doctor/ Participant

Form No. ADSCRM-C/ /2019

AUTO STEM LABORATORIES®

Post Graduate

INTERNATIONAL ADVANCED DIPLOMA IN


Our Programmes and Certificates are Internationally Recognised and Accepted by various National and

International Institutions.

AutoStem Laboratories ©2019, All Rights Reserved

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