PROPOSAL FOR TIME-LINE AND ROAD-MAP OF STEM CELL R&D AND SERVICE AT RSCM/FKUI.

Slides:



Advertisements
Similar presentations
Basics of stem cell culture Dr Shafaei. Definition of cell culture Cell culture refers to the removal of cells from an animal or plant and their subsequent.
Advertisements

FACULDADE DE DIREITO DA UNIVERSIDADE NOVA DE LISBOA MESTRADO EM DIREITO – CIÊNCIAS JURÍDICAS FORENSES DIREITO DA SAÚDE E BIOÉTICA INÊS LOPES RAIMUNDO,
REGENERATION OF BONE TISSUE THROUGH STEM CELLS FOR THE TREATMENT OF OSTEOARTHRITIS Allen Wang and Sravan Rajathilak Arthritis Arthritis is a degenerative.
Embryonic Stem Cell Research: Debate and Controversy Leigh Kemp.
Stem Cell Presentation by Rachel Moore, Caitlin England, Tyler Vlaiku, & Spencer Rohr.
MESENCHYMAL STEM CELLS OR: HOW I LEARNED TO STOP WORRYING AND LOVE DIFFERENTIATION. Matthew Downs || 1/19/10.
Engineered Cells and Tissues Locksley McGann, PhD Professor Department of Laboratory Medicine and Pathology University of Alberta 24 April, 2012 Analytics,
Biomedical research methods. What are biomedical research methods? An integrated approach using chemical, mathematical and computer simulations, in vitro.
Stem cell research Dillon Underwood Karri Newberry.
Manifestation of Novel Social Challenges of the European Union in the Teaching Material of Medical Biotechnology Master’s Programmes at the University.
CAJE Inc. Developing ethical methods in the field of stem cell research, experimentation and development.
Educell d.o.o. Cell Therapy Service Saša Puhar, M. Pharm., Spec. Educell Ltd., Ljubljana, Slovenia Ljubljana, 2009.
Stem Cells: Myths, Facts, and Ethics
Stem Cells. What is a stem cell? What is a stem cell? Where do stem cells come from? Where do stem cells come from?
Biotechnology Research Project by Anna Dong, Soojin Jeong, Reina Ooka -Stem Cells-
OUTLINES of PREMILINARY BY-LAW DRAFT GOVERNING STEM CELL USES IN JORDAN Abdallah Abbadi.MD.FRCP Professor of Medicine, Hematology & Oncology University.
Research Ethics Review Malaysian experince Dato Dr. Zaki Morad. Chairperson MREC Dr. Lim TO. Member MREC MOH Malaysia.
"Stem Cells, Moral Status, & California Proposition 71" "Stem Cells, Moral Status, & California Proposition 71" October 13, 2004.
The Ethics of Stem Cell Research Presented by Corey Gomes Bme 181 April 15, 2013.
Human Stem Cell Isolation and Medical Applications Brandon Marks.
Cell division and embryonic stem cells. Egg cell Sperm cell.
©2009 Carolina Biological Supply CompanySome images ©2009 Jupiterimages Corporation.
Ahsan Arsalan Stem Cells Present in almost all multi-cellular organisms No specialized functionality Can renew themselves Can differentiate into.
BY : Dr. Amer Mahmood Dalia Ali. Introducing….stem cells!
1 Safety of Cell Therapies Derived from Human Embryonic Stem Cells CTGTAC #45 April 10, 2008.
Advances in Stem Cell Therapy Karim Nayernia Professor of Human Genetics & Stem Cell Biology.
Stem Cells and Animal Cloning. 3. Genetic Engineering 5. Stem Cell Research 6. Animal Cloning 4. ARTs 1. Human Genome Project 2. Genetic Testing 20-week.
UNDERSTANDING STEM CELLS By- Sayee Jadhav. Presentation Overview 2 1.What are stem cells? 2.What makes a cell a stem cell? 3.Types of stem cells 4.Stem.
AT I MPs GOOD CLINICAL PRACTICE Lola Briones, PhD, MBA BIO ROI Consulting SL M
Stage 1 Biology Semester Biotechnology
Jasna Marinović, M.D., Ph.D. Associate Professor Department of Physiology.
Achieving FDA approval for novel new nanomaterials Table 5 Eva M. Sevick, discussion leader Johnny Chen Amos Gaikwad Wah Chiu.
CLONING EVALUATE THERAPEUTIC VS. REPRODUCTIVE. WHAT IS A CLONE? PRECISE GENETIC COPY.
Stem Cells and the Maintenance of Adult Tissues
1.1 Introduction to cells Multicellular Organisms.
STEM CELLS.  Where do the different cells and tissues in your body come from?  Incredible as it seems, every cell was produced by mitosis from a small.
. Medical Research and Advancement Copyright © Texas Education Agency, All rights reserved.
Final Project Visit the Lab Research Meetings with Advisor.
Regenerative Medicine Regenerative medicine~ Goal: to grow replacement tissue or organs for patients who have sustained an injury or have a disease that.
STEM CELL RESEARCH. What are stem cells? Cells that can generate more copies of themselves Have specialized function in body.
10.4 Cell Differentiation. Differentiation – cells become different; form into many types of cells Differentiation – cells become different; form into.
STEM CELLS USE OF STEM CELLS; MORTAL, ETHICAL OR MORAL?
KOA Conference Eldoret 2016 Mutiso VM, Anzala O, Khainga SO, Otieno C, Ogalo JP, Bundi BN.
IN THE NAME OF GOD. What are Stem Cells? Stem cells are a class of undifferentiated cells that are able to differentiate into specialized cell types.
GCP (GOOD CLINICAL PRACTISE)
The Regulation on Cell Therapy Products in Japan
V. Treatment of Genetic Disease
Ch 8.4 Stem Cell Basics - Ted Talk 4 mins
Stem Cells.
Stem Cells: Scientific Potential and Alternatives
New Advance in Back Pain Treatment: Stem Cell Therapy
Clinical trial material & ATMPs
Stem Cell doubling is logarithmic
STEM CELLS AND CELLULAR DIFFERENTIATION
Stem Cells and Differentiation
Mesenchymal Stem Cells: a new trend for cell therapy
Stem Cells & Cancer What? Where? How? Why?.
بسم الله الرحمن الرحيم.
EVALUATE THERAPEUTIC VS. REPRODUCTIVE
Advancing Stem Cell Biology toward Stem Cell Therapeutics
The Lifecycle of Pharmaceutical products
Neoplastic blood cells become pluripotent
BMI: Regenerative Medicine
Stem Cells.
DNA and the Genome Key Area 4b Stem Cells.
Are all the same aren’t they???
Nat. Rev. Cardiol. doi: /nrcardio
Cell Differentiation Ch 10.4.
Clinical Translation of Stem Cell Therapies: A Bridgeable Gap
Stem cell Basics.
Presentation transcript:

PROPOSAL FOR TIME-LINE AND ROAD-MAP OF STEM CELL R&D AND SERVICE AT RSCM/FKUI

Optimization of available culture techniques -Stem cell identification and isolation -Stem cell amplification -Stem cell differentiation USING AVAILABLE TECHNIQUES FEASIBLE TO BE PERFORMED IN CURRENTLY AVAILABLE FACILITIES Clinical trial independent to the availability of RSUPNCM clean room facility -Cardiovascular therapy utilizing mesenchymal stem cell from PBMC (Stem Cell isolation protocol should be subjected to evaluation by biosafety/patient safety committee) -Bone marrow stem cell/chondrocytes therapy for generation of cartilage CLINICAL APPLICATION ARM LABORATORY RESEARCH ARM I IIIIIIVV Submission and Evaluation of proposals Design and construction of facilities, Establishment of Administration and Managerial System, Legal System, Ethical Guidelines Utilization of Research Facilities (including animal facilities) and Service Facilities for Cord Blood Banking Utilization of Service facilities for Clinical Trial Utilization of Service facilities for patient service

-Cardiovascular therapy utilizing mesenchymal stem cell from PBMC (Stem Cell isolation protocol should be subjected to evaluation by biosafety/patient safety committee) -Bone marrow stem cell/chondrocytes therapy for generation of cartilage Optimization of available culture techniques -Stem cell identification and isolation -Stem cell amplification -Stem cell differentiation USING AVAILABLE TECHNIQUES FEASIBLE TO BE PERFORMED IN CURRENTLY AVAILABLE FACILITIES Clinical trial independent to the availability of RSUPNCM clean room facility Optimization of Patented Techniques for Patient Service and Establishment of GMP and GCP -Optimization and Establishment of patented techniques: -Amplification (laboratory) -Stem Cell Delivery (clinical) -Establishment of systems for implementation of GLP, GMP and GCP:Lab, Clinic, Administration,n Managerial, Legal, Etc. Amplification studies Differentiation studies Cancer stem cell studies -R&D in amplification of adult Stem Cell (including generation and amplification of induced pluripotent stem cells) -R&D in differentiation into various tissues -R&D in cancer stem cell (role in cancer pathogenesis, development of diagnostic and theurapeutic system) CLINICAL APPLICATION ARM LABORATORY RESEARCH ARM I IIIIIIVV Submission and Evaluation of proposals Design and construction of facilities, Establishment of Administration and Managerial System, Legal System, Ethical Guidelines Utilization of Research Facilities (including animal facilities) and Service Facilities for Cord Blood Banking Utilization of Service facilities for Clinical Trial Utilization of Service facilities for patient service

-Optimization and Establishment of patented techniques: -Amplification (laboratory) -Stem Cell Delivery (clinical) -Establishment of systems for implementation of GLP, GMP and GCP:Lab, Clinic, Administration,n Managerial, Legal, Etc. Optimization of available culture techniques -Stem cell identification and isolation -Stem cell amplification -Stem cell differentiation USING AVAILABLE TECHNIQUES FEASIBLE TO BE PERFORMED IN CURRENTLY AVAILABLE FACILITIES Clinical trial independent to the availability of RSUPNCM clean room facility Optimization of Patented Techniques for Patient Service and Establishment of GMP and GCP Amplification studies Differentiation studies Cancer stem cell studies -R&D in amplification of adult Stem Cell (including generation and amplification of induced pluripotent stem cells) -R&D in differentiation into various tissues -R&D in cancer stem cell (role in cancer pathogenesis, development of diagnostic and theurapeutic system) Scaffold Design and Utilization of Animal Models Safety and Efficacy Studies Exploration of stem cell utility for other purposes: -Pharmacogenomic/genetic studies -Immunopathogenesis and infection studies Aplication of patented techniques for Clinical Trial and banking service -Banking -Autologous Adult Stem Cell -Cord Blood? -Application of patented Stem Cell Sorting and Amplification for clinical trial -Clinical Trial of Patented Stem Cell Therapy: -Safety Evaluation -Efficacy CLINICAL APPLICATION ARM LABORATORY RESEARCH ARM I IIIIIIVV Submission and Evaluation of proposals Design and construction of facilities, Establishment of Administration and Managerial System, Legal System, Ethical Guidelines Utilization of Research Facilities (including animal facilities) and Service Facilities for Cord Blood Banking Utilization of Service facilities for Clinical Trial Utilization of Service facilities for patient service

Optimization of available culture techniques -Stem cell identification and isolation -Stem cell amplification -Stem cell differentiation USING AVAILABLE TECHNIQUES FEASIBLE TO BE PERFORMED IN CURRENTLY AVAILABLE FACILITIES Clinical trial independent to the availability of RSUPNCM clean room facility Optimization of Patented Techniques for Patient Service and Establishment of GMP and GCP Amplification studies Differentiation studies Cancer stem cell studies -R&D in amplification of adult Stem Cell (including generation and amplification of induced pluripotent stem cells) -R&D in differentiation into various tissues -R&D in cancer stem cell (role in cancer pathogenesis, development of diagnostic and theurapeutic system) Scaffold Design and Utilization of Animal Models Safety and Efficacy Studies Exploration of stem cell utility for other purposes: -Pharmacogenomic/genetic studies -Immunopathogenesis and infection studies Aplication of patented techniques for Clinical Trial and banking service -Cardiovascular -Cartilage and Bone -Neurologic disorder -Etc. CLINICAL APPLICATION ARM LABORATORY RESEARCH ARM I IIIIIIVV Submission and Evaluation of proposals Design and construction of facilities, Establishment of Administration and Managerial System, Legal System, Ethical Guidelines Utilization of Research Facilities (including animal facilities) and Service Facilities for Cord Blood Banking Utilization of Service facilities for Clinical Trial Utilization of Service facilities for patient service Use of Service Facilities for Patient Service/Clinical Trials