The lectures on Clinical Translation of Stem Cells emphasize the scientific, clinical, regulatory, ethical, and social issues that should be addressed so that basic stem cell research is responsibly translated into appropriate clinical applications for treating patients.
The lectures on Clinical Translation of Stem Cells emphasize the scientific, clinical, regulatory, ethical, and social issues that should be addressed so that basic stem cell research is responsibly translated into appropriate clinical applications for treating patients. These lectures by multidisciplinary group of stem cell experts comprise researchers, clinicians, ethicists, and regulatory specialists who offer recommendations founded on general principles for scientific, clinical, and ethical conduct that should be followed by all translational stem cell researchers, clinician-scientists, and regulators in this fascinating field described as the “next evolution of medical treatments.".
The course comprises clinical translational research involving products from human embryonic or other pluripotent stem cells, novel applications of fetal or somatic (adult) stem cells, and hematopoietic or other stem cells used for applications outside established standards of care. The major areas of translational stem cell research covered are: (a) cell processing and manufacture; (b) preclinical studies; and (c) clinical research.
| The purpose of this unit is to understand differentiation. Also, to understand the basic cell therapy pathway and treatment in focus areas. |
| This unit gives an Overview of cell therapy and human disorders with a Brief history of stem cell therapy. Preclinical studies of adult cell transplants and the Missing link between lab and clinical trials will also be discussed. This unit describes the Translational approach. |
| This unit covers Stem Cell trafficking and factors that regulate it. |
| This unit covers the following: the History and Overview, Graft Sources. HLA System, HLA System wrt Graft Sources, Graft-Host Interaction, Roles for Mesenchymal Cells, and The Future and iPS |
| The purpose of this unit is to introduce Adult Stem Cells and their importance in Treatment. |
| The unit discusses pathology and current cellular treatments. |
| The purpose of this unit is to understand stem cell origin. It also covers Hematopoietic Stem Cells along with Regenerative Medicine. |
| This unit discusses Aging and Regeneration. This unit also describes clinical Applications of Stem Cells. |
The purpose of this unit is to understand the acceptability of Stem Cell Therapies, to understand efficacy of treatment in certain diseases and to be able to answer the question "Where does cell therapy stand now?"
| The purpose of this unit is to Understand what regenerative medicine is and Understand what adult stem cells are. This unit also coves which medical conditions may benefit from regenerative medicine, the sources of stem cells for regenerative medicine and the clinical applications in Diabetes. |
| This unit discusses Regulatory and manufacturing Issues. This unit also covers Trial Design, Cell Dosing and the Delivery of Cellular Products. |
The purpose of this unit is to understand what regenerative medicine is,understand what adult stem cells are, understand which medical conditions may benefit from regenerative medicine, understand the sources of stem cells for regenerative medicine and understand the clinical applications in Diabetes.
The purpose of this unit is to understand the ability of mechanical stimulation to enhance the regenerative potential of endogenous muscle stem cells.
The purpose of this unit is to understand Clinical Perspectives of MSCs including: In Vitro Engineering of Human Ear-Shaped Cartilage, Utility of Periodontal Ligament Progenitors for Treating Periodontitis, MSC Transplantation for Trating Systemic Lupus Erythematosus Patients, and Rescuing Aged MSCs by Exposure to Young ECM.
| The purpose of this unit is to understand stem cells, cell identity and differentiation. This unit also cover Progress in Cardiovascular Disease Treatment, Progress in Neurodegenerative Disease and Progress in Type 1 Diabetes. |
Clinical Applications of Stem Cell Research 1
Total Lectures19
Total Units18
Total Length00:00:00
