ABRM Kiwan Cardiac Regenerative Medicine Fellowship

The ABRM Kiwan Cardiac Regenerative Medicine is the first and only formal Fellowship Program globally in the subspecialty of Cardiac Regenerative Medicine. This comprehensive program is offered as a "dual degree" program, which combines the ABRM General Regenerative Medicine Board Certification Process, leading to the degree of Diplomat of the American Board of Regenerative Medicine (DABRM), with the in depth subspecialty Fellowship in Cardiac Regenerative Medicine, leading to the degree of Fellow of the American Board of Regenerative Medicine (FABRM).

Established in honor of Professor Dr. Yahya Kiwan and founded by the American Board of Regenerative Medicine (ABRM), this fellowship pioneers a new era in cardiovascular care. The program delivers a unique, science-driven curriculum that integrates cutting-edge innovation with clinical excellence, equipping physicians with the tools to lead the future of cardiac regenerative therapies.

FELLOWSHIP SUMMARY

  1. A curriculum of more than 30 PDF lectures.
  2. More than 75 video-recorded lectures by 14 faculty members.
  3. A regenerative cardiology library containing more than 90 articles covering all cardiac applications.
  4. 4-months of online virtual vedio recorded lectures.
  5. 3-days of hybrid clinical review and case discussions (in-person or virtual in Dubai), followed by the Final Fellowship Examination.

ELIGIBILITY

Open to medical professionals with interest in cardiac regenerative therapies:

  1. Cardiologists (Adult & Pediatric)
  2. Cardiac Surgeons (Adult & Pediatric)
  3. Intensivists
  4. Internal Medicine Specialists
  5. Longevity Medicine Physicians

ABRM Kiwan Cardiac Regenerative Medicine Fellowship

ABRM Diplomate Modules

  1. History of Regenerative Medicine
  2. Nomenclature and Concept (Terminology)
  3. Basic Sciences
  4. Clinical Sciences
  5. Regenerative Biologics
  6. Pulmonary Regenerative Medicine
  7. Endocrine Regenerative Medicine
  8. Gastrointestinal Regenerative Medicine
  9. Hematological Regenerative Medicine
  10. Tissue Engineering
  11. Immunotherapy
  12. Gene Therapy
  13. Regenerative Pharmacology
  14. Regulatory Science

ABRM Cardiac Fellowship Modules

  1. Basic Sciences in Cardiac Regenerative Medicine
  2. Pathophysiology of Cardiac Regenerative Medicine
  3. Cell-Based Therapies
  4. Cell-Free Therapies
  5. Bioengineering
  6. Gene Therapy
  7. Evidence Basis by Condition (Preclinical & Clinical)

Cell-Based Therapies

  1. Adult Stem Cells (Bone Marrow Derived Cells, HSCs, BMMNC, MPCs)
  2. Adipose Derived Cells
  3. Umbilical Cord Derived Cells
  4. Skeletal Muscle Cells
  5. Cardiac Progenitor Cells
  6. Cardiosphere Derived Cells
  7. Endothelial Progenitor Cells
  8. Pluripotent Stem Cells (Embryonic, Induced)
  9. Mechanisms of Action in Cardiac Repair
  10. Pros and Cons
  11. Routes of Injection
  12. Cell Types and Dosing
  13. Cell Sourcing (Autologous, Allogeneic)

Cell-Free Therapies

  1. RNA Based Therapies (Micro-RNA, Lnc-RNA)
  2. Exosomes
  3. Small Molecules
  4. Peptides
  5. Growth Factors

Bioengineering

  1. Cardiac Tissue Patches
  2. Bioprinting
  3. Biomaterials
  4. Organoids

Gene Therapy

  1. Stem Cell and Gene Therapy combination
  2. In-Vivo and In-Vitro Gene Therapy
  3. Genetically manipulated cells

Clinical Applications and Evidence by Condition

  1. Ischemic Heart Disease
  2. Unstable/lntractable/Microvascular Angina
  3. Post-Myocardial Infarction
  4. Cardiomyopathy
  5. Congestive Heart Failure
  6. HF with Preserved Function
  7. Congenital Heart Disease
  8. Role in Cardiac Surgery
  9. Role in Rare Cardiac Diseases

Conact Information:
www.kcrmf.com
info@kcrmf.com
certification@aabrm.org
LinkedIn: Regenerative Cardiology Specialists Group