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Item Details | Price |
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Language: English
Instructors: Dr. Arvind Poswal
Why this course?
Course Description: Mastering Regenerative Medicine
Unlock the future of healthcare with our comprehensive course on Regenerative Medicine, designed specifically for doctors, including MBBS professionals, dentists, and science graduates. This program offers an in-depth exploration of cutting-edge therapies that are transforming the medical landscape.
What You’ll Learn:
- Epigenome Improvement: Understand and apply the latest techniques in modifying gene expression through lifestyle, diet, supplements, and pharmacological interventions.
- Supplements and Peptides for Longevity: Dive deep into a curated selection of supplements and peptides like NMN, Resveratrol, Thymosin, and Epitalon that promote longevity, combat aging, and enhance overall health.
- Advanced Stem Cell Therapies: Learn about the therapeutic potential of stromal vascular fraction, pericytes, and blood-derived stem cells. Gain hands-on experience in stem cell isolation, treatment, and re-injection protocols.
- Practical Applications: Master the art of using microneedling for targeted delivery of supplements and peptides, explore effective therapies for cardiovascular health, joint injuries, and more.
- Innovative Lifestyle Interventions: Incorporate groundbreaking approaches like cold showers, red light therapy, Wim Hof breathing, and intermittent fasting into your practice.
Why This Course?
Regenerative Medicine is not just the future; it’s the present. With the rise of personalized medicine, understanding and mastering these advanced techniques will place you at the forefront of medical innovation. This course combines rigorous academic content with practical, hands-on training, ensuring you’re well-equipped to apply these therapies in your practice.
What’s Included:
- Three Interactive Zoom Sessions: Engage with experts and peers in live discussions that enrich your learning experience.
- Optional Contact Program: Participate in a hands-on workshop that solidifies your understanding of course material before taking the final assessment exam.
- Certification: Earn a certificate that validates your expertise in Regenerative Medicine, opening new doors for your career.
Be Ahead of the Curve
Join a community of forward-thinking healthcare professionals who are committed to advancing their skills and improving patient outcomes through Regenerative Medicine. Your journey to becoming a pioneer in this revolutionary field starts here.
Course Outline (3 pages) | |||
PREVIEW: INTRODUCTION (1 pages) | |||
PREVIEW: MODULE 1 (3 pages) | |||
PREVIEW: Oral Bioregulators in Regenerative Medicine (Video) (8:00) | |||
INTRODUCTION (1 pages) | |||
INTRODUCTION VIDEO (2:00) | |||
Module 1: Introduction to Regenerative Medicine (3 pages) | |||
Module 1: Introduction to Regenerative Medicine (Video) (7:00) | |||
Recommended video: Is Aging Reversible? A Scientific Look with David Sinclair | David Sinclair | TEDxBoston (14:00) | |||
Recommended reading: Stress-induced increases in biological age are reversible | |||
Quiz : Introduction to Regenerative Medicine | |||
Module 2: Epigenome Improvement (3 pages) | |||
Module 2: Epigenome Improvement (Video) (6:00) | |||
Recommended reading: Epigenetic regulation in metabolic diseases: mechanisms and advances in clinical study | |||
Recommended reading: Restoring Epigenetic Reprogramming with Diet and Exercise to Improve Health-Related Metabolic Diseases | |||
Module 2.2 Practical Approaches to Modifying the Epigenome (2 pages) | |||
Module 2.2 Practical Approaches to Modifying the Epigenome (Video) (5:00) | |||
Recommended Video: Gene regulation and the epigenome (63:00) | |||
Module 2.3 Ways to Measure Biological Age (2 pages) | |||
Module 2.3 Ways to Measure Biological Age (Video) (2:00) | |||
Recommended Video: Epigenetic Clocks Help to Find Anti-Aging Treatments | Steve Horvath | TEDxBerkeley (15:00) | |||
Quiz: Epigenome Improvement | |||
Module 3: Introduction to Gene Expression and Clinical Significance (1 pages) | |||
Module 3: Introduction to Gene Expression and Clinical Significance (Video) (3:00) | |||
Module 3.1 Introduction to Gene Expression and Clinical Significance (3 pages) | |||
Module 3.1 Gene Expression and Clinical Significance (Video) (6:00) | |||
Recommended reading: Genetics, Epigenetic Mechanism | |||
Recommended video: Chromatin Biology: Epigenetics and the Regulation of Gene Activity (3:00) | |||
Module 3.2 Role of Supplements and Peptides in Gene Expression (2 pages) | |||
Module 3.2 Role of Supplements and Peptides in Gene Expression (Video) (4:00) | |||
Quiz: Introduction to Gene Expression and Clinical Significance | |||
Module 4 Fundamentals of Genetics and Molecular Biology (4 pages) | |||
Module 4 Fundamentals of Genetics and Molecular Biology (Video) (10:00) | |||
Quiz: Fundamentals of Genetics and Molecular Biology |
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