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Dr. Bill Lawrence, PhD

Dr. Lawrence, an American biogerontologist, brings a unique blend of qualifications to his research. His Jurisprudence Degree (UCLA-Law) provides a unique legal research perspective to his work, his MS in Psychology offers insights into human behavior and cognition, and his Ph.D. in Nutritional Science equips him with a deep understanding of the biological processes of aging. This multidisciplinary approach allows him to view aging from various angles, enhancing his ability to develop comprehensive solutions. Over three decades, he has applied this approach to focus on human longevity research and interventions for optimal life and health span.

Dr. Lawrence is affiliated with the St. Petersburg Institute of Bioregulation and Gerontology (Russia), a hub of pioneering research in biogerontology. He is the administrator of two groundbreaking Russian and American longevity clinical studies: Telomerase activation and DNA/Methylation Epigenetic Age Modification, which are at the forefront of longevity research. These studies and the significant results promise to revolutionize our understanding of the aging process and longevity interventions.

At age 78, Dr. Lawrence’s research has profoundly slowed his aging process, enhancing his potential longevity and health span, as well as that of 150 clinical study participants, primarily physicians. His average telomere length, or “Cellular Age,” is equivalent to that of a 23-year-old. His “Epigenetic Age,” measured by the Horvath Epigenetic Clock (DNA/Methylation), is ten years less than his chronological age, resulting in a fifty percent reduction of all-cause mortality risk compared to his same-age peers. His annual biological rate of aging at 79% is twenty-one percent slower than his chronological yearly aging, a personal testament to the power of his research.

Today, he will present data and evidence proving that the primary cause of aging is the degradation of the cellular DNA Repair System. He will then confirm that Peptide Bioregulators, a groundbreaking development by Prof. Vladimir Khavinson of the St. Petersburg Institute, is the intervention that restores the DNA Repair System via cellular reprogramming, tissue rejuvenation, and organ regeneration. The result is enhanced longevity and health span.

• Introduction and Background of Dr. Bill Lawrence 0:00
  • Dr. Barrett introduces Dr. Bill Lawrence, highlighting his extensive research on bioregulatory peptides and their impact on physiological changes.
  • Dr. Barrett encourages listeners to revisit the previous episode with Phil Mike for a better understanding of the physiology involved.
  • Dr. Barrett welcomes Dr. Lawrence to the podcast and asks him to share his background and how he got interested in bioregulatory peptides.
  • Dr. Lawrence explains his career path, starting as a tax attorney, then moving into entrepreneurial ventures, and eventually pursuing a PhD in nutritional science to focus on longevity.
• Discovery of Bioregulatory Peptides 4:16
  • Dr. Lawrence describes how he discovered the work of Dr. Khavinson in Russia through Google Translate while researching health issues.
  • He explains the significance of Dr. Khavinson’s research on peptide bio regulators and their potential to exceed the Hayflick limit.
  • Dr. Lawrence shares his experience of traveling to St. Petersburg to meet Dr. Khavinson and his team, which was a rare occurrence due to the lack of scientific exchange between Russia and the United States.
  • He discusses the initial clinical study conducted in Russia and the decision to conduct a similar study in the United States to gain more credibility.
• Telomere and DNA Methylation Studies 8:07
  • Dr. Barrett asks Dr. Lawrence about the fluctuation of telomere analysis and the role of DNA methylation.
  • Dr. Lawrence explains the concept of telomeres, their role in cell replication, and how stress and other factors can affect their length.
  • He provides examples of how stress and pregnancy can impact telomere length in newborns.
  • Dr. Lawrence introduces the concept of DNA methylation and its role in epigenetic studies, emphasizing the importance of measuring both telomeres and DNA methylation for a comprehensive understanding of biological age.
• Clinical Study and Results 41:27
  • Dr. Lawrence outlines the structure of the clinical study, which includes telomere and DNA methylation testing.
  • He explains the unique protocol for each participant, based on their biological age, medical conditions, and specific peptides used.
  • Dr. Lawrence shares the results of the study, highlighting significant telomere lengthening in participants like himself and others.
  • He discusses the importance of the pulsing or cycling protocol, which involves taking peptides for 10 days every month to avoid overloading the organ systems.
• Impact of Stress and Peptide Bio Regulators 45:18
  • Dr. Lawrence emphasizes the role of stress in accelerating telomere loss and how peptide bio regulators can help mitigate this effect.
  • He shares examples of participants who experienced significant telomere lengthening, such as a 71-year-old male whose telomeres were equivalent to a 29-year-old.
  • Dr. Lawrence discusses the case of Torah Bright, an Olympic athlete, whose telomeres were lengthened from 56 to 31 years old.
  • He explains how the study’s results support the idea that peptide bio regulators can improve biological age and overall health.
• Historical Context and Future Prospects 51:49
  • Dr. Lawrence provides a historical context for the development of peptide bio regulators, starting with their use in the Soviet Union military.
  • He explains the process of extracting peptides from specific organs of young calves and their use in cellular reprogramming.
  • Dr. Lawrence discusses the potential of peptide bio regulators to become a significant intervention in the field of longevity and regenerative medicine.
  • He shares his optimism about the future of peptide bio regulators and their potential to revolutionize the way we approach aging and disease prevention.

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