
Explore how epigenetics revolutionizes our understanding of heredity, gene function, and its impact on evolution, health, and disease treatment, with insights from biochemist David Allis.

Explore how children's brains develop through sensory experiences, focusing on hearing and its potential risks. Learn about neural pathways, genetics, and sensory integration disorders.

Explore fingerprint pattern inheritance in Malaysian Indian families, revealing insights into parent-child relationships through biometric analysis and regression techniques.

Explore ancient DNA as a powerful genetic tool for forensic investigations, focusing on degraded samples and its potential to enhance DNA-based forensics in India.

Explore the intersection of neuroscience and society with Dr. Mukherjee as he discusses his work on cancer and genetics, and the importance of communicating scientific discoveries to the public.

Explore genomics, CRISPR, and their impact on healthcare and society. Gain insights into genetic discoveries, market access, and future applications of gene sequencing technologies.

Explore the revolutionary CRISPR gene-editing technology, its potential to cure diseases and address hunger, and the ethical dilemmas surrounding its use in human embryos and evolution control.

Uncover the unsung heroes behind DNA's discovery, from its 1868 origins to Watson's controversial book, in this fascinating exploration of scientific history.

Explore the fascinating world of genetic genealogy with Professor Turi King, covering DNA's role in tracing ancestry, solving historical mysteries, and its impact on forensics and family history research.

Discover how a few simple rules govern all life on Earth, from cells to ecosystems. Explore groundbreaking biological discoveries and their potential to address major medical and ecological challenges.

Explore the revolutionary ideas of genetics, from Mendel's heredity to modern interventions in life itself. Discover the potential and ethical implications of genetic technology's disruptive changes.

Richard Dawkins reflects on his scientific career, influential encounters, and efforts to popularize science, discussing key ideas and experiences since publishing "The Selfish Gene" in 1976.

Geneticist Giles Yeo explores the complex relationship between genetics and obesity, challenging the notion that obesity is simply a matter of personal choice or willpower.

Explore the science, accuracy, and ethical implications of at-home DNA testing kits with experts in genetic genealogy, evolutionary genetics, and scientific publishing.

Obesity researcher Giles Yeo challenges conventional wisdom on calorie counting, exploring the science behind diets, environmental factors affecting weight, and why popular weight loss methods often fail long-term.

Explore G6PD deficiency, an X-linked disorder causing hemolytic anemia. Learn about its protective effect against malaria, triggers like fava beans, and common symptoms including jaundice and fatigue.

Explore hereditary spherocytosis: its pathophysiology, clinical features, diagnosis, and management. Learn about this inherited red blood cell disorder and its impact on patients.

Comprehensive overview of cystic fibrosis, covering its definition, underlying mechanisms, clinical manifestations, and potential complications. Ideal for medical students and healthcare professionals seeking in-depth understanding.

Explore cutting-edge CRISPR technology, ethical considerations in genome editing, and the future of genetic engineering with leading experts in this thought-provoking plenary session.

Pioneering genomicist discusses future of precision medicine, exploring gene editing, data analysis, and ethical considerations in revolutionizing healthcare through genomics and technology.

Pioneering genomic scientist Claire Fraser discusses her groundbreaking work in microbial genomics and its impact on medicine, including her current research on the human gut microbiota.