Gene Editing in College Classrooms - Bridging Science and Education
Explore the integration of gene editing technology in education, its potential impact on future scientists, and its applications in medicine and agriculture.
Gene Therapy Solutions for Sickle Cell Disease - Lecture 15
Explore gene therapy solutions for sickle cell disease, including technologies, clinical achievements, risks, and benefits. Learn about antiviral vectors, CRISPR, and ongoing clinical trials.
Cows, Corn, CRISPR - Understanding Biotech's Promise
Explore the potential of biotechnology, focusing on genetic engineering in agriculture and its implications for food production, sustainability, and global challenges.
The Age of CRISPR - Engineering the Future of Genetic Medicine
Explore CRISPR's potential to revolutionize healthcare with Dr. Benjamin Oakes. Learn about innovative genetic medicine approaches and their impact on treating prevalent diseases.
Multi-Disciplinary Innovations from Algae
Explore algae and seaweed technology's potential in bio-architecture, infrastructure, and biotechnology to combat carbon emissions and global warming. Learn about multi-disciplinary innovations driving innovative projects.
A Scientific Breakthrough That Could Transform Food Production
Explore the evolution of agriculture and learn about "boosted breeding," a scientific breakthrough that could revolutionize food production and address environmental challenges.
Evolution Tomorrow and Beyond - The Future of Species and Human Impact
Explore the future of evolution, from climate change impacts to gene editing and space colonization, with insights on potential species development and evolutionary risks.
In Conversation with CRISPR Pioneer Jennifer Doudna
Explore CRISPR's revolutionary impact on science and society with Nobel laureate Jennifer Doudna, discussing its discovery, applications, and future implications in medicine, agriculture, and climate change.
CRISPR 2.0 - The Next Generation of Gene Editing Therapy
Explore the future of CRISPR gene editing, its potential to revolutionize treatment for various diseases, and the challenges in making it more accessible and patient-friendly.
Can a Gene Drive Spreading Over Space Be Stopped?
Explore the spatial dynamics of gene drives and potential strategies for containment in this insightful presentation on cutting-edge genetic technology.
Coevolution and Competition Drive the Diversification of CRISPR Immunity
Explore the evolutionary dynamics of CRISPR immunity, focusing on coevolution and competition as key drivers of diversification in microbial defense systems.
Evolved Base Editors, Prime Editors, Recombinases, and Transposases for Targeted Gene Correction - David Liu
Evolved base editors, prime editors, recombinases, and transposases for targeted gene correction and integration in cells, animals, and patients. Cutting-edge genome editing technologies and their therapeutic applications.
Rewriting the Genome with CRISPR - Revolutionizing Genetic Research
Explore CRISPR technology's potential in genetic research and disease treatment with Dr. Chakraborty, a leading scientist revolutionizing genome editing and working on sickle-cell anemia cure.
Biopharming - A Different Kind of Farming
Explore biopharming's potential to revolutionize agriculture through genetically modified plants for pharmaceutical protein production, offering new opportunities for farmers and enhancing crop value.
LLMs in Biomaterials Production - MLOps Podcast #193
Explore AI-driven protein design for sustainable biomaterials. Discover how LLMs revolutionize biotech, from vegan collagen to eco-friendly plastics, and the challenges of decoding protein "grammar" for future innovations.
Modeling the Impact of Stochasticity and Spatial Structure on Homing-Based Gene Drive Spread
Explore gene drive systems' spatial spread using reaction-diffusion models. Compare deterministic and stochastic approaches, examining effects on fitness costs, wave speed, and barrier penetration.
Inference from Single Cell Lineage Tracing Data Generated via Genome Editing
Explore single-cell lineage tracing via genome editing, covering inference methods, design parameters, and data analysis for understanding cellular phylodynamics and evolution.
Developing Genetic Engineering Tools for Non-Conventional and Non-Model Yeast
Explore genetic engineering tools for non-conventional yeast, focusing on microorganisms' role in circular processes and their potential for complex product conversion.
SLEEK - A Highly Efficient Transgene Knock-in Technology in Clinically Relevant Cell Types
Explore SLEEK, an efficient transgene knock-in technology for clinically relevant cell types. Learn about this CRISPR-based method for improved gene editing and its potential impact on cell-based medicines.
Detecting Viruses with CRISPR: Applications and Technologies
Explore CRISPR-based technologies for detecting and destroying viral RNA, including point-of-care and massively multiplexed nucleic acid detection methods like HUDSON, SHINE, and CARMEN.
CRISPR-based Microfluidic Biosensing Systems for Molecular Diagnostics
Explore CRISPR-based microfluidic biosensing for molecular diagnostics. Learn about innovative point-of-care detection methods for pathogens and cancers, combining CRISPR and microfluidic technologies.