Biotechnology
Explore recombinant DNA, marker-assisted selection, GMO crops, and Taqman PCR in this comprehensive overview of modern biotechnology techniques.
Recombinant DNA Technology - Molecular Biology and Biochemistry
Explore recombinant DNA technology, including DNA excision, in this molecular biology and biochemistry overview. Learn about types, processes, and applications in biotechnology.
CRISPR - 10 Years of Genome Editing and More
Explore CRISPR's impact on health, medicine, and agriculture over the past decade, its applications in cancer and gene therapy, and future possibilities in genome editing.
CRISPR
Explore CRISPR technology's potential and ethical implications in genetics, from immortality to designer babies, with insights from leading scientists and thinkers.
Futurism
Kurzgesagt's YouTube channel focuses on minimalist animated educational content, using the flat design style.
Environmental Science - Biotechnology and Genetic Modification of Food
Explore biotechnology's impact on ecosystems and GMOs, examining genetic engineering, its applications, and the ongoing public debate surrounding genetically modified foods.
Contagion: Exploring Modern Epidemics - Part 2 of 5
Exploring modern epidemics and innovative solutions like gene drives to combat diseases. Discusses ethical considerations and community involvement in biotechnology applications.
Stanford Seminar - Cells Are Not Computers and DNA is Not a Programming Language and That's Ok
Explore the intersection of biology and technology with experts discussing biohacking, synthetic biology, and the future of human engineering. Gain insights into cutting-edge developments and ethical considerations.
Genetic Engineering: DNA Technology and Gene Expression Control - Lecture 4
Explore advanced DNA technologies: RNA silencing, molecular cloning, PCR, and mutation detection. Learn about controlling gene expression and applications in genetic engineering and biomedical research.
Genetic Engineering - From DNA Structure to Protein Synthesis
Explore DNA structure, synthesis, transcription, and translation. Learn about genetic code, protein synthesis, and RNA interference as potential disease treatments.
Genetically Modified Foods - Monsters or Miracles?
Explore the science, history, and controversies surrounding genetically modified foods, examining their potential benefits and risks for global food security and environmental impact.
Large-Scale Differentiable Causal Discovery of Factor Graphs - Lecture and Primer
Explore large-scale causal discovery using factor directed acyclic graphs and differentiable optimization. Learn about causal representation learning for genetic perturbations and combinatorial extrapolation.
Genetic Diversity in Cell Line Models and CRISPR Experimental Tools - Equity in Biomedicine
Explore genetic diversity's impact on cell line models and CRISPR tools. Learn how increasing diversity enhances scientific insights and translational benefits for equitable biomedical research.
Basics of Gene Editing and CRISPR - 2023 MPG Primer
Explore gene editing fundamentals, focusing on CRISPR technology. Learn about its origins, mechanisms, applications in human and mammalian cells, and potential therapeutic uses in various diseases.
From Genome Editing to Programmable Medicine - Broad Discovery Series
Explore the evolution of genome editing and programmable medicine with CRISPR pioneer Feng Zhang and his lab members, discussing advancements and future potential in this field.
Base Editing and Prime Editing: Precise Genome Modification Without DNA Breaks
Explore groundbreaking gene editing technologies: base editing and prime editing. Discover their therapeutic applications and advancements in precision DNA modification without double-strand breaks.
Germline Variation and CRISPR Screens - MPG Primer 2023
Explore germline variation and CRISPR screens in this comprehensive primer. Gain insights into complex trait genetics, human genetic variation, and cutting-edge DNA sequencing methods.
Using Pooled CRISPR Screens to Study Biology
Explore the application of pooled CRISPR screens in biological research. Gain insights into cutting-edge techniques for studying gene function and cellular processes at a genome-wide scale.
DNA Replication in Prokaryotes
Explore DNA replication in prokaryotes and eukaryotes, genetic engineering, and various cellular processes. Learn about key biological concepts and experimental techniques.
Grade 10 Biology Unit 2
Explore heredity, Mendelian inheritance, and dominant/recessive alleles in this comprehensive Ethiopian biology unit, enhancing understanding of genetic principles.
Biotechnology Principles and Processes
Comprehensive exploration of biotechnology principles for Class 12, covering genetic engineering tools, techniques, and processes. Includes NCERT-aligned content, problem-solving, and exam preparation materials.