Videos for Genetic Improvement

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Iniciativa Slim en Medicina Genómica
Iniciativa Slim en Medicina Genómica
El futuro de la salud en México a través de la ciencia 🧬🔬 Durante más de 15 años, la Iniciativa Slim en Medicina Genómica ha transformado nuestra forma de entender y cuidar la salud. En colaboraci.
Strengthening Genebank Management Through Barcoding at CePaCT
Strengthening Genebank Management Through Barcoding at CePaCT
🌱 At our Centre for Pacific Crops and Trees (CePaCT), the Pacific's regional genebank, we're strengthening data management through barcoding and improving how germplasm accessions are identified, t..
The Promise of Gene Editing
The Promise of Gene Editing
...ances, CRISPR-based therapy has been approved to treat sickle cell anemia and a genetic defect that causes profound hearing loss in children and adults can now be repaired. Studie...
How Genomic Sequencing Can Save Lives
How Genomic Sequencing Can Save Lives
...Yemaachi Biotech, breaks down how it all works—and why he believes studying the genetic diversity across different populations is critical to advancing public health.
How does gene drive work?
How does gene drive work?
Gene drive increases the chance of inheritance so a chosen genetic trait spreads through a mosquito population. It is a new tool being explored to reduce mala...
Gene drive is a new tool which could complement existing malaria control tools
Gene drive is a new tool which could complement existing malaria control tools
...eds to be increased. Gene drive increases the chance of inheritance so a chosen genetic trait spreads through a mosquito population. It is a new tool being explored to reduce mala...
Kyoto Prize at Oxford: Azim Surani: The hidden logic of the genome
Kyoto Prize at Oxford: Azim Surani: The hidden logic of the genome
Azim Surani is the 2025 Kyoto Prize Laureate in Basic Sciences. He demonstrated that both paternal and maternal genomes are indispensable for normal mammalian development and subsequently discovere...
Pourquoi développons-nous des moustiques à impulsion génétique pour lutter contre le paludisme ?
Pourquoi développons-nous des moustiques à impulsion génétique pour lutter contre le paludisme ?
Le paludisme est une maladie mortelle qui fait plus de 600 000 victimes chaque année. Les mesures actuelles de lutte contre le paludisme, telles que les moustiquaires, les insecticides et les méd...
Série de vidéos sur l’impulsion génétique – Partie 4
Série de vidéos sur l’impulsion génétique – Partie 4
Target Malaria étudie une modification génétique qui altère la fertilité des moustiques femelles afin de réduire le nombre de moustiques vecteurs du paludisme en Afrique subsaharienne. La série d...
Quels tests de sécurité et études d'efficacité réalisons-nous dans nos laboratoires ?
Quels tests de sécurité et études d'efficacité réalisons-nous dans nos laboratoires ?
Avant toute utilisation future de moustiques à impulsion génétique, des études approfondies sur la sûreté doivent être menées afin de garantir que notre technologie est sûre et efficace. La série d...
Comment créons-nous un moustique à impulsion génétique en laboratoire ?
Comment créons-nous un moustique à impulsion génétique en laboratoire ?
La mise au point de moustiques à impulsion génétique est un processus long et minutieux qui débute dans les laboratoires confinés de l'Imperial College de Londres, où l'on identifie les modificatio...
What safety tests and efficacy studies do we perform in our labs?
What safety tests and efficacy studies do we perform in our labs?
Before any future use of gene drive mosquitoes, extensive safety studies must be completed to ensure our technology is safe and effective. The gene drive video series is a series of four videos exp...
How do we create a gene drive mosquito in the lab?
How do we create a gene drive mosquito in the lab?
...ontained laboratories at Imperial College London to identify the most promising genetic modification for malaria control. The gene drive video series is a series of four videos e...
What gene drive approach are we exploring to reduce the number of malaria mosquitoes in Africa?
What gene drive approach are we exploring to reduce the number of malaria mosquitoes in Africa?
Target Malaria is exploring a genetic modification which alters the fertility of female mosquitoes to reduce the number of malari...
Optimizing chili pepper breeding for climate change
Optimizing chili pepper breeding for climate change
Climate-resilient chili pepper breeding is essential for future food security. Dr Derek Barchenger (Senior Scientist - Pepper Breeding, World Vegetable Center) presents genomic approaches for impro...
Begomovirus resistance in capsicum and its application to breeding
Begomovirus resistance in capsicum and its application to breeding
...iruses in peppers through advanced breeding techniques. It discusses the use of genetic resistance genes, marker-assisted selection, and gene pyramiding to achieve durable resista...
A. F. Weinberger - Cardiac Repair Mechanisms- Insights from Opto - and Chemogenetic Approaches
A. F.  Weinberger - Cardiac Repair Mechanisms- Insights from Opto - and Chemogenetic Approaches
...drid, SPAIN speaks on "Cardiac Repair Mechanisms- Insights from Opto - and Chemogenetic Approaches". Abstract Our group investigates regenerative therapies for heart failure, foc...
Early career researcher interview: Jakob Goldstraw
Early career researcher interview: Jakob Goldstraw
...s about his experience working as part of a UK-CGIAR Centre project “Leveraging genetic innovations for accelerating breeding of Climate resilient and nutritious crops.”