Lecture 15-E: Discovery of the Genetic Code (recommend 1.5x Speed)

Lecture 15-C: Genetic Code Highlights (Recommend 1.25x speed)

BSC 219 S23 Group 21 Activity Review B

Genetics: L11-BB / L10-F: Euploidy, Aneuploidy, and Nondisjunction (Recommend 1.5x Speed)

Genetics: L11-AA / L10-E , Robertsonian Translocations and Familial DS (Recommend 1.5x speed)

Genetics: L10-D, Chromosome Abnormalities: Adjacent vs. Alternate Segregation (Recommend 1.5x Speed)

Genetics: L10-C, Chromosome Abnormalities: Pericentric Inversions (Recommend 1.5x Speed)

Genetics: L10-B, Chromosome Abnormalities: Paracentric Inversions (Recommend 1.5x Speed)

Genetics L10-A Chromosome Abnormalities: Deletions and Duplications (Recommend 1.5x Speed)

Genetics: L2-G, Spermatogenesis and Oogenesis (Recommend 1.5x Speed)

Genetics: L2-D, Meiotic Prophase I (Recommend 1.5x Speed)

Genetics L2-C: Phases of Meiosis

Genetics: L2-E, Meiotic Metaphase I (Recommend 1.5x Speed)

Genetics: L2-F, Meiotic Anaphase I Through Telophase II (Recommend 1.5x speed)

Genetics: L2-B, Mitosis vs. Meiosis (Recommend 1.5x speed)

Genetics: L2-A, Haploid Number (Recommend 1.5x speed)

Genetics: L1-E, Cell Cycle, Ploidy, Homologous Chromosomes (Recommend 1.5x speed)

Genetics: L1-A, Course Introduction (Recommend 1.5x speed)

Genetics: L1-F, Mitosis (Recommend 1.5x speed)

Genetics: L1-D, Chromatin and chromosome structure (Recommend 1.5 x speed)

Genetics: L1-C, The nuclear membrane (Recommend 1.5x speed)

Genetics: L1-B, Today's Topic List (Recommend 1.5x speed)

Genetics: L27-C, ASO treatment for SMA1 (Recommend 1.5x Speed)

Genetics: L27-B, Gene therapy and SMA1 (Recommend 1.5x Speed)

Genetics: L27-A, Gene Therapy: AAV Biology (Recommend 1.5x Speed)

Genetics: L28-E, Gene Edited Humans (Recommend 1.5x Speed)

Genetics: L28-D, Agrobacterium and CRISPR-based editing of plants (Recommend 1.5x Speed)

Genetics: L24-G, Agrobacterium and GMO Plants (Recommend 1.5x Speed)

Genetics: L28-C, CRISPR: Gene editing with gRNAs (Recommend 1.5x Speed)

Genetics: L28-B, CRISPR: Cas9, tracrRNAs, crRNAs (Recommend 1.5x Speed)