Lectures related to Chromosomal Sex Determination

Explores genetic expression, chromosome characteristics, X chromosome inactivation, and DNA methylation impact.

Explores chromosomal dosage, genetic disorders, inheritance patterns, and X chromosome inactivation.

Explores genetic distance calculation, sequence alignment, and the impact of friction.

Explores genetic dosage, Chromosome 21, X-inactivation, and X-linked inheritance.

Explores Mendelian genetics, covering chromosomal theory, genetic ratios, Chi-square analysis, and human trait pedigrees.

Explores genetic dosage, X chromosome inactivation, and chromosome abnormalities, illustrated by real-life examples and genetic concepts.

Covers cellular biology, focusing on mitosis, meiosis, and the cell cycle processes.

Covers the basics of genetics, inheritance of alleles, genotype-phenotype relationship, and population genetics.

Explains chromosome duplication, separation, meiosis stages, and genetic variation consequences.

Introduces a course on Genetics & Genomics, focusing on R programming with interactive exercises.

Discusses genetic inheritance, color blindness prevalence, DNA cleavage, X chromosome inactivation testing, and XIC mutations.

Explores major themes in biology, patterns of inheritance, Mendel's laws, genetic defects, and the impact of the environment on phenotype.

Explores DNA fundamentals, structure, production, and engineering of DNA-based materials, including hydrogels and particles.

Explores DNA methylation, its impact on gene expression, genomic imprinting, and severe combined immunodeficiency.

Covers cell division phases, organelle staining, and immune cell interactions.

Explores meiosis, focusing on chromosome division, genetic shuffling, and consequences of errors.

Introduces the simulation of networks, covering brain modeling at various spatial scales and the NEURON Simulation Environment.

Explores the evolution of sex chromosomes, the shrinking of the Y chromosome, and Langer mesomelic dysplasia.

Provides an overview of DNA structure, replication, transcription, and its engineering applications in molecular biology.

Explains the challenges of DNA replication in eukaryotes, focusing on chromosome ends and the role of telomeres.