Genome Duplication: Mechanisms and Models

Related lectures (30)

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Explores 21st-century neurogenetics and the building blocks of genes, emphasizing the impact of environment and genetics on neurodevelopment.

Discusses the self-attraction of DNA and its mediated interactions.

Explores DNA replication in eukaryotic cells, emphasizing pre-replicative complexes and replication regulation mechanisms.

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

Explores DNA engineering through PCR, Sanger sequencing, the Human Genome Project, recombinant DNA, bacterial DNA manipulation, and CRISPR/Cas9.

Covers energy changes, hydrogen bonds, amino acids, DNA base pairing, and DNA replication.

Covers cancer biology topics on base excision repair, cellular responses to DNA damage, p53 regulation, and apoptosis mechanisms.

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

Explores DNA fundamentals, nano-engineering, and bioengineering applications, focusing on programmable biomaterials and DNA origami structures.

Explores genetic variations, DNA replication errors, and practical applications in forensic science.