Genomics: Gene Regulatory Networks

Related lectures (30)

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Explores the impact of mutations on diseases, genetic variability in medicine, and the consequences at gene expression and epigenetic levels.

Explores bistability in gene regulation, analyzing fixed points, bifurcation diagrams, and hysteresis behavior in gene expression.

Explores gene regulatory networks, showcasing how they drive temporal changes in cell behavior towards stable states.

Explores genomic medicine, covering genetic determinism, personalized medicine, genetic anomalies, and ethical considerations.

Explores prokaryotic transcription, operons, sigma factors, gene regulation, and DNA loops in bacteria.

Covers gene expression measurement techniques and analysis methods in genomics.

Explores RNA switches design and applications, focusing on exploiting nature's design principles to build new biomolecular components and networks.

Explores DNA structure, gene expression, RNA transcription, and protein manufacturing in cells, including the crucial role of RNA polymerase.

Explores chromatin structure, DNA compaction, and regulatory networks in genomics.

Covers the mechanisms of protein degradation, including the roles of the proteasome and autophagy in regulating protein function.