Compartmental modeling: Fundamentals and Applications

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Explores alternative splicing in gene expression to create diverse proteins.

Explores genetic circuits design in synthetic biology, from regulatory mechanisms to plasmid construction.

Explores protein synthesis, genetic code, transcription, translation, and recombinant protein expression using vectors and plasmids.

Explores the regulation of transcription and translation processes, focusing on control mechanisms and alternative splicing in eukaryotes.

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

Covers phosphorylation, ubiquitinylation, methylation, and more in biological regulation.

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

Explores eukaryotic transcription initiation, elongation, and gene regulation complexity.

Explores RNA functions in transcription, translation, and gene regulation, including defense mechanisms and viral infections.

Explains transcriptomics, RNA-seq workflow, and gene expression analysis for disease biomarkers.