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Related lectures (32)
Genome Editing: CRISPR-Cas Applications
Explores the applications of CRISPR-Cas in genome editing, focusing on engineering bacterial genomes, curing genetic diseases, guide RNA simplicity, Cas9 specificity, DNA damage mechanisms, and base editing.
Protein Synthesis: Mechanisms and Regulation
Explores protein synthesis, messenger RNA anatomy, ribonucleases, and reading frame determination.
Taylor Polynomials: Special Cases
Explores Taylor polynomials, odd orders, simplification, residues, and special cases of zero polynomials.
Information Processing: Replication, Transcription, Translation
Explores DNA replication, RNA transcription, and protein translation, emphasizing their crucial roles in cellular functions.
Genetic Code Expansion: Applications in Fruit Fly Models
Explores genetic code expansion and its applications in fruit fly models, emphasizing site-specific incorporation of non-native amino acids.
Genetic Code and Codon Usage
Covers the genetic code, codon degeneracy, and usage in E. coli and different species.
Retooling the Genetic Code
Delves into retooling the genetic code by expanding it beyond the standard amino acids, with a focus on eukaryotic mRNA translation and site-specific incorporation in fruit fly models.
Protein Synthesis: Recombinant Expression
Delves into protein synthesis, emphasizing recombinant expression and the production of proteins using plasmids and bacteria.
RNA Switches: Design & Applications
Explores the design and applications of RNA switches, focusing on regulatory RNA principles and engineered biomolecular components.
Hamilton Formalism: Normal Coordinates
Covers the Hamilton formalism applied to normal coordinates and constraints.