Concept

Messenger RNA

Related lectures (30)

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

Explains protein synthesis, translation, and the central dogma of molecular biology.

Explores fundamental chemical biology tools, nucleosides, nucleotides, RNA/DNA probing, and DNA replication dynamics.

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

Explores mRNA translation, translational blockers, genetic code expansion, and protein labeling techniques.

Explores tools for studying the translatome, including mRNA translation and genetic code expansion.

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

Explores the design and applications of RNA switches, focusing on regulatory RNA principles and engineered biomolecular components.

Explores DNA replication, RNA transcription, and protein translation, emphasizing their crucial roles in cellular functions.

Introduces synthetic biology for disease treatment, covering RNA therapeutics, drug discovery, and gene circuits.

Explores the translation process of protein synthesis, covering nuclear structure, ribosomes, tRNA, and translation accuracy.

Explains RNA splicing in eukaryotes and the export of mature RNA for translation.

Delves into RNA metabolism in ALS genetics, focusing on key proteins, mutations, and implications in neurodegeneration.

Delves into genetic compensation mechanisms triggered by mutant mRNA degradation and their implications on human genetics.

Covers the process of gene transcription, RNA processing, nuclear export, and translation.

Explores RNA splicing mechanisms, alternative splicing, ribosome function, and translation process in eukaryotic cells.

Explores the composition and functions of essential molecular building blocks in biological systems.

Explores RNA-based probes, focusing on Spinach aptamers as GFP-mimics of RNAs and their applications in model systems.

Explores alternative splicing, the genetic code, translation, and the journey from genetics to proteins.

Covers transcriptional regulation and mRNA stability, including chromatin accessibility and post-transcriptional processes.