Synthetic biology: molecular components and cellular engineering

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Related lectures (29)

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Nuclear Receptors: Signalling and Health Implications

Explores nuclear receptors, JAK-STAT pathway, growth factors, endocrine disruptors, and estrogen receptors.

Synthetic Biology: Therapeutic Advancement

Delves into cutting-edge tools for disease treatment through synthetic biology.

Protein Circuit Design

Explores protein-based processors for logic operations and their applications in cell-based therapies.

Cancer Biology: Hallmarks and Mechanisms

Covers the hallmarks of cancer, oncogenes, tumor suppressor genes, metastasis, and genetic alterations driving tumorigenesis.

Protein Function Regulation: Degradation Mechanisms

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

G Protein-Coupled Receptors: Signalling Diversity and Complexity

Explores the diversity and complexity of G protein-coupled receptors, focusing on their signalling pathways, ligand effects, and cellular activity.

Genetic Circuit: Synthetic Biology

Explores genetic circuits in synthetic biology, focusing on the lac operon mechanism and the design of synthetic circuits using standardized biological parts.

Cell types in the brain

Introduces neuronal gene expression data and characterizes neurons based on morphology and connectivity.

G Protein-Coupled Receptors: Signalling Diversity

Explores G protein-coupled receptors' signalling diversity, covering structure, activation, bias effects, and internalisation.

Engineering with Cellular Components: Proteins, Lipids, and DNA

Explores biology fundamentals, proteins, lipids, and DNA as synthetic materials, covering cell structure, membrane composition, protein production, DNA structure, and tissue engineering.