Gpcr signalling Study guides, Revision notes & Summaries

ACS BIOCHEMISTRY EXAM 2023 Q&A With complete solution Henderson-Hasselbach Equation - ANSWER pH = pKa + log ([A-] / [HA]) FMOC Chemical Synthesis - ANSWER Used in synthesis of a growing amino acid chain to a polystyrene bead. FMOC is used as a protecting group on the N-terminus. Salting Out (Purification) - ANSWER Changes soluble protein to solid precipitate. Protein precipitates when the charges on the protein match the charges in the solution. Size-Exclusion Chromatography - ANSWER Se...

ENGR 200W Exam Questions Molecular-Pharmacology 2020 solution Which one of the following statements is CORRECT with regard to warfarin? Genetic variations of pharmacokinetics and pharmacodynamics‐related genes are associated with variations in drug responses. Give an example to describe how the existence of specific genetic variants affects pharmacokinetic and pharmacodynamic responses to a drug. (10 min) Transcription/Nuclear Factors: MCQ: Which ONE of the following statements regardi...

Lecture 1 of John Dickenson's section of the Pharmacology module. Covering structure of GPCRs, therapeutic problems and contributions to disease

A summary of the chapter Cell Signalling, covering the following points 1. Stages of Cell Signalling 2. Advantages of a Cell Signalling pathway 3. Types of Receptors 4. Relating Cell Signalling to Cancer

A detailed summary of notes taken from a complete set of lectures which broadly cover cell signalling. Topics include the importance of cell signalling, GPCR receptors, Receptor Tyrosine Kinases, signal transduction in plants and apoptosis.

Lecture notes of LIFE305 Cell Signalling about Sensory signalling in vision, olfaction and gustation. Discusses the signalling pathways from GPCR to output and the proteins involved.

General overview of cell signalling: different modes of signalling (juxtracrine, endocrine, autocrine, paracrine), general signalling pathway (stimulus - receptor - transducer - amplifier etc.), 6 different classes of signalling receptors (GPCRs, receptor tyrosine kinases/RTKs...), 11 different classes of intracellular signalling molecules (protein kinases, lipid kinases, phosphatases, adaptors...) and further reading on feedback loops and adaptive signalling.

In depth notes based on lecture recordings and further recommended reading from journals, published articles