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Slides accompanying lecture on amino acid metabolism, covering degradation (catabolism) and energy production
Slides accompanying lecture describing the composition and role of bile and some clinical implications of aberrant functioning
Slides accompanying lecture on the biochemistry of metabolism, covering: carbs; amino acids; fats; generation of ATP.
Slides accompanying SBoM session on musculoskeletal disorders
Slides accompanying lecture covering: cell cycle; cell division; malignant transformation; oncogenes and tumour suppressor genes; mutations; chromosomal abnormalities; Down's syndrome epidemiology.
Lecture slides accompanying session examining how different diagnostic tests are performed and assessing the usefulness and implications of the diagnostic tests.
Lecture slides accompanying session covering: the general mechanisms of enzyme activity; modes of regulation and inhibition; and their implication in disease.
Lecture slides accompanying session on: chromosomes, DNA, RNA and proteins; the structure of a gene; replication; transcription; translation and protein synthesis
Further slides accompanying the lecture 'From DNA to protein'
Slides accompanying lecture introducing metabolism of carbohydrates, with emphasis on glycolysis in aerobic and anaerobic conditions
Slides accompanying second lecture on carbohydrate metabolism, covering the pentose phosphate pathway and its clinical relevance
Slides accompanying third lecture on carbohydrate metabolism, covering the processes of glycogenesis, glycogenolysis and gluconeogenesis
Slides accompanying first lecture on lipid metabolism
Slides accompanying second lecture on lipid metabolism
Slides accompanying third lecture on lipid metabolism
Slides accompanying introductory lecture, covering eukaryotic and prokaryotic cells, and the role of subcellular compartments.
Slides accompanying lecture introducing the key points of metabolism and the role of adenosine triphosphate (ATP).
Week one lecture by Dr Caroline Childs, subject lead for molecular cell biology
Slides accompanying lecture describing key excitatory and inhibitory ionotropic receptors
Slides accompanying lecture describing the specific functions of the liver with respect to carbohydrate, fats and proteins, and the role of the liver in the detoxification of drugs and toxins
Notes accompanying lecture on metabolic liver function, describing the function of the liver in the metabolism of carbohydrates, lipids and amino acids, and in drug metabolism
Notes accompanying lecture covering: amino acid sources; neurotransmitters and hormones from amino acids; non-proteinaceous molecules synthesised from amino acids; important liver proteins; protein degradation
Slides accompanying lecture covering: the metabolic adaptations to the basal and starved states specific to carbohydrate, fat and protein metabolism; the functions of the liver in relation to these
Slides accompanying lecture describing the basic biochemistry of alcohol metabolism
Slides accompanying lecture introducing the molecular structure of muscle and the mechanism of muscle contraction
Slides accompanying lecture covering: neuroglia in the CNS and PNS; nerve cell injury; types of neuronal damage; degeneration and regeneration
Slides accompanying ICE session on genomics
Slides accompanying lecture presenting specifics of protein and amino acid metabolism with special reference to synthesis of various key proteins, integral liver function and degradation
A video explaining how the secondary protein structure alpha helix is formed.
Lecture notes detailing key aspects of signal transduction
Answers to frequently asked questions relating to cell biology lectures on DNA, RNA and protein
This document contains links to a wide range of resources on the web that will support you in your learning for Molecular Cell Biology and Genetics
Overview of the series of lectures on cell biology and clinical genetics, providing an introduction to the basic building blocks of life: nucleic acids and proteins.
Lecture slides accompanying introductory session from series on DNA, RNA and proteins
Lecture slides accompanying second session from series on DNA, RNA and proteins
Annotated lecture slides accompanying second session from series on DNA, RNA and proteins.
Lecture slides accompanying third session from the series on DNA, RNA and proteins
Annotated lecture slides accompanying third session from series on DNA, RNA and proteins.
Lecture slides accompanying the fourth session from series on DNA, RNA and proteins
Annotated lecture slides accompanying fourth session from series on DNA, RNA and proteins
Lecture slides accompanying fifth session from series on DNA, RNA and proteins
Annotated lecture slides accompanying fifth session from series on DNA, RNA and proteins
Lecture slides accompanying sixth session from series on DNA, RNA and proteins
Annotated lecture slides accompanying sixth session from series on DNA, RNA and proteins
Lecture slides accompanying seventh session from series on DNA, RNA and proteins
Annotated lecture slides accompanying seventh session from series on DNA, RNA and proteins
Lecture slides accompanying eighth session from series on DNA, RNA and proteins
Annotated lecture slides accompanying eighth session from series on DNA, RNA and proteins
Slides accompanying lecture on the mechanisms of ageing; longevity genes; how genes influence ageing; syndromes of premature ageing. Also two papers for further reading.
Slides accompanying lecture on the tricarboylic acid cycle (TCA) and electron transport chain (ETC)
Slides accompanying SBoM on Genomic medicine