University of Reading (UOR) • Biomedical Science
Latest uploads for Biomedical Science at University of Reading (UOR). Looking for Biomedical Science notes at University of Reading (UOR)? We have lots of notes, study guides and study notes available for Biomedical Science at University of Reading (UOR).
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Courses Biomedical Science at University of Reading (UOR)
Notes available for the following courses of Biomedical Science at University of Reading (UOR)
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Bacteriology & Virology 1
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Building Blocks of Life 2
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Human Physiology C741 11
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Metabolic Biochemistry 5
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Microbiology 2
Latest notes & summaries University of Reading (UOR) • Biomedical Science
Summary of:
Bacterial morphology and arrangement
Gram and acid-fast staining - with examples
Peptidoglycan wall structure - how it grows through with binary fission
Antibiotics - action on the peptidoglycan
- Package deal
- Summary
- • 3 pages's •
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University of Reading•Microbiology
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Complete Microbiology• By 810med
Preview 1 out of 3 pages
Summary of:
Bacterial morphology and arrangement
Gram and acid-fast staining - with examples
Peptidoglycan wall structure - how it grows through with binary fission
Antibiotics - action on the peptidoglycan
Summary notes of all key concepts regarding enzymes in metabolic biochemistry.
Includes:
Enzyme structure - active sites, substrate specificity, coenzymes & isoenzymes
Enzyme assays (spectrophotometer)
Thermodynamics - activation energy, Gibbs free energy
Enzyme kinetics - velocity (and the effect of [S] and [E] on V0), temperature, pH, Michaelis-Menten model & lineweaver-burk plots
Enzyme inhibition - irreversible & reversible (competitive & non-competitive) and their effects on enzyme kinetics...
- Book & Paket-Deal
- Summary
- • 3 pages's •
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University of Reading•Metabolic Biochemistry
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BIOS Instant Notes in Biochemistry • David Hames, Nigel Hooper• ISBN 9780415608459
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Complete Metabolic Biochemistry• By 810med
Preview 1 out of 3 pages
Summary notes of all key concepts regarding enzymes in metabolic biochemistry.
Includes:
Enzyme structure - active sites, substrate specificity, coenzymes & isoenzymes
Enzyme assays (spectrophotometer)
Thermodynamics - activation energy, Gibbs free energy
Enzyme kinetics - velocity (and the effect of [S] and [E] on V0), temperature, pH, Michaelis-Menten model & lineweaver-burk plots
Enzyme inhibition - irreversible & reversible (competitive & non-competitive) and their effects on enzyme kinetics...
- Anatomy of the heart
- Heart Valves
- Autonomic Innervation
- Cardiac muscle - sarcomere structure & function (I, Z, A bands etc. and sliding filament theory)
- Cardiac Cycle (in relation to ECG)
- Package deal
- Summary
- • 4 pages's •
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University of Reading•Human Physiology
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Complete Human Physiology• By 810med
Preview 1 out of 4 pages
- Anatomy of the heart
- Heart Valves
- Autonomic Innervation
- Cardiac muscle - sarcomere structure & function (I, Z, A bands etc. and sliding filament theory)
- Cardiac Cycle (in relation to ECG)
Clear and concise notes on the heart, including:
- Diads
- Excitation-contraction coupling 
- Electrical activity of the heart (conductance calculation, Nernst equation, action potentials in pacemaker & non-pacemaker cells, electrogenic pumps)
- Electrocardiogram (what each letter/wave means, bradycardia etc. and what they look like on an ECG)
- Calculations for cardiac output & stroke volume
- Regulatory mechanisms (sympathetic & parasympathetic autonomic control, inotropy, chronotropy etc.)
- ...
- Book & Paket-Deal
- Summary
- • 8 pages's •
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University of Reading•Human Physiology
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Essentials of Pathophysiology • Carol Porth• ISBN 9781451194326
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Complete Human Physiology• By 810med
Preview 1 out of 8 pages
Clear and concise notes on the heart, including:
- Diads
- Excitation-contraction coupling 
- Electrical activity of the heart (conductance calculation, Nernst equation, action potentials in pacemaker & non-pacemaker cells, electrogenic pumps)
- Electrocardiogram (what each letter/wave means, bradycardia etc. and what they look like on an ECG)
- Calculations for cardiac output & stroke volume
- Regulatory mechanisms (sympathetic & parasympathetic autonomic control, inotropy, chronotropy etc.)
- ...
Concise & comprehensive summary of lecture notes covering:
- functions of circulation
- blood vessel wall anatomy
- arteries, veins, capillaries (structure & function)
- regulation of circulatory system
- Darcy's law & Poiseuille's law
- blood flow & regulation (laminar, turbulent & single-file)
- Nitric oxide (vasodilation mechanism)
- Smooth muscle (characteristics, contraction & relaxation)
- Package deal
- Summary
- • 5 pages's •
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University of Reading•Human Physiology
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Complete Human Physiology• By 810med
Preview 1 out of 5 pages
Concise & comprehensive summary of lecture notes covering:
- functions of circulation
- blood vessel wall anatomy
- arteries, veins, capillaries (structure & function)
- regulation of circulatory system
- Darcy's law & Poiseuille's law
- blood flow & regulation (laminar, turbulent & single-file)
- Nitric oxide (vasodilation mechanism)
- Smooth muscle (characteristics, contraction & relaxation)
Notes for biomedical science, biochemistry, zoology, animal science, biological science.
Summary of cell signalling using lecture notes & textbook.
Includes:
Apoptosis
Cell growth
Proliferation
The cell cycle - including checkpoints
Cell differentiation
- Book & Paket-Deal
- Summary
- • 2 pages's •
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University of Reading•Building Blocks of Life
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Biology • Neil A. Campbell, Lisa A. Urry• ISBN 9781292170435
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Complete Building Blocks of Life• By 810med
Preview 1 out of 2 pages
Notes for biomedical science, biochemistry, zoology, animal science, biological science.
Summary of cell signalling using lecture notes & textbook.
Includes:
Apoptosis
Cell growth
Proliferation
The cell cycle - including checkpoints
Cell differentiation
A complete & comprehensive summary of everything regarding taxonomy & bacterial classification.
Includes:
Evolution - mutations & horizontal gene transfer (explanation of the 3 types of HGT)
3 Domains - key differences 
Definitions of the nomenclature systems (taxonomy & phylogeny)
Cellular & acellular entities
Bacterial taxonomy - identifying species/strain, variants in species, binomial system 
Genomes - core, accessory & pan
Polyphasic taxonomy explained
Molecular techniques used - FAME, MALD...
- Book & Paket-Deal
- Summary
- • 7 pages's •
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University of Reading•Bacteriology & Virology
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Prescott\'s Microbiology • Joanne M. Willey, Linda Sherwood• ISBN 9789814581561
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Complete Bacteriology & Virology• By 810med
Preview 1 out of 7 pages
A complete & comprehensive summary of everything regarding taxonomy & bacterial classification.
Includes:
Evolution - mutations & horizontal gene transfer (explanation of the 3 types of HGT)
3 Domains - key differences 
Definitions of the nomenclature systems (taxonomy & phylogeny)
Cellular & acellular entities
Bacterial taxonomy - identifying species/strain, variants in species, binomial system 
Genomes - core, accessory & pan
Polyphasic taxonomy explained
Molecular techniques used - FAME, MALD...
A concise summary of cell structure and function with a focus on the main organelles in eukaryotic cells - eg. nucleus, endoplasmic reticulum, cytoskeleton etc.

Brief coverage of which microscopes are appropriate for viewing certain organelles and their resolutions (needs to be memorised for exams.)

Relevant to biomedical science, medicine, biochemistry, microbiology, molecular biology, animal sciences, biological sciences and A-Level biology students.
- Book & Paket-Deal
- Summary
- • 2 pages's •
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University of Reading•Building Blocks of Life
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Biology • Neil A. Campbell, Lisa A. Urry• ISBN 9781292170435
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Cell Structure & Function• By 810med
Preview 1 out of 2 pages
A concise summary of cell structure and function with a focus on the main organelles in eukaryotic cells - eg. nucleus, endoplasmic reticulum, cytoskeleton etc.

Brief coverage of which microscopes are appropriate for viewing certain organelles and their resolutions (needs to be memorised for exams.)

Relevant to biomedical science, medicine, biochemistry, microbiology, molecular biology, animal sciences, biological sciences and A-Level biology students.
A concise & comprehensive summary of lecture notes & textbook info on content including:
- water balance
- electrolytes (functions, concentrations)
- osmosis (van Hoff's law, osmolarity - calculating osmolarity)
- diffusion (Fick's law)
- tonicity (relevance in medicine when using IV solutions)
- Book & Paket-Deal
- Summary
- • 4 pages's •
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University of Reading•Human Physiology
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Essentials of Pathophysiology • Carol Porth• ISBN 9781451194326
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Complete Human Physiology• By 810med
Preview 1 out of 4 pages
A concise & comprehensive summary of lecture notes & textbook info on content including:
- water balance
- electrolytes (functions, concentrations)
- osmosis (van Hoff's law, osmolarity - calculating osmolarity)
- diffusion (Fick's law)
- tonicity (relevance in medicine when using IV solutions)
Homeostasis Summary
- Body systems & their functions
- Definitions
- Optimal conditions (pH, temp, [glucose])
- Intra- and extracellular fluid (and their components)
- Examples of homeostasis eg. O2 buffering by Hb
- Examples of positive & negative feedback
- Book & Paket-Deal
- Summary
- • 3 pages's •
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University of Reading•Human Physiology
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Pathophysiology, International Edition • Carol Mattson Porth, Glenn Matfin• ISBN 9781605473901
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Complete Human Physiology• By 810med
Preview 1 out of 3 pages
Homeostasis Summary
- Body systems & their functions
- Definitions
- Optimal conditions (pH, temp, [glucose])
- Intra- and extracellular fluid (and their components)
- Examples of homeostasis eg. O2 buffering by Hb
- Examples of positive & negative feedback