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Conrad Sedwell
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Decks in this class (80)
Excitable cells 1: Action potentials
What is required for current unit...,
How are conductance and resistanc...,
Ohms law
12
cards
Physiology and Pharmacology: 4
Effectiveness of drugs
7
cards
Microbiology 5: Analysis protein-protein interactions
2 methods for studying protein pr...,
Basic steps of affinity chromatog...,
Examples of 2 affinity tags and t...
9
cards
Excitable cells 5: Anatomy and function of the nervous system intro
What are glia 3 major classes of ...,
Myelination in cns versus pns,
Human worm nervous system similar...
10
cards
Microbiology 5: More protein malarky
Gfp insertional process
1
cards
Physiology and Pharmacology 5: Introduction to Receptors
Main drug target molecules,
Characteristics of enzymes as dru...,
What are pro drugs example
8
cards
Physiology and Pharmacology 6: Receptors
4 main classes of receptor in mam...,
Characteristics of cell signallin...,
Structure organisation of nuclear...
8
cards
Microbiology 7: Nuclear structure
What are key features of a nuclea...,
What would be a good approach to ...,
What experiment would you use to ...
11
cards
Microbiology: microtubules
Properties and functions of the c...,
Microtubule structure comment on ...,
Which organelle is the major micr...
11
cards
Physiology and Pharmacology: RTK
Structure of rtks,
Pathway of activation for rtk,
How does receptor clustering acti...
10
cards
Excitable cells 6: Anatomy and function 2
Human brain dorsal view structure,
4 major regions of spinal nerve b...,
What is a dermatome
10
cards
Excitable cells 7: Motor nervous system and diseases
Where are alpha motor neurons loc...,
Name and describe the 2 main desc...,
Describe the pathway and function...
11
cards
Excitable cells 2: action potential propagation
What effect does the factors dete...,
What is local circuit theory evid...,
Why does myleination increase rat...
3
cards
Excitable cells 3: Ionic basis of APs
What is the equilibrium potential...,
Nernst equation explain each term...,
Which ion ea is resting potential...
7
cards
Microbiology 8: Actin
Structure of actin filament,
Atp actin and adp actin are found...,
Describe function and process of ...
13
cards
Physiology and Pharmacology: GPCRs
Main difference between gpcrs and...,
General structure of gpcr,
Describe active and inactive stat...
14
cards
Physiology and Pharmacology: (Challis) 11 Asthma
What is asthma and what does it r...,
How can difficulty breathing be q...,
What effect does an allergen have...
10
cards
Microbiology 14: (Prigent) Endocytosiss
3 main mechanisms of endocytosis,
Features of clathrin mediated cyt...,
Examples of ligands brought into ...
13
cards
Physiology and Pharmacology: Circulation + anatomy of blood vessels
3 structural layers of blood vess...,
Purpose of valves in veins
2
cards
Physiology and Pharmacology 14: neuromuscular
Mechanism of curare and result,
What is mg myasthenia gravis effe...,
What do anti thrombotic drugs do
3
cards
Excitable cells 9: Synaptic Transmission
3 types of neuron,
Describe in detail an electrical ...,
What is a gap junction formed from
11
cards
Excitable cells 10: Neurotransmitters n malarky
5 general stages of chemical syna...,
Describe the process of synaptic ...,
What is vesicular fusion mediated...
14
cards
Excitable cells 13: synaptic physiology
Purpose of chemical synapses,
What is the main feature that det...,
Are chloride channels always inhi...
7
cards
Excitable cells: Synaptic integration I
Why is synaptic integration impor...,
Parameters that affect synaptic i...,
What is spatial synaptic integration
8
cards
Excitable cells: SYnaptic integration II
Difference in psp summation at so...,
What are coincidence detectors an...,
Explain silent post synaptic inhi...
3
cards
Microbiology: Cell signalling
0
cards
Evolutionary Biology 15: Levels of selection
Levels of selection,
Example of genetic selection,
Examples of conflict between leve...
7
cards
Microbiology: Phosphorylation events in cell signalling
3 amino acid residues which are c...,
Mechanism of phosphorylation of t...
2
cards
Evolutionary Biology 1: Adaptive evolution
What is microevolution conditions...,
Difference between adaptive and n...,
Is natural selection random
7
cards
Evolutionary Biology 3: Neutral evolution
What is the neutral theory,
Difference between purifying and ...,
Behaviours that affect effective ...
3
cards
Evolutionary Biology 4: Principles of Development
Hierachal organisation of tissue ...,
Specification determination diffe...,
During fate restriction cells und...
8
cards
Evolutionary Biology 5: embryogenesis functionality
Functions of hedgehog signalling,
Function of hedgehog paracrine fa...,
What are wnts
6
cards
Evolutionary Biology 6: Comparative Development 1
Key stages in early plant develop...,
Important characteristics of arab...,
What are zebra fish and why are t...
10
cards
Evolutionary Biology 7: Comparative development 2
Overview of double fertilisation ...,
4 key developmental stages in emb...,
Describe apical basal axis format...
17
cards
Evolutionary Biology 8: Comparative development 3
How is body axis patterning estab...,
What cell changes are important f...,
What is epithelium in embryos
16
cards
Evolutionary Biology 9: Signals, molecules, genes 1
Describe 3 types of cell specific...,
Processes governing autonomous sp...,
Explain the process of induction ...
8
cards
Evolutionary Biology 10: Signals n shit 2
Explain the french flag hypothesis,
4 families of paracrine factors,
How do hedgehog hh proteins regul...
14
cards
Evolutionary Biology 11: Signals, molecules, genes, epigenetics
Describe features of mp mutant bd...,
Notable features of bdl tpl doubl...,
How does dna methylation effect g...
9
cards
Evolutionary Biology 12: Evo Devo
Models of functional outcomes of ...,
What does carroll believe is the ...,
Famous example of homologous gene...
3
cards
Evolutionary Biology: importance of development in evolution
What is the theory of modern synt...
1
cards
Evolutionary Biology 14: Quant. genetics
Phenotypic variance equation,
Genetic variance equation,
Narrow sense heritability equation
5
cards
Evolutionary Biology 16: Coevolution
Most important component of a spe...,
Types of interaction with other s...,
Principles of co evolution
4
cards
Evolutionary biology 17: Medicine n shiz
What is meant by mismatch to mode...
1
cards
Evolutionary biology 18: Parasites and the evolution of sex
Why would an organism evolve to b...,
Why would an organism evolve to b...,
3 costs of sex
4
cards
Evolutionary Biology 19: Aging
Difference between a proximate an...,
Difference between extrinsic and ...,
3 evolutionary genetics theories
6
cards
Microbiology 2: (Patel) Microscopes
Types of light microscopy and uses,
What is meant by resolution,
Purpose of putting oil on lens co...
10
cards
Microbiology 4: (Patel) Protein analysis
2 types of cultured cells advanta...,
5 methods of making cell lysate l...,
2 types of biological detergent u...
10
cards
Microbiology 6: (Patel) Study protein function
Methods for manipulating protein ...,
What is transient transfection,
What is required to produce recom...
6
cards
Microbiology 10: (Shackleton) Intermediate Filaments
Categories of intermediate filame...,
If general structure,
Characteristics properties of ifs
9
cards
Microbiology 11: (Prigent) Secretory pathway
Types examples of secreted protei...,
Example of proteins sorted by the...,
Describe the classic pulse chase ...
10
cards
Microbiology 12: (Prigent) Modification in the secretory pathway
Functions of the endoplasmic reti...,
Describe disulphide bond formatio...,
Enzymes responsible for accelerat...
13
cards
Microbiology 13: (Prigent) Vesicular traffic and secretion
2 approaches which identified the...,
Describe and explain shekmans fin...,
Describe and explain rothmans cel...
13
cards
Physiology and Pharmacology 1: (Evans)
Occupancy equation,
How can occupancy be measured dir...,
Drug graphs
7
cards
Physiology and Pharmacology 2: (Evans)
Langmuir equation,
What can you estimate with kd,
What is ec50 what is it a measure of
14
cards
Physiology and Pharmacology 3:
Example of reversible antagonism,
What is dose ratio equation,
What is pa2 changing the value af...
4
cards
Microbiology 16: (Tanaka) cell signalling framework and nuclear receptors
Examples of cell signalling,
What essentially are nuclear rece...,
What are glucocorticoids
5
cards
Microbiology 17: (Tanaka) Phosphorylation events in cell signalling
Which 3 amino acids can be phosph...,
Describe phosphorylation process ...,
Describe mechanism of activation ...
4
cards
Microbiology 18: (Tanaka) Regulatory mechanisms to define signalling output
Mechanism of rtk signalling in ra...,
What is ras what switches on and ...,
Downstream ras signalling molecul...
7
cards
Microbiology 19: (Tanaka) Decoding NF-KappaB Signal
Nf kappab general function exampl...,
Nf kb structure,
Ikb subtypes
5
cards
Microbiology 20: (Fry) Cell cycle 1
Phases of the cell cycle,
Why are cells in culture difficul...,
What drugs can be used to stop ce...
8
cards
Microbiology 21: (Fry) How cdks were identified
Why use yeast in eukaryotic genet...,
What is a conditional lethal muta...,
Cdc2 cdc 25 and wee1 why are thes...
5
cards
Microbiology 22: (Fry) Cdk regulation
Structural changes induced by cyc...,
Molecules involved in phosphoryla...,
Describe regulation process of cd...
7
cards
Microbiology 23: (Fry) Cell cycle checkpoints
What are the cell cycle checkpoints,
What factors does the cell check ...,
What factors does the cell check ...
5
cards
Physiology and Pharmacology 9: (Challis) Adrenoceptors 1
What is adrenaline and where is i...,
Which neurotransmitters and recep...,
What are noradrenergic varicosities
8
cards
Physiology and Pharmacology 10: (Challis) Adrenoceptors 2
Comment on the potency of noradre...,
Subtypes of adrenoceptor what are...,
Briefly describe gpcr mechanism o...
6
cards
Physiology and Pharmacology 14: (Evans) Vascular phys and pharm
General structure of a blood vess...,
Purpose of valves in veins,
Methods of transport from capilla...
10
cards
Physiology and Pharmacology 15: (Evans) Sympathetic control of arteries
Main distinction of the terminal ...,
Receptors which bind na and resul...,
Name 3 sites of action to block a...
10
cards
Physiology and Pharmacology 16: (Evans) role of endothelium
What are endothelins function 3 e...,
Where what level does endothelin ...,
Describe pathway of nitric oxide ...
8
cards
Physiology and Pharmacology 17: (Evans) kidneys n shit
What are diuretics
1
cards
Physiology and Pharmacology 18: (davies) Cardiac Cycle
Summarise pathway cycle of the ca...,
Purpose of valves in the heart,
Cardiac cycle pressure graph
9
cards
Physiology and Pharmacology 19: initiation of the heartbeat
Where is heart muscle contraction...,
How are cardiac muscle cells conn...,
Describe spread of electrical con...
14
cards
Physiology and Pharmacology 20: (davies) autonomic control and cardiac glycosides
Which current in sa pacemaker act...,
Which current in sa pacemaker act...,
What would you expect to happen t...
8
cards
Physiology and Pharmacology 21: (Davies) Arrhythmias
What is arrhythmias,
Mechanisms that lead to arrhythmia,
What ensures that an action poten...
11
cards
Physiology and Pharmacology 22: (Davies) Coronary blood flow and angina
What is angina,
When does most coronary blood flo...,
What is coronary circulation regu...
11
cards
Excitable cells 16: synaptic plasticity
What is synaptic plasticity,
What happens in homosynaptic shor...,
Describe mechanism of paired puls...
11
cards
Excitable cells 17: (McLean) Eye movement
Label the parts of the eye,
Describe the layers and cells of ...,
Why do eyes move
13
cards
Excitable cells 18: (McLean) PAthologic Nystagmus
What is pathological nystagmus,
Main difference between infantile...,
What happens in electroculography...
9
cards
Excitable cells 19: sensory integration
Describe the travel of informatio...,
3 junction between outer nuclear ...,
Where are these cells located and...
12
cards
Excitable cells 20: Extrastriate Cortex and posture
Sum up the purpose of the ventral...,
Describe the progression of both ...,
Damage in the inferior temporal c...
8
cards
Exercise Phys (?) : Structure and regulation of skeletal muscle
0
cards
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