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Conrad Sedwell
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Decks in this class (49)
Bioinformatics 2: Introduction pt. 2
Why are python and perl human rea...,
Purpose of a psi blast search wha...,
How does a psi blast search work
5
cards
Bioinformatics 3: Genome organisation and evolution
What are transcriptomes proteomes,
Polymorphic dna variants what cha...,
Method of typing restriction frag...
15
cards
Bioinformatics 4: Genetic variation and health
Number of nucleotides involved in...,
What is the definition of a snp,
Main features of snps main change...
9
cards
Bioinformatics 5: Eukaryotic genomes to comparitive genomes
How are eukaryotic genomes organi...,
What is meant by the c value paradox,
What is a cot analysis what can i...
8
cards
Bioinformatics 6: publications, archives, information retrieval
What is plos perks of using it,
Uk copyright law length,
The fundamental principles of a d...
4
cards
Bioinformatics 7: Sequence alignment and its significance
The 2 types of homolog and their ...,
What is meant by the orthology co...,
What is meant by chance similarity
13
cards
Bioinformatics 8: advanced searching and multiple alignment
Why might you want to filter quer...,
How could you filter query sequences,
Identity which could be real or c...
8
cards
Bioinformatics 9: Phylogeny 1
Examples of what can be learnt fr...,
What is a phylogenetic tree,
What are the terminal nodes on tr...
8
cards
Bioinformatics 10: Phylogeny 2
Strengths and weaknesses of evolu...,
Occams razor relation to characte...,
Informative vs non informative ba...
5
cards
Bioinformatics 11: Gene expression and regulation
What is the transcriptome and wha...,
What is gene expression data and ...,
Traditional molecular biological ...
16
cards
Bioinformatics 12: Gene regulation 2
What is mass spectrometry advantages,
Method of sample extraction and p...,
What is crap
9
cards
Bioinformatics 13: High throughput sequencing 1
What is capillary electrophoresis...,
High throughput applications of s...,
What is massively parallel sequen...
3
cards
Bioinformatics 14: High throughput sequencing 2
What is smrt sequencing why is it...,
How does smrt sequencing work,
Pros and cons of smrt sequencing
6
cards
Bioinformatics 15: RNAseq
What is rna seq and what is it us...,
Principles of the rna seq process,
Advantages of rna seq vs microarrays
5
cards
Bioinformatics 16: Structural Bioinformatics 1
0
cards
Bioinformatics 17: Structural 2
What is a ramachandran plot,
What amino acid sequence patterns...,
What amino acid sequence patterns...
10
cards
Bioinformatics 18: Structural 3
Describe the single step approach...,
Describe the fragment based appro...,
How do you refine a homology model
5
cards
Bioinformatics 19: Structural 4
What interactions are present dur...,
What is ligand docking in bioinfo...,
Main uses of ligand docking
7
cards
Bioinformatics 20: Galaxy and genome scale analyses
0
cards
Exercise Phys 1: Cardiovascular system and adaptations to exercise
Nernst equation what does it calc...,
Increasing the following currents...,
How long on average is the cardia...
12
cards
Exercise physiology 2: Cardiovascular stuff no. 2
Long qt durations are indicative ...,
St segment elevation or depressio...,
Changes to ecg during exercise in...
14
cards
Exercise Phys 3: Metabolism and bioenergetics
Amount of calories in 1g offatcar...,
3 atp synthesis pathways,
Describe atp phosphocreatine syst...
11
cards
Exercise Phys 4: Endocrine response
Characteristics of steroid hormon...,
Characteristics of non steroidal ...,
Characteristics of prostaglandins...
11
cards
Exercise Phys 6: Bones, joints and movement
Classifications of bone give brie...,
Describe general bone structure o...,
Two types of bone marrow and thei...
7
cards
Exercise Phys 9: Balance and movement
What does cog stand for and what ...,
What is the line of gravity,
Sensory systems responsible for p...
16
cards
Exercise Phys (11) : Structure and regulation of skeletal muscle
Structural components of skeletal...,
Thick filaments are formed from what,
Thin filaments are formed from what
10
cards
Exercise Phys (12): Adaptations of Neuro-muscular system to exercise
Most strength gains in the first ...,
What is meant by neural adaptatio...,
Types of muscle hypertrophy
9
cards
Exercise Phys 13: (deb Mitcheson) Limitations to exercise 1
Equation for rq,
3 things which will alter effect ...,
Define submaximal activity exercise
17
cards
Protein control 5: (leyland) regulation of protein function
Why are proteins regulated,
Major ways enzyme activity can be...,
Order fastest to slowest regulato...
8
cards
Protein control: (leyland) regulation of protein function 2
Haemoglobin exists in what 2 stat...,
Role of allosteric activators and...,
Why is phosphorylation an effecti...
10
cards
Protein control: Energy production in the cell
General structure of mitochondria,
General structure of the chloroplast,
Main processes which occur in the...
12
cards
Protein control 5: Complex I
What molecules are used as transi...,
How many complexes in the electro...,
What is the function of ubiquinon...
10
cards
Protein control 6: Complex II, III, IV
Theoretical limit of atp per fadh...,
Full names of complex ii,
2 main roles of complex ii
10
cards
Bioinformatics 19: Structural 4
0
cards
Protein regulation 1: binding and enzyme kinetics
What is kd,
Tight complex vs weak complex kd ...,
Delta g equation
6
cards
Protein regulation 2: Enzymes
K1 and k 1 represent what,
Association rate and dissociation...,
Michaelis menten equation derived...
4
cards
Protein regulation 3: Serine Proteases
Criteria for an efficient enzyme ...,
Example of efficient and not as e...,
What is the transition state
10
cards
Protein control: (leyland) carb metabolism 1
Metabolic pathways are controlled...,
Changes in metabolism in the fed ...,
Changes in metabolism in fasted s...
20
cards
Protein control: (leyland) Carb metabolism 2
Describe regulation of pfk 1 via ...,
What is pfk 2 and what does it do,
How is pfk 2 hormonally regulated...
10
cards
Protein control: (leyland) carb metabolism 3
What is the purpose of the pentos...,
Key stage enzyme of regulation in...,
What does g6pdh g6p dehydrogenase...
16
cards
Protein control: (leyland) lipid metabolism 1
General properties of lipids,
How are lipids transported in the...,
Structure of a lipoprotein partic...
13
cards
Protein control: (leyland) lipid metabolism 2
Where does fatty acid synthesis o...,
Key enzyme of regulation in fa sy...,
How many carbon atoms are added p...
13
cards
Protein control: lipid metabolism 3 integration of metabolism
0
cards
Protein control: lipid metabolism 3 integration of metabolism
What processes in the liver are p...,
What processes in adipose tissue ...,
What processes in the liver are p...
6
cards
Protein control: (leyland) diabetes analysis
What is the glucose tolerance tes...
1
cards
Protein control: (Vuister) membranes and transport 1
Types of membrane proteins,
What is bacteriorhodopsin,
Characteristics of tm helices
8
cards
Protein control: (Vuister) Membrane and transport 2
Gibbs free energy values in the v...,
Properties of k channel,
General structure of a channel
4
cards
Exercise Phys 19: Nature vs Nurture
0
cards
Exercise Phys 14: (deb Mitcheson) limitations to exercise 2
4 major causes of fatigue
1
cards
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year 2 semester 2
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