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Eve Macdonald
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Decks in this class (41)
genetics lecture 1 - regulation of transcription 1
What does each gene have 1,
How can gene expression be regula...,
What are marker genes and specifi...
30
cards
genetics lecture 2 - regulation of transcription 2
What are the stages of antibody p...,
What is an sds page sodium dodecy...,
What is western blotting 3
29
cards
lecture 3 - nuclear organisation and next generation sequencing
Where is constitutive heterochrom...,
What are centromeres 2,
What are telomeres 3
27
cards
lecture 4 - RNAi and CRISPR
Statements about crispr cas9 1,
What are practical issues with cr...,
What is the example of therapeuti...
20
cards
lecture 5 - mendelian inheritance
What is mendelian inheritance 1,
What are mendelian ratios monohyb...,
Do monogenetic disorders follow m...
26
cards
lecture 6 - multigenetic traits
What is epistasis 1,
What are gene interactions and di...,
What is coat colour inheritance i...
22
cards
lecture 7 - population genetics 1
What is population genetics 1,
What is the population genetic di...,
What is the hardy weinburg equili...
24
cards
lecture 8 - population genetics 2
What are gwas 1,
What is the general trend of canc...,
How are cancers two chance events...
17
cards
lecture 9 and 10 - allelism and prelude to lab
What is albinism and what are the...,
What are the phenotypes of bald n...,
Mutations in different genes can ...
30
cards
Lecture 1 - bioenergetics - energy and ATP
Blank 1
1
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lecture 2 - respiration
0
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Lecture 3 - photosynthesis
0
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Lecture 4 - protein structure and function 1
What are structural proteins 1,
What are scaffold proteins 2,
What are enzymes 3
22
cards
Lecture 5 - protein structure and function 2
What is an alpha helix 1,
What is a beta sheet 2,
What is a beta turn 3
9
cards
Lecture 6 - protein structure and function 3
0
cards
Lecture 7 - enzymology 1
0
cards
Lecture 8 - enzymology 2
0
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Lecture 9 - membrane potential and ion transport 1
0
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Lecture 10 - membrane potential and ion transport 2
0
cards
Lecture 11 - energy balance
0
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Lecture 1 - Perception of the external environment by cells and organisms – overview and importance. Relationship to disease and applications
0
cards
Lecture 2 - Steroid Hormones, Growth Factors and Regulation of Transcription
0
cards
Lecture 4 - Circadian Regulation of Gene Expression and Behaviour – diurnal and Seasonal Regulation
0
cards
Lecture 5 - Second Messengers and Signalling. Calcium
0
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Lecture 6 - Protein Kinases and Phosphatases
0
cards
Lecture 7 - Tyrosine Kinases, Phosphoinositides and Cell Signalling
0
cards
Lecture 8 - G-Protein Couples Receptors and Signalling
0
cards
Lecture 10 - Photoreceptors and Regulation of Downstream Processes in Bacteria, Plants and Mammalian Vision
0
cards
Lecture 1 - Overview of Key Processes and Concepts in Development. Experimental Approaches; Model Organisms
0
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Lecture 2 - Zygote Formation and How Acquisition of Cell Polarity Underpins Subsequent Developmental Fate
0
cards
Lecture 3 - Cellular Aspects of Development – Cytoskeleton; Control of Cell Shape and Intracellular Movement
0
cards
Lecture 4 - Cellular Aspects of Development – the Cell Cycle and Cell Division
0
cards
Lecture 5 - Cellular Aspects of Development – Control of the Cell Cycle
0
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Lecture 6 - Molecular Genetic Basis of Development – Cell Commitment and Differentiation
0
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Lecture 7 - Molecular Genetic Basis of Development – Pattern Formation in Morphogenesis
0
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Lecture 8 - Molecular Genetic Basis of Development – Organogenesis in Drosophila and Arabidopsis
0
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Lecture 9 - Molecular Genetic Basis of Development – Cell Communication in Morphogenesis
0
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Lecture 10 - Programmed Cell Death in Development
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Lecture 11 - Body Axes Determination
0
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genes, cells and molecules
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