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Decks in this class (37)
Key Terms
Monosaccharides 1,
Metabolite 2,
Draw alpha and beta glucose 3
28
cards
Lecture 1: Key Molecules
Describe fatty acids as an energy...,
Roles of fatty acids 2,
Draw phospholipid membrane lipid 3
9
cards
Lecture 2: Tree Of Life
Linnaeus 1,
Charles darwin key dates 2,
Edward hitchcock 3
13
cards
Lecture 3: How We Do Science
What is the main way in which sci...,
What are some similarities that e...,
What is the conclusion drawn from...
13
cards
Lecture 4: Evolution & Speciation
Darwins postulates postulate 1 an...,
Darwin s postulates postulate 2 a...,
Darwins postulates postulate 3 an...
17
cards
Lecture 5: The HGP
Goals of the hgp 1,
Findings of the hgp and their inf...,
Explain the central dogma of mole...
15
cards
Lecture 6: DNA Is The Genetic Material
Define an auxotroph 1,
Definitely a prototroph 2,
What were beadle and tatum trying...
13
cards
Lecture 7: DNA Structure
What did phoebus levene discover 1,
What s the polarity of pentose de...,
Define a glycosidic bond 3
20
cards
Lecture 8: DNA Replication
What is the error rate in dna rep...,
What was the watson crick model f...,
2 predictions of the watson crick...
29
cards
Lecture 9: Enzymology Of DNA Replication
Who described the replication for...,
Describe what is meant by okazaki...,
Why is there no 3 to 5 synthesis ...
26
cards
Lecture 10: DNA Sequencing & PCR
Role of walter gilbert and freder...,
Draw the difference between ribon...,
What is dideoxynucleotide 3
26
cards
Lecture 11: Bacterial Transcription
When can gene expression be regul...,
Polarity and strand nomenclature 2,
Why is uracil not found in dna 3
18
cards
Lecture 12: Eukaryotic Transcription
Briefly describe the 3 main rna p...,
Draw the tata box promoter diagra...,
What is the role of the enhancer 3
33
cards
Lecture 13: RNA Splicing
Define rna splicing and state how...,
Describe the bacterial r loop 2,
The discovery of split genes 1977 3
31
cards
Lecture 14: The Genetic Code
Who shared the nobel prize for ap...,
Describe the work of george gamow...,
What did sidney brenner discover 3
16
cards
Lecture 15: Bacterial Translation
Why is a ribosome binding site ne...,
Describe the bacterial ribosome 2,
How does a ribosome find mrna 3
8
cards
Lecture 15: Eukaryotic Translation
Describe eukaryotic ribosome stru...,
Brief initiation differences betw...,
Describe initiation of eukaryotic...
19
cards
Lecture 16: Covalent Bonds
Features of covalent bonds 1,
Describe protein digestion using ...,
Explain bond rotation 3
15
cards
Lecture 17: Non-covalent Bonds
Properties of non covalent intera...,
Examples showing importance of no...,
Describe how distance impacts ato...
14
cards
Lecure 18: Amino Acids, Equilibrium & pH
Why is ph tightly regulated 1,
What are proteins made of 2,
Describe chirality of amino acids 3
18
cards
Lecture 19: Amino Acids & Sequence
Briefly describe properties of hy...,
Ph pka 2 2,
Ph pka 2 3
23
cards
Lecture 20: Secondary & Tertiary Structure
Briefly describe each type of pro...,
What are the 3 main methods of pr...,
3 types of proteins 3
19
cards
Lecture 21: Quaternary Structure & Folding
Haemoglobin quaternary structure 1,
Restriction enzyme quaternary str...,
Describe anfinsens experiment for...
6
cards
Lecture 22: Myoglobin & Hemoglobin
How is oxygen carried 1,
What does the hyperbolic curve de...,
What makes the transfer of oxygen...
29
cards
Lecture 23: Enzyme Essentials
Define a co factor 1,
Differentiate between an apoenzym...,
Key roles of enzymes 3
21
cards
Lecture 24: Enzyme Kinetics
What is enzyme kinetics 1,
Explain the formation of v k s e ...,
Describe e s es e p using differe...
14
cards
Lecture 25: Enzyme Kinetics 2
Lineweaver burk equation 1,
What s a draw back of using the l...,
How can we define kcat in terms o...
8
cards
Lecture 26: Allosteric Regulation
How can the allosteric reaction o...,
Describe the allosteric regulatio...,
Define glycolysis 3
16
cards
Lecture 27: Metabolism
Differentiate between anabolism a...,
State the first law of thermodyna...,
How can energy be quantified 3
8
cards
Lecture 28: Energy & Metabolism
What does it mean if deltag 0 1,
What deltag do enzymes catalyse 2,
What does it mean when there s a ...
16
cards
Lecture 29: Metabolic Pathways & Glycolysis
Briefly describe the discovery of...,
Briefly describe discovery of gly...,
Definition of cofactors and coenz...
39
cards
Lecture 30: Fate of Pyruvate
Why do nad and phosphate need reg...,
How is nad regenerated in aerobic...,
How is nad regenerated in anaerob...
19
cards
Lecture 31: Gluconeogenesis & Pentose Phosphate Pathway
What is gluconeogenesis 1,
How can glucose be regenerated 2,
Describe the conversion of pyruva...
26
cards
Lecture 32: Oxidatve Phosphorylation
Where does oxidative phosphorylat...,
Define oxidative phosphorylation 2,
How much nadh and fadh2 is produc...
26
cards
Lecture 33: Photosynthesis
Overview of photosynthesis 1,
Equation relating frequency energ...,
Energy from light equation 3
31
cards
Lecture 34: Glycogen Metabolism & Glucose Homeostasis
Structure and function of glycogen 1,
Why is glycogen a good storage mo...,
Why does the body need to use gly...
40
cards
Last Min
Products from glycolysis 1,
Link products per glucose molecule 2,
Krebs products per glucose two tu...
7
cards
More about
LF130 Cellular & Molecular Biology
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