|
Hint
|
Answer
|
|
Name for the chemicals on the right side of a reaction
|
Product
|
|
Name for the chemicals on the left side of a reaction
|
Substrate
|
|
What occurs from a single gene but resulting from PTMs/splice variants etc
|
Isoforms
|
|
Amount of enzyme which converts 1mole of S to P per min
|
Kat
|
|
Substrate concentration for half Vmax (i.e. 50% maximal rate, expressed as concentration)
|
Km
|
|
Which enzyme group adds phosphate groups?
|
Kinase
|
|
Amount of enzyme which converts 1umol of S to P per minute
|
IU
|
|
What is the most common covalent modification, which occurs often at Ser/Thr/Tyr residues?
|
Phosphorylation
|
|
Enzyme activity per mg of protein (measures purity)
|
Specific activity
|
Forward and reverse reactions create kinetic ________ with equal generation of both substrate/product
|
Equilibrium
|
|
Enzymatic reaction where 2 molecules are joined together but water is not eliminated, can also happen across a double bond
|
Addition
|
|
What would adding more substrate do to a reaction speed?
|
Increase
|
|
Enzymatic reaction where 2 molecules are joined with the loss of water
|
Condensation
|
|
Vmax/Enzyme concentration
|
Kcat
|
|
Enzymatic reaction where a molecule can be split (includes hydrolysis)
|
Cleavage
|
|
Dual oxidation and reduction reactions normally involving Co-Enzymes
|
Redox
|
|
If two enzymes (1: Low Km, 2: High Km) at a metabolic branch point are competing for the same substrate, which one will preferably bind to the substrate?
|
1
|
|
What occurs from different genes generating different proteins?
|
Isoenzymes
|
|
Which method do eukaryotic cells use utilizing organelles to create specialised areas within the cell?
|
Compartmentalization
|
|
A reaction pathway which continues in a cycle, producing by products
|
Cyclical
|
|
Reaction involving replacement of one group with another
|
Substitution
|
|
Chemical modification to the enzyme to increase/decrease activity (e.g phosphorylation, ubiquitinylation)
|
Covalent control
|
|
Reusable biological catalysts which speed up chemical reactions
|
Enzyme
|
|
Inhibitors which do not change the structure of the enzyme and bind to the active or regulatory domains.
|
Reversible
|
|
Which type of regulation involves regulator molecules binding (reversibly) to regulatory sites on an enzyme and influencing the binding of substrates to the active site (in a positive or negative manner).
|
Allosteric
|
|
Reaction involving transfer of a functional group to a substrate
|
Transfer
|
|
Which enzyme removes phosphate groups?
|
Phosphatase
|
|
Reaction involving the changing of position of atoms and functional groups in a molecule
|
Rearrangement
|
|
Maximal rate at substrate saturation (expressed as rate of substrate conversion)
|
Vmax
|
|
Inhibitors which bind at the active site using a covalent bond and denature the enzyme permanently.
|
Irreversible
|
|
What influences the concentration of an enzyme in a cell, which can be altered depending on the availability of substrate.
|
Genetic expression/Gene level control
|
|
A reaction pathway which continues in a straight path
|
Linear
|
|
A reaction pathway which splits
|
Branched
|