_____ is the only amino acid in cis configuration

which is false of alpha helices

the _____ end has attractive interaction with sulfate in sulfate binding site

in beta sheets, a _____ bonds at 180 degree and ______ does not

a _______ bond is between 2 cysteines

______ is recognized by HIV and has 4 domains

____ has 95 immunoglobulin domains

phi and psi are ______ 

phi/psi larger than 180 degree are _____ 

_____ are a bridging molecule that allow to skip E3

____ is the effective concentration where 50% of the effect is observed

_____ is the inhibitor concentration where 50% of receptor is bound to inhibitor

using ELISA, the curve will shift _____ with a strong bond

in ELISA, the ______ change tells how much ligand bound

when Kd is small, Ka is 

adding OMP enzyme

the _____ hump decides the rate, a ______ hump means rate is higher

unimolecular are measured in ____

the spread for _____ values are much larger

a _____ Km has higher binding affinity

the _____ Kcat has the largest energy barrier

_____ inhibitors bind to same spot as substrate, _____ bind to the complex

a _____ ______ analog is an antidote for ricin

2 reasons for using inhibitors

molecules _____________ will bind more tightly than substrate

why is nitrogen in TS analogs

kinases _____ and proteases ____

_____ is truncated, so always catalytically active 

Kinases must be switchable, if they're stuck on they cause ______

the v-src is missing ____ on C terminus

the bump and hole approach gets rid of _____ ______ ______

_____ are used in digestion, signalling cascades and blood clotting

_____ _____ use zinc in the active site

_____ inhibit serine protease

___ ____ inhibit acetylcholine esterase

______ ______ are catch all protease inhibitors that use michael addition

an _____ _____ _____ reads mutated alanine side chains, if side chain is important to function see a big hit

when delta delta g is close to 0 there is 

_____ is an enzymatic protein degrader of dirty clothes

______ is the study of oligosaccharides

the 9 monosaccharides in humans have _______ centers and are _____

_______ are 6 membered rings and _____ are 5 membered

___-glucose is R and ___-glucose is L

____ can cause changes in glycosylation

_____ cleaves sialic acid

why are monosaccharides diverse

what do glyco transfer enzymes use as an activating group

______ leads to a deletion or addition, knocks out gene

_____ incorporates donor DNA into gene

____ do single strand breaks, make sticky end

why is crispr so revolutionary