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Total cards: 24•Content version: v4•Public deck•Updated: 8/1/2026

Card preview (24)

#1
Front (Question)

what are enzymes

Back (Answer)

biological catalysts that lower thee activation energy by speeding the rate of reaction

#2
Front (Question)

explain how an enzyme andd a substrate link together

Back (Answer)

the tertiary structure of the active site is complimentary to the substrate

#3
Front (Question)

what is called when an enzyme and substrate join togther

Back (Answer)

enzyme substrate complex

#4
Front (Question)

explain the induced fit model

Back (Answer)

a conformational change in tertiary structure of active site. allows for substrate to fit

#5
Front (Question)

explain the effect of temperature on enzyme controlled reactions in the inital stages

Back (Answer)

as the temp increases enzyme and substrate have more kinetic energy frequency of collisons increases more succesful enzyme substrate complexes

#6
Front (Question)

what does the enzyme and subsrate gain when temp is involved

Back (Answer)

kinetic energy

#7
Front (Question)

what happens when the temperature of the enzyme is too high

Back (Answer)

enzyme denatures breaks H+ bonds changes the tertiary structure of active sight so substrate no longer complimentary no ESC

#8
Front (Question)

when do enzymes wwork at their fastest

Back (Answer)

optimum temperature

#9
Front (Question)

whaat is the point of saturation/ Vmax on substrate complexes

Back (Answer)

this is when all the active sites arent readily avaliable as ESC have been formed

#10
Front (Question)

what happens when we increase the frequency of substrates

Back (Answer)

greater collisons between them

#11
Front (Question)

what is the relationship with the effect of substrate concentration

Back (Answer)

directly proportional

#12
Front (Question)

what is the relationship between enzyme concentration on enzymes

Back (Answer)

dirctly proportional

#13
Front (Question)

explain the trendd in enzymes from enzyme concentration

Back (Answer)

it increases because there are greater amounts of collisions. more ESC formed

#14
Front (Question)

what happens when the graph plateaus for enzyme concentration

Back (Answer)

substrate aren’t readily avaliabe so not enough to bind onto enzyme reaction will no longer spped up

#15
Front (Question)

what does a competitive inhibitor do?

Back (Answer)

competes with the substrate in order to bind onto the active site

#16
Front (Question)

how can we reduce the effect of a competitive inhibitor

Back (Answer)

by increasing the substrate

#17
Front (Question)

why do competitve inhibitors reduce ESC

Back (Answer)

they have a similar shape to the active site prevents substrate from binding but no reaction occurs

#18
Front (Question)

what do non competitve inhibitors bind onto

Back (Answer)

allosteric site of the enzyme

#19
Front (Question)

what does DNA stand for

Back (Answer)

deoxyribonucleic acid

#20
Front (Question)

what does RNA stand for

Back (Answer)

ribonucleic acid

#21
Front (Question)

what does DNA do

Back (Answer)

holds genetic information

#22
Front (Question)

what does RNA do

Back (Answer)

transfers genetic material frrom DNA to ribosomes

#23
Front (Question)

how are ribosomes formed

Back (Answer)

from RNA and proteins

#24
Front (Question)

what is the monomer for DNA and RNA

Back (Answer)

nucleotides