8. The dopamine beta-hydroxylase is an important enzyme found in neural tissue that is
responsible for creating norepinephrine dopamine norepinephrine HO HO dopamine -
monooxygenase NH2 NH2 HO HO O2 ascorbic acid H20, dehydroascorbic acid While
experimenting using in-vitro model of dopamine reactivity using PC12 cells, you find out that a
substance DB15 can act as inhibitor. You have so far have studied three different concentrations
of DB15 (11, 12 and 13), such that li
Solution
DB15 is an inhibitor so it will inhibits the transmition of dopamine to norepinephrine.
That\'s y graphical representation shows fall in graph by acting using PC12 that is bcoz they
work on the down order as 1<2<3
The nature of DB15 is inhibitory.
At the different concentrations it will shows the downfall of graphical representation. And leads
to inhibition of dopamine.
responsible for creating norepinephrine dopamine norepinephrine HO HO dopamine -
monooxygenase NH2 NH2 HO HO O2 ascorbic acid H20, dehydroascorbic acid While
experimenting using in-vitro model of dopamine reactivity using PC12 cells, you find out that a
substance DB15 can act as inhibitor. You have so far have studied three different concentrations
of DB15 (11, 12 and 13), such that li
Solution
DB15 is an inhibitor so it will inhibits the transmition of dopamine to norepinephrine.
That\'s y graphical representation shows fall in graph by acting using PC12 that is bcoz they
work on the down order as 1<2<3
The nature of DB15 is inhibitory.
At the different concentrations it will shows the downfall of graphical representation. And leads
to inhibition of dopamine.
