00:01
For question number one in part a, the statement is true because it can be found in cytosol as well as mitochondria.
00:14
For question number two, it converts oxaloacetate into phosphoenolpirate.
00:20
That is also true because it converts oxalalocetate into phosphoenopyrvate that is part of gluconeogenesis.
00:31
For question number three, its catalytic activities require atp.
00:40
That is also true.
00:41
Take note that in every kind of process, if it's a cellular respiration, photosynthesis, oxidative pathway, crab cycle, etc, atp is always right there, or what be known as adenosine triphosphate, 1 atp for each carbon dioxide molecule produced by gluconeogenesis.
01:09
For question number four, its catalytic activities involve hydrolysis.
01:16
It's also true.
01:20
Its catalytic activity involves the carboxillation as well as hydrolysis of gdp.
01:27
For part b, fructose -16 bifosphate in gluconegenesis involved with the following events.
01:37
First, its catalytic activities require atp...