Glucokinase ( Hexokinase IV): Plays significant role, not sensisitve
Hexokinase I II or III : In tissues,
<u>Explanation:</u>
A) Plays a significant role in liver regulation of blood glucse levels. (It is present within liver).
B) It is not sensitive to inhibition by glucose-6-phoaphate(remians active even when glucose is abundant and is not effected by allosteric inhibition.)
C) Subcellular localisation is regulated by fructose-6-phosphate (when fructose -6-phosphate concentration is high causes localisation of hexokinase IV to nucleus as it is inhibited by high Fructose-6-phosphate concentration and releases into cytosol when glucose concntration is high)
<u>2. Hexokinase I II or III :</u>
A)Present in tissues that sense blood glucose levels.
B) When blood glucose levels fall below normal range maintains maximum velocity. ( since it has high affinity for glucose and low glucose concentration favors low Km for hexokinase I II III)
.
D) an oil spill could harm food sources for polar bears.
Answer:
A. Carbon from carbondioxide is fixed to make glucose.
B. It happens inside the stroma of chloroplast.
D. Water is split and its electron is harvested during this step.
F. Light energy is transformed into chemical energy stored in ATP and NADPH.
Explanation:
Calvin cycle is very important cycle of photosynthesis in which carbondioxide that is enter through stomata fixes by Rubisco enzyme which attached it to the RuBP. This carbondioxide is converted into six carbon atoms. This process occurs in the stroma which is present inside the chloroplast. Chloroplast is the main part of photosynthesis in plants.
The answer is A- to prevent water loss from the leaves.
Answer:
<h3><u>Required Answer</u><u>:</u><u>-</u></h3>
An increase in population, resources, natural disasters, and catastrophic events. Weather, natural disaster, human activity. As a population reaches its carrying capacity, resources become more scarce.
