Fructose-1,6-bisphosphatase is a key enzyme in glycolysis and gluconeogenesis; but in this case, the function of this enzyme in gluconeogenesis is more significant. Gluconeogenesis is reversal of glycolysis by bypassing irreversible reactions of glycolysis and making use of reversible reactions of glycolysis. In turn, compounds such as pyruvate, alanine, and glycerol will eventually be converted back to glucose. In the liver, this glucose can be released in the bloodstream in response to hypoglycemic states (i.e. fasting states).
In the deficiency of fructose-1,6-bisphosphatase, gluconeogenesis will be impaired. Therefore there will be an abnormal decrease in blood glucose levels during fasting. Substrates for gluconeogenesis (i.e. pyruvate and alanine) will then accumulate in the body causing its levels to increase.
a specialized form of cell division occurs to form egg and sperm cells : Mitosis, Meiosis, Fertilization
What is Fertilization?
During fertilization, the main nucleus of an embryo is formed by the combination of a paternal sperm nucleus and a maternal egg nucleus. In reality, the process of fertilization in all organisms involves the union of the genetic material from two gametes, or separate sex cells, each of which has half the number of chromosomes that are typical for the species. In microorganisms and protozoans, the earliest type of fertilization involves the transfer of genetic material between two cells.
The fusing of the two gametes' membranes, which results in the creation of a channel that allows material to go from one cell to the other, is the first critical event in fertilization.
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I might go in there on mondays and fridays
because the flowering plant is very important
if you don't make it
you may damage them
good lucks :)
