The blood glucose levels are regulate by the pancreas. When the pancreas do not work it causes diabetes.
Answer:
The movement of potassium ions out of the axon.
Explanation:
The membrane potential or cell potential is the difference in the electric potential outside and inside of the cell. The cell potential is important for the transmission of nerve impulse.
The resting potential of the cells is -70mV. The movement of sodium ions causes the cell depolarization and makes the membrane potential more positive. The cells sometimes attain the more negative membrane potential stage known as hyperpolarization. This state mainly occur by the efflux or the movement of the potassium ions out of the axon.
Thus, the correct answer is option (A).
Answer:
Explanation:
Based on this information we can say that the only two possible maps for this region would be the following
a. ) pm--9--ss--5--bb or bb--14--pm--9--ss
b.) Using these two maps as guides we can also determine that the cross used for each individual map would be a two-point test cross between ss and bb. With these results you can determine that if the distance is 5 mu then the first map (pm--9--ss--5--bb) is ultimately correct, otherwise, if the distance is 23 mu , the second map (bb--14--pm--9--ss) is correct
Answer:
The correct option is<em> C) It makes the overall crop more susceptible to pests or disease.</em>
Explanation:
The reduction in genetic variation of a crop plant will cause serious threats to the particular crop population. If the genetic diversity will be low, then threats like a disease or a pest can invade the plant population as a result of which the entire population might become endangered.
Increased genetic variation ensures that some of the varieties might be able to adapt better to the changing threats as a result of which the whole of the population is at very low risk of getting erased.