"Glycogen, starch, and amylopectin" are the ones among the following choices given in the question that amylase could break <span>down. The correct option among all the options that are given in the question is the first option or option "a". I hope that this is the answer that has practically come to your desired help.</span>
TRUE, back then medications were not as advanced as they are today and a simple flu could be life threatening
Answer:
Possible options are:
a. the microbe would survive inside the phagocyte
b. the microbe would be expelled from the residual body
c. the microbe would be killed by the lysosome's enzymes
d. the microbe would cause the phagocyte to go through apoptosis
Answer is A
Explanation:
If microbe were capable of preventing a phagosome from fusing with a lysosomes it means microbes would survive inside phagocyte.The bacteria survive inside of phagosomes because they prevent the discharge of lysosomal contents into the phagosome environment. Specifically, phagolysosome formation is inhibited in the phagocyte.
Blood group o; a universal donor and blood group B
Answer:
C. Systemic arterioles respond to a decrease in PO₂ by dilating, but pulmonary arterioles constrict in response to decreased PO₂.
Explanation:
In the arterioles, vasoconstriction is a response to high oxygen while vasodilation is a response to carbon dioxide and low pH. However, in the pulmonary arterioles, vasoconstriction occurs as a response to low oxygen and this mechanism is called hypoxic pulmonary vasoconstriction (HPV).
