The features indicated in the sagittal section of the right half of the human brain include
<span>
</span>
body, corpus callosum; crus, fornix; cingulage g.; central fissure;
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</span> <span>splenium, corpus callosum; precuneus; parietooccipital; cuneus; pineal body; calcarine fissure; lingual; sup. colliculus; vermis; inf. colliculus; cerebellum; cerebral aqueduct; fourth ventricle; medulla oblongata; pyramid; post. Commissure; basilar pons; cerebral peduncle; oculomotor n. III; mamillary body; uncus; infundibulum; optic chiasm; olfactory bulb; third ventricle; ant. commissure; gyrus rectus; column. fornix; genu, corpus callosum; choroid plexus interventricular foramen; sup. frontal g.; septum pellucidum; and dorsomedial nuc., thalamus</span>
Answer:
Water molecules will still be able to move across the cell membrane but at a slower rate.
Explanation:
D isn’t a sensible answer because Aquaporin is a protein with a role to regulate water transport. In its absence, of course there will be defects. And A is impossible due to the existence of active transport. (I also looked it up) (:
I believe the answer is B: <span>Homologous chromosomes are separated from each other to form diploid daughter cells. But, correct me if I'm wrong.</span>
Answer:
Sperm-egg interaction
Explanation:
The formation of fertilization envelope is well-studied on the model system- sea urchin. It has been shown that, the fertilization envelope is formed after the initial sperm-egg interaction from the egg surface vitelline envelope and the paracrystalline protein fraction which is derived from cortical granules. Secretion from cortical granules, prevents polyspermy.
Answer:
B and D
Explanation:
Since it says all carbon atoms have six electrons, we know that they only have six protons too. The carbon 13 and 14 means they have extra neutrons that increases their atomic mass.
