ATP allows for the cell to use up energy to stay alive such as active transport to receive nutrients and let out vesicles such as proteins
Answer:
Four.
Explanation:
Initially four haploid spores are produced by meiosis. We know that during meiosis pairing between homologous chromosomes occurs and this created genetic difference between the divided cells. Exchange of genetic material doesn't occur during mitosis so mitotically divided cells are similar. Thus when spores divide by mitosis and become eight in number, here will be no new genetic difference.
The complete sentence will be -
A nucleus within an ascus undergoes meiosis, producing four haploid spores, which then undergo mitosis, producing eight haploid ascospores. These haploid ascospores contain a maximum of four different genetic types.
Answer:
The blood travels back to the heart to get oxygen.
1) yeast use anaerobic fermentation, because they do not need oxygen
2) aerobic respiration occurs in people
Answer:
False.
Explanation:
Blood is one of the most important connective tissue that helps in the transportation of molecules. Blood contains the red blood cells, white blood cell, platelets and plasma,
The different blood type are A, B, AB and O. The universal recipient is blood group AB and can accepts the blood of all the different blood types. They have both the antigen A and B and no antigen. Blood is not the universal recipient but the blood type AB is universal recipient.
Thus, the answer is false.
