The Clark's Nutcracker has an unusually large Hippocampus.
Answer:
THYROID GLAND
Explanation:
Thyroid gland functions in metabolisms by activities of thyroid cells.This cells withdraws Iodine from metabolites and combine it with amino acid tyrosine for productions of Thyroid hormones:
ThyroxineT3,(20%)
TriiodothyronineT4(80%). This production is under the influence of Thyroid stimulating hormones,regulated by the pituitary gland,
T3 and T4 increase calorinogenesis, (liberation of heat from digestion to supply energy,and oxygen consumption of the heart.)
Deficiency of thyroid hormones are goiters, hypothyroidism, and hyperthyroidism
Answer:
The correct answer is - option D. fermentation.
Explanation:
Glycolysis is the metabolic pathway in which metabolize the sugar and produce pyruvate molecule or lactic acid and produce the energy in the form of ATP and NADH.
Glycolysis is an example of the fermentation as fermentation is also a metabolic pathway in which an organism turns glucose into the lactic acid or the alcohol to produce energy for electron transfer system.
Thus, the correct answer is - option D. fermentation.
In the early 19th century capturing merchant ships as prizes of war was the primary purpose of Privateers navy vessels.
<h3>What is
Privateers navy vessels?</h3>
Privateers are furnished vessels that are possessed, prepared and officered by at least one confidential people, however cruising under a commission, as a rule called letters of marque, from a combative state, which engages the individual or people to whom it is conceded to assault and seize, adrift, vessels or other property of its foe. East Indiaman Kent (left) fighting Confiance, a privateer vessel told by French corsair Robert Surcouf in October 1800, as portrayed in a composition by Ambroise Louis Granera. A privateer is a confidential individual or boat that takes part in oceanic fighting under a commission of war.
Learn more about Privateers navy vessels, refer:
brainly.com/question/7472901
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Answer:
Yes possible
Explanation:
If mother is heterozygous A then her alleles are iA and iO while father is AB so crossing the two we get AO, AA, AB and BO. Hence proved
