Answer:
The interference with the transport of pyruvate into mitocondria results in weight gain.
Explanation:
Pyruvate is the end product of glycolysis. After being formed the pyruvate is transported into mitochondria to carry out the second stage of aerobic respiration that is TCA cycle.
Now if the pyruvate is not transported into mitochondria then the pyruvate will accumulate in the cytosol.The accumulation of pyruvate prevent further breakdown of glucose.
As a result the uncatabolized glucose is the converted into glycogen and the glycogen will accumulate in the liver and muscle leading to weight gain.
Answer. DNA is the answer
Answer:
A.
Explanation:
Lipids are fats. Fats supply energy, provide insulation, and make up cell membranes.
Lipids do not transfer hereditary information.
Answer:A, B, C
Explanation:
A. The phospholipids are arranged in bilayers withe the Polar head groups oriented towards the extracellular side and the cytoplasmic side with a hydrophobic core.
The plasma membrane also contain membrane protein
B. Some Integral protein are Transmembrane protein the span the membrane and provide a hydrophilic channel and are selective for particular solute such as enzymes, antigens, hormones
The peripheral protein exit on the surface of the bilayer the serve as signal protein
C. The membrane lipid bilayers are not static or rigid. They show free lateral movement of its components hence the membrane is fluid in nature. Fluidity enables the membrane to perform endocytosis and exocytosis
Answer:
Hemostasis in 3 steps quick watered down steps
Step 1 is the vascular spasm or vasoconstriction a brief and intense contraction of the blood vessels
Step 2- the forming of a platelet plug
Step 3 - blood clotting or coagulation
Explanation:
