Answer: The process of cellular respiration mostly happens in A. the mitochondria.
Explanation: Hope this helps
Explanation :
A. Instructions for protein synthesis and cell reproduction; contains genetic information - <u>Nucleus </u>
B. Intracellular compartment forms transport vesicles; participates in lipid synthesis and synthesis of membrane or secreted proteins - <u>Endoplasmic reticulum</u>
C. Packages proteins for export from cell; forms secretory vesicle -<u> Golgi apparatus.</u>
D. Digest worn-out organelles and cell debris; digest material taken up by endocytosis -<u> lysosomes</u>
E. ""Power plants"" of the cell; sites of oxidative metabolism - <u>Mitochondria</u>
F. Sites of photosynthesis<u> - chloroplasts</u>
G. Regulates water levels in plant cells <u>- vacuole</u>
H. Used in break down of fats and contains the enzyme catalase - <u>peroxisome</u>
The answer is true. Adaptation allows for a better chance of survival.
Hope this helps!
The synthesis of ATP is based on energy conversion, via conformational changes of the subunits.
A proton gradient on either side of the membrane into which the ATP synthases are inserted is necessary for their operation, which implies that the synthesis of ATP can not be done independently of a membrane. Within the mitochondrial inner membrane, it is the respiratory chain that provides the pH gradient by injecting protons into the intermembrane space during the transfer of electrons from one complex to another. At the level of the thylakoid membrane, it is the photosynthetic chain that injects protons into the lumen.
Nonvirulent bacteria can still be transformed into virulent bacteria if it is combined with debris from heat-killed virulent bacteria that is first treated with RNase, protease, or no enzyme because these are important factors for the establishment of virulence and are often required when bacteria modify their genetic record in response to the conflicting or adverse situations.