Respuesta :
Answer:
B
Explanation:
Thylakoid contains proteins chains that are important in photosynthesis – especially the light-dependent phase. The protein chain conveys the high-energy electron harnessing its energy to pump H+ ions across of the membrane to create a proton-motive force. This potential difference in H+ ions is then harnessed by ATP-synthase to synthesize ATPs.
Inside chloroplasts and cyanobacteria, thylakoids are membrane-bound compartments. They are where photosynthesis' light-dependent reactions take place. A thylakoid membrane surrounds a thylakoid lumen in thylakoids. Chloroplast thylakoids typically form grana, which are stacks of discs.
- Thylakoids include protein chains that are essential for photosynthesis, particularly during the light-dependent phase.
- The high-energy electron is conveyed by the protein chain, which uses its energy to pump H+ ions across the membrane and create a proton-motive force.
- ATP-synthase then uses this potential difference in H+ ions to manufacture ATPs.
Thus, the answer is B because the damaged thylakoid will affect ATP synthesis.
To learn more about thylakoid: https://brainly.com/question/19879654