IF WE ARE LOOKING AT A BACTERIA WHO USES OXIDATIVE PHOTOSYNTHESIS, HOW WOULD MUTATIONS IN THE WATER BINDING SITE WITHIN PHOTOSYSTEM 2 COMPLEX AFFECT THAT BACTERIA?

IF WE ARE LOOKING AT A BACTERIA WHO USES OXIDATIVE PHOTOSYNTHESIS, HOW WOULD MUTATIONS IN THE WATER BINDING SITE WITHIN PHOTOSYSTEM 2 COMPLEX AFFECT THAT BACTERIA?

OR A MUTATION IN THE PHOTOSYSTEM 2 ANTENNA COMPLEX? HOW IS THE METABOLIC STRUCTURE OF THESE ORGANISMS DIFFERENT FROM PURPLE SULFUR BACTERIA (WHO USES ONLY ONE CHLOROPHYL AND NEED TO BE EXCITED TWICE) OR GREEN SULFUR BACTERIA (WHO ALSO USE ONLY ONE CHLOROPHYL BUT NEED TO BE EXCITED TWICE, AS WELL)?

If we are looking at a bacteria who uses oxidative photosynthesis, how would mutations in the water binding site within photosystem 2 complex effect that bacteria? Or a mutation in the photosystem 2 antenna complex? How is the metabolic structure of these organisms different from purple sulfur bacteria (who uses only one chlorophyl and need to be excited twice) or green sulfur bacteria (who also use only one chlorophyl but need to be excited twice, as well)?

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