The photosystems found in the thylakoid membrane of the plants are the structural and functional
unit of photosynthesis.
Purple bacteria has a single photosystem with bacteriochlorophyl. They do not produce oxygen
while doing photosynthesis. ATP production occurs via cyclic photophosphorylation. Their
electron donor is elemental sulfur.
Green Bacteria- undergo anoxigenic phototrophy. They also possess a single photosystem with
bacteriochlorophyl.. ATP is produced by cyclic photophosphorylation. Electron donor is
thiosulfare or H2S. Alters the ATP or NADH.
Cyanobacteria- Has 2 different photosystems and reaction centres. They undergo oxygenic
phototrophy. They fix CO2, and generate ATP and reducing power in a single process. They
have a similar process of photosynthesis as plants. The electrons passes through the electron
transpot chain fro photosystem I to photosystemII. And ultimately NADPH+ prodeces from
NADP+.
Solution
The photosystems found in the thylakoid membrane of the plants are the structural and functional
unit of photosynthesis.
Purple bacteria has a single photosystem with bacteriochlorophyl. They do not produce oxygen
while doing photosynthesis. ATP production occurs via cyclic photophosphorylation. Their
electron donor is elemental sulfur.
Green Bacteria- undergo anoxigenic phototrophy. They also possess a single photosystem with
bacteriochlorophyl.. ATP is produced by cyclic photophosphorylation. Electron donor is
thiosulfare or H2S. Alters the ATP or NADH.
Cyanobacteria- Has 2 different photosystems and reaction centres. They undergo oxygenic
phototrophy. They fix CO2, and generate ATP and reducing power in a single process. They
have a similar process of photosynthesis as plants. The electrons passes through the electron
transpot chain fro photosystem I to photosystemII. And ultimately NADPH+ prodeces from
NADP+..
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The photosystems found in the thylakoid membrane of the plants are t.pdf
1. The photosystems found in the thylakoid membrane of the plants are the structural and functional
unit of photosynthesis.
Purple bacteria has a single photosystem with bacteriochlorophyl. They do not produce oxygen
while doing photosynthesis. ATP production occurs via cyclic photophosphorylation. Their
electron donor is elemental sulfur.
Green Bacteria- undergo anoxigenic phototrophy. They also possess a single photosystem with
bacteriochlorophyl.. ATP is produced by cyclic photophosphorylation. Electron donor is
thiosulfare or H2S. Alters the ATP or NADH.
Cyanobacteria- Has 2 different photosystems and reaction centres. They undergo oxygenic
phototrophy. They fix CO2, and generate ATP and reducing power in a single process. They
have a similar process of photosynthesis as plants. The electrons passes through the electron
transpot chain fro photosystem I to photosystemII. And ultimately NADPH+ prodeces from
NADP+.
Solution
The photosystems found in the thylakoid membrane of the plants are the structural and functional
unit of photosynthesis.
Purple bacteria has a single photosystem with bacteriochlorophyl. They do not produce oxygen
while doing photosynthesis. ATP production occurs via cyclic photophosphorylation. Their
electron donor is elemental sulfur.
Green Bacteria- undergo anoxigenic phototrophy. They also possess a single photosystem with
bacteriochlorophyl.. ATP is produced by cyclic photophosphorylation. Electron donor is
thiosulfare or H2S. Alters the ATP or NADH.
Cyanobacteria- Has 2 different photosystems and reaction centres. They undergo oxygenic
phototrophy. They fix CO2, and generate ATP and reducing power in a single process. They
have a similar process of photosynthesis as plants. The electrons passes through the electron
transpot chain fro photosystem I to photosystemII. And ultimately NADPH+ prodeces from
NADP+.
