Question
What is the difference between NADP+ and NADPH?
Responses
NADP+ functions in photosynthesis while NADPH functions in cellular respiration.
NADP+ functions in photosynthesis while NADPH functions in cellular respiration.
NADP+ does have an electron attached and is therefore carrying energy whereas NADPH does not have an electron attached.
NADP+ does have an electron attached and is therefore carrying energy whereas NADPH does not have an electron attached.
NADP+ does not have an electron attached whereas NADPH does have an electron attached and is therefore carrying energy.
NADP+ does not have an electron attached whereas NADPH does have an electron attached and is therefore carrying energy.
NADP+ functions in cellular respiration while NADPH functions in photosynthesis.
Responses
NADP+ functions in photosynthesis while NADPH functions in cellular respiration.
NADP+ functions in photosynthesis while NADPH functions in cellular respiration.
NADP+ does have an electron attached and is therefore carrying energy whereas NADPH does not have an electron attached.
NADP+ does have an electron attached and is therefore carrying energy whereas NADPH does not have an electron attached.
NADP+ does not have an electron attached whereas NADPH does have an electron attached and is therefore carrying energy.
NADP+ does not have an electron attached whereas NADPH does have an electron attached and is therefore carrying energy.
NADP+ functions in cellular respiration while NADPH functions in photosynthesis.
Answers
GPT-4o mini
The correct response is:
**NADP+ does not have an electron attached whereas NADPH does have an electron attached and is therefore carrying energy.**
NADP+ (Nicotinamide adenine dinucleotide phosphate) is the oxidized form, while NADPH is the reduced form, which carries electrons (and therefore energy) necessary for various biochemical reactions, particularly in photosynthesis.
**NADP+ does not have an electron attached whereas NADPH does have an electron attached and is therefore carrying energy.**
NADP+ (Nicotinamide adenine dinucleotide phosphate) is the oxidized form, while NADPH is the reduced form, which carries electrons (and therefore energy) necessary for various biochemical reactions, particularly in photosynthesis.