Atpases

... can catalyse all of the following three reactions: ATP -> ADP +Pi ATP-> AMP +Pi AMP-> Adenine +Pi The apyrases are still referred to as ATPases because of their ability to hydrolyze ATP, although they can hydrolyze other substrates as well. It is a general case - some enzymes can (albeit ...

See entire post

"proteins that create ATP molecules" = ATPases

See entire post

... mitochondria, cytosol, and glycosomes are areas that can create ATP. (hey guys tell me if I missed one) ADP can be further broken down to AMP. Any ATPases can do this. ATPsynthase is an enzyme that can make ATP from ADP by adding P. ATPsynthase is present in mitochondria, chloroplasts, and i'm ...

See entire post

... mutans that are involved in copper homeostasis and biofilm detachment. CopY is a negative transcriptional regulator, CopA is a P-type ATPases and CopA is a putative metallochaperone protein. Each of the ORFs in the adc and cop operons in S. gordonii was inactivated using a spectinomycin ...

See entire post

... when one of us will find this we will do it. We are nice and helpful ;-) As for your answer, I am not sure but if I consider the existence of Na/K ATPases who degrades ATp to transfer Na+ out and K+ in, I would say that 2 AND 5 are OK.

See entire post