embedded protein in the electron transport chain where h+ ions flow back into the matrix of the mitochondria
Crossword puzzle 11 spaces sixth letter is n
cant figure it out?
The answer is Succinate Dehydrogenase, I don't know how you can fit it into the spaces.Succinatase?
actually its atp synthase
To solve the crossword puzzle clue, "embedded protein in the electron transport chain where H+ ions flow back into the matrix of the mitochondria," we can break it down and try to identify the missing word based on the given information.
First, we know that the word is 11 spaces long, and the sixth letter is "n." This means that we need to find a word where the sixth letter is "n" and fits the overall description of being an embedded protein in the electron transport chain and allowing H+ ions to flow back into the matrix of the mitochondria.
Based on this description, the answer is likely "NADH dehydrogenase." NADH dehydrogenase, also known as complex I, is an embedded protein complex in the electron transport chain that helps transfer electrons and pumps H+ ions across the inner mitochondrial membrane. These H+ ions then flow back into the matrix of the mitochondria through another protein complex known as ATP synthase. The NADH dehydrogenase complex has a critical role in generating ATP, the energy currency of the cell.
In conclusion, the word you are looking for in the crossword puzzle with 11 spaces and the sixth letter as "n" is "NADH dehydrogenase."