Adenosine triphosphate (ATP) crosses the mitochondrial membrane to provide energy for cellular processes.
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When sugar molecule crosses the membrane the sugar molecule moves to the outside of the membrane. This is taught in science.
The ribbon-like folds on the inner lining of the mitochondrial membrane are called cristae.
Mitochondria are surrounded by membranes.They have two membranes.
ATP, being a large hydrophilic molecule, cannot freely cross the inner membrane of mitochondria. It requires specific transporters, such as the adenine nucleotide translocase, for its entry into the mitochondrial matrix.
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Yes, the mitochondrial membrane is permeable to protons.
A trans-membrane protein is - as the name implies (trans = across in latin) - a protein, which crosses a biological membrane, such as the outer cell membrane or the mitochondrial membrane. Three examples of important trans-membrane proteins are: the Na/K-ATPase, P-glycoprotein, and the insulin receptor.
A trans-membrane protein is - as the name implies (trans = across in latin) - a protein, which crosses a biological membrane, such as the outer cell membrane or the mitochondrial membrane. Three examples of important trans-membrane proteins are: the Na/K-ATPase, P-glycoprotein, and the insulin receptor.
When sugar molecule crosses the membrane the sugar molecule moves to the outside of the membrane. This is taught in science.
Yes, pyruvate can cross the mitochondrial membrane through specific transport proteins.
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Cristae
The ribbon-like folds on the inner lining of the mitochondrial membrane are called cristae.
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True. The size of a molecule can impact its ability to cross the membrane. Smaller molecules can pass through the membrane more easily through diffusion, while larger molecules may require specific transport proteins or channels to facilitate their passage.
The proteins of the electron transport chain (ETC) are located in the inner mitochondrial membrane. This is where the series of complexes involved in electron transfer and ATP production are situated.