The folded inner membrane of the mitochondria greatly increases the surface area of the membrane so that carbohydrates (simple sugars) can combine with oxygen to produce ATP.
This greatly increases the surface area of the membrane so that carbohydrates can combine with oxygen to produce ATP adenosine triphosphate (the energy molecule of the cell).
To increase the surface area to maximize ATP production.
The folded membrane enlarges the overall surface area of the mitochondrion, so more respiration will take place.
Folding increase surface area. So rate is increased
larger surface area
It increases the surface area of the cell membrane. By having more surface area, more matter can be moved in and out of the cell.
The structure of the mitochondria(singular: mitochondrion) is it is surrounded by a double membrane. The function of the mitochondria is to turn the sugar from food in the cell into ATP for the cell to use. It also changes the chemical energy in food into glucose.
Surface area is increased.
villi in the small intestine, alveoli in the lungs, folded inner membrane of the chloroplast and mitochondria, having numerous small cells instead of fewer large cells
Well it prevents polar molecules from passing through freely, giving the membrane its semi-permeable properties.
I think you are referring to the cristae. These are the folded parts of the inner membrane. The purpose is to increase surface area of the inner membrane against the matrix. The membrane is the site of the energy transfer in the mitochondria, so having more surface area is a plus.
The inner membrane in the mitochondria has many folds called cristae. The advantage of the cristae is that they increase the surface area of the membrane on which oxygen and carbohydrates combine to form ATP.
It increases the surface area of the cell membrane. By having more surface area, more matter can be moved in and out of the cell.
The structure of the mitochondria(singular: mitochondrion) is it is surrounded by a double membrane. The function of the mitochondria is to turn the sugar from food in the cell into ATP for the cell to use. It also changes the chemical energy in food into glucose.
Having folds increase surface area.So their functions can be done efficiently.Example-mitochondria.
Surface area is increased.
The components of the cells which have outer membrane are called membrane bound or membrane enclosed organelles. Example: Nucleus, mitochondria and chloroplast are bound by two membranes. Lysosomes, Endoplasmic reticulum and Golgi-apparatus are bound by single membrane. On contrast ribosomes are not having any protective membrane. Sreekala.K.P
Yes. A yeast cell is a eukaryotic cell and all eukaryotic cells have membrane bound organelles, that may include mitochondria. There are very few exceptions of eukaryotic cells not having mitochondria but yeast has them.
Mitochondria provide ATP for the cell. ATP is used for mostly all of cellular processes. Per glucose, mitochondria can produce roughly 36 ATP per glucose molecule that is broken down. Cells without mitochondria just produce 2 ATP per glucose. As you can see, there is a huge advantage in having mitochondria, as we get 18x more ATP per glucose through mitochondria.
Well it prevents polar molecules from passing through freely, giving the membrane its semi-permeable properties.
villi in the small intestine, alveoli in the lungs, folded inner membrane of the chloroplast and mitochondria, having numerous small cells instead of fewer large cells
There are eukaryotic cells and prokaryotic cells. Prokaryotic cells do not have a ER, golgo complex, mitochondria, or nuclear membrane. Most prokaryotes are unicellular.