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Yes, when channels are specific for the structures of individual molecules it is active transport. Active transport cannot occur if the energy they are moving is not of the same type, like glucose cannot move calcium.
In the renal structure the proximal tubules plays a role for transport of glucose.
The kidney, proportionally uses more energy than the heart because of the amount of energy it uses in active transport reabsorbing substances (amino acids, glucose).
Kidney
How much glucose is filtered and reabsorbed daily
Solutes are selectively moved from the glomular filtrate to the plasma by active transport in the kidney. This includes glucose. Your kidneys receive 20–25 percent of your total cardiac output. Normally about 1200 ml of blood flows through the kidneys each minute.
Yes, when channels are specific for the structures of individual molecules it is active transport. Active transport cannot occur if the energy they are moving is not of the same type, like glucose cannot move calcium.
medulla
carrier proteins transport glucose into a muscle cell
In the renal structure the proximal tubules plays a role for transport of glucose.
Glucose is transported through the blood
Nothing happens to the glucose. It should have been stored in the kidney, but it didn't, therefore, you have an excess amount glucose in your blood. Hence, the insulin shots.
The kidney, proportionally uses more energy than the heart because of the amount of energy it uses in active transport reabsorbing substances (amino acids, glucose).
The glucose transporter is a membrane bound protein that binds to glucose and mediates it's transport into or out of the cell.
i think this is because of sodium and glucose transporter the transmembrane protein allow sodium ions and glucose to enter the cell together in the same direction and its used to actively transport glucose out of the intestine and out of the kidney tubules back to blood so in case of diabetes sodium cant be reabsorbed in kidney tubules and go to urine and thus sodium level decrease in diabetic patient
no it does not
There are glucose transport proteins. Since there are fewer glucose particles in the cell (when compared to the fluid outside of cells), it is passive transport, which occurs naturally. The transport protein is necessary for the glucose to pass through the cell membrane.