Well based on another answer and a you tube video. I would say ~15 000 000 ATP/second/cell.
But, that would also depend on tissue type, activity level, mitochondrial health, age and other factors.
Still, I think 10-15 mill is a good estimate.
But, again, this is second hand info, so confirmation is needed.
Forty six is an integer
The molecules that can pass through the cell membrane of the human cell include water. Other molecules include fat soluble vitamins.
The smallest living unit is the cell, which is made up of molecules, which in turn is made up of atoms, but neither molecules nor atoms are alive.
Every cell in the human body (excluding gametes) is a diploid cell.
DNA in the human body is located in the nucleus of each and every cell in the human body.
The second largest cell in the human body is found in the female reproductive system. It is the female egg cell.
Nerve cell is the longest cell in human body.
In a cell in the human body diffusion takes place in the cell membrane. The cell membrane allows smaller sized molecules to pass through.
The Longest cell in the human body is the nerve cell.
Forty six is an integer
carbon
protein
The molecules that can pass through the cell membrane of the human cell include water. Other molecules include fat soluble vitamins.
The smallest living unit is the cell, which is made up of molecules, which in turn is made up of atoms, but neither molecules nor atoms are alive.
Simply a "Cell", in general, anyway... Eukaryotic cell is the name for a regular human body cell.
There are 46 chromosomes in each human body cell, with 23 chromosomes inherited from each parent. This includes 22 pairs of autosomes and 1 pair of sex chromosomes (XX for females, XY for males).
how are cells alike a human body