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As estimated above, the energy consumption of each human cell is about 1.2 × 1012 ATP molecules per day, so that of each mouse cell is about 1.5 × 1013 ATP molecules per day.
Therefore, transcription of the intron requires 360 × 2 L = 720 L ATP molecules per day in each cell.
Fibroblasts are highly active cells and each cell synthesises approximately 3.5 million pro-collagen molecules per day [ 6].
For example, it is estimated that each cell can synthesize up to 3.5 million procollagen molecules per day [ 2].
As an adult human consumes about 200 mol of ATP per day [ 18, 30], the energy consumption of each human cell is (200 × 6.02 × 10)/1014 = 1.2 × 1012 ATP molecules per day.
A yeast cell weighs 3.35 × 10-11 g and the median value of yeast metabolic rates at eight different temperatures is 0.267 W/g [ 38], so the metabolic rate of a yeast cell is 8.9 × 10-12 whichicancan be convert to 1.39 × 1013 ATP molecules per day.
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Food at $\$25 $per day.
Fig. 2 Computer use per day.
A molar concentration is 1 gram molecule (mol) per litre (mol L−1), and a flux of 1 mol glucose L−1 d−1 is 1 gram molecule of glucose per litre per day.
If all PEMT-derived PC molecules were converted to TG (assuming no PC was use for lipoprotein or bile secretion) it would amount to approximately 2.67 mmoles or 2.27 g of TG per day (based on an average molecular weight of 850 g/mole per TG molecule).
observations per day.
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