Biology, 18.11.2019 19:31 battagliak14
For a typical vertebrate cell the transmembrane potential is about -60 mv (inside negative). the concentration of na+ inside the cell is 15 mm, and that in the blood plasma is 150 mm. what is the free-energy change for transporting 1 mole of na+ out of the cell to the blood at 37 ļ°c? assuming this sodium gradient is coupled to the transport of glucose by a na+ glucose transporter, which transport 1 mole of glucose inside the cell along with 2 moles of na+ ion. what is the maximum glucose gradient can the na+ transporter work against?
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Biology, 22.06.2019 03:30
Someone me with this: a mineral' is determined by its actomic structure.
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Biology, 22.06.2019 09:00
The picture shows a location in india that is very dry and arid. notice the tall mountains in the background; you can find high amounts of vegetation on the other side of the mountains. which statement is most likely true for this area?
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Biology, 22.06.2019 19:20
3. in the fruit fly, recessive mutation brown, b, causes brown color of the eye and absence of red pigment. recessive mutation p of another independent gene causes purple color of the eye and absence of brown pigment. the cross of a brown-eyed female and purple-eyed male produced wild type eyes. what will be the colors and their ratio in f2?
Answers: 2
For a typical vertebrate cell the transmembrane potential is about -60 mv (inside negative). the con...
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