When glycolysis stops working ; Pyruvate , NADH and intermembrane H+ will decrease .
Glycolysis is the step ( catalyzed metabolic linear process ) in a cellular respiration whereby glucose is converted to molecules ( 2 ) of pyruvate in the presence of oxygen or into lactate in the absence of oxygen.
Since the production of pyruvate, NADH and H+ is dependent on the process of glycolysis when glycolysis is stopped the amount of Pyruvate, NADH and H+ will be reduced / decreased.
Hence we can conclude that when glycolysis stops working Pyruvate,NADH and intermembrane H+ will decrease.
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Answer:
They all Decrease
Explanation:
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*carbon monoxide, density: 0.001977 g/cm³
*helium, density: 0.000178 g/cm³
*carbon dioxide, density: 0.001977 g/cm³
*hydrogen, density: 0.00009 g/cm³
*oxygen, density: 0.001429 g/cm³
Answer:
I put A,C,E
Explanation:
Answer:
Producing transgenic animals has practical advantages, such as using less than half of experimental animals for the production of an envelope.
Explanation:
Currently it is only possible to add genes, the transgenic sheep that exist are found to produce human proteins. However, it is convenient for some proteins to remove endogenous proteins from milk. For example, for human serum albumin.
There is a high demand for some human proteins for the treatment of various diseases. Small quantities can be produced in cell cultures but the cost is very high. Higher amounts can be made by bacteria or yeasts, but proteins are difficult to purify and that is why some of the advantages of having transgenic animals is the amount of protein produced.
Enzymes and inorganic compounds are used to carry out chemical reactions and regulate metabolism in organisms.
The compounds used to carry out chemical reactions and regulate metabolism in organisms are enzymes and inorganic compounds.
Enzymes are catalytic proteins that speed up chemical reactions in the body, including the breakdown of food and the conversion of energy. Inorganic compounds essential to human functioning include water, salts, acids, and bases, which play important roles in maintaining homeostasis and osmotic balance.
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Answer:
A. they trap some of the suns heat energy in the atmoaphere.
Explanation:
The level of organization in all the populations of animals, plants, fungi, and bacteria is community level.
A population may be defined as the number of individuals of a species living in a particular area at a given time.
All the populations of animals, plants, fungi, and bacteria are living at a community level of organization. A community refers to all the populations of different species interacting with one another when living in the same area.
Therefore, the level of organization in all the populations of animals, plants, fungi, and bacteria is community level.
To learn more about Community, refer to the link:
Answer:
Community
Explanation:
This is where all the animals, fungi, so on live altogether!