Hope this helps you understand!
Its bc plants can only take in so much nitrogen like compounds (nitrates, ammonium etc) to keep a stable ph level so ammonium is positively charged and nitrates are negatively charged they release hydrogen to equal the ph levels but since it’s already getting ammonium in the cycle it can’t receive more and the ratio must be compatible with the plants therefore not different.
Also, plants can’t take it in bc it needs the bacteria to break the ammonium down into a usable compound. Like nitrates.
I’m sorry if that was contradicting. I’m trying my best. :)
I think the answer is letter B if I'm remembering correctly.
Answer:
gain-of-function
Explanation:
Gain-of-function mutations represent a type of genetic change that may confer a new function to the gene that undergoes the mutation. In this case, a gain-of-function mutation conferred to the virus an adaptive advantage by allowing it to encode a new protein which is capable of attaching to the cell membrane of a new host. In this regard, it is important to note that loss-of-function mutations are quite common in nature, while gain-of-function mutations are relatively rare.
Other than phosphocreatine breakdown, the fastest way to resupply atp to a muscle is:_______
anaerobic glycolysis.
What is phosphocreatine breakdown?
Adenosine triphosphate, sometimes known as ATP, is used by the body's muscles to drive contractions. One molecule of ATP is digested into ADP, adenosine diphosphate, and an inorganic phosphate when it is used in the contraction process.
The requirement to regenerate ATP is critical because the muscles' finite supply of ATP is consumed during muscle activity very quickly. The molecule creatine phosphate is one method by which this ATP supply is renewed (or phosphocreatine).
Creatine phosphate converts a high-energy phosphate to ADP during the ATP regeneration process. ATP and creatine are the reactions byproducts. Intake of meat and internal manufacture by the liver and kidneys are the two main ways to get creatine phosphate.
To learn more about phosphocreatine breakdown
brainly.com/question/14562955
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