The neurons that release ADH and Oxytocin (called neurosecretory cells) have their cell body in the hypothalamus and their axons extend down into the posterior pituitary where they release these hormones into the bloodstream. ... Not only does it regulate the release of hormones, but it controls body temperature.
Answer is exponential!
Explanation: if there are unlimited resources, there is no need for competition. If there’s no competition, there’s no reason for population rates to go down.
Hope this helps!! (Brainliest maybe?)
The answer is; They stabilize protein structures and, in addition, the weak interactions allow for reversibility.
They allow protein to be easily folded and unfolded without expending too much energy. An example is their significance in maintaining the alpha helices and beta sheets of proteins, and allowing for DNA to be easily unzipped for biochemical processes such as replication or duplication.
MRNA is made off of one of the DNA strands in the nucleus. Note that the nuclear membrane has large holes.... and through them goes the mRNA out of the nucleus. The messenger then goes to the protein producing parts of the cell, that may include the endoplasmic reticulum and the ribosomes (themselves a type of RNA). Awaiting the mRNA are also transfer RNAs with attached amino acids. Then the "dance" occurs and the final product is a protein.
<span>Apparently, it is not efficient to have protein production right next to the DNA, and it is more efficient to produce a number of mRNAs as blueprints so one can increase the production of specific proteins (like in cells of the endocrine system or digestive system).
Hope this helps !!!^_~!!!</span>
Heterotrophs is whut other organisms is called. Hope this helped, have a great day! :D