Answer:
Muscle can be described as tissue because tissue is a group of cells with similar structure working together to perform a specific function. Muscles are made up of individual muscle cells that contain protein filaments that can slide past one another allowing for contraction and changes in length and shape of the cell.
Ans B
since there is a decrease in blood glucose concentration, the pancreas release glucagon, which causes the liver to turn stored glycogen back into glucose<span> and thus increasing its level back to normal.</span>
The one that does not accurately describe Mesopotamia is : D. it has remains of the Great ice sheets
Mesopotamia is where the first western civilization began (which eliminate option C) and is well known for it's agricultural technique and a place where wheat and lentils first found (which eliminate option A and B)
Hope this helps
Methionine-methionine leucinelysine that a mutation in the DNA occurs so that the fourth base (counting from the 5' end) of the messenger RNA.
mRNA codons are read from 5' to 3' , and they specify the order of amino acids in a protein from N-terminus (methionine) to C-terminus. The mRNA sequence is: 5'-AUGAUCUCGUAA-5'
Ciodons which is broke the sequence into a series of three-nucleotide units. There are three-letter nature of codons that the four nucleotide found in mRNA such as A, U, G, and C all these can produce a total of 64 different combinations. The sequence of the tRNA anti-codon is 3'-UGC-5' and the tRNA will carry the amino acid which is the encoded by the codon.
To learn more about nucleotide here
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Answer:
The correct answer is option a. "Polymorphisms of genes encoding metabolizing enzymes".
Explanation:
Although doctors prescribe defined doses of drugs according to the patient, an individual can respond differently to a drug according to its specific genomic sequence. The influence of the genome in this case comes from polymorphisms of genes encoding metabolizing enzymes. The study of these polymorphisms is known as Pharmacogenomics, and the most important enzymes that metabolize drugs include: cytochrome P450, cytochrome b5 and NADPH-cytochrome P450.