The amino acids can enter aerobic respiration pathways as what molecules as pyruvates.
<h3>
What are Proteins?</h3>
The body uses the large, complex molecules called proteins for a number of essential processes. They perform the majority of their work inside cells and are essential for the development, functionality, and regulation of the body's tissues and organs.
Proteins are made up of countless thousands of amino acids, which are the smallest units that make up proteins. Twenty different types of amino acids can be combined to form proteins. The arrangement of the amino acids determines the precise function and characteristic 3-dimensional structure of each protein. The order of genes determines the combinations of three DNA building blocks (nucleotides) that code for amino acids.
Learn more about Proteins with the help of the given link:
brainly.com/question/20430594
#SPJ4
Growth is the answer you're looking for I think.
Answer:
Deletion mutation usually takes place due to the errors in the process of DNA replication . DNA polymerase slips off on the template strand due to which that part of the DNA is not coded in the daughter strand.
It can skip from one nucleotide (point mutation) to an entire gene. Point deletion can result in frame-shift mutation if it takes place in the beginning or middle of the gene. However, if it takes place at the end of the gene then it may cause no harm.
For example, let us assume the original sequence of DNA as ATG-AGT-CGT-ATA-TAA. It will result in the formation of methionine, serine, arginine, isoleucine, and STOP codon.
Point deletion at the end of the gene results in ATG-AGC-GTA-TAT-AA sequence. Now it will code for methionine, serine, valine, and tyrosine as AA will not code for anything. Hence, the sequence of the protein remains the same.
Hence, if deletion mutation takes place at the last or stop codon of the gene then it will cause no harm or change in the protein sequence. However, if it takes place before that then it may result in frame-shift mutation and thus a mutated protein.
