GGC-CAT - strand of DNA
xxx- xxx - strand of mRNA
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The first, let's see what connect with what:
when we talk about DNA and complementary strand of DNA:
guanine connects to cytosine (and vice versa)
thymine connects to adenine (and vice wersa)
when we talk about DNA and complementary strand of RNA:
guanine connects to cytosine (and vice wersa)
adenine (in DNA) connects to uracil (in RNA)
thymine (in DNA) connects to adenine (in RNA)
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GGC- CAT - strand of DNA
<span>CCG- GUA - complementary strand of mRNA
</span>complementary strand of DNA would be: CCG- GTA
(in complementary strand of RNA: thymine is replaced with uracil)<span>
</span>Greetings,
n00nst00p :)
It's e because it's a long Chain of carbon and hydrogen. It helps the rate of the metabolism allowing to digest quicker in your small intestent.
Gene expression is where the mRNA is made. If there's an error in transcribing the DNA into mRNA there could be a major effect on consequent gene expression if:
1. the original gene is involved in gene expression itself (e.g. the RNA polymerase)...if it's not made correctly you would have serious future problems.
2. if the original gene is for a protein involved in further gene expression (e.g. transcription factor/regulator) - if made incorrectly it may not be there to properly control gene expression so you could get other genes expressed when they shouldn't be, or not expressed when they should be.
Answer:
Later they are used as our energy sources and git stored in our muscles.
Explanation:
The chylomicrons are transported to the circulatory system. Once in the circulation, they can either go to the liver or be stored in fat cells that comprise adipose tissue found throughout the body.
Hope it helps!
Answer:
prophase cells, ( ^_^ ) /
Explanation:
" parent cell into two identical daughter cells. During prophase, the complex of DNA and proteins contained in the nucleus, known as chromatin, condenses. "