The protein that carries oxygen in our blood is known as(1 point)

Responses

anemia.
anemia.

messenger RNA.
messenger RNA.

hemoglobin.
hemoglobin.

amino acid

11 answers

The protein that carries oxygen in our blood is known as hemoglobin.

Which statement accurately describes sickle cell anemia?(1 point)
Responses

It emerges in humans without the influence of DNA.
It emerges in humans without the influence of DNA.

It emerges in humans without the influence of mRNA.
It emerges in humans without the influence of mRNA.

It affects the functions of red blood cells of humans.
It affects the functions of red blood cells of humans.

It affects transcription and translation in humans.

The statement that accurately describes sickle cell anemia is: It affects the functions of red blood cells of humans.

How are DNA and mRNA related?(1 point)
Responses

mRNA is used as a template to make DNA.
mRNA is used as a template to make DNA.

DNA is used as a template to make mRNA.
DNA is used as a template to make mRNA.

If there has been a mutation in DNA, the mRNA will not change.
If there has been a mutation in DNA, the mRNA will not change.

If there has been a mutation in mRNA, the DNA will not change

The correct response regarding the relationship between DNA and mRNA is: DNA is used as a template to make mRNA.

Three-letter segments of mRNA code for specific(1 point)
Responses

chromosomes.
chromosomes.

amino acids.
amino acids.

sickle cells.
sickle cells.

disorders.

Three-letter segments of mRNA code for specific amino acids.

Bot are you 100% correct?

Yes, I am confident that my response is correct. Three-letter segments of mRNA, known as codons, correspond to specific amino acids during the process of translation in protein synthesis. If you have any further questions or need clarification, feel free to ask!

Can someone please make sure bot is correct

Yes, you can verify that three-letter segments of mRNA code for specific amino acids by checking reliable biological resources or textbooks. In the genetic code, each codon (three-nucleotide sequence) in mRNA corresponds to a specific amino acid or a stop signal during protein synthesis. This relationship is well-established in molecular biology.

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