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Suppose a scientist wants to create a pool of rna molecules that are 40 nucleotides long and contain every possible combination of bases. What mass of rna nucleotides is needed to synthesize the pool of rna molecules?

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If a scientist wants to create a pool of RNA molecules that are 40 nucleotides long and contain every possible combination of bases. The mass of RNA nucleotides needed to synthesize the pool of RNA molecules is 440 molecules of all four RNA.

All four RNA nucleotides combined will be required to create a pool of RNA molecules which containes every RNA molecule. This is due to that each position is to be occupied or filled by any of the four nucleotides which are-

  1. Adenine (A)
  2. Thymine (T)
  3. Guanine (G)
  4. Cytosine (C).

An RNA nucleotide consist of three parts, they are -

  1. ribose sugar with five carbon,
  2. phosphate molecule,
  3. One of four nitrogenous bases such as adenine, guanine, cytosine or uracil

Thousands of ribonucleotides gets initiated before the process of transcription occurs and the mRNA is formed. 100,000 or more proteins in the human body are synthesized from a different RNA nucleotides.

To learn more about RNA,

brainly.com/question/4120168

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