Put the following processes of protein synthesis in the correct order:

- DNA strands unwind and separate
- mRNA copies DNA according to complimentary base pairing
- tRNA's anticodons bring amino acids to the corresponding mRNA codons
- Amino acids bind to each other making a protein
- mRNA leaves the nucleus
- A stop codon is reached, the newly formed protein is released to go do its job for the cell

Respuesta :

1. DNA strands unwind and separate.

2. mRNA copies DNA according to complimentary base pairing.

3. mRNA leaves the nucleus.

4. tRNA's anticodons bring amino acids to the corresponding mRNA codons.

5. Amino acids bind to each other, making a protein.

6. A stop codon is reached, the newly formed protein is released to go do its job for the cell.

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The processes of protein synthesis in the correct order is as follows:

  1. DNA strands unwind and separate.
  2. mRNA copies DNA according to complimentary base pairing.
  3. mRNA leaves the nucleus.
  4. tRNA's anticodons bring amino acids to the corresponding mRNA codons.
  5. Amino acids bind to each other, making a protein.
  6. A stop codon is reached, the newly formed protein is released to go do its job for the cell.

PROTEIN SYNTHESIS:

  • Protein synthesis in cells involve two major processes namely: transcription and translation.

  • Transcription is the process whereby mRNA sequence is synthesized from a DNA template while translation is the process whereby the mRNA is used to synthesize protein molecules.

The processes of transcription and translation occurs in the following order:

  1. DNA strands unwind and separate.
  2. mRNA copies DNA according to complimentary base pairing.
  3. mRNA leaves the nucleus.
  4. tRNA's anticodons bring amino acids to the corresponding mRNA codons.
  5. Amino acids bind to each other, making a protein.
  6. A stop codon is reached, the newly formed protein is released to go do its job for the cell.

Learn more about protein synthesis at: https://brainly.com/question/7575381