Silent mutation

Nonsense mutation

Missense mutation

Frameshift mutation

Deletion mutation

The mutation alters one amino acid in the protein sequence.

No change occurs; the protein remains unaltered.

The protein becomes completely nonfunctional.

The protein's secondary structure is affected.

The protein is completely degraded.

A lab coat, closed shoes, and safety glasses.

A lab coat, closed shoes, gloves, and safety glasses.

A lab coat, closed shoes and gloves.

A lab coat, closed shoes and a mask.

A lab coat and a pink bandanna.

All red-coated individuals with long ears

All blue-coated individuals with short ears

A mixture of red coats and blue coats with varying ear lengths

Red coats with short ears and blue coats with long ears

Blue coats with long ears and red coats with short ears

BbTt

BBtt

Bbtt

bbTT

BbTT

Autosomal dominant

Autosomal recessive

X-linked dominant

X-linked recessive

None of the listed answers are correct

To carry amino acids and recognise the start codon.

To transcribe the mRNA into a complementary DNA sequence.

To unwind the DNA double helix.

To synthesise proteins directly.

To produce ribosomal RNA (rRNA).

Transcription and translation.

Transcription and replication.

Translation and reverse transcription.

Replication and translation.

Transcription and transformation.

It marks the location on the DNA where transcription starts.

It signals the end of transcription.

It encodes the information for protein synthesis.

It determines the order of amino acids in the protein.

It joins the exons in the mRNA molecule.

Amino group, carboxyl group, and variable R-group.

Amino group, carboxyl group, and ribose sugar.

Amino group, carbonyl group, and phosphate group.

Amino group, carboxyl group, and hydrogen peroxide.

Amino group, carbonyl group, and guanine base.