As described in the previous question, in order for a seaweed specimen to glow, it must have one or two dominant alleles for each of two enzyme genes. determine which allelic combinations will result in a glowing specimen. match the genotypes with their correct phenotypes (glowing or non-glowing).

Glowing specimen's genotype are -  BBRR , BBRr , BbRR , BbRr

Non-glowing specimen's genotype are -bbrr , BBrr , bbRR , Bbrr , bbRr

Explanation:

Complete question

As described in the previous question, in order for a seaweed specimen to glow, it must have one or two dominant alleles for each of two enzyme genes. determine which allelic combinations will result in a glowing specimen. match the genotypes with their correct phenotypes (glowing or non-glowing).

Given genotypes -

BBRR

BBRr

bbrr

BBrr

bbRR

Bbrr

bbRr

BbRR

BbRr

Solution

It is given that in order to have a glowing specimen, it must have one or two dominant alleles for each of two enzyme genes.

As per the options giver it is clear that there are two enzyme genes i.e B and R.

A glowing specimen must have one dominant allele ( Bb, Rr) or two dominant allele (BB, RR)

So, out of the given genotypes, the glowing specimen's genotype are -

BBRR , BBRr , BbRR , BbRr

The non-glowing specimen's genotype are -bbrr , BBrr , bbRR , Bbrr , bbRr

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