Biology: In white tigers, the absence of fur pigmentation is caused by a recessive allele that also causes the tigers to be cross-eyed. if two tigers heterozygous for this allele mate, what do you expect to see among the offspring?

In white tigers, the absence of fur pigmentation

Ответ:

sarah8479

10.01.2022

Biology

25% unaffected

50% are carriers of the gene

25% have white fur

Explanation:

Let W be the dominant, normal fur Gene and w be the recessive white fur Gene. Recessive needs two of the same alleles to appear. *Also see image*

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Ответ:

robjaykay

03.06.2021

Biology

The answer is (1). The skin cell is the terminal differential cell. So it will not differentiation again but can divide. Then it will not pass to the offspring and only can pass to the cells that develops from it.

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In white tigers, the absence of fur pigmentation is caused by a recessive allele that also causes the tigers to be cross-eyed. if two tigers heterozygous for this allele mate, what do you expect to see among the offspring?

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