Biology, asked by faizimemon786, 9 months ago

differentiate between dominant and recessive trait ​

Answers

Answered by rishu14rishu1484
2

Dominant Gene/Factor/Trait/Allele:

1. It is able to express itself even in the presence of its recessive allele.

2. It does not require another similar allele to produce its effect on the phenotype, e.g., Tt is tall.

3. Dominant allele or factor can form complete polypeptide or enzyme for expressing its effects, e.g., red colour of flower in Pea.

Recessive Gene/Factor/Trait/Allele:

1. Recessive allele or factor is unable to express its effect in the presence of dominant allele.

2. It produces its phenotypic effect only in the presence of a similar allele, e.g., tt is dwarf.

3. The recessive allele forms an incomplete or defective polypeptide or enzyme so that the expression consists of absence of the effect of dominant allele, e.g., white flower colour in Pea.

Answered by shailendrachoubay456
0

Dominant And Recessive Trait ​

Explanation:

  1. When an allele is dominant, the trademark it is associated with will be communicated in a person. At the point when an allele is recessive, the trademark it is associated with is more averse to be communicated.
  2. Recessive, qualities possibly show when the two alleles are latent in a person.  
  3. A dominant allele delivers a prevailing phenotype in people who have one duplicate of the allele, which can emerge out of only one parent. where is recessive allele to deliver a passive phenotype, the individual must have two duplicates, one from each parent.  
  4. One changed duplicate of the quality in every cell is adequate for an individual to be influenced by an autosomal dominant issue. In autosomal latent legacy, the two duplicates of the quality in every cell have transformations  
  5. Dominant or latent are  On the off chance that the attribute is dominant, one of the guardians must have the quality.  In the event that the quality is latent, neither one of the parents is required to have the attribute since they can be heterozygous.  
  6. A solitary unusual quality on one of the initial 22 nonsex (autosomal) chromosomes from either parent can cause an autosomal issue.
  7. Predominant legacy implies a strange quality from one parent can cause ailment.
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