Any organism that oxidizes inorganic or organic compounds as its principal energy source.
<u>Answer:</u>
In snapdragons, if a plant has one ordinary copy of the quality for red shading and one mutant copy, delivering non-utilitarian protein, it's blooms are pink , the transformation that is caused would have made the blossoms white by not creating the red shading.
Since the snapdragon is obliged by incomplete dominance, one allele for red (R), and one for white (W), would realize a pink flower. The genotype for the pink sprout is Rr and the genotype for the white bloom is rr. This would incite a half plausibility of the successors having a phenotype of pink.
What's more the plant pursues the rule of co strength for its phenotype articulation and in this way the red and the white communicated together yields a pink blossom. Co-strength is a marvel wherein both the characters are communicated similarly.
Answer:
sorry I don't understand your question
Answer:
codon
Explanation:
As in the DNA, the mRNA which contains the genetic information is in sequence of the nucleotides, <u>that are arranged into the codons which consists of three base pairs each.</u>
<u>Codon with three base pairs encodes for a specific amino acid (except stop codons). </u>
The process of the translation of the codons into the amino acids requires two types of RNA which are:
Transfer RNA (tRNA) : It is the RNA which mediates the recognition of codon and provides corresponding amino acid.
Ribosomal RNA (rRNA): It is the RNA which is the central component of ribosome's protein.
Answer:
It is possible for normal coloured alligators to be produced. If the albino trait is recessive and normal is dominant, the male would need 1-2 dominant alleles to produce a normal coloured alligator. It is also possible for a normal coloured alligator to be produced if albino is dominant and normal is recessive. In this circumstance, the female must be h e t e r ozygous, but the male can be either h o m ozygous or h e t e r o zygous to produce normal coloured offspring.
First punnet square genotypes:
Female - albino
Male - albino/normal (can be either one)
Second punnet square genotypes:
Female - Normal
Male - albino/normal (can be either one)