Answer:
Codominance
Explanation:
Codominance is the pattern of inheritance when both the alleles of a gene are expressed in a heterozygote. Here, none of the alleles is recessive to other allele and there is no masking of expression of one of the alleles in the heterozygous genotype. Therefore, both alleles express themselves equally in a hybrid.
Examples include I^A and I^B alleles of ABO blood type in humans. These two alleles are codominant and are equally expressed in genotype "I^AI^B". The person with genotype "I^AI^B" is said to have an "AB" blood type.
Answer:
<em>b. Branch</em>
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Explanation:
In a phylogenetic tree, used to show the evolutionary relationships among various biological species or other entities; their phylogeny, node is referred to as the taxonomic unit. From the node, the species branch out into the currently living population of interest, found at the tips of lines referred to as the tree's branches.
Answer:
Degenerate.
Explanation:
The genetic code has following properties -
- It is a triplet codon.
- It is non-overlapping.
- It is comma-less.
- It is non-ambiguous.
- It is degenerate.
- It has stop and start codons.
Out of these properties the Property of Degeneracy has been used in the situation mentioned in the question. Due to degeneracy of the genetic code, more than one codons can code for a single amino acid. Property of degeneracy in the code minimizes the mutational lethality.
Explanation:
try to understand para may matutunan ka
Answer: enable them to imprint on the facility
Explanation:
The addition of the chemicals to the river will help the fishes to recognize that this was their native habitat where they got birth and grew. This will act as a imprint formed by the facility which will help the fishes to recognize the water of the facility. This will help in increasing the number of fishes which return back to the facility.
