If im correct it would be the color
hope that helps
the more the better and depends on what cell you need
This individual is heterozygous dominant for that height trait.
Explanation:
In Mendelian Genetics the letters in uppercase are for dominant traits and those in lower case are for recessive trait.
An individual has 2 alleles for a gene one from either parent. The dominant allele express the phenotype according to the law of dominance. Individual could be either heterozygous that is both the dominant and recessive traits' allele are present in its gene or homozygous dominant in which both the alleles are dominant.
eg: GG (dominant homozygous)
Gg (Heterozygous dominant)
The individual with genotype Gg for a height will have dominant allele expressed which will mask the effect of recessive gene. The phenotype will be of dominant trait.
Answer:
this gene is a mitochondrial gene and therefore it is maternally inherited
Explanation:
The MT-ND5 gene is a gene of the mitochondrial genome that provides instructions for synthesizing a protein called NADH dehydrogenase 5, which is part of the complex I (the first enzyme of the respiratory chain). In most multicellular organisms, the mitochondrial DNA (mtDNA) is inherited from the mother (i.e., maternally inherited), whereas nuclear DNA (i.e., nuclear genome) is inherited equally from both parents. For example, mitochondria in human sperm are usually destroyed after fertilization. In consequence, mitochondrial mutations are transmitted by maternal inheritance, and individuals, therefore, cannot be heterozygous for mitochondrial genes.
