A diploid gene is a expression and pollen selection for tolerance to acetochlor in maize improving answer: A diploid gene is the genetic mutation of the polar region of a haploid gene. The genetic codon used to transfer genetic transcription has polar specificity in relation to the marked incription phase in nucleic acids. Somatids generally transfer codon specifics through oligodentrites. The diploid gene is a polar mutation of the genetic dipole in chromasomal aberration. Lysosomal connectivity is a transmutation of the genetic hex gene in choline simulation receptivity.
they produce sex cells that have only one member of each pair
Diploid cells
A diploid is an organism with a 2n genome. that means every gene is encoded twice, the 2 genes could be exactly the same or different (alleles) most animals and plants you see are diploid.
Heterozygous
Haploid cell has half of the normal number of chromosomes the reproductive cell has. Diploid cell refers when the cells has two alleles of a gene.
Diploid organisms contain the genetic material in two copies for a gene. Haploid organisms contain only single copy of every gene.
Diploid organisms contain the genetic material in two copies for a gene. Haploid organisms contain only single copy of every gene.
Diploid cells
2
A diploid is an organism with a 2n genome. that means every gene is encoded twice, the 2 genes could be exactly the same or different (alleles) most animals and plants you see are diploid.
Heterozygous
Haploid cell has half of the normal number of chromosomes the reproductive cell has. Diploid cell refers when the cells has two alleles of a gene.
Diploid organisms contain the genetic material in two copies for a gene. Haploid organisms contain only single copy of every gene.
Diploid organisms contain the genetic material in two copies for a gene. Haploid organisms contain only single copy of every gene.
Diploid organisms, like humans, have two alternate like alleles for every gene.
c it will all depend upon the ploidy, example diploid will always have two
Meiosis is needed to produce healthy offspring with a diploid chromosome set. Therefore, the diploid set from the mother as well as that one of the father needs to be reduced in half. So these reduced cells with haploid chromosome sets can merge and produce one diploid set. Without that reduction, two diploid sets would merge and the offspring would have a tetraploid set (=4 different allels for one gene). Maybe that's not that fatal. But just think furhter. If two of such children would reproduce, the outcome would be offspring with a octaploid set (= 8 copies for the same gene)!
That one gene expresses most or all of a trait over another variation of that gene ( recessive allele ) and in heterozygous condition, Aa. This does not mean the gene " dominates " as dwarfism is a dominant trait that is not greatly represented in the human populations gene pool