Only one parent mother or father
It refers to both the father and the mother because they are the guardians.
A compound heterozygote has two different alleles in the same locus, either in only one strand (cis phase) or in the 2 ones (trans phase). In the first case, necessarily the strand ( or gamete ) must come from one parent; in the second, each parent transmit only each mutated allele. In both cases if the alleles are identical ( by nature or by descent ) the recipient is a homozygote, not a heterozygote .
One can download the genome browser from the following sources: UCSC Genome Browser, Broad Institute, GMOD, Source Forge, Open Helix, Artemis Genome Browser Download, 1000 Genomes, to name a few.
Asexual reproduction requires genetic material from only one parent.
Only one parent mother or father
A lone parent family is one in which there is only one parent. In lone parent family either there is the mother or the father. In lone parent family, one parent act as mother and father both .
no, both parents must consent.
It refers to both the father and the mother because they are the guardians.
Sexual reproduction leads to variety in the gene pool because the genome of an offspring organism may have a mixture of the genomes of both parents, rather than just the material of a single parent. Evolution in asexually reproducing organisms occurs by mutation, rather than genetic variation, since there is only one parent.
Only if that parent has sole custody of you or if your other parent is dead. Otherwise both have to sign.
only one parent only one parent
Yes, both testicles are producing the same genome.
The sire and the dam has to be registered both.
Nope, only one parent stays with the young, and that's the mother.
Surely it is the gastrula. The fertilized egg contains only one copy of the genome, while the gastrula contains thousands copies of the genome.
A compound heterozygote has two different alleles in the same locus, either in only one strand (cis phase) or in the 2 ones (trans phase). In the first case, necessarily the strand ( or gamete ) must come from one parent; in the second, each parent transmit only each mutated allele. In both cases if the alleles are identical ( by nature or by descent ) the recipient is a homozygote, not a heterozygote .