Answer:
1) M1 is heterozygous since it contains 2 bands, which means that it contains one recessive and one dominant allele
P1 is homozygous for this locus, since it contains a single band or is known to be homozygous for the locus or gene.
P2 is hetozygous for this locus because two bands appear in which each band represents one allele for the gene.
ChildC contains two gel bands, representing two alleles and is therefore heterozygous
P1 is the father of the child C1, if we look at the gel, each father shows a similar band, one coinciding with the mother and the second with the father p1
As for the paternity study, the PCR test is not useful, since it provides asymmetric results, thus only one strand information will be provided, and because the DNA is double-stranded, a more complete study is required.:
Answer:
Mass, Density, and Pressure
The transfer of genetic variation from one population to another
<span>a basic difference
between Mendel's p</span><span> <span /><span> but not the
particulate hypothesis, maintained that after a mating, the genetic
material provided by each of the two parents is mixed in the offspring,
losing its individual identity. </span></span><span /><span><span><span /></span></span>is and the blending hypothesis?
Respiration releases the energy
