Answer:
c. The P allele is less frequent in the US than the p allele.
Explanation:
If people with the heterozygous genotype "Pp" present polydactyly, only people with the genotype "pp" will not present polydactyly. Since 99.9% of the population do not exhibit polydactyly, then it can be concluded that the "p" allele is much more frequent in the US than the "P" allele.
Therefore, the answer is:
c. The P allele is less frequent in the US than the p allele.
Answer:
¼ or 25% will be dihybrid organisms, ¼ will be heterozygous at first locus and recessive homozygous at other locus , ¼ of them will be recessive homozygous at first locus and heterozygous at other locus, and ¼ of them will be homozygous recessive for alleles at two independent loci.
Explanation:
A dihybrid organism is one that is heterozygous at two different genetic loci. So if we name one gene with D and other gene with R, dihybrid organism will have genotype DdRr.
If we cross that organism with the one that is homozygous recessive for alleles at two independent loci ddrr:
P: DdRr x ddrr
D. ; Eukaryotic cells are bigger, younger, and more complex
Answer:
Human glucocebrosidase is used as a therapeutic drug which is used to treat Gaucher's disease.
The farming of this substances in crops is very helpful for the population. The genetic engineering to insert genes in plants would result in GMOs.
It is more beneficial to use plants for this process as compared to that of animals because it is easily available and easily extracted.
It is more economical and easily accessible by people. It would not harm animals by incorporating the gene in them in laboratory conditions.
Id say Jupiter cuz its huge. it's the largest planet in our solar system.
