Question: Genotype is the Process of gamete production Assortment of genes that make an individual Metho…
Show transcribed image text Genotype is the Process of gamete production Assortment of genes that make an individual Method used to count chromosomes in a cell Method for producing a true-breeding plant Method of producing a defective gene. In a monohybrid cross Mendel studied the gene for pea pod color (two alleles = G and g). He crossed a true-breeding plant with green pods (GG) with a true-breeding plant with yellow pods (gg). The F_1 generation all had green pods. The phenotype(s) of these F_1 plants were 100% green pods 100% yellow pods 50%:50% green yellow pods 75%:75% green yellow pods 25%:75% green yellow pods In a continuation of the experiment described above. Mendel crossed the resulting F_1 generation with itself. The phenotypes of the F_2 generation were 3 yellow to 1 green 2 yellow to 1 green All green 1 green to 1 yellow 3 green to 1 yellow During gamete formation, the purpose of crossing-over is to Reduce the length of chromosomes Restore the number of chromosomes Exchange segments of homologous chromosomes Minimize population diversity None of the above Albinism is an example of since it is the result of one gene that that has many expressed phenotypes including white hair, light sensitivity, and lack of melanin in the iris of the eyes. Pleiotrophy Sex-linked disorder Potygenic inhentance Incomplete Dominance Epistasis The genetic clotting disorder, hemophilia, passed on by Queen Victoria to the royals of Europe is due to hemophilia is an X-linked disorder hemophilia is a Y-Iinked disorder hemophilia is an autosomal disorder hemophilia gene is on chromosome 11 hemophilia is can only occur in females The X and Y chromosomes Both carry the SRY gene Are examples of autosomes Are called the sex chromosomes Contain the same number of genes Are both found in females is a common example of a sex-linked disorder that typically occurs in males. Skin cancer Lung cancer Influenza Sickle cell disease Color blindness
Genotype is the Process of gamete production Assortment of genes that make an individual Method used to count chromosomes in a cell Method for producing a true-breeding plant Method of producing a defective gene. In a monohybrid cross Mendel studied the gene for pea pod color (two alleles = G and g). He crossed a true-breeding plant with green pods (GG) with a true-breeding plant with yellow pods (gg). The F_1 generation all had green pods. The phenotype(s) of these F_1 plants were 100% green pods 100% yellow pods 50%:50% green yellow pods 75%:75% green yellow pods 25%:75% green yellow pods In a continuation of the experiment described above. Mendel crossed the resulting F_1 generation with itself. The phenotypes of the F_2 generation were 3 yellow to 1 green 2 yellow to 1 green All green 1 green to 1 yellow 3 green to 1 yellow During gamete formation, the purpose of crossing-over is to Reduce the length of chromosomes Restore the number of chromosomes Exchange segments of homologous chromosomes Minimize population diversity None of the above Albinism is an example of since it is the result of one gene that that has many expressed phenotypes including white hair, light sensitivity, and lack of melanin in the iris of the eyes. Pleiotrophy Sex-linked disorder Potygenic inhentance Incomplete Dominance Epistasis The genetic clotting disorder, hemophilia, passed on by Queen Victoria to the royals of Europe is due to hemophilia is an X-linked disorder hemophilia is a Y-Iinked disorder hemophilia is an autosomal disorder hemophilia gene is on chromosome 11 hemophilia is can only occur in females The X and Y chromosomes Both carry the SRY gene Are examples of autosomes Are called the sex chromosomes Contain the same number of genes Are both found in females is a common example of a sex-linked disorder that typically occurs in males. Skin cancer Lung cancer Influenza Sickle cell disease Color blindness
