Lesson 1: Review 1 homolog pair containing a heterozygous gene pairs, each allele are long Angston

Lesson 1: Review 1 homolog pair containing a heterozygous gene pairs, each allele are long Angston 4080. A dominant gene with a recessive gene H = 3120 3240 hydrogen bonds with 1 count the number of each type of each gene nu 2 nu the number of each type of each GP GTU 3rd normal when the number of each type of nu of each GP and the TT genotype 4 when normal GP k normal phenomenon mutation is aneuploidy can have any type of spore that is located acas on an autosomal acas gene Lesson 2: assuming only 1 mRNA segment DC synthesized from 2 n: G and X 1 have the ability to code 3 stars, the 3 original code and the code 3 for ntnao`?> 2 of the 3 above can be located at any position in the international e flashed both cell help
Lesson 1: Review 1 homolog acas pair containing a heterozygous gene pairs, each allele are long Angston 4080. A dominant gene with a recessive gene H = 3120 3240 hydrogen bonds with 1 count the number of each type of each gene nu 2 nu the number of each type of each GP GTU 3rd normal when the number of each type of nu of each GP and the TT genotype 4 when normal GP k normal phenomenon mutation is aneuploidy can have any type of spore that is located on an autosomal gene Lesson 2: assuming only 1 mRNA segment DC synthesized from 2 n: G and X 1 have the ability to code 3 stars, the 3 original code and the code 3 for ntnao`?> 2 of the 3 above can be located at any position in the international help people throughout acas the e flashed Lesson 1: 1 I have N = 2L / 3.4 = 2400 (nu) => A + G = 1200 (1) Gene A H = 3120 (lk) => 2A + 3G = 3120 (2) From (1) and (2) A = T = I DC 480 (nu) G = X = 720 (nu) gene, a H = 3240 (lk) => 2A + 3G = 3240 (3) From (1) and (3) A = T = I DC 360 (nu) G = X = 840 (nu) 2 From the first to deduce it. 3 KG Aa: A = T = 480 + 360 = 840 (nu) G = X = 720 + 840 = 1560 (nu) KG AA: A = T = 480 x 2 = 960 (nu) G = X = 720 x 2 = 1440 (nu) aa KG: A = T = 360 x 2 = 720 (nu) G = X = 840 x 2 = 1680 (nu)
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