Assume that the count of F2 phenotypes you got is as follow Phenotype F2 count b Pt 90 b PT 5 23 267 7 bpt BPt Bpt BpT bpT BPT 73 254 18 Which gene is in the middle? P OT OB O It could be any of P, B, or T

Phenotype Genotype Temperature-sensitive allele Barr Body Dimorphism Cytoplasmic segregation A Allele Penetrance Expressivity Heterokaryon Maternal inheritance C Pleiotropy Lethal gene Amorphic mutation Hypermorphic mutation K F Sum Rule Product Rule G Testcross J Quantitative Trait Loci Leaky mutation 1 Percentage of individuals with a given allele who exhibit the phenotype associated with that allele The degree to which a given allele is expressed at the phenotype level The allelic constitution of an organism 4 A gene whose expression results in death of the organism at some stage of its life cycle 5 A conditional mutation that produces a mutant phenotype at one temperature range and a wild-type phenotype at another 6 A type of single parent inheritance where all the progeny have the genotype and phenotype of the female parent heq 7 A darkly-stained, highly condensed heterochromatin structure in the nucleus comprising X- chromosome sequence 8 Used to calculate the probability of…

Would you be able to draw a circular map of the seven genes? I have trouble with correct position of the genes

he chances of an individual having a particular group of variable number tandem repeats (VNTRs) can be calculated. If 3 VNTRs are analyzed, one of which has 40 known variations while the other 2 have thirty known variations each, what is the chance of an individual having any specific banding pattern? a 36,000 b 100 c 1/100 d 1/36,000

Which of the postulates was not based on the results that all members of p1 generation are homozygous

Can I please get help with this question

What is the probability of Sister 3 as a carrier of the death gene?

The pedigrees are for a rare autosomal trait. What is the chance that individual A is a carrier? O O 1/2 1 1/4 2/3 0 56 A ठट B