In dormice, a multiple allele series at an autosomal locus is responsible for ear shape: Round (E) and square (E³) allel
Posted: Thu Jun 09, 2022 12:11 pm
- In Dormice A Multiple Allele Series At An Autosomal Locus Is Responsible For Ear Shape Round E And Square E Allel 1 (34.08 KiB) Viewed 212 times
Fr(E^S) = q = (b)
Fr(E^T) = r = (c)
Fr(E^L) = s = (d)
Expected percentage of round eared dormice to be homozygous =
(e)
In dormice, a multiple allele series at an autosomal locus is responsible for ear shape: Round (E) and square (E³) alleles are incompletely dominant over each other resulting in an oval ear shape. Round and square are both dominant to triangle (ET) and lobe (E¹X and triangle is dominant over lobe ears. Whilst doing a field survey, a zoologist notes the following numbers of dormice with regards to ear shape: In relmuise, is 'n veelvoudige allele-reeks by ʼn outosomale lokus verantwoordelik vir die oorvorm: Ronde (2²) en vierkantige (E) allele is onvolledig dominant teenoor mekaar, wat 'n ovaal oorvorm tot gevolg het. Rond en vierkantig is albei dominant teenoor driehoekig (E) en gelob (E¹); en driehoekig is dominant oor gelob. Terwyl hy 'n veldopname doen, merk 'n dierkundige die volgende aantal relmuise op met betrekking tot oorvorm: Round | Rond: 105 78 Square | Reghoekig: Oval | Ovaal: 64 Triangle | Driehoekig: 35 Lobed | Gelob: 26 Assuming the population of dormice is in Hardy-Weinberg equilibrium for this locus, estimate the allele frequencies for each of the alleles: Gestel die populasie van relmuie is in Hardy-Weinberg-ewewig vir hierdie lokus, skat die alleelfrekwensies vir elk van die allele: (round to three decimals) (rond tot drie desimale)