If these segregation patterns are equally likely, what is the probability that a gamete produced by the individual who carries the translocatedchromosome will result in a viable offspring with a normal phenotype? Person witha normal phenotype whocartesa trunsiscted chremiomeTranalooted chromaaomecortaining long arma ofchromame and 2146 ,x*,14,१(14421)-2114-14Gamete formationPobie gamet11Fanketionuth anomalgametePiblie rng22(b) Karyotypo of a malo with familial Down syndromeFamll DownyndroneNormalEelancedcaterKinbelanced)Untanienced, kethal(m Poble tranamtaalom petemTransmission of familial Down syndrome. (a) Potential transmission of familial Down syndrome.The individual with the chromosome composition shown at the top of this figure may produce a gametecarrying chromosome 21 and a fused chromosome containing the long arms of chromosomes 14 and 21.Such a gamete can give rise to an offspring with familial Down syndrome. (b) The karyotype of an individualwith familial Down syndrome. This karyotype shows that the long arm of chromosome 21 has been translocatedto chromosome 14 (see red arrow). In addition, the individual also carries two normal copies of chromosome 21.(c) An individual (in the center) with this disorder.

Name: If these segregation patterns are equally likely, what is the probabil
Uploaded: 2024-03-20T06:42:55.000Z
Channel: Bartleby
Description: If these segregation patterns are equally likely, what is the probability that a gamete produced by the individual who carries the translocatedchromosome will result in a viable offspring with a normal phenotype? Person witha normal phenotype whocart