For each of the following types of chromosomalaberrations, tell: (i) whether the chromosomes of anorganism heterozygous for the aberration will formany type of loop during prophase I of meiosis;(ii) whether a chromosomal bridge can be formedduring anaphase I in a heterozygote, and if so, underwhat conditions; (iii) whether an acentric fragmentcan be formed during anaphase I in a heterozygote,and if so, under what conditions; (iv) whether theaberration can suppress meiotic recombination; and(v) whether the two chromosomal breaks responsible for the aberration occur on the same side or on opposite sides of a single centromere, or if the two breaksoccur on different chromosomes.a. Reciprocal translocationb. Paracentric inversionc. Small tandem duplicationd. Robertsonian translocatione. Pericentric inversionf. Large deletion
For each of the following types of chromosomal
aberrations, tell: (i) whether the chromosomes of an
organism heterozygous for the aberration will form
any type of loop during prophase I of meiosis;
(ii) whether a chromosomal bridge can be formed
during anaphase I in a heterozygote, and if so, under
what conditions; (iii) whether an acentric fragment
can be formed during anaphase I in a heterozygote,
and if so, under what conditions; (iv) whether the
aberration can suppress meiotic recombination; and
(v) whether the two chromosomal breaks responsible for the aberration occur on the same side or on opposite sides of a single centromere, or if the two breaks
occur on different chromosomes.
a. Reciprocal translocation
b. Paracentric inversion
c. Small tandem duplication
d. Robertsonian translocation
e. Pericentric inversion
f. Large deletion
Trending now
This is a popular solution!
Step by step
Solved in 4 steps