-
translocations more
frequently involve acrocentric chromosomes than
other non-
acrocentric chromosomes.
Acrocentric chromosomes are
usually located in and...
-
which is
particularly short.
These are
known as
acrocentric chromosomes.
Humans have five of
these acrocentric chromosomes: 13, 14, 15, 21 and 22. When these...
- of
translocation caused by
breaks at or near the
centromeres of two
acrocentric chromosomes. The
reciprocal exchange of
parts gives rise to one large...
-
considered single-armed (
acrocentric or telocentric) present.
Humans have FN = 82, due to the
presence of five
acrocentric chromosome pairs: 13, 14,...
- Medium-sized,
acrocentric, with
satellite E 16–18 Small,
metacentric or
submetacentric F 19–20 Very small,
metacentric G 21–22, Y Very small,
acrocentric (and...
-
secondary constructs that
serve as identification. They are
observed in
acrocentric chromosomes. In
addition to the centromere, one or more
secondary constrictions...
- third-largest
chromosome pair is
acrocentric and the fourth-largest is metacentric. The W
chromosomes are
acrocentric too, as are the
larger microchromosomes...
-
chromosomes are
acrocentric except for the
first pair of autosomes,
which are submetacentric. The X
chromosome is the
largest of the
acrocentric chromosomes...
- both in size and morphology.
Other chromosomes were
acrocentric. The X
chromosome is a
large acrocentric and the Y
chromosome a
minute one. The two species...
- chromosomes. In
species of
Acrididae and
Romaleidae it is
common to have
acrocentric chromosomes with a
fundamental number (FN), i.e.
number of chromosome...
