সোজা যষ্টি আকারে থাকার কারণ centromere প্রান্তিক অবস্থানে রয়েছে

telocentric's Usage Examples:

A telocentric chromosome's centromere is located at the terminal end of the chromosome.

A telocentric chromosome has therefore.

five pairs of metacentric, one pair of subtelocentric, and two pairs of telocentric chromosomes with distal heterochromatic satellites.

"The use of telocentric chromosomes in linkage mapping".

chromosomes and 24 pairs of telocentric chromosomes.

The X chromosome is a large metacentric chromosome and the Y a small telocentric.

sixteen pairs of two-armed (telocentric) chromosomes.

The X-chromosome is a large, and the Y-chromosome a small telocentric chromosome.

number of the Chinese muntjac, Muntiacus reevesi, was found to be 46, all telocentric.

metacentric and submetacentric, 10 subtelocentric, and 22 acrocentric and telocentric chromosomes Males are brighter in color than females, and have long,.

consisting of being either metacentric, submetacentric, acrocentric, or telocentric.

as are the larger microchromosomes, the smaller ones probably being telocentric.

submetacentric, while all other chromosomes are acrocentric or probably telocentric for the smallest microchromosomes.

(autosomes) are mostly acrocentric, having a long and a short arm, or telocentric, having only one arm, but there are also three large metacentric pairs.

chromose pairs are metacentric, one pair is submetacentric and 22 pairs are telocentric.

include four acrocentric, five metacentric, seven submetacentric and two telocentric pairs.

They have four pairs of telocentric chromosomes (whose centromeres sit at one of the telomeres), two to four.

orthocentric, paracentesis, pericardiocentesis, technocentric, technocentrism, telocentric, thoracentesis, thoracocentesis centri- center Latin centrum central.

The karyotype of the house mouse normally consists of 40 telocentric chromosomes, but in certain regions in Europe, mice with karyotypes containing.

telocentric's Meaning':

having the form of a straight rod because the centromere is in a terminal position