telocentric

For example, the standard house mouse karyotype has only telocentric chromosomes.

These chromosomes are more telocentric and therefore only their q-arms were tested for expression biases.

They can be connected in either metacentric, submetacentric, acrocentric or telocentric manner.

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

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

Humans do not possess telocentric chromosomes.

The W chromosomes are acrocentric too, as are the larger microchromosomes, the smaller ones probably being telocentric.

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

Thus, FN 2 x 2n, the difference depending on the number of chromosomes considered single-armed (acrocentric or telocentric) present.

The normal Drosophila X-chromosome is telocentric, i.e. the centromere is located on one end of the chromosome.

The two largest macrochromosome pairs are submetacentric, while all other chromosomes are acrocentric or (for the smallest microchromosomes) probably telocentric.

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