Chromosome # + p
so the short arm of Chromosome 11 is referred to as 11p
Some studies have isolated defects for the production of pituitary hormones to the short arm (the "p" end) of chromosome 3 at a specific location of 3p11. Other studies have found changes on the short arm of chromosome 7.
MHC molecules are located in the short arm of chromosome 6.
Telomere - The ends of the chromosome. Centromere - The primary constriction of the chromosome. Chromatid - A single molecule of DNA. The centromere also divides the chromosome into a short arm (p) and a long arm (q).
8 is the chromosome number, q means the long arm of the chromosome, and the 24 is the position on the long arm. It's like coordinates to find the position on the chromosome.
chromatid
A chromosome is a part of DNA that consists of a long arm and a short arm connected at the center called the Centromere.
The 'q' refers to the long arm of the chromosome. A prototypical condensed chromosome has two arms: a short arm and a long arm. The 'p' stands for the French word 'petit' (which means small). The 'q' doesn't stand for anything in particular, but because 'q' comes after 'p' in the alphabet, it is used to refer to the long arm of the chromosome.
Some studies have isolated defects for the production of pituitary hormones to the short arm (the "p" end) of chromosome 3 at a specific location of 3p11. Other studies have found changes on the short arm of chromosome 7.
on the short arm of chromosome 11
MHC molecules are located in the short arm of chromosome 6.
The gene codes for a protein called huntingtin found on the short arm of chromosome 4.
tripalosdic
the male chromosome is XY the female chromosome is XX
No, it is autosomal, with the likely gene mutation located on the short arm of chromosome 6.
Telomere - The ends of the chromosome. Centromere - The primary constriction of the chromosome. Chromatid - A single molecule of DNA. The centromere also divides the chromosome into a short arm (p) and a long arm (q).
I thought they were acrocentric (centromere positioned so close to the end of the chromosome that the short arm of the chromosome is not visible) rather than telocentric (centromere located completely at the terminal end of the chromosome).
An acrocentric is a chromosome which has the centomere, the central region, closer to one end than the other, thus having one short arm and one long arm.