The DNA-protein complex, called chromatin usually folds into characteristic formations called chromosomes. Each chromosome contains a single double stranded piece of DNA. Chromosomes are clearly seen during nuclear division.
Chromosome
Individual threads that form chromosomes are chromatin.
Chromatin
An un-dividing chromosome remain in the form of loose chromatin material as seen in the inter-phase nucleus. At the tome of nuclear division this chromatin material is organized in the form of thread like structures called chromosomes.
The highly condensed forms of DNA (and proteins) are known as chromosomes.
The singular form of chromosomes is chromosome.
The DNA of the Eukaryotic cell is sometimes seen in chromosome form because of the simplicity of the cell. The more complex the organism, the less likely the DNA will be seen in chromosome form.
Chromosome
A diploid cell with an extra chromosome. Basically a diploid with an extra chromosome of one type, producing a chromosome number of the form 2n + l.
Individual threads that form chromosomes are chromatin.
The singular form of chromosomes is a chromatid.
Chromatin
a chromosome
The DNA molecules in various combinations form the genes which are the genetic code of a chromosome.
There is no reduction in number of chromosome
Interphase
An un-dividing chromosome remain in the form of loose chromatin material as seen in the inter-phase nucleus. At the tome of nuclear division this chromatin material is organized in the form of thread like structures called chromosomes.