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.
Chromatin are the complex of DNA and proteins that makes up a eukaryotic chromosome. When the cell is not dividing, chromatin exists in its dispersed form, as a mass of very long, thin fibers that are not visible with a light microscope. In other words it is the non-rolled up DNA.
During interphase chromosomes take the form of chromatin, an unravelled mess of DNA
microfilaments
During interphase chromosomes take the form of chromatin, an unravelled mess of DNA
Chromosomes are structures in the nucleus of the cell which contain DNA and can best be seen when the cell is dividing.
are densely staining, roughly spherical bodies composed of RNA and protein
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Chromatin are the complex of DNA and proteins that makes up a eukaryotic chromosome. When the cell is not dividing, chromatin exists in its dispersed form, as a mass of very long, thin fibers that are not visible with a light microscope. In other words it is the non-rolled up DNA.
During interphase chromosomes take the form of chromatin, an unravelled mess of DNA
microfilaments
During interphase chromosomes take the form of chromatin, an unravelled mess of DNA
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.
Chromosomes are structures in the nucleus of the cell which contain DNA and can best be seen when the cell is dividing.
Chromosome
The singular form of chromosomes is 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.