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.
The simplest level of packing of the eukaryotic chromosome is the wrapping of DNA around histone proteins to form nucleosomes. Nucleosomes consist of DNA wrapped around a core of histone proteins, which serves as the basic unit of chromatin packaging in eukaryotic cells.
In eukaryotic cells, each chromosome has one or more DNA molecules, which are tightly coiled around proteins called histones. These DNA-histone complexes form chromatin fibers, which condense further to create distinct chromosomes during cell division.
In Prokaryotes like bacteria DNA is in the form of clusters of chromosomes and in eukaryotes DNA is concentrated in the nucleus as they have it .
a chromosome
Prokaryotic chromosomes are typically circular in shape, meaning they form a closed loop. This circular chromosome is found free-floating in the cytoplasm of the prokaryotic cell, unlike the linear chromosomes found in eukaryotic cells which are housed within the nucleus.
One member of a chromosome is a single DNA molecule containing many genes. This DNA molecule is tightly coiled around histone proteins to form a compact structure. Chromosomes are found in the nucleus of eukaryotic cells and carry genetic information that determines an organism's traits.
In a prokaryotic cell, there is no nuclear membrane surrounding the chromotin, while in a eukaryotic there is one. in both, the DNA is attached to proteins which create long fibers of chromotin.
prokaryotic DNA is in a ring form
mitosis
prokaryotic DNA is in a ring form
prokaryotic DNA is in a ring form
prokaryotic DNA is in a ring form