Chromosomes represent the very condensed form of the DNA, that develop during cell division. Chromatin is the loose form of DNA that goes under a series of condensation steps (nucleosome-chains, solenoids and finally chromosomes) in order to be able to split DNA in equal amounts between the 2 new cells.
chromosomes are bar-like, while chromatin are long strands
The major structural difference between chromatin and chromosomes is that the latter are?
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A chromosome is a strand of DNA with proteins, that is usually found within the cell's nucleus. On the other hand, chromatin is a mass of genetic material containing DNA, RNA, and various proteins that forms chromosomes.**before mitosis, the DNA is loose in the nucleus in the form of chromatin. When the DNA begins to undergo mitosis the chromatin condenses to form the chromosome.The difference between chromatin and chromosomes is that chromosomes help to make up chromatin. Chromatin is made up of DNA and proteins, and is what makes the nucleus of a cell. Chromosomes make up the DNA.
I am assuming you know both chromosomes and chromatin are basically made up of DNA and proteins. They both reside in the nucleus of a cell. The chromosomes are not visible and neither are the chromatin. When mitosis occurs and the cell divides the chromosomes coil up and become chromatids (different again). These chromatids are the only one out of these three that is visible. To answer your question basically the relationship between chromosomes and chromatin can be summarised by the following sentence. <Chromosomes are made up of two chromatin joined together by a centreomere.> hope this helps :)
Chomatin is unwound DNA in cells in long strings in the Nucelous. Chromosomes form when chromatin winds together to make the X shape to get ready for Mitosis or Meisos.
Both chromosomes and chromatin are DNA, however they differentiate slightly. Chromatin is wound up DNA, and chromosomes are what DNA look like when a cell is getting ready to divide. Chromosomes are also symmetrical, and they have the same DNA on each side.
Chromatin is all of the DNA, RNA, and protein wound up inside the nucleus. I guess you could kind of look at it as a tangled up bowl of spaghetti. The bowl is the nucleus membrane and the spaghetti is the chromatin.
chromatin is the diffuse form chromosomes take in the nucleus of a cell when it is not dividing.
what is the difference between autosome and sex chromosomes
Between cell divisions, genetic information is in disorganized strands known as chromatin. :)
Scaffold-associated regions (SARs) are DNA sequences that help anchor chromatin loops to the nuclear matrix, providing structural support for the overall organization of chromosomes. SARs play a role in regulating gene expression by modulating the interactions between DNA and the nuclear matrix. They are involved in maintaining the higher-order chromatin structure within the nucleus.
DNA is in genes, and genes are in chromosomes.
chromatinis fine thread like structure and it is in the form of irregular thread and seen during prophase and on telophase chromosomes are organized structures of chromatin each species has its own fix numbers of chromosomes for example in human its numbers is 46
One structural difference between Stentor and vorticella is that Stentor is a protozoa. Vorticella is a sessile organism, meaning that it is immobile.