Chromosomes and chromatids are related in that one is the duplicate of another. A chromatid comes about when chromosomes are duplicated. It holds replicated DNA of every single chromosome that is joined.
Chromosomes are structures composed of DNA and proteins that are found in the nucleus of cells. DNA is coiled around proteins called histones to form chromatin, which further condenses to form chromosomes during cell division. Chromosomes contain the genetic information in the form of DNA that determines an organism's traits.
Technically yes, but only in the sense that without chromatin, you can't have flagella. Here is why: Chromatin is a structure of DNA. A cell is replicates, either by meiosis or mitosis, it first collects its DNA into organized structures to make the equal transfer between the two daughter cells easier. These structures, made of tightly coiled, inaccessable, highly organized bundles of DNA, are called chromatin. Once the cell divides, the chromatin unwinds, allowing the cell to access the DNA code again. Flagella are an external stucture on a cell's membrane. They are composed of proteins, which are made using an amino acid sequence encoded in the DNA. So, without the DNA (which has at some point been bundled into chromatin), you can't have flagella.
The other 44 chromosomes that are not related to sex are called autosomes. These autosomes are found in pairs, with one copy inherited from each parent, and they contain genetic information that determines various traits and characteristics in an individual.
The chromosomes of the offspring are a combination of the chromosomes from both parents. This relationship impacts genetic inheritance by determining which traits are passed down from the parents to the offspring.
Chromatin is intertwinted mass of fine thread-like structure made of DNA and protein. During cell division (mitosis and meiosis), chromatin condenses to form thicker rod-like structures called chromosomes. Each chromosome consists of two similar halves called chromatids. Formation of chromosomes having two similar halves or chromatids is meant for equitable distribution of chromatin which is hereditary material.
Chromosomes are structures within the nuclei of eukaryotic cells that contain DNA combined with proteins. Chromatin refers to the actual material of the chromosomes, the DNA plus the proteins.
Chromosomes and chromatids are related in that one is the duplicate of another. A chromatid comes about when chromosomes are duplicated. It holds replicated DNA of every single chromosome that is joined.
chromosomes are the things you inherited from your parents. 23 pairs. 46 total. (like 23 pairs of socks) chromatids are the individual chromosomes in a pair (so like having two red socks, two blue socks. one red sock is a sister chromatid to the other red sock, and same with the two blue socks.) chromatin is the strands of DNA combined with proteins that make up the chromosome (the thread used to make the socks) BY-Arindam Jain IX-A
The word "chromatin" can be used in many ways in a sentence; for example, as a way of indicating its molecular significance: "Chromatin performs important DNA-related functions for cells." It can also be used more generally, such as in the following sentence: "The student was required to prepare a report on 'chromatin' for the next class."
A looped domain is a series of chromatin fibres that are arranged into a loop. These are arranged into chromosomes. For more help view the related link.
Chromosomes are structures composed of DNA and proteins that are found in the nucleus of cells. DNA is coiled around proteins called histones to form chromatin, which further condenses to form chromosomes during cell division. Chromosomes contain the genetic information in the form of DNA that determines an organism's traits.
Chromatin is intertwinted mass of fine thread-like structure made of DNA and protein. During cell division (mitosis and meiosis), chromatin condenses to form thicker rod-like structures called chromosomes. Each chromosome consists of two similar halves called chromatids. Formation of chromosomes having two similar halves or chromatids is meant for equitable distribution of chromatin which is hereditary material.
Technically yes, but only in the sense that without chromatin, you can't have flagella. Here is why: Chromatin is a structure of DNA. A cell is replicates, either by meiosis or mitosis, it first collects its DNA into organized structures to make the equal transfer between the two daughter cells easier. These structures, made of tightly coiled, inaccessable, highly organized bundles of DNA, are called chromatin. Once the cell divides, the chromatin unwinds, allowing the cell to access the DNA code again. Flagella are an external stucture on a cell's membrane. They are composed of proteins, which are made using an amino acid sequence encoded in the DNA. So, without the DNA (which has at some point been bundled into chromatin), you can't have flagella.
Flagella do not contain chromatin.
Chromosomes are tightly coiled structures of DNA (and proteins).
The word "chromatin" can be used in many ways in a sentence; for example, as a way of indicating its molecular significance: "Chromatin performs important DNA-related functions for cells." It can also be used more generally, such as in the following sentence: "The student was required to prepare a report on 'chromatin' for the next class."