chromatin. whereas the highley condensed linear sequence of dna which contains many different genes is called a chromosome
Those tiny threads are called chloro- skeletons, and they are fibers in cytoplasm, or your DNA to keep the cell membrane from collapsing, or tightening. I guess you could say that there are the braces of a cell!
mRNA (messenger RNA)
DNA --> RNA --> Proteins -----------------------------------------That simple.
A gene with a protein containing 150 amino acids would require 450 nucleotides. This is because each amino acid is coded by three nucleotides in DNA.
DNA tells a ribosome how to assemble a protein.
Those tiny threads are called chloro- skeletons, and they are fibers in cytoplasm, or your DNA to keep the cell membrane from collapsing, or tightening. I guess you could say that there are the braces of a cell!
They are copies of DNA, containing a genetic code which are basically instructions for creating proteins
The thin threads of DNA and protein are called chromatin, which consists of DNA wrapped around histone proteins. During cell division, the chromatin condenses further into visible chromosomes, which ensures equal distribution of genetic material to the daughter cells.
The network of nuclear threads composed of DNA and protein that condense to form chromosomes during mitosis is called chromatin. Chromatin consists of DNA wrapped around histone proteins, and it undergoes further condensation to form visible chromosomes during cell division.
mRNA (messenger RNA)
DNA --> RNA --> Proteins -----------------------------------------That simple.
Yes, DNA polymerase is a protein.
A gene with a protein containing 150 amino acids would require 450 nucleotides. This is because each amino acid is coded by three nucleotides in DNA.
DNA tells a ribosome how to assemble a protein.
cell depatment
chromatin threads
The sections of DNA that code for a protein are called exons. When a gene is transcribed into mRNA, the exons are retained while the introns are spliced out. The mRNA containing the exons then leaves the nucleus for translation into a protein in the cytoplasm.