these strands are called chromatids.........good luck on nova net =]
dna replication
chromatid
Chromatin.
chromatids
Two.
Chromatin. The proteins are histones, used to organize and compact the DNA.
The two halves of a chromosome are called chromatids, or, more fully, sister-chromatids.Each sister-chromatid contains one molecule of DNA. The two DNA molecules of one chromosome are, barring occasional copying errors, genetically identical, because they were formed from the same original DNA molecule at the most recent replication.
To simplify: the DNA molecule unzips and divides into 2 strands, then the replication makes the complements of each strand to make 2 full DNA daughter chromosomes, so half the parent DNA ends up in each daughter chromosome.
After DNA replication, each new molecule has one strand of the original DNA molecule and the other strand is composed of new nucleic acids. This is due to the semi-conservative replication of DNA.
Chromosome is A thread like linear strand of DNA and associated proteins in the nucleus!!!!!!
Each chromosome has a single strand of DNA.
Chromatin. The proteins are histones, used to organize and compact the DNA.
every and any DNA strand can constitue to a chromosome :)
a chromosome :]
Just a DNA strand
a chromosome
A single strand of bunched up DNA
The two halves of a chromosome are called chromatids, or, more fully, sister-chromatids.Each sister-chromatid contains one molecule of DNA. The two DNA molecules of one chromosome are, barring occasional copying errors, genetically identical, because they were formed from the same original DNA molecule at the most recent replication.
Genetic information, also it contains adenine, thymine, guanine, and cytosine, along with many other things, like Ribose and phosphate groups.
CCAATTG
No, it is not found in DNA, thought it is found in RNA.
To simplify: the DNA molecule unzips and divides into 2 strands, then the replication makes the complements of each strand to make 2 full DNA daughter chromosomes, so half the parent DNA ends up in each daughter chromosome.