the enzyme helicase unwinds DNA, then DNA rewinds itself back up after translation has finished.
the enzyme helicase unwinds DNA, then DNA rewinds itself back up after translation has finished.
DNA helicase to unwind the DNA
DNA polymerase and DNA ligase to copy it
Single-stranded binding proteins
An enzyme called the RNA polymerase
RNA
Replication!!
In prokaryotes, the chromosome that resides inside of the cell makes a copy of itself, resulting in two identical chromosome pairs attached to the inside of the prokaryote's [inner] cell membrane. After the chromosome is copied, the cell continues to grow until it reaches approximately twice the cell's original size. Then a new cell membrane forms between the two chromosomes, and the cell splits into two new daughter cells. Each new cell contains one of the identical chromosomes that resulted from the copying of the original cell's chromosone .
The fluid inside the cell is the cytoplasm
mitochondria is located inside of the cell's membrane
Yes, your whole body does.
the enzyme helicase unwinds DNA, then DNA rewinds itself back up after translation has finished.
Replication!!
Replication!!
replication
About 45%
An absolute cell reference will not change when it is copied.
The purpose of copying DNA is that, after mitosis, each daughter cell each has a complete set of DNA and is genetically identical.
It is the target cell where you want to put data. This term usually is used when talking about copying data from a source cell to a destination cell.
DNA COPYING , k .
It is interphase
DNA replicating/copying
In prokaryotes, the chromosome that resides inside of the cell makes a copy of itself, resulting in two identical chromosome pairs attached to the inside of the prokaryote's [inner] cell membrane. After the chromosome is copied, the cell continues to grow until it reaches approximately twice the cell's original size. Then a new cell membrane forms between the two chromosomes, and the cell splits into two new daughter cells. Each new cell contains one of the identical chromosomes that resulted from the copying of the original cell's chromosone .