restriction endonucleases.
The alcohol used causes the precipitate to form due to a reaction allowing the hydrogen bonds between the nucleotides to form, which causes the DNA to become efficient packed and twisted together.
mutation
If you are referring to the fragmented lagging strand for DNA replication, the fragments are called Okazaki fragments.
The recombinant DNA becomes part of the transformed cell's genome.
the dna is inserted into the active sites of the proteins which causes it to for the chrosmosome.
When the contents of a file are scattered across two or more noncontiguous sectors, the file has become fragmented
The alcohol used causes the precipitate to form due to a reaction allowing the hydrogen bonds between the nucleotides to form, which causes the DNA to become efficient packed and twisted together.
mutation
A cancer promoter causes cells with DNA mutations to multiply and become tumors.
DNA can be fragmented using restriction endonucleases or restriction enzymes. Restriction enzymes identify specific sequences within the DNA and cause cleavage generating fragments. When this digested DNA is allowed to run in gel electrophoresis fragments get separated according to their mass. When visualized under UV transilluminator, fragmented DNA can be observed as fluorescing bands.
DNA loading dye is a solution used in gel electrophoresis to aid in loading DNA samples onto the gel. It typically contains tracking dyes that allow visualization of the DNA migration during electrophoresis and a density reagent that helps sink the sample into the well. DNA loading dye also often contains glycerol to make it easier to load the samples into the gel wells.
When the contents of a file are scattered across two or more noncontiguous sectors, the file has become fragmented
If you are referring to the fragmented lagging strand for DNA replication, the fragments are called Okazaki fragments.
DNA polymerase pairing A with G
Necrosis
when ethidium ion intercalates between two dna base pairs in a circular dna it causes the dna to unwind by 26 degrees, thereby decreasing twist and increasing writhe. in a circular dna which is negatively supercoiled, if ethidium is added it will become relaxed and if more ethidium is added dna becomes positively supercoiled
DNA polymerase