no because they cant
controlling access to DNA
During interphase the DNA is in loose form. It makes the chromatin inside the nucleus. The chromatin allow access to RNA and DNA polymerases that transcribe and replicate DNA.During interphase the DNA is in loose form. It makes the chromatin inside the nucleus. The chromatin allow access to RNA and DNA polymerases that transcribe and replicate DNA.
The structure of chromatin during interphase is optimized to allow easy access of transcription and DNA repair factors to the DNA while compacting the DNA into the nucleus. The structure varies depending on the access required to the DNA. Genes that require regular access by RNA polymerase require the looser structure provided by euchromatin
Shampoo is a detergent, so it dissolves the cell membranes, allowing access to the DNA inside the cell.
Technically, it should be identical. The DNA should be exactally the same. This is what makes it a clone.
You have DNA in your cell because you need DNA to be some one and you should have DNA in your nucleus
3'OH end 3'OH end
During interphase the DNA is in loose form. It makes the chromatin inside the nucleus. The chromatin allow access to RNA and DNA polymerases that transcribe and replicate DNA.During interphase the DNA is in loose form. It makes the chromatin inside the nucleus. The chromatin allow access to RNA and DNA polymerases that transcribe and replicate DNA.
DNA methylation essentially causes DNA to stick to the histones. RNA polymerase, an enzyme that splits DNA apart for transcription, cannot access methylated DNA, so it isn't used in protein synthesis. It is effectively silenced by the attached methyl group.
the bacterium should be able to transcribe the recombinant DNA and express the traits that the genes on the recombinant DNA code for.
Articguana is one of the various transformations that the fictional character, Ben 10, has access to through his Omnitrix. The DNA code for Articguana is FALI.
No, vigorous vortexing can damage the DNA