DNA runs from the cathode (-ve electrode) the the anode (+ve electrode) because DNA is negativly charged. This charge exists because of the phosphate backbone of DNA.
This is the anode.
In electrophoresis, DNA is subjected to an electric field which causes the genetic material to migrate in a direction from a cathode to an anode. The DNA that is closest to the anode is determined to be shorter in length compared to the DNA that is closer to the anode. This is explained by fact that the smaller fragments of DNA are better able to travel through the porous gel.
An ordinary dry cell is pretty well answered by: Anode: Zn → Zn2+ + 2e- Cathode: 2NH4+ + 2MnO2 + 2e- → Mn2O3 + H2O + 2NH3
The electrode where reduction occurs
They are the chromosomes.Each chromosome of a eukaryote consists of one molecule (or, after DNA replication, two molecules) of DNA, running from end to end of the chromosome, plus many protein molecules around which the DNA is coiled. It is the DNA that is the genetic material, which determines whether the organism becomes a rhinoceros or rhubarb.
DNA is neither cathode or anode, but it is negatively charged, so the DNA molecules will rn from anode to cathode
The DNA fragment size decreases as it moves from the cathode to the anode. This is due to the negative charge of the DNA moving against the positive charge of the cathode.
cathode is electron negative but anode is positiveAnswerFor electrochemical cells, electrons travel through the external circuit from the anode to the cathode.
it is an anode
The relationship between a cathode and an anode involves
Anode is positive, cathode is negative
that is function of anode and cathode in underground piping yes
the copper cylinder(cathode) and iron rod(anode)
This is the anode.
cathode
There is no such thing as anode rays. The cathode rays (aka electron beam) just travels from cathode to anode.
In electrophoresis, DNA is subjected to an electric field which causes the genetic material to migrate in a direction from a cathode to an anode. The DNA that is closest to the anode is determined to be shorter in length compared to the DNA that is closer to the anode. This is explained by fact that the smaller fragments of DNA are better able to travel through the porous gel.