use wikipedia
Yes, UV light and UV rays are the same thing, light emit "rays."
you go to a beauty shop and ask for a UV light
UV light has higher frequency, so it has more energy than red light has
UV-c
They are short chains of units which makes the gel harden under UV light
yes it does
One cannot use the UV light installed in a laminar air flow hood to visualize DNA in an agarose gel. You will have to use an instrument called a UV transillumunator, which illuminates the gel from below to see the stained DNA.
You will need to purchase a UV LED.
they use uv light because it works really well
Ethidium Bromide is used for visualising DNA. When EtBr binds DNA it will glow pink under UV light. This allows you to take a picture of DNA bands in a gel. The gel is soaked in an EtBr solution and then lit up by UV light. Alternatly the EtBr can be incorporated into the gel beforehand but gives a poorer picture.
UV refers to the "Ultraviolet". Do you mean the ultraviolet LED lights? Or the natural sun light? You could find details at Wikipedia.
Some gel nails contain a chemical called methyl acrylate. Others also contain the chemical, butylated hydroxyanisol. Ultra violet light is used is used to set gel nails. The main chemical components that allow gel nails to work are photoinitiators (PI) Different gel nails use different PI's.
The best UV light bulbs are made by Sylvania and Philips. The downside of the story is that UV light bulbs of those brands are among the most expensive on the market.
YES!! You can use a simple Agarose gel to separate to view the DNA on electrophoresis. Use 0.8 - 1% gel for 5-10kbp , 2% for 0.2 - 1kbp. If the fragments are really tiny, use an Acrylamide gel (vertical gel) to electrophorese and they will show right out. This is to offset the instability of high concentration gels.
To get ANYTHING to cure by UV light, it's got to contain UV-reactive chemicals. Gel nail preparation has the UV chemical in it. A nail polish called Shellac is also UV-reactive. Regular nail polish doesn't cure under UV light, it dries and exposing it to UV doesn't do a thing. (Here's a little hint: If you want regular nail polish to dry fast, get a table lamp you can lower to about 6" above the tabletop. Turn the light on and stick your hand under it; the heat will dry the polish faster.)
To determine UV-absorption you need to use UV-light. And there's a defined wavelength for UV-light.