Site Navigation
Categories:
Luminescence
Spectroscopy
Fluorescence
Radiochemistry
Articles lacking sources from September 2007
All articles lacking sources

Summary Of: Fluorescence

Fluorescence was coined by... Fluorescence occurs when a molecule... is an extremely efficient quencher of fluorescence because of its unusual triplet ground state... The maximum fluorescence quantum yield is 1... Fluorescence quantum yield are measured by comparison to a standard with known quantology... The fluorescence lifetime refers to the average time the molecule stays in its excited state before emitting... Fluorescence typically follows first... The fluorescence lifetime is an important parameter for practical applications of fluorescence such as... Fluorescence resonance energy transfer... fluorescence resonance energy transfer... would be that the fluorescence spectrum shows very little dependence on the wavelength of exciting radiation... Fluorescence in several wavelengths can be detected by an... Fluorescence is most effective when there is a larger ratio of atoms at lower levels in... and the fluorescence of the tag enables sensitive and quantitative detection of the molecule... s fluorescence is greatly enhanced when it binds to DNA... Fluorescence has been used to study the structure and conformations of DNA and proteins with techniques... Fluorescence resonance energy transfer... Fluorescence resonance energy transfer... many biological molecules have an intrinsic fluorescence that can sometimes be used without the need to attach a chemical tag... Sometimes this intrinsic fluorescence changes when the molecule is in a specific environment... has a bright fluorescence and can be used to detect these problems... the number of fluorescence applications is growing in the biomedical biological and related sciences... Fluorescence loss in photobleaching... Fluorescence resonance energy transfer... Fluorescence recovery after photobleaching... to excite fluorescence in the samples under observation... may have a distinctive fluorescence or may fluoresce differently under short... The decay times of this fluorescence is of the order of nanoseconds since the duration of the light depends on the... use the phenomenon of fluorescence to filter light extremely effectively... Interactive Fluorescence Dye and Filter Database... Carl Zeiss Interactive Fluorescence Dye and Filter Database... ISS Fluorescence Lifetime Standards Tables... ISS Fluorescence Probes Data Tables... An example of use of fluorescence in generating cellular images... More examples how the fluorescence can be used... Fluorescence in digital Photography... The Influence of Fluorescence in the World of Art... Fluorescence control by Photonic Crystals...

Encyclodia Page On: Fluorescence

These Are Links To Other Documents
| cite | references or sources | reliable sources | Unverifiable | Fluorescent minerals | | luminescence | optical phenomenon | photon | wavelength | vibrations | heat | ultraviolet | light | Stokes shift | fluorophore | George Gabriel Stokes | mineral | fluorite | calcium fluoride | UV | nanostructure | ground state | Planck's constant | frequency | fluorophore | triplet state | phosphorescence | fluorescence quenching | oxygen | lightsticks | quantum yield | photon | spontaneous emission | resonance energy transfer | intersystem crossing | quinine | exponential decay | UV | near infrared | nanoseconds | fluorescence resonance energy transfer | rules | Jablonski diagram | Greeneye | fluorescent tube | glass | mercury | ultraviolet | phosphor | lighting | incandescent | spectra | light-emitting diodes | semiconductor | mercury vapor | streetlight | Glow sticks | phenyl oxalate ester | Compact fluorescent lighting | incandescent | HPLC | TLC | Boltzmann distribution | Fingerprints | ninhydrin | fluorophore | Fluorescence microscopy | DNA | chain termination method | Ethidium bromide stained agarose gel. Ethidium bromide fluoresces orange when intercalating DNA and when exposed to UV light. | | agarose gel | intercalating | DNA | UV | ethidium bromide | agarose gel electrophoresis | SYBR Green | DNA microarray | fluorescent-activated cell sorting | Fluorescence resonance energy transfer | Aequorin | Aequorea victoria | Green Fluorescent Protein | Bilirubin | Zinc protoporphyrin | FLIM | FLIP | FRET | FRAP | FCS | Gemstones | minerals | fibers | forensics | collectibles | X-rays | calcite | Rubies | emeralds | Hope Diamond | X ray | petroleum | oil exploration | anthracene | benzene | toluene | stilbene | solvents | ultraviolet | gamma ray | irradiation | atomic line filters | Black light | Blacklight paint | Fluorescence correlation spectroscopy | Fluorescence in plants: natural and modified | Fluorescence spectroscopy | Fluorescent multilayer card | Fluorescent Multilayer Disc | Fluorescent lamp | Fluorometer | High-visibility clothing | Laser-induced fluorescence | List of light sources | Phosphorescence | X-ray fluorescence | Wikimedia Commons | Categories | Luminescence | Spectroscopy | Fluorescence | Radiochemistry | Articles lacking sources from September 2007 | All articles lacking sources |
This article is licensed under the GNU Free Documentation License. It uses material from the Wikipedia article "Fluorescence".