Linked from

The 63 pages that link to Fluorescence, each with the reason it gives.

• Ethidium bromideNarrower topic: Binding to DNA increases ethidium bromide’s fluorescence, enabling bands to be seen.

• LuminolCompared with: Luminol emits light through a chemical reaction, unlike fluorescence driven by absorbed light.

• ScintillatorRelated: Many scintillators produce their prompt component through fluorescence-like radiative decay.

• Biological pigmentCompared with: Fluorescent pigments emit light, unlike pigments that merely shape reflected color.

• Microarray analysisRelated: Fluorescent labels commonly convert bound targets into measurable array signals.

• Paint color matchingRelated: Fluorescent materials can change appearance in ways ordinary visible reflectance measurements miss.

• Absorption bandCompared with: Fluorescence is a subsequent emission process, not the absorption feature itself.

• AzuleneRelated: Azulene is studied for unusual excited-state behavior, including relationships between fluorescence and molecular structure.

• BiophotonCompared with: Unlike fluorescence, biophoton emission does not require prior illumination to excite the emitting tissue.

• Charles BarklaRelated: Barkla described characteristic X-ray emission as a form of X-ray fluorescence.

• El-Sayed ruleCompared with: Competing intersystem crossing can divert excited molecules from fluorescence.

• Sir George StokesRelated: Stokes investigated this phenomenon and its change in wavelength.

• TugtupiteRelated: Many tugtupite specimens fluoresce, adding to their appeal as collector minerals.