Linked from

The 30 pages that link to Chromophore, each with the reason it gives.

• Conjugated systemRelated: Conjugated π systems commonly form the light-absorbing core of chromophores.

• CarotenoidRelated: The carotenoid polyene chain acts as its light-absorbing chromophore.

• Ultraviolet–visible spectroscopyRelated: Chromophores determine which wavelengths a molecule absorbs and shape its spectrum.

• PhotobleachingRelated: Bleaching often alters the chromophore that gives a pigment or dye its color.

• Acid–base indicatorRelated: Protonation changes the indicator’s chromophore and shifts the wavelengths it absorbs.

• PhotodegradationRelated: Absorbing groups often provide the starting point for photochemical damage.

• Photochemical reactionRelated: Its structure determines which photons can initiate the reaction.

• BleachRelated: Bleach often removes visible color by altering the stain’s light-absorbing groups.

• Great Red SpotRelated: Photochemical chromophores are a leading explanation for the Spot’s reddish hues.

• DichroismRelated: Oriented chromophores can absorb one polarization more strongly than another.

• Osamu ShimomuraRelated: GFP’s light absorption and emission depend on a chromophore formed within the protein.

• Redox indicatorRelated: Oxidation can alter the indicator’s chromophore and change the wavelengths it absorbs.

• Crystal violetRelated: Its chromophore is the light-absorbing center responsible for crystal violet’s intense visible color.

• Methyl orangeRelated: The dye’s chromophore absorbs different wavelengths in its protonated and deprotonated forms.

• SafraninRelated: Safranin’s chromophore produces its characteristic red coloration.

• Congo redRelated: Congo red’s extended chromophore absorbs visible light, producing its red appearance.

• Malachite greenRelated: Its conjugated chromophore gives malachite green its strong visible color.

• BiliverdinRelated: Biliverdin’s conjugated structure absorbs visible light and gives it a green appearance.

• AzorubineRelated: Azorubine’s conjugated azo structure absorbs light and gives the dye its red appearance.

• FuchsineRelated: Fuchsine’s chromophore gives it its characteristic visible magenta appearance.

• Sunset Yellow FCFRelated: Sunset Yellow’s conjugated chromophore absorbs blue-violet light, producing its orange-yellow appearance.