chromophore in English

noun
1
an atom or group whose presence is responsible for the color of a compound.
While researchers have discovered all colored compounds do indeed contain one or more chromophores , not all chromophore containing compounds are colored.

Use "chromophore" in a sentence

Below are sample sentences containing the word "chromophore" from the English Dictionary. We can refer to these sentence patterns for sentences in case of finding sample sentences with the word "chromophore", or refer to the context using the word "chromophore" in the English Dictionary.

1. The upconversion chromophore is configured to absorb an incident photon.

2. The heating produced a chromophore with a broadened absorption maximum about 285 nm.

3. Bacteriorhodopsin does this in a system using a retinal chromophore to absorb the light

4. The Aphototropic phenotype could be partially restored with biliverdin, a precursor of the phytochrome chromophore

5. Thirty-three Aphototropic mutants with a proposed defect in phytochrome-chromophore biosynthesis were isolated and analyzed

6. Thirty‐three Aphototropic mutants with a proposed defect in phytochrome‐chromophore biosynthesis were isolated and analyzed

7. Alizarin (1, 2-dihydroxyanthraquinone) is an anthraquinone dye and acts as a main chromophore of madder dye

8. The absorption peak at 380–390 nm, typical of these compounds is attributed to the chromophore NBr2.

9. Protonemata of the Aphototropic mutant ptr1 that lacks a functional Pfr chromophore, exhibit gravitropism regardless of red light intensity

10. The 4-Arsono-2-nitrophenyl chromophore can serve as a versatile spectrophotometric probe of the surface structure of proteins

11. The doped matrix lattice has a strong crystal field and is doped with at least one chromophore of electron configuration (3d)?

12. The use of a single chromophore rather than an 'acceptor-donor' fluorescence resonance energy transfer system offers synthesis and performance advantages.

13. An Aphototropic mutant,ptr116, shows characteristics of deficiency in biosynthesis of the phytochrome chromophore and exhibits no red-light induced branch formation

14. Bacteriorhodopsin (bR) is a light-driven proton pump that is activated by a buried all-trans retinal chromophore being photoisomerized to a 13-cis conformation

15.  · An Aphototropic mutant,ptr116, shows characteristics of deficiency in biosynthesis of the phytochrome chromophore and exhibits no red-light induced branch formation

16. At least 12 nmols of redox chromophore moieties per square centimeter area per micron of thickness of the metal oxide are absorbed to each of the patterned areas.

17. Azobenzene Azobenzene is a well-known example of a chromophore that shows reversible photoisomerization from trans-to-cis configurations when it undergoes irradiation, as discussed previously

18. The method consists of coupling DDVP vapours in gas-tight tubes with alkaline resorcinol at a water bath of 60–65°, when a yellow chromophore with an absorption maximum at 490 nm is formed.

19. This allowed us to assign the absolute configuration (P) to the inherently chiral phenanthroperylene quinone chromophore of hypericin, thebay-hypericinate ion, and the 1,6-dioxo-tautomer displaying a negativeCotton effect of their long wavelength absorption band.

20. Optical rotatory dispersion curves of ferrocene derivatives having a centre of chirality of known absolute configuration either in an anellated ring or in a side chain have been recorded in order to study the optically active ferrocene chromophore around 450 nm.

21. Firstly, all of the Bilins in PC645 are covalently attached to the protein at the ring A position by a Cys linkage, and the DBVs in the center of the protein have an additional linkage at ring D to immediately anchor that part of the otherwise torsionally-active part of the chromophore

22. The composition contains in an appropriate medium at least one supra-molecular colouring system of the type (COLORANT)n(SAU)m (I), in which (COLORANT) is any chromophore having a maximal absorption of between 300 nm and 1200 nm covalently bonded to (SAU), and (SAU) represents an acceptor/donor radical capable of forming at least three hydrogen bonds.

23. The tricyclic Acridine chromophore was originally developed (Harrison et al., 1999) as an alternative platform to the anthraquinones, in order to circumvent the poor aqueous solubility of many amidoanthraquinone derivatives.The central ring nitrogen atom in Acridines such as 3,6-diaminoAcridine (proflavine) is protonated at physiological pH (Albert, 1966), which would aid solubility as well as