Nicotinamidi Ribosidi Chloridum CAS 23111-00-4

CAS:23111-00-4

Formula Molecularis:C11H15ClN2O5

Pondus Moleculare:290.7

EINECS:200-184-4

Synonyma:Nicotinamidribosidechloridum; Nicotinamidum B-DRibosidechloridum (WX900111); NicotinamidribosideCl; Nicotimideribosidechloridum; Pyridinii 3-(aminocarbonyl)-1-β-D-ribofuranosyl-chloridum (1:1); 3-carbamoylChemica 1-((2R,3R,4S,5R)-3,4-dihydroxy-5-(hydroxymethyl)tetrahydrofuran-2-yl)pyridin-1-iumchloridum; 3-Carbamoyl-1-(β-D-ribofuranosyl)pyridiniichloridum; 3-Carbamoyl-1-beta-D-ribofuranosylpyridiniichloridum.

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Detalia Producti

Deprime

Etiquettae Productarum

Quid est Nicotinamidi Ribosidi Chloridum CAS 23111-00-4?

Nicotinamidi Ribosidi Chloridum est biomolecula derivata vitaminae B3, quae absorberi et in precursorem coenzymi NAD+ (nicotinamidi adenini dinucleotidi) metabolizari potest. Nicotinamidi Ribosidi Chloridum est precursor nicotinamidi adenini dinucleotidi (NAD+). NAD+ est coenzyma quae partes magnas in multis processibus biologicis agit. Effectus biologici Nicotinamidi Ribosidi Chloridi late investigati sunt per fontes NAD+ praebitos, et supplementum Nicotinamidi Ribosidi Chloridi gradus NAD+ augere potest.

Specificatio

Res	Norma
Aspectus	Pulvis albus vel subalbus
Puritas	≥97.0%
Aqua	≤2%
Solvens Organicus	≤0.1%
Pb	≤0.1 ppm
Hg	≤0.1 ppr
Cd	≤0.2 ppm
As	≤0.1 ppm
Numerus microbianus totalis	≤500 CFU/g
Coliformis	≤0.92MPN/g
Muces et acer	≤50 CFU/g
Staphylococcus aureus	0/25g
Salmonella	0/25g

Applicatio

Nicotinamidi Ribosidi Chloridum est biomolecula late investigata, a vitamina B3 derivata, quae in vivo praecursor coenzymi NAD+ est et munus biologicum magnum agit. Cum investigatio Nicotinamidi Ribosidi Chloridi continua profundior fiat, eius applicationis prospectus etiam magis magisque latiores fiunt. Praeterea, methodus synthesis chemicae Nicotinamidi Ribosidi Chloridi continuo emendata est, et sumptus productionis continuo imminuti sunt, quod etiam maiores possibilitates applicationis eius in agro pharmaceutico praebet. Ergo, Nicotinamidi Ribosidi Chloridum biomolecula cum latis applicationis prospectibus in futuro futura esse expectatur.