Ingelesezko izena:β-Nikotinamida mononukleotidoa
Ingelesezko sinonimoak:BETA-NMN;BETA-NIKOTINAMIDEMONONUKLEOTIDO;BETA-NICOTINAMIDERIBOSEOMONOFOSFATO;3-(aminokarbonil)-1-(5-O-fosfonato-beta-D-ribofChemicalbookuranosyl)piridinio;B-NICOTINAMIDEMONONUKLEOTIDO;NMN;NICOTINAMIDA-1-IUM-1-BETA-D-RIBOFURANOSIDE5′FOSFATO;NICOTINAMIDERIBOTIDO
CAS:1094-61-7
Formula molekularra:C11H15N2O8P
Molecular weight：334.22
EINECS：214-136-5
Melting point：166 °C(dec.)
Itxura: White to yellowish, crystalline powder, no obvious odor.
Usage:In mammals, β- Nikotinamida mononukleotidoas nikotinamidak (Nam) sortzen dira Nampt (proteasa in vivo) katalisaren pean, eta, ondoren, nikotinamida mononukleotidoak adenosina transferasaren bidez sortzen dira. NAD+. Nikotinamida mononukleotidoa osatzeko modu zuzena da NAD+. Nikotinamida mononukleotidoek DNAren kalteen konponketa gaitasuna nabarmen hobetu dezakete zeluletan. Chemicalbook-ek azkenean lortu du zahartzearen alderantzizko eragina. Nikotinamida mononukleotidoak "nikotinamida adenina dinukleotidoa (NAD)" substantzia bihurtuko dira gorputzeko energia-metabolismorako funtsezkoak. Saguaren esperimentuetan, nikotinamida mononukleotidoak gorputzean azetilasa izeneko genea aktibatu dezakeela baieztatu zen, bizitza luzatzeko eta diabetesa tratatzeko zeregina izateko. NAD giza gorputzak ekoitzi dezakeen substantzia bat da. Ikerketek baieztatu dute gorputzeko NADaren edukia murriztu egingo dela adinaren hazkundearekin.
Irakurri gure azken berriak
Aug.08，2025
The Role of Isoflurane in Low-Flow Anesthesia Systems
Isoflurane, a halogenated ether compound, has maintained its position as a workhorse agent in modern anesthesia practice, particularly in low-flow delivery systems.
Irakurri gehiago
Aug.08，2025
Synthesis of Heterocyclic Compounds Using 1,3-Dimethylurea: Expanding Horizons in Pharmaceutical Intermediates Production
The pharmaceutical industry continues to discover innovative applications for 1,3-dimethylurea as a versatile building block in heterocyclic compound synthesis.
Irakurri gehiago
Aug.08，2025
Sevoflurane Mechanism of Action in the Brain: Unraveling the Molecular Pathways
Sevoflurane, a fluorinated methyl isopropyl ether, has become one of the most widely used inhalation anesthetics in modern medical practice, with its active pharmaceutical ingredient specifically designed to target neural circuits.
Irakurri gehiago