Pakke med 10 hætteglas5 på lagerSpar 22 %NAD+ 1000 mg
Cellulær redoxkofaktor
NAD+ cellular redox research compound, Australian-shipped. Lab-verified purity standards.
Kun til forskningsbrug. Denne forbindelse sælges strengt til in vitro-forskning og laboratorieformål og er ikke beregnet til humant indtag eller terapeutisk brug. Ved køb bekræfter du, at du er en kvalificeret forsker og accepterer vores fulde ansvarsfraskrivelse.
Kun 5 pakker tilbage
Nicotinamidadenindinukleotid undersøgt for sin rolle i mitokondriel redoxbiologi, sirtuinaktivering og DNA-reparationsveje på tværs af flere forskningsanvendelser.
NAD+ (Nicotinamide Adenine Dinucleotide, oxidised form) is a foundational cellular cofactor involved in electron transport, redox reactions, and substrate for sirtuin and PARP enzyme families. It is studied across mitochondrial-function research, aging biology, and cellular-energetics models. Quantum Labs supplies NAD+ as a lyophilised powder for Australian research applications.
Research on supplemental NAD+ has expanded substantially as the molecule's role in aging biology has been characterised. NAD+ tissue levels decline with age in pre-clinical models, and restoring NAD+ pools is a major research focus. Material is HPLC-verified and ships from Australian stock; supplied for laboratory research use only.
Mekanisme
Virker som den centrale elektronskyttel mellem cellulære redoxreaktioner og som substrat for sirtuiner og PARP'er i forskningsmodeller.
HPLC-verificeret mod en renhedsspecifikation på ≥99 %. Uafhængigt testet af akkrediterede tredjepartslaboratorier.
NAD+ — ofte stillede spørgsmål
What is NAD+?
NAD+ is a foundational cellular cofactor involved in electron transport, redox reactions, and serves as a substrate for sirtuin and PARP enzyme families. It is studied across mitochondrial-function and aging-biology research.
Is NAD+ legal in Australia?
NAD+ is available for research and laboratory use in Australia. Quantum Labs supplies it for research use only.
Why do NAD+ levels decline with age?
Multiple mechanisms have been characterised in pre-clinical research: increased NAD+ consumption by PARP enzymes responding to DNA damage, increased CD38 activity, and reduced synthesis capacity. The age-related decline in NAD+ tissue levels is a major focus of aging-biology research.
What's the difference between NAD+ and NMN?
NMN (nicotinamide mononucleotide) is a precursor to NAD+. NAD+ is the active cellular cofactor. In research, both are studied as approaches to restoring tissue NAD+ pools; NMN-supplementation research is generally separate from direct NAD+ research.
Guides relateret til NAD+
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