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Product Information
Key Specifications/ Special Features
NAD+1000 is a high-strength laboratory-grade coezyme raw material with the core active ingredient β-Nicotinamide Adenine Dinucleotide (oxidized form NAD+). Each unit contains a total of 1000 mg pure NAD+ lyophilized powder, which gives it the product code NAD+1000. The white crystalline powder passes HPLC purity testing with a purity standard above 99.8%, free of heavy metals, impurities and irrelevant excipients, complying with research-grade biochemistry reagent standards.
NAD+ is an essential bioactive substance existing in all mammalian cells, responsible for regulating more than 500 critical enzymatic reactions related to energy conversion, gene repair and aging control. Human endogenous NAD+ concentration naturally drops sharply with age, and this high-dose NAD+1000 is designed for cell culture, animal preclinical aging and metabolic mechanism research only. It has not obtained global regulatory approval for human clinical injection or oral medical treatment.
For experimental use, NAD+1000 powder can be dissolved in sterile phosphate buffer or bacteriostatic water. Undissolved dry powder requires light-proof, airtight storage at -20°C to maintain molecular stability; the reconstituted aqueous solution can only retain complete biological activity for 14 days under refrigerated conditions (2–8°C). It is widely applied in mitochondrial function research, neurosenescence studies and anti-aging pathway exploration labs worldwide.
NAD+ acts as the core electron carrier of the mitochondrial respiratory chain. Supplementing NAD+1000 significantly accelerates the conversion of nutrients into adenosine triphosphate (ATP), the direct energy source of cells. It repairs impaired mitochondrial function caused by aging and oxidative stress, relieves persistent physical exhaustion, brain fog and low stamina, and improves exercise endurance and post-training muscle recovery efficiency in research models.
NAD+ is an indispensable substrate for longevity-regulating sirtuin proteins (SIRT1–SIRT7) and DNA repair PARP enzymes. NAD+1000 replenishment activates these enzyme families to fix gene strand breaks induced by free radicals, UV radiation and metabolic toxins. It stabilizes chromosome structure, reduces accumulation of aging-related damaged cells, and slows the overall cellular senescence process for systematic anti-aging research support.
Adequate NAD+ levels maintain normal energy metabolism of brain neurons. NAD+1000 reduces neuronal oxidative apoptosis, elevates brain-derived neurotrophic factor (BDNF) secretion, optimizes inter-neuron signal transmission, and alleviates age-related decline in memory, focus and learning ability. Preclinical studies also verify its protective effects against mild neurodegenerative cell damage.
NAD+ modulates insulin sensitivity and fat oxidation pathways via sirtuin signaling. Research data shows NAD+1000 supplementation stabilizes fasting and postprandial blood glucose, reduces visceral fat accumulation, lowers triglyceride and low-density lipoprotein levels, and alleviates obesity-linked metabolic disorders including insulin resistance and fatty liver lesions. It also relieves chronic low-grade inflammation throughout the body to protect cardiovascular endothelial function.
NAD+1000 is a high-strength laboratory-grade coezyme raw material with the core active ingredient β-Nicotinamide Adenine Dinucleotide (oxidized form NAD+). Each unit contains a total of 1000 mg pure NAD+ lyophilized powder, which gives it the product code NAD+1000. The white crystalline powder passes HPLC purity testing with a purity standard above 99.8%, free of heavy metals, impurities and irrelevant excipients, complying with research-grade biochemistry reagent standards.
NAD+ is an essential bioactive substance existing in all mammalian cells, responsible for regulating more than 500 critical enzymatic reactions related to energy conversion, gene repair and aging control. Human endogenous NAD+ concentration naturally drops sharply with age, and this high-dose NAD+1000 is designed for cell culture, animal preclinical aging and metabolic mechanism research only. It has not obtained global regulatory approval for human clinical injection or oral medical treatment.
For experimental use, NAD+1000 powder can be dissolved in sterile phosphate buffer or bacteriostatic water. Undissolved dry powder requires light-proof, airtight storage at -20°C to maintain molecular stability; the reconstituted aqueous solution can only retain complete biological activity for 14 days under refrigerated conditions (2–8°C). It is widely applied in mitochondrial function research, neurosenescence studies and anti-aging pathway exploration labs worldwide.
NAD+ acts as the core electron carrier of the mitochondrial respiratory chain. Supplementing NAD+1000 significantly accelerates the conversion of nutrients into adenosine triphosphate (ATP), the direct energy source of cells. It repairs impaired mitochondrial function caused by aging and oxidative stress, relieves persistent physical exhaustion, brain fog and low stamina, and improves exercise endurance and post-training muscle recovery efficiency in research models.
NAD+ is an indispensable substrate for longevity-regulating sirtuin proteins (SIRT1–SIRT7) and DNA repair PARP enzymes. NAD+1000 replenishment activates these enzyme families to fix gene strand breaks induced by free radicals, UV radiation and metabolic toxins. It stabilizes chromosome structure, reduces accumulation of aging-related damaged cells, and slows the overall cellular senescence process for systematic anti-aging research support.
Adequate NAD+ levels maintain normal energy metabolism of brain neurons. NAD+1000 reduces neuronal oxidative apoptosis, elevates brain-derived neurotrophic factor (BDNF) secretion, optimizes inter-neuron signal transmission, and alleviates age-related decline in memory, focus and learning ability. Preclinical studies also verify its protective effects against mild neurodegenerative cell damage.
NAD+ modulates insulin sensitivity and fat oxidation pathways via sirtuin signaling. Research data shows NAD+1000 supplementation stabilizes fasting and postprandial blood glucose, reduces visceral fat accumulation, lowers triglyceride and low-density lipoprotein levels, and alleviates obesity-linked metabolic disorders including insulin resistance and fatty liver lesions. It also relieves chronic low-grade inflammation throughout the body to protect cardiovascular endothelial function.
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