“This study shows that Liposomal Blend is a vehicle with the ability to enhance the anti-aging properties of the ingredients within the facial serum by facilitating its delivery into the underlying layers of the skin.”
Author Archives: Rebecca Crews
The study developed a novel microfluidic approach to co-encapsulate NMN and an anticancer drug, honokiol (HNK), in liposomes and established a new HPLC method for NMN encapsulation quantification.
This study evaluated the safety and effects of high-dose (3,000 mg) Nicotinamide Riboside (NR) supplementation in patients with Parkinson’s Disease (PD).
This study showed that NR (1 g/day) for 10 weeks is safe in adults with MCI and effectively increased blood levels of NAD+.
New research on NAD+ metabolism, NMN supplementation, and mitochondrial NAD+ levels was presented at the esteemed longevity conference, the Aging Research and Drug Discovery (ARDD) Meeting.
A recent systematic review evaluated ten studies with NAD+ precursors for efficacy and safety.
“Results from the humanized mouse study demonstrated that NMN treatment could improve the therapeutic effect of cART in vivo on reconstituting CD4+ T cells and improving CD4/CD8 ratio significantly over time.”
Many diseases and biological stressors disrupt NAD+ metabolism and are associated with low levels of NAD+, such as obesity, infection, alcohol consumption, and high blood pressure.
“These data from a community-based sample demonstrate that SWS percentage declines over time in adults 60 years and older and that greater declines are associated with the risk of future dementia.”
Circadian rhythm is your body’s internal clock that permits anticipation of daily patterns, regulating when it’s time to sleep, wake up, eat, and digest. This study evaluated the effects of NR supplementation on age-related changes in the heart’s circadian rhythm.
This study evaluated the effects of Apigenin and Nicotinamide Riboside (NR) on factors associated with gouty arthritis.
A study reported new insights into NAD+ precursor dynamics using a novel method to follow NMN uptake and metabolism in cells.