Many studies suggest that collagen supplementation may be an effective way to counteract the decline in collagen production.
Author Archives: Rebecca Crews
Creatine is an amino acid derivative stored in your muscles and used to create energy for movement. Every cell in the body relies on Adenosine Triphosphate (ATP) as a source of energy that through muscle contraction, uses ATP and releases Adenosine Diphosphate (ADP). Stores of Creatine in your muscles help to quickly turn ADP back to ATP for additional energy.
This study investigated the potential of NMN-loaded nanoparticles to prevent age-related decline in a model of aging mice.
“Our results add trigonelline to the list of established dietary NAD+ boosters.”
A new study found injection of NAD+ using a novel liposome-like nano-particle carrier reduced overgrowth of smooth muscle cells and improved blood vessel healing in rats with narrowed arteries.
"Liposome-based NR loading is an effective strategy for improving the pharmacokinetics and bioavailability of NR, especially to the brain."
While all three precursors – Niacin, NR, and NMN – elevate NAD+ levels, their journeys within the body are distinct. Understanding these individual pathways is crucial, as they may have significant effects on outcomes beyond just the NAD+ level itself.
“We showed that NMN consistently extended the healthy and median lifespan of Zmpste24-/- and improved the Zmpste24-/- ageing phenotype."
"Compared to traditional routes, the nasal administration of drugs can direct the rapid CNS absorption to brain tissues, thereby circumventing the hepatic first-pass metabolism and gastric degradation and allowing fast onset of pharmacological action."
The possible advantages of using Niacin for heart health have been recognized for decades. Research dating back to 1955 revealed that high doses of Niacin could notably decrease cholesterol levels in humans.
This article delves into the scientific evidence concerning NMN, SARM1 activation, and their impact on axonal health.
“This study, involving rat and beagle MI-induced HF models, indicated that NAD+ significantly improves myocardial hypertrophy and cardiac function, inhibits myocardial fibrosis, and reduces the myocardial infarction rate.”