Current research suggests that NAD+ levels can be raised by taking NAD+ precursors or boosters. Here's the science behind NAD+ and its importance in maintaining optimal cellular function.
Current research suggests that NAD+ levels can be raised by taking NAD+ precursors or boosters. Here's the science behind NAD+ and its importance in maintaining optimal cellular function.
Aging research has expanded significantly, and in 2023, the hallmarks of aging were extended to twelve. Here's what you need to know.
Do brain supplements actually work? What do studies show? Learn the truth about nootropics and how they can enhance your everyday life.
Explore the science-backed benefits of the senolytic fisetin and how to use it to boost longevity.
Learn everything you need to know about how zombie cells contribute to aging and effective ways to eliminate them for healthier aging and well-being.
It's no wonder the Vagus nerve has been called the ‘great wandering protector’ of the body. Learn why healthy vagal tone is a key health metric and science-backed ways to stimulate the vagus nerve for increased stress resilience.
A very significant part of the human brain is involved with analyzing the visual world. Learn how our eyesight affects the brain.
Vision is the process through which light stimuli received through the eyes are transformed into a mental image by the brain. It is our sense of sight. This process is accomplished by the visual system, the sensory system that enables vision, which includes the eyes—the sensory organ for vision—and the neuronal visual pathways of the brain, from the retinas to the cerebral cortex.
Neuroplasticity, the nervous system's adaptive capabilities to change itself over a lifetime, is a fascinating subject. This and many other aspects of cognitive function inspired our science team formulate Qualia Mind, and provide the most broad support for human brain health in a once-a-day vegan formula. The science behind neuroplasticity, and the role environment and behavior plays in it, warrant a closer look, so we can support the biochemical processes that drive neurogenesis.