Style Loft Collection Ashwagandha B Gummies for Nervous System, Energy, Mood, Stress, Memory, and Brain
Style Loft Collection Ashwagandha B Gummies for Nervous System, Energy, Mood, Stress, Memory, and Brain
Harvest Twin Labs' Ashwagandha B Gummies are the perfect way to delight your senses and naturally reduce stress. Our unique blend works synergistically to support a healthy nervous system and promote relaxation. Discover a whole new level of wellbeing with Harvest Twin Labs!
Ashwagandha is considered an adaptogen—an agent that exerts biological effects that promote biochemical balance in the body and brain.56 Some of the ways that studies suggest ashwagandha functions in the brain include:
Enhancing GABA receptors and serotonin in the brain. Like the tranquillizer Valium®, ashwagandha appears to change the configuration of neuron receptors, enabling GABA molecules to connect easier. This inhibits the signals caused by stress—helping relieve anxious feelings.
Ashwagandha roots also contain tryptophan, the precursor to serotonin—a neurotransmitter that helps regulate mood.
Hormone regulating effects. Current research indicates that the principal constituents of ashwagandha are believed to help regulate important human hormones.
One example of ashwagandha’s regulatory action would be to block the receptor sites for a hormone that is in excess, preventing it from physiological action. Cortisol is a hormone normally produced by the body in response to stress. Chronic stress leads to excessive levels of circulating cortisol, which exerts a number of unhealthy physiological effects—like drops in healthy levels of other hormones and increased production of cell-damaging free radicals. Studies show that ashwagandha can help regulate cortisol levels.
Antioxidant and immune-boosting. Ashwagandha also has antioxidant and immunostimulatory properties which make it easier to withstand the effects of biochemical stressors related to anxiety.
Inhibition of calcium. Research indicates that ashwagandha blocks the activities of calcium around neurons. Since calcium activity appears to contribute to a number of mood disorders, inhibiting its activity could counteract that effect.