Herbs that help protect nerve cells and brain tissue from damage, degeneration, or dysfunction.
American ginseng is an adaptogenic root that boosts energy, supports immune function, reduces inflammation, and helps balance blood sugar. It also offers antioxidant protection and promotes resilience to physical and mental stress.
Ashwagandha is a rejuvenating adaptogen that supports stress resilience, energy, immunity, and nervous system health. It calms the mind, reduces inflammation, and promotes balanced vitality.
A powerful cognitive enhancer, Ginkgo improves circulation, memory, and focus. It provides neuroprotective and antioxidant benefits, supporting stroke recovery, dementia, anxiety, and tinnitus relief.
Panax Ginseng is a renowned adaptogen that boosts stamina, energy, and resilience to stress. It supports cognitive performance, fertility, and immune function while offering antioxidant and neuroprotective benefits.
Rehmannia is a deeply restorative herb with broad traditional and modern uses. It is valued for immune modulation, adrenal support, kidney protection, and hormone regulation. Research suggests it may benefit autoimmune conditions, bone health, reproductive balance, and neuroprotection. Traditionally, the root is most often used, though studies show leaves and flowers also contain high levels of active constituents.
Siberian Ginseng, or Eleuthero, is a cooling adaptogen that strengthens the body’s resilience to stress while supporting immunity, circulation, and cognitive function. Gentler than Panax ginseng, it is especially suited for the elderly, convalescent, or those needing long-term support.
Traditionally used in chronic illness, Teasel supports immune health, reduces inflammation, and eases joint pain. It has antimicrobial and neuroprotective effects.
Turmeric is a powerful anti-inflammatory and antioxidant herb, widely used for joint, digestive, and brain health. It improves bile flow, enhances nutrient absorption, and has strong protective effects against oxidative stress, cancer, and cardiovascular disease.
