Some traditional uses, particularly involving the bark and buds, are linked to healing broken bones and alleviating joint pain, while modern research also points to compounds in ash that support bone health.
Also a tendon and ligament restorer; Uric acid neutralizer.
Supports with inflammation and detoxification; regulates and reinforces the adaptive syndrome. Stimulates cortico-steroid production and the global metabolism.
Support bone strength and density by increasing elastin and collagen (not only is collagen the predominant protein in connective tissue, it also comprises 25% of all proteins in human body mass).
Osteoblast stimulation for bone health; osteoporosis (male and female); Improves white blood cells including monocytes and activated T and B cells; improves urinary comfort by decongesting and shrinking the prostate; Intellectual tonic.
Supports the bones, cartilage, ligaments and tendons; chondrocytes stimulation. Remineralizes the spinal column vertebrae; Osteoporosis, osteoarthritis of hip, knee, vertebrae, prevents fractures, arthrosis of small articulations, Chronic inflammatory and non-inflammatory rheumatism, fibromyalgia, muscle cramps, carpal tunnel syndrome, antisicatica, analgesic, anti-inflammatory; Heavy metal detoxification (all).
While oak itself isn’t a direct food source for bone health, traditional and modern medicine uses its bark to create remedies that can decrease inflammation and increase antioxidant defenses, which are beneficial for bone repair. Specifically, components like tannins in the bark can reduce swelling, which may help with pain
Adaptogen; Supports with energy boost and fat burning; Mental and physical fatigue; Balances cortisol levels; Supports with depression and anxiety; psychostimulant and antistress.
Helps to restore mineral content into the body, supports with osteoarthritis, osteoporosis, sciatica, arthrosis, coxarthrosis, gonarthrosis, hernia, arthralgia, bone fractures.
Promotes mineral balance; Support with growing pains in children; Stimulates bone marrow; growth problems in bone formation; acts on calcium fixation, phosphoric – calcium facilitates its absorption, regulates mineral balance and prevents demineralization. Consolidates fractures. Osteoblast action.
