Flexpain+ White Willow + Boswellia + Mangosteen for Healthy Joints

Indications, where ingredients may support daily routines with Flexpain+ - White Willow + Boswellia + Mangosteen for Healthy Joints

• Numbness in the limbs

  Numbness in the limbs is a sensation of loss of feeling, weakness or a "cold" sensation.
• Arthritis

  Arthritis is a condition in which inflammation occurs within the joints, causing pain, swelling, stiffness and limited range of motion.
• Back pain

  Back pain is a condition that can result from muscle tension, injuries, spine issues, intervertebral discs problems or inflammation.
• Bone pain

  Bone pain is a discomfort felt in the bones, which can result from injuries, infections, inflammations, osteoporosis, tumors or other conditions.
• Carpal tunnel syndrome

  Carpal tunnel syndrome is a condition in which there is pressure on the median nerve in the carpal tunnel, leading to pain, numbness, and weakness in the hand.
• Hip pain

  Hip pain can be caused by an injury, arthritis, strain or degenerative disease. It is characterized by pain, stiffness and difficulty moving the leg.
• Joint pain

  Joint pain can be the result of inflammation, injuries, joint degeneration or autoimmune diseases. It is characterized by stiffness, swelling and limited mobility.
• Joint stiffness

  Joint stiffness is difficulty moving the joints, characterized by a lack of flexibility and limited range of motion. It can result from inflammatory conditions such as rheumatoid arthritis, osteoarthritis or previous injuries.
• Knee pain

  Knee pain is a condition associated with injuries, inflammation, strain or joint damage. It is characterized by pain, swelling, stiffness and difficulty moving the knee joint.
• Muscle pain (myalgia)

  Muscle pain (myalgia) is a condition associated with pain, stiffness, or tension in the muscles. It can result from excessive exertion, injuries, infections, inflammation or chronic diseases.
• Muscular dystrophies

  Muscular dystrophies are a group of genetic diseases that lead to progressive weakening and atrophy of the skeletal muscles.
• Neck pain

  Neck pain is a discomfort occurring in the neck area, often associated with muscle tension, poor posture, stress or injuries. It may be accompanied by stiffness, limited range of motion, and pain radiating to the shoulders.
• Regeneration in sports

  Regeneration in sports is the process of restoring the body to full functionality after physical exertion, often following injuries or strain on muscles and tendons. It involves rest, proper diet and hydration. Regeneration helps prevent injuries and improves athletic performance.
• Regeneration of joints, tendons, ligaments and skin

  Regeneration of joints, tendons, ligaments and skin is the natural healing and tissue rebuilding process after injuries or overuse. These processes involve the repair of damaged tissues, reducing inflammation and restoring function to the affected areas.
• Tendon sheath inflammation

  Tendon sheath inflammation is an inflammatory condition of the membrane surrounding a tendon, causing pain, swelling and limited mobility in the affected joint. It can occur due to excessive exertion, injury, infection or autoimmune diseases. Symptoms include pain during movement, stiffness and swelling at the site of inflammation.
• Tennis elbow

  Tennis elbow is an inflammatory condition of the tendons around the lateral epicondyle of the humerus, usually caused by overuse. It manifests as pain and tenderness on the outer side of the elbow, especially when gripping or lifting objects. Although it commonly affects tennis players, it can occur in anyone performing repetitive hand movements.
• Tingling in the limbs

  Tingling in the limbs is the sensation of prickling, or itching of the skin, often resulting from pressure on the nerves, circulation problems, nerve damage, or neurological conditions.
• Muscle weakness

  Muscle weakness is the loss of muscle strength, making it difficult to perform daily activities. It can result from various causes, such as neurological diseases, injuries, or lack of activity.

Flexpain+ active ingredients

Ingredient	Amount	% NRV / DER
Indian frankincense Boswellia serrata	200 mg	10:1
White willow Salix alba	200 mg	10:1
Mangosteen Garcinia mangostan	150 mg	10:1
Green-lipped mussel Perna canaliculus	100 mg	—
Marine fish collagen	100 mg	—
Shark cartilage	100 mg	—
Ginger Zingiber officinalis	28 mg	10:1

NRV = Nutrient Reference Value for adults.

What does DER mean next to an ingredient?

DER (Drug Extract Ratio) indicates how much botanical raw material was used to produce 1 part of extract. For example, DER 10:1 means that 10 g of plant material was used to obtain 1 g of extract. As a rule, the higher the DER, the more concentrated and stronger the extract. When comparing botanical extracts, a higher DER is usually more advantageous because more raw material was used to produce it.

Specialist comment

Flexpain+ represents a thoughtful approach to supporting the musculoskeletal system, combining traditional herbal knowledge with modern supplementation standards.

White willow bark is a natural source of salicin - a precursor of salicylic acid, used in medicine for over 2000 years. Extracts with a DER ratio of 10:1 ensure a high concentration of active compounds.

Boswellia serrata provides boswellic acids, particularly valuable in the context of joint support. These bioactive triterpenes are the subject of intensive scientific research.
 

Mangosteen contributes valuable xanthones - compounds with documented antioxidant properties. Green-lipped mussel naturally supplies glycosaminoglycans and omega-3 fatty acids, which are building blocks of connective tissue.
 

Shark cartilage and marine collagen complement the formula with structural components of the joints, while ginger further supports circulation and adds synergistic effects to the entire composition.
 

The combination of these seven ingredients in a single formula represents a holistic approach to supporting the musculoskeletal system - from traditional plant extracts to structural joint components."

 

Janusz Wietecha

Frequently asked questions