"I can sleep peacefully all night and it has not been possible before. What is important, with Hyalutidin, there was no stomach discomfort, which is important in pharmacological treatment. The product is well worth the money. "

Wanda Bąk

"After 30 days of starting supplementation, we observed a significant reduction in unpleasant knee friction. Moreover, the patient also stopped complaining about knee pain. The above case encouraged me to further recommend Hyalutidin to patients undergoing rehabilitation. "

Łukasz Hawełka

" My 82-year-old father-in-law after a month's treatment forgot about pain and restored his mobility, so I can recommend this preparation with a clear conscience."

Jerzy Skarżyński

Hip joint

The hip joint has two very important functions: it keeps the body upright and provides locomotion. Disorders of the hip can lead inter alia to osteoarthritis, restriction of movement or other problems hampering normal functioning.


Construction of the hip joint

The hip joint (articulatio coxae) is created of the head of the thigh bone and the surface of the lunate acetabular hip bone. Both of these surfaces are covered with hyaline cartilage providing flexible movement in the hip. The rest of the joint is covered with synovial membrane - synovium, in which a liquid moisturizing the joint surfaces and ensuring smooth movement is produced. The whole structure forming a spherical joint is surrounded by an articular capsule reinforced with ligaments.


The ligament of hip joint

The lower limb, as the movement and support organ, requires the strong apparatus of the ligaments to reinforce the joint capsule. Inside the capsule, a synovial membrane is located. The joint capsule, along with ligaments which reinforce it, can carry up to 500 kg.


Four types of the ligaments can be distinguished:

  • The iliofemoral ligament - the upper band restricts excessive external rotation of the femur and the backward movement of the femur,  and it limits the adduction of the femur. The front band restricts the extension and internal rotation
  • The pubofemoral ligament - restricts the abduction of the femur
  • The ischiofemoral ligament - restricts the internal rotation of the femur and adduction


These three ligaments form the zona orbicularis which surrounds the femoral neck and reinforces the joint capsule.

  • The ligament of the head of the femur - restricts adduction and external rotation 


The movements of the hip joint

The hip joint has 3 degrees of freedom, which means that the movement of the hip joint is performed in all three planes:


1. Transverse plane:

  • external rotation
  • internal rotation

2. Sagittal:

  • extension
  • flexion

3. Frontal:

  • abduction
  • adduction

Construction of the hip joint
Fig. 1 Construction of the hip joint

  1. Kość miedniczna
  2. Więzadło kulszowo-udowe
  3. Więzadło biodrowo-udowe
  4. Kość udowa


The most common diseases of the hip joint:

  • Femoroacetabular Impingement (FAI)- a disease caused by a lack of fit of the femoral head to the acetabulum , it leads to early degenerative changes in people under 55 years of age.
    There are three types of femoral-acetabular conflict:
    - cam: movement disorders occur in respect to the socket, due to the shape of the femur head, which in this case is not oval. 
    - jam: on the edge of the acetabular bone, a bone superstructure takes place
    - mixed: there are also changes in the femoral head and the hip socket
  • Femoral Head Avascular Necrosis (AVN) , also known as Perthes Disease. Necrosis affects only the femoral head. The disease is the most common in boys between 3 and 14 years of age. The causes of the disease are not known, the  disease is the most likely to develop as a result of malfunction of the blood vessels surrounding the femur, or because of endocrine disorders. The disease  mostly affects one of the hip joint.
  • Hip Labral Tears  - this disease, commonly occurring in athletes and recreational athletes, accounts for more than 30 percent of all injuries and pain. The articular labrum is the intra-articular structure of fibrocartilage, being an extension of the acetabulum. It protects  the femoral head against the hitting of the rim osseous of the acetabulum, and it facilitates overall movement in the joint. Anatomically, it deepens the acetabulum. The labrum is vascularized and innervated, thereby it is strongly exposed to  pain in case of damage
  • Snapping hip syndrome - caused by the  snapping of the strained  fascia lata over  the trochanter of the femoral head . Also referred to as coxa saltans. Snapping hip in specific positions seems to make a characteristic popping noise. It rarely causes pain; discomfort is the more frequent symptom, although pain may also occur with time. The people who are particularly vulnerable to these symptom are the athletes practicing sports requiring high load of the hip joint and its twisting, as well as  people dancing in the ballet. Fibrosis of the fascia lata  may be the result of intramuscular injections previously administered in this area.
  • Osteoarthritis (OA) -  is a premature wear and degeneration of the tissues forming the hip joint (articular cartilage, subchondral layer of  the bone, synovial fluid,  joint capsule, ligaments and muscles). The disease causes damage to the articular cartilage, the deformation of the bones followed by the formation of the osteophytes, subchondral sclerosis and formation of subchondral cyst. Gradually, the  limited mobility of the hip join occurs, along with the reduction of the ability to walk. Pain occurs not only during movement, but also at rest (sometimes also at night). The disease usually lasts for many years, and symptoms  increase gradually at a different rate.


Hip disease


Start from proper nutrition that will provide the body with essential compounds, vitamins and minerals. The diet will help you maintain a correct weight that will not lead to unnecessary loading of the joints, especially of the hip and knee.


Perform non-weight bearing exercises at home. Joints do not like to be overloaded, so if are planning any activity, rather choose swimming, cycling or long walks. Moderate activity will strengthen the muscles around the joint while not forcing the whole apparatus too much.

Add vitamins A, D, E, K into the daily diet. They stimulate the genesis of collagen, have anti-inflammatory properties and strengthens blood vessels. You can find these, inter alia in products such as: citrus fruits, carrots, melons, garlic, vegetables cauliflower.

Apply the appropriate supplement. When choosing the preparation, pay attention to the composition and the form of application. Many pharmaceutical products are composed of various types of enhancers that have nothing to do with improving health and their long-term intake may lead to disorders of other organs. Select preparations with only natural ingredients building the joints, that is hyaluronic acid or chondroitin sulfate.

Drink water every day. 2L is the optimal amount needed for the body, water is approximately 75% of our organism, it regulates many of processes, inter alia, it is required for the joints in which the main component of the synovial fluid is hyaluronic acid. Hyaluronic acid needs water to be able to fulfill its role of humidification of articular surfaces.




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