Musculoskeletal problems

Solutions for pain-free movement

Free consultation

What you need to know about the intervertebral disc

The spine is the body’s main supporting structure, providing stability, protecting the spinal cord, and enabling mobility. It is made up of vertebral bodies separated by intervertebral discs. The vertebrae are connected by small facet joints, and an anterior and posterior ligament system maintains overall integrity. The discs play a key role in allowing flexible movement and absorbing shock. As discs are composed of a jelly-like nucleus surrounded by a fibrous collagen layer, they change shape in response to load — primarily to the pressure generated by gravity. Such changes are frequently described in imaging reports, for example as bulging discs.

The spine is divided into four main sections: 

  • Cervical spine (7 vertebrae): supports and moves the head.
  • Thoracic spine (12 vertebrae): provides trunk stability and, together with the ribs, protects the chest.
  • Lumbar spine (5 vertebrae): bears the greatest load, supports the upper body, and allows trunk mobility.
  • Coccygeal section (3–5 fused vertebrae): contributes to pelvic stability and supports the lower part of the body.

The most common spinal conditions:

  • Degenerative changes (wear, spondylosis): Due to a sedentary lifestyle, prolonged sitting, and asymmetrical loading, the discs lose elasticity over time. The cervical and lumbar regions are most frequently affected. Symptoms often include pain and restricted movement.
  • Disc herniation: When the bulging disc material reaches the nerve root and causes sensory or motor impairment (e.g. numbness, tingling, or weakness in the fingers or toes), the degenerative change described above is referred to as a disc herniation.
  • Scoliosis: A sideways curvature of the spine that typically begins during adolescence, often causing back pain and poor posture. Secondary scoliosis can also develop, for example due to leg-length discrepancy.
  • Vertebral compression fracture: Although reading about a “collapsed vertebra” on a scan can be alarming, it is not usually a true fracture. It most often develops on the basis of osteoporosis, when the vertical bony trabeculae “give way” due to low bone density.
  • Fracture: Most commonly the result of an accident.
  • Inflammatory diseases (e.g. ankylosing spondylitis): Chronic inflammatory processes that restrict spinal mobility.

 

What you need to know about the shoulder joint

The upper limb connects to the trunk via the shoulder joint. The shoulder is a complex and highly mobile joint, allowing the arm to move in almost every direction. However, this very mobility also makes the shoulder vulnerable to injury and inflammation.

Shoulder pain is one of the most common musculoskeletal complaints and can occur at any age. As the pain worsens, shoulder movement gradually becomes restricted, causing significant discomfort during everyday activities such as dressing, grooming, or lifting.

The most common shoulder conditions:

  • Rotator cuff inflammation or tear – caused by overuse or degeneration of the muscles and tendons. (The rotator cuff consists of four muscles that surround and stabilise the shoulder joint. They originate from the shoulder blade and attach to the upper arm bone, enabling precise shoulder movements.)
  • Impingement syndrome – when the rotator cuff tendons become pinched between the humeral head and the shoulder blade.
  • Shoulder arthritis – may be degenerative (shoulder osteoarthritis) or inflammatory (rheumatoid arthritis).
  • Frozen shoulder syndrome – the shoulder gradually becomes stiff due to thickening of the joint capsule.
  • Bursitis – inflammation of the bursa, which causes swelling and pain when moving the shoulder or when lying on it.

What you need to know about the hip joint

The lower limb connects to the trunk through the hip joint, which plays a key role in movement and maintaining posture. The hip is a ball-and-socket joint formed by the femoral head and the acetabulum of the pelvis, allowing movement in multiple directions: flexion, extension, abduction, adduction, and rotation. It enables walking, running, standing up from a seated position, and many everyday movements.

As the hip bears most of the body’s weight, it is no surprise that hip pain is one of the most common musculoskeletal complaints.

The most common hip conditions:

  • Hip osteoarthritis: the cartilage covering the bone ends becomes thinner, causing pain, stiffness, and restricted movement.
  • Hip arthritis: may develop due to infection, autoimmune processes, or overuse.
  • Trochanteric bursitis: inflammation of the bursae around the hip, typically causing pain on the outer side of the hip.

The health of the hip joint is essential for maintaining mobility and quality of life.

If hip disease progresses to the point where orthopaedic surgery is required, a course of balneotherapy treatments can also contribute effectively to the success of the procedure.

What you need to know about the knee joint

The knee is one of the body’s largest and most complex weight-bearing joints, playing a key role in walking, squatting, climbing stairs, and all movements that require bending or extending the leg. During normal walking, the load on the knee is determined by body weight and the forces acting on the joint, meaning that with each step the knee typically bears around 1.5 times the body weight (for a person weighing 70 kg, this is roughly 105 kg). With faster walking or stair climbing, the load increases to 3–5 times the body weight, and during running it may reach 5–6 times the body weight. As the knee is constantly exposed to load, it is particularly vulnerable to degenerative and inflammatory conditions as well as injuries.

The most common knee conditions:

  • Knee osteoarthritis: thinning of the cartilage, causing pain during movement and weight-bearing.
  • Knee arthritis: joint inflammation of infectious or autoimmune origin, which may present with swelling and warmth.
  • Injuries affecting different structures of the knee, such as:
    • Meniscus injury: often caused by sudden movement or sports activity; typical symptoms include locking or clicking.
    • Ligament injuries: leading to instability.

Bursitis around the knee: inflammation of the bursae, causing swelling and pain.

If knee disease progresses to the point where orthopaedic surgery is required, a course of complex balneotherapy can significantly support the success of the procedure.

Post-operative rehabilitation after herniated disc surgery, joint replacement, and other orthopaedic or trauma procedures

During herniated disc surgery, the intervertebral disc material located between the vertebrae is removed. A protruding disc can compress the nerve root, causing severe pain, sensory loss, or difficulty moving the toes or feet (in the case of the lumbar spine). Once the jelly-like disc material is removed during surgery, the pressure on the nerve fibre is relieved, and symptoms usually disappear. However, due to scar tissue formation, additional treatment is often required to restore optimal spinal mobility.

Joint replacement is usually preceded by many years of illness, during which the articular cartilage becomes so worn that the bone ends rub directly against each other during movement. Our vasodilating and circulation-enhancing treatments work exceptionally well on the contracted joint capsule, ligaments, and shortened muscles. They provide excellent surgical preparation and increase the success of the procedure.
Recommended pre-operative programme for joint replacement: thermal water pool therapy, mud treatment, individual underwater physiotherapy, ultrasound therapy.

The most common orthopaedic surgeries involve the hip, knee, and shoulder joints. After surgery, the path to full recovery is still long. Early, professional rehabilitation is essential to ensure that the joint regains proper function and the patient can return to their everyday activities.

During early rehabilitation following joint replacement, within the first 6 weeks we combine treatments that do not require aquatic therapy but significantly support recovery.
Recommended dry therapeutic rehabilitation in the first 6 weeks after surgery: individual dry physiotherapy, medical therapeutic massage, soft laser therapy, Bemer vascular therapy.

Once the surgical scar has fully healed, rehabilitation should be continued with the combination of thermal water therapy, other hydrotherapeutic procedures, and individual dry physiotherapy in order to regain the best possible range of motion.
Recommended thermal water rehabilitation after the first 6 weeks: thermal water pool therapy, individual underwater physiotherapy, mud pack treatment, individual dry physiotherapy.

Trauma-related surgeries vary widely, but recovery after ankle, wrist, shoulder, and femoral neck fractures represents the majority of cases.

Who do we recommend it for?

We recommend the services of our spa to anyone

who wishes to maintain or restore their musculoskeletal health — whether to relieve existing complaints or for prevention — regardless of age or life situation.

We welcome those who work in sedentary jobs and often feel tension in their neck, back, or lower back; people who exercise regularly and value proper muscle recovery; individuals doing physical work who place increased strain on their bodies; as well as those in stressful, mentally demanding professions who seek rest and rejuvenation.

The spa is also an ideal choice

if you currently have no complaints but value prevention and wish to maintain your wellbeing in the long term.

Our services can also be an excellent complement for those who have previously received musculoskeletal therapy in a specialist clinic and now wish to maintain or improve their wellbeing in a calm, more natural environment.

Book a consultation

Therapeutic process

1.

Free consultation

If the Széchenyi Medical Spa has sparked your interest, we will help you navigate the various therapies. With an appointment for a specialist examination, we ensure that you receive care without waiting time. A referral is not required for our specialist clinic.

2.

Specialist examination

After booking an appointment, you will be seen by one of our rheumatologists or musculoskeletal rehabilitation specialists. The examination includes a physical assessment, which allows us to evaluate joint function and differentiate the sources of pain. For the specialist visit, please bring any previous medical reports related to musculoskeletal or other chronic conditions, so the examining doctor can gain a comprehensive understanding of your health status.

3.

Assessment

During the specialist examination, you and the doctor will discuss the findings, the nature of your musculoskeletal condition, and the possible treatment options. The specialist will create a therapeutic plan tailored to your specific needs and health status.

4.

Individual programme planning

Based on the specialist’s therapeutic plan, a personalised treatment schedule will be created — including only those therapies that best suit your condition, goals, and your available time and financial resources.

5.

Treatments

Treatments can be used independently as non-aquatic therapies — such as medical therapeutic massage, ultrasound, or physiotherapy — but our thermal-water-based therapies are also available. The most effective treatment programmes combine these approaches, creating integrated therapies that act through multiple forms of stimulation.

6.

Follow-up

Throughout the course of treatment, we closely monitor any changes in your condition, and at the end of the programme a specialist follow-up examination is carried out to reassess the results achieved.

A selection of our therapeutic programmes

Reviews & feedback

Contact us

Our strategic partner: DOKTOR24

With personalised therapeutic packages created by rheumatologists, orthopaedic specialists, and rehabilitation professionals, we provide comprehensive care.