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Joint hypermobility: flexibility that causes pain

Other names: Гипермобильность суставов, синдром гипермобильности, разболтанность суставов, дисплазия соединительной ткани, слишком гибкие суставы, переразгибание локтей и коленей, частые вывихи

Joint hypermobility is a range of movements that is noticeably greater than normal: elbows and knees hyperextend, the thumb is easily pressed against the forearm, a person does the splits without warming up. This in itself is not a disease, but a feature of the structure of connective tissue, and for many people it does not cause any problems. The syndrome is said to occur when excessive mobility is accompanied by complaints: pain in the joints and back in the evening, frequent subluxations and sprains, flat feet, fatigue, and a tendency to bruise. There is almost no need for medications here - the basis of assistance is in well-chosen exercises that strengthen the muscles around the joints.

🧾 МКБ-10: M35.7 🏥 Where it is treated: 9 Excessive range of motionNot always a diseaseThe main treatment is exercise
👨‍⚕️ Which doctor
Rheumatologist, orthopedist, pediatrician, physical therapy specialist
🔬 Diagnostics
Beighton scale assessment, skin and foot examination, joint ultrasound, ECG and echocardiography if indicated
💊 Treatment
Muscle strengthening, load correction, orthopedic insoles, pain relief if necessary
📈 Prognosis
Favorable; complaints decrease with regular exercise
⚠️ At risk
Heredity, female gender, young age, gymnastics and dancing
⏱ When to see a doctor
Planned

🚨 See a doctor urgently

With these signs do not wait for a scheduled appointment — the condition requires emergency care.

  • Очень растяжимая, тонкая кожа, широкие атрофические рубцы
  • Повторные вывихи крупных суставов
  • Высокий рост с длинными пальцами, деформация грудной клетки, смещение хрусталика
  • Сердцебиение, обмороки, одышка при нагрузке
  • Сосудистые осложнения или внезапная смерть у близких родственников в молодом возрасте
  • Нарастающая слабость в конечностях и нарушение чувствительности

What is it and how is it assessed?

Connective tissue forms ligaments, tendons, joint capsules, skin and vessel walls. With the specific structure of collagen, it becomes more extensible, and the joints receive a greater range of movements. The assessment uses a simple five-point Beighton scale: hyperextension of the little finger, adduction of the thumb to the forearm, hyperextension of the elbows and knees, and bending over with the palms touching the floor. Each side is counted separately. However, a high score in itself is not a diagnosis: it occurs in children, women and people who have been involved in gymnastics or dancing for many years.

  • Asymptomatic hypermobility is a normal variant
  • Hypermobility syndrome with complaints
  • Hereditary connective tissue diseases
  • Beighton score
  • Flexibility decreases with age

Why do complaints appear?

If the ligaments do not hold the joint securely, the muscles take on all the work. They are constantly under tension, get tired quickly, and by the end of the day there is aching pain. Excessive mobility makes the joint vulnerable: subluxations, sprains, damage to the meniscus and ligaments occur more often, and the cartilage wears out faster. The foot flattens, the gait changes, and the load is incorrectly distributed on the knees and spine. Some people also have vegetative manifestations: palpitations when standing up, a tendency to faint, increased fatigue.

  • Overload of the muscles holding the joint
  • Frequent subluxations and sprains
  • Flat feet and foot deformities
  • Back and neck pain
  • Early wear of cartilage due to improper loads
  • Fatigue, dizziness when standing up
  • Tendency to bruises and slow wound healing

Symptoms

Typical pain is in the knees, ankles, hands and back, which appear after exercise or in the evening and go away after rest. Children complain of pain in their legs in the evenings, ask to be carried in their arms after a walk, and get tired quickly during physical education. Characterized by repeated twisting of the ankle, clicking in the joints, and a feeling of knee instability. The skin is often soft and velvety, bruises easily, and scars heal thin. In adults, varicose veins, prolapse of internal organs, and hernias are often encountered.

  • Pain in joints and back after exercise
  • Frequent subluxations and sprains
  • Clicking and feeling of joint instability
  • Flat feet, tired feet
  • Easy bruising
  • Fatigue and poor exercise tolerance
  • Evening leg pain in children

Survey

The diagnosis is clinical: the doctor evaluates the range of motion on the Beighton scale, examines the skin, feet, spine, asks about injuries and family history. The goal is not so much to confirm flexibility, but to exclude hereditary syndromes with a high risk of complications, in which the blood vessels, heart and eyes are affected. Very tensile skin, wide scars, dislocations of large joints, tall stature with long fingers and deformation of the chest are alarming. In such cases, echocardiography, examination by an ophthalmologist and genetic consultation are prescribed. Ultrasound of the joints helps assess the consequences of injuries.

  • Beighton score
  • Examination of the skin, feet and spine
  • Family history
  • ECG and echocardiography according to indications
  • Examination by an ophthalmologist if the syndrome is suspected
  • Ultrasound of joints for injuries
  • Consultation with a geneticist in some cases

What helps

The main method is regular exercise to strengthen the muscles around the joints and train the sense of body position. Swimming, exercise cycling, and bodyweight exercises in the middle range of motion are suitable. It is important not to stretch yourself to the limit: the habit of “reaching farthest” increases instability. Orthopedic insoles for flat feet, comfortable shoes with a fixed back, and elastic support for the joint during loads are useful. Painkillers are used briefly and as needed. Sports are not prohibited for children, but sports are selected where there is no hyperextension or impact loads.

  • Strengthening the muscles around the joints
  • Balance and coordination training
  • Swimming and exercise bike
  • Avoid stretching to the limit
  • Orthopedic insoles and proper shoes
  • Weight-bearing support orthoses
  • Body weight control
  • Short course painkillers if necessary

Services and prices for this diagnosis

Based on official price lists of Tashkent clinics. The exact cost is determined after examination.

💊 Treatment

Frequently asked questions: Joint hypermobility (connective tissue dysplasia)

Is hypermobility a diagnosis?+
By itself, no. Increased joint mobility occurs in healthy people, especially children and women. The syndrome is said to occur when flexibility is accompanied by pain, repeated subluxations, flat feet and fatigue.
Is it possible to play sports?+
Need to. Movement strengthens the muscles that compensate for weak ligaments. Swimming, cycling, and strength exercises with a medium range of motion are suitable. Limit sports with hyperextension and impact load on the joints.
Why can't you stretch to the limit?+
In a person with hypermobility, the ligaments are already stretched. Additional stretching increases joint instability and the risk of subluxation. It is better to spend time strengthening muscles and training movement control.
Will the child outgrow it?+
With age, joint mobility usually decreases, and many complaints go away. But the habit of moving correctly and regular exercise, learned in childhood, significantly reduces the risk of pain and injury in adulthood.
When is genetic testing needed?+
If, in addition to flexibility, there is very stretchable skin with wide scars, dislocations of large joints, tall stature with long fingers, chest deformation or severe vascular events in close relatives at a young age.

The information on this page is for reference only and does not replace a doctor consultation. Only a qualified specialist can make a diagnosis and prescribe treatment after an in-person examination.

Where it is treated joint hypermobility в Ташкенте

So that отличить безобидную гибкость от наследственного заболевания соединительной ткани, нужен осмотр врача. Clinics Ташкента, где принимают терапевты, педиатры и физиотерапевты:

st. Mirzaeva 50, Yunusabad 17, Yunusabad district, Tashkent Landmark: opposite the Nazar M...
M Turkiston 🚶 1.5 km
M Yunusobod 🚶 2.0 km
M Shahriston 🚶 2.8 km
🚌 Nearest bus stop 🚶 100 m · buses: 7
Mon–Fri:09:00–18:00
Open now
Mukimiy street 144/1, Chilanzar district, Tashkent Landmarks: Novza metro station (former...
M Novza 🚶 400 m
M Mirzo Ulug'bek 🚶 650 m
M Milliy bog' 🚶 1.3 km
🚌 Nearest bus stop 🚶 170 m · buses: 9Т, 56
Mon–Fri:09:00–18:00
Open now
Branch No. 3: Birlashgan street, opposite the 4-City Clinical Hospital
M Tuzel 🚶 750 m
M Yashnobod 🚶 800 m
M Texnopark 🚶 1.4 km
🚌 Nearest bus stop 🚶 200 m · buses: 22
Пн–Sat:07:00–20:00
Open now
Tashkent, Mirabad district, st. Oybek, 34d
M Toshkent 🚶 550 m
M Oybek 🚶 850 m
M Kosmonavtlar 🚶 1.3 km
🚌 Nearest bus stop 🚶 150 m · buses: 22
Tashkent, Chilanzar district, 19-kv, 65d
M Olmazor 🚶 1.5 km
M Chilonzor 🚶 2.4 km
M Mirzo Ulug'bek 🚶 3.4 km
🚌 Nearest bus stop 🚶 260 m · buses: 48
Mon–Fri:08:00–17:00
Open now
Tashkent city, Shaykhantakhur district, st. Bogkucha, 20d
M Tinchlik 🚶 900 m
M Chorsu 🚶 1.2 km
M G'afur G'ulom 🚶 2.1 km
🚌 Nearest bus stop 🚶 130 m · buses: 5, 11, 23, 28, 29
Mon–Fri:09:00–17:00
Open now
E

Eurosun Healthcare

Private · Shaykhantakhur district

st. Alisher Navoiy 10, Shaykhantakhur district, Tashkent Landmarks: opposite the Trustbank...
🚌 Nearest bus stop 🚶 130 m
Пн–Sat:08:00–18:00
Open now
Bogkucha block, st. Bogkucha, house 20, Shaykhantakhur district, Tashkent Landmark: childr...
M Chorsu 🚶 1.1 km
M Tinchlik 🚶 1.1 km
M G'afur G'ulom 🚶 2.0 km
🚌 Nearest bus stop 🚶 320 m · buses: 5, 11, 23, 28, 29
Mon–Fri:00:00–24:00
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Tashkent, Yakkasaray district, st. Кичик халка йули, 70А
M Choshtepa 🚶 2.5 km
M O'zgarish 🚶 3.2 km
M Chinor 🚶 3.3 km
🚌 Nearest bus stop 🚶 370 m · buses:
Mon–Fri:00:00–24:00
Open now

ICD-10 code

Official international classification codes — these are used in medical records and statistics.

Other diseases: Rheumatology

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