Skręcenie stawu
Diagnostyka i diagnoza

Skręcenie stawu to uraz polegający na nadmiernym rozciągnięciu lub rozerwaniu więzadeł, najczęściej diagnozowany na podstawie badania fizykalnego, które obejmuje ocenę obrzęku, zasinienia, bolesności uciskowej, zakresu ruchomości oraz stabilności więzadłowej. Specyficzne testy, takie jak test szuflady przedniej dla stawu skokowego czy test Lachmana dla kolanowego, pozwalają na ocenę integralności więzadeł. Diagnostyka obrazowa, w tym RTG (stosowane zgodnie z Regułami Ottawa dla stawu skokowego), MRI (o czułości 93-96% i swoistości 100% w wykrywaniu uszkodzeń więzadeł i tkanek miękkich) oraz USG i CT, jest wskazana w przypadkach podejrzenia złamań, poważnych uszkodzeń więzadeł lub utrzymujących się objawów powyżej 4-6 tygodni. Klasyfikacja skręceń według stopnia I-III (od łagodnego do ciężkiego) opiera się na zakresie uszkodzenia więzadeł, nasileniu obrzęku, bólu, niestabilności i zdolności do obciążania kończyny, co determinuje dalsze postępowanie terapeutyczne i rokowanie.

Diagnostyka skręcenia stawu

Skręcenie stawu to jedno z najczęstszych urazów układu mięśniowo-szkieletowego, występujące szczególnie często u osób aktywnych fizycznie. Jest to uraz, w którym dochodzi do nadmiernego rozciągnięcia lub rozerwania więzadeł łączących kości w stawie. Prawidłowa diagnostyka ma kluczowe znaczenie dla określenia stopnia urazu, wykluczenia innych patologii oraz zaplanowania odpowiedniego leczenia.123

Badanie fizykalne

Badanie fizykalne stanowi podstawę diagnostyki skręcenia stawu i powinno obejmować dokładną ocenę miejsca urazu. Podczas badania lekarz sprawdza obecność obrzęku, zasinienia oraz określa punkty bolesności uciskowej. Lokalizacja i intensywność bólu pomagają określić zakres i charakter uszkodzenia.12

Istotnym elementem badania fizykalnego jest również ocena zakresu ruchomości stawu oraz stabilności więzadłowej. Lekarz może wykonać specjalistyczne testy mające na celu ocenę integralności więzadeł, takie jak test szuflady przedniej w przypadku skręcenia stawu skokowego, który pozwala na ocenę stabilności więzadła strzałkowo-skokowego przedniego.23

Warto podkreślić, że badanie fizykalne przeprowadzone z opóźnieniem (4-5 dni po urazie) daje bardziej wiarygodne wyniki diagnostyczne niż badanie wykonane w ciągu pierwszych 48 godzin. W przypadku znacznego obrzęku i bólu, badanie może zostać odroczone do czasu wykluczenia złamania za pomocą badań obrazowych.456

Diagnostyka obrazowa

Badania obrazowe są istotnym elementem diagnostyki skręcenia stawu, szczególnie w przypadkach, gdy istnieje podejrzenie złamania lub gdy objawy kliniczne są niejednoznaczne.1

Zdjęcie rentgenowskie (RTG)

RTG jest podstawowym badaniem obrazowym wykonywanym w celu wykluczenia złamania kości jako przyczyny objawów. W przypadku skręcenia stawu skokowego często stosuje się tak zwane Reguły Ottawa (Ottawa Ankle Rules), które pomagają określić, czy wykonanie zdjęcia RTG jest konieczne. Zgodnie z tymi regułami, zdjęcie RTG powinno być wykonane, jeśli występuje ból kostny w tylnej części dolnych 6 cm kości strzałkowej lub piszczelowej, lub jeśli pacjent nie jest w stanie przenieść ciężaru ciała natychmiast po urazie i podczas badania.789

Rezonans magnetyczny (MRI)

MRI jest badaniem z wyboru w przypadku podejrzenia poważnych uszkodzeń więzadeł, uszkodzeń chrząstki lub innych urazów tkanek miękkich. Badanie to zapewnia szczegółowe obrazy struktur wewnętrznych stawu, w tym więzadeł, i może być przydatne w diagnostyce urazów więzadeł syndesmosis oraz zaangażowania ścięgien strzałkowych.128

MRI charakteryzuje się wysoką czułością (93-96%) i swoistością (100%) w wizualizacji uszkodzeń więzadeł, ubytków chrzęstno-kostnych, urazów syndesmosis i ukrytych złamań. Badanie to zwykle jest zalecane, jeśli objawy utrzymują się przez ponad 4-6 tygodni mimo zastosowanego leczenia.9103

Inne badania obrazowe

W niektórych przypadkach mogą być stosowane również inne metody diagnostyki obrazowej:

  • Tomografia komputerowa (CT) – może dostarczyć bardziej szczegółowych informacji o strukturze kostnej stawu i jest szczególnie przydatna w przypadku podejrzenia złamania kości łódeczkowatej nadgarstka lub złożonych urazów stawu skokowego.1112
  • Badanie ultrasonograficzne (USG) – może być wykorzystywane do oceny stanu więzadeł i ścięgien w czasie rzeczywistym, zwłaszcza podczas różnych pozycji stopy, co może pomóc w ocenie stopnia uszkodzenia tkanek miękkich.1112

Klasyfikacja skręceń stawu

Skręcenia stawu klasyfikuje się według stopnia ciężkości, co pomaga w ustaleniu odpowiedniego planu leczenia i prognozy powrotu do zdrowia. Najczęściej stosowana jest trzystopniowa skala:213

  • Stopień I (łagodne skręcenie): Niewielkie rozciągnięcie lub minimalne naderwanie włókien więzadłowych. Objawy obejmują lekki obrzęk, niewielki ból i minimalne ograniczenie funkcji stawu. Pacjent jest zazwyczaj w stanie obciążać staw.214
  • Stopień II (umiarkowane skręcenie): Częściowe przerwanie ciągłości więzadła, z umiarkowanym do znacznego obrzękiem, zasinieniem, ograniczeniem ruchomości i lekką do umiarkowanej niestabilnością stawu. Pacjenci zazwyczaj mają trudności z obciążaniem kończyny.214
  • Stopień III (ciężkie skręcenie): Całkowite przerwanie ciągłości więzadła, z natychmiastowym i znacznym obrzękiem, zasinieniem, niemożnością obciążania kończyny i umiarkowaną do ciężkiej niestabilnością stawu.214

Specyfika diagnostyki różnych stawów

Diagnostyka skręcenia stawu skokowego

Skręcenie stawu skokowego jest jednym z najczęstszych urazów, szczególnie wśród sportowców. Podczas badania fizykalnego lekarz ocenia bolesność uciskową wokół kostki przyśrodkowej i bocznej, a także wykonuje specyficzne testy, takie jak test szuflady przedniej, test pochylenia kości skokowej czy test ściskania.215

W przypadku podejrzenia uszkodzenia więzadeł syndesmosis (wysokie skręcenie stawu skokowego), stosuje się specjalne testy, takie jak test ściskania, test skrzyżowanych nóg i test rotacji zewnętrznej. Pozytywne wyniki tych testów mogą wskazywać na potrzebę wykonania MRI w celu weryfikacji uszkodzenia więzadeł syndesmosis.10

Diagnostyka skręcenia stawu kolanowego

W przypadku skręcenia stawu kolanowego, diagnostyka zależy od tego, które więzadło zostało uszkodzone. Podczas badania fizykalnego lekarz ocenia stabilność stawu kolanowego, wykonując specyficzne testy, takie jak test szuflady przedniej i tylnej czy test Lachmana, które pomagają w ocenie więzadeł krzyżowych.16

W diagnostyce skręcenia stawu kolanowego często wykorzystuje się badania obrazowe, takie jak RTG, aby wykluczyć złamania kości lub zmiany zwyrodnieniowe, oraz sprawdzić, czy wokół stawu kolanowego występuje płyn. MRI może być konieczne do określenia stopnia ciężkości urazu i ustalenia, czy więzadło jest naderwane czy całkowicie zerwane.16

Diagnostyka skręcenia kciuka i nadgarstka

Skręcenia kciuka i nadgarstka często dotyczą więzadeł łączących kości nadgarstka lub kości śródręcza z paliczkami. Podczas badania fizykalnego lekarz ocenia bolesność, obrzęk oraz stabilność stawów nadgarstka i kciuka.1317

W przypadku podejrzenia skręcenia kciuka, lekarz może wykonać specjalne manewry w celu wykrycia oznak niestabilności, które są miarą rozległości skręcenia. RTG może być konieczne do zbadania możliwości oderwania kostnego. W przypadkach silnego bólu i obrzęku, badanie może być trudne, co wymaga zastosowania szyny spoczynkowej i odłożenia badania o kilka dni.17

W diagnostyce skręcenia nadgarstka mogą być stosowane specjalistyczne testy niestabilności nadgarstka. Jeśli objawy nie ustępują przez dłuższy czas, może być konieczne wykonanie bardziej inwazyjnych metod diagnostycznych.18

Wskazania do konsultacji specjalistycznej

Większość łagodnych skręceń stawu może być skutecznie leczona w warunkach podstawowej opieki zdrowotnej, jednak w niektórych przypadkach wskazana jest konsultacja specjalistyczna, na przykład z ortopedą lub specjalistą medycyny sportowej.1920

Do głównych wskazań do konsultacji specjalistycznej należą:8

  • Złamanie lub zwichnięcie
  • Zaburzenia neurowaskularne
  • Zerwanie lub podwichnięcie ścięgna
  • Rana penetrująca do stawu
  • Mechaniczne zablokowanie stawu
  • Uraz więzadeł syndesmosis
  • Utrzymujący się obrzęk i ból mimo zastosowanego leczenia przez 24-48 godzin
  • Niemożność obciążania kończyny po urazie
  • Objawy, które nie ustępują po 4-6 tygodniach leczenia zachowawczego

Podsumowanie diagnostyki skręcenia stawu

Prawidłowa diagnostyka skręcenia stawu jest kluczowa dla określenia odpowiedniego planu leczenia i zapobiegania długoterminowym komplikacjom, takim jak przewlekła niestabilność stawu czy rozwój zmian zwyrodnieniowych.2122

W większości przypadków dokładny wywiad medyczny i badanie fizykalne są wystarczające do postawienia diagnozy. Badania obrazowe, takie jak RTG, MRI czy USG, są stosowane w celu wykluczenia złamań lub oceny stopnia uszkodzenia tkanek miękkich, szczególnie w przypadkach ciężkich urazów lub gdy objawy utrzymują się mimo leczenia.123

Klasyfikacja skręceń według stopnia ciężkości pomaga w ustaleniu odpowiedniego planu leczenia, który może obejmować odpoczynek, stosowanie zimnych okładów, uniesienie kończyny, stabilizację stawu za pomocą bandażu elastycznego, ortezy lub taping’u, a w niektórych przypadkach fizykoterapię.2425

Wczesna i dokładna diagnostyka jest niezbędna dla skutecznego leczenia i szybkiego powrotu do normalnej aktywności fizycznej. W przypadku ciężkich skręceń lub przewlekłej niestabilności stawu może być konieczna konsultacja specjalistyczna i bardziej zaawansowane metody leczenia, w tym operacyjne.2627

Stopień skręcenia Charakterystyka uszkodzenia Objawy kliniczne Diagnostyka Prognoza
Stopień I (łagodne) Niewielkie rozciągnięcie lub minimalne naderwanie włókien więzadłowych Lekki obrzęk, niewielki ból, minimalne ograniczenie funkcji Badanie fizykalne, rzadko potrzebne badania obrazowe Pełny powrót do zdrowia w ciągu 1-2 tygodni
Stopień II (umiarkowane) Częściowe przerwanie ciągłości więzadła Umiarkowany do znacznego obrzęk, zasinienie, ograniczenie ruchomości, lekka do umiarkowanej niestabilność Badanie fizykalne, RTG, ewentualnie MRI Powrót do zdrowia w ciągu 6-8 tygodni
Stopień III (ciężkie) Całkowite przerwanie ciągłości więzadła Natychmiastowy i znaczny obrzęk, zasinienie, niemożność obciążania kończyny, umiarkowana do ciężkiej niestabilność Badanie fizykalne, RTG, MRI, ewentualnie konsultacja specjalistyczna Powrót do zdrowia może trwać powyżej 8 tygodni, możliwe leczenie operacyjne

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  1. 09.04.2026
  2. www.leksykon.com.pl

Materiały źródłowe

  • #1 Sprains – Diagnosis and treatment – Mayo Clinic
    https://www.mayoclinic.org/diseases-conditions/sprains/diagnosis-treatment/drc-20377943
    During the physical exam, your doctor will check for swelling and points of tenderness in your affected limb. The location and intensity of your pain can help determine the extent and nature of the damage. […] X-rays can help rule out a fracture or other bone injury as the source of the problem. Magnetic resonance imaging (MRI) also may be used to help diagnose the extent of the injury. […] A physical therapist can help you to maximize stability and strength of the injured joint or limb. Your doctor may suggest that you immobilize the area with a brace or splint. For some injuries, such as a torn ligament, surgery may be considered.
  • #2 Sprains: Types, Symptoms & Treatment
    https://my.clevelandclinic.org/health/diseases/sprains
    A healthcare provider will diagnose a sprain with a physical exam. Your provider will examine your injured joint. Tell them when you first noticed symptoms, especially if you know exactly what caused the injury. […] Healthcare providers grade sprains based on their severity: Grade 1 sprain (mild): Very little or no tearing in your ligament. Grade 2 sprain (moderate): Your ligament is partially torn, but not all the way through. Grade 3 sprain (severe): Your ligament is completely torn. […] You might need imaging tests to take pictures of your joint and the tissue around it. These tests can show damage inside your joint and help diagnose other injuries like bone fractures. Your provider might use: X-rays. Ultrasound. Magnetic resonance imaging (MRI).
  • #2 Sprained ankle – Diagnosis and treatment – Mayo Clinic
    https://www.mayoclinic.org/diseases-conditions/sprained-ankle/diagnosis-treatment/drc-20353231
    During a physical, your doctor will examine your ankle, foot and lower leg. The doctor will touch the skin around the injury to check for points of tenderness and move your foot to check the range of motion and to understand what positions cause discomfort or pain. […] If the injury is severe, your doctor may recommend one or more of the following imaging scans to rule out a broken bone or to evaluate in more detail the extent of ligament damage: […] X-ray. During an X-ray, a small amount of radiation passes through your body to produce images of the bones of the ankle. This test is good for ruling out bone fractures. […] Magnetic resonance imaging (MRI). MRIs use radio waves and a strong magnetic field to produce detailed cross-sectional or 3-D images of soft internal structures of the ankle, including ligaments.
  • #3 Diagnosing Foot & Ankle Sprains | NYU Langone Health
    https://nyulangone.org/conditions/foot-ankle-sprains/diagnosis
    At NYU Langone Orthopedic Center, our doctors are experts in diagnosing foot and ankle sprains. […] A sprain occurs when a ligament stretches or tears. […] Ankle sprains usually occur in the ligaments on the outside of the ankle. […] Symptoms can include swelling, tenderness, bruising, and pain, especially when you put your weight on the affected foot or ankle. […] Your NYU Langone doctor performs a physical examination, moving the foot or ankle to check for sensitivity and discomfort and to determine whether your range of motion or balance is affected. […] One or more of the following tests may also be recommended. […] Doctors use X-rays to rule out a foot fracture or an ankle dislocation. […] Your doctor may recommend an MRI scan to help pinpoint the cause of your symptoms, particularly if they don’t improve after four to six weeks.
  • #3 Ankle Sprains – Injuries; Poisoning – Merck Manual Professional Edition
    https://www.merckmanuals.com/professional/injuries-poisoning/sprains-and-other-soft-tissue-injuries/ankle-sprains
    Ankle sprains are very common, most often resulting from turning the foot inward (inversion). Diagnosis is by clinical evaluation and sometimes x-rays. Diagnosis of ankle sprains is primarily clinical; not every patient requires x-rays. Stress testing to evaluate ligament integrity is important. However, if patients have marked pain and swelling or spasm, the examination is typically delayed until x-rays exclude fractures. The ankle anterior drawer test is done to evaluate the stability of the anterior talofibular ligament and thus help differentiate between 2nd- and 3rd-degree lateral ligament sprains. If findings suggest a deltoid ligament or high ankle sprain, practitioners should check for evidence of a proximal fibular fracture. Ankle sprains should be differentiated from avulsion fractures of the base of the 5th metatarsal, Achilles tendon injuries, and talar dome fractures, which may cause similar symptoms. Sprains that are painful after 6 weeks may require additional testing (eg, MRI) to identify overlooked and subtle injuries, such as talar dome fractures, high ankle sprains, or other complex ankle sprains.
  • #4 Diagnosis, treatment and prevention of ankle sprains: an evidence-based clinical guideline | British Journal of Sports Medicine
    https://bjsm.bmj.com/content/46/12/854
    Delayed physical diagnostic examination (4 to 5 days) gives a better diagnostic result than research within 48 h. […] For a solid diagnosis of an ankle ligament rupture, patients must be re-examined 4 to 5 days after the trauma. […] If a haematoma develops and patients experience local pressure pain at palpation or a positive anterior drawer test is present or both, it is very likely that a ligament rupture exists.
  • #5 Diagnosis, treatment and prevention of ankle sprains: update of an evidence-based clinical guideline | British Journal of Sports Medicine
    https://bjsm.bmj.com/content/52/15/956
    This guideline aimed to advance current understandings regarding the diagnosis, prevention and therapeutic interventions for ankle sprains by updating the existing guideline and incorporate new research. […] The previous guideline provided evidence that the severity of ligament damage can be assessed most reliably by delayed physical examination (45 days post trauma). […] After correct diagnosis, it can be stated that even though a short time of immobilisation may be helpful in relieving pain and swelling, the patient with an acute lateral ankle ligament rupture benefits most from use of tape or a brace in combination with an exercise programme. […] In case of a severe ankle sprain, a fracture should be excluded by proper use of the Ottawa ankle rules (OAR), and if indicated, conventional radiographic imaging should be undertaken.
  • #6
    https://journal.aspetar.com/en/archive/volume-2-issue-2/ankle-sprain-diagnosis-and-therapy-starts-with-knowledge-of-anatomy
    Based on the current available literature, the level of evidence for delayed physical examination is superior to MRI for accurate diagnosis. A further physical examination 5 to 7 days after sprain can then better diagnose the grade of the ankle sprain. […] Ultrasound and MRI can be useful in diagnosing associated injury, but evidence for its usefulness is lacking compared to delayed physical examination.
  • #7 Management of Ankle Sprains | AAFP
    https://www.aafp.org/pubs/afp/issues/2001/0101/p93.html
    Tenderness along the base of the fifth metatarsal may indicate an avulsion of the peroneal brevis tendon. […] Palpable pain and effusion along the talocrural joint line should raise suspicion of an osteochondral talar dome lesion. […] Lack of swelling with an eversion or hyperdorsiflexion mechanism of injury, along with tenderness at the distal tibiofibular joint, may indicate a syndesmosis sprain. […] Special tests are useful to further substantiate the presence of a syndesmosis sprain. […] The Ottawa ankle rules can be used to determine when radiographic studies are indicated in the patient with ankle trauma. […] According to these rules, radiographs should be obtained to rule out fracture when a patient presents (within 10 days of injury) with bone tenderness in the posterior half of the lower 6 cm (2.5 in) of the fibula or tibia or an inability to bear weight immediately after the injury and in the emergency department (or physician’s office).
  • #8 Management of Ankle Sprains | AAFP
    https://www.aafp.org/pubs/afp/issues/2001/0101/p93.html
    Implementation of the Ottawa rules has reduced unnecessary radiography, decreased waiting time for patients and lowered diagnostic costs. […] If indicated on the basis of the Ottawa ankle rules, anteroposterior, lateral and mortise radiographs should be obtained after the initial physical examination. […] Radiographs may reveal malleolar fractures, talar dome fractures or disruption of the ankle syndesmosis. […] For ankle sprains that remain symptomatic for more than six weeks, computed tomographic (CT) scanning or magnetic resonance imaging (MRI) should be considered to rule out talar dome lesions. […] MRI studies may be helpful in identifying syndesmosis sprains and peroneal tendon involvement. […] The history, physical examination and radiologic evaluation should be adequate for determining whether orthopedic referral is indicated. Specific indications for referral include the following: fracture or dislocation, neurovascular compromise, tendon rupture or subluxation, a wound that penetrates the joint, mechanical locking of the joint and injury to the syndesmosis. […] Once complicating features have been excluded, initial management and functional rehabilitation of the ankle sprain can be instituted.
  • #9 Diagnosis, treatment and prevention of ankle sprains: update of an evidence-based clinical guideline | British Journal of Sports Medicine
    https://bjsm.bmj.com/content/52/15/956
    The OAR are an accurate and valid tool, which can be used with patients who have a suspected ankle/foot fracture within 1 week after the initial trauma. […] The sensitivity (84%) and specificity (96%) of physical examination using the anterior drawer test are optimised if clinical assessment is delayed for between 4 and 5 days post injury. […] In case of suspicion of high-grade ligament injuries, osteochondral defects, syndesmotic injuries and occult fractures, an MRI can be performed because of its excellent sensitivity (93%-96%) and specificity (100%) for visualising these injuries. […] The use of functional support and exercise therapy is preferred as it provides better outcomes compared with immobilisation. […] The use of a brace or tape reduces the risk of both recurrent and first-time ankle sprains, especially in those who participate in sports.
  • #10 Diagnosis and treatment of acute ankle injuries: development of an evidence-based algorithm
    https://pmc.ncbi.nlm.nih.gov/articles/PMC3348693/
    Acute ankle injuries are among the most common injuries in emergency departments. However, there are still no standardized examination procedures or evidence-based treatment. Therefore, the aim of this study was to systematically search the current literature, classify the evidence, and develop an algorithm for the diagnosis and treatment of acute ankle injuries. […] According to the currently available literature, the following recommendations have been formulated: i) the Ottawa Ankle/Foot Rule should be applied in order to rule out fractures; ii) physical examination is sufficient for diagnosing injuries to the lateral ligament complex; iii) classification into stable and unstable injuries is applicable and of clinical importance; iv) the squeeze-, crossed leg- and external rotation test are indicative for injuries of the syndesmosis; v) magnetic resonance imaging is recommended to verify injuries of the syndesmosis; vi) stable ankle sprains have a good prognosis while for unstable ankle sprains, conservative treatment is at least as effective as operative treatment without the related possible complications; vii) early functional treatment leads to the fastest recovery and the least rate of reinjury; viii) supervised rehabilitation reduces residual symptoms and re-injuries.
  • #11 Sprained ankle – Diagnosis and treatment – Mayo Clinic
    https://www.mayoclinic.org/diseases-conditions/sprained-ankle/diagnosis-treatment/drc-20353231
    CT scan. CT scans can reveal more detail about the bones of the joint. CT scans take X-rays from many different angles and combine them to make cross-sectional or 3-D images. […] Ultrasound. An ultrasound uses sound waves to produce real-time images. These images may help your doctor judge the condition of a ligament or tendon when the foot is in different positions. […] Schedule an appointment or get emergency medical care for suspected sprains that don’t respond to self-care strategies or that cause continued pain or instability. If your sprain is severe, you may be referred to a doctor who specializes in sports medicine or orthopedic surgery.
  • #12 Diagnosing Hand Sprains & Strains | NYU Langone Health
    https://nyulangone.org/conditions/hand-sprains-strains/diagnosis
    Your NYU Langone doctor performs a physical examination, moving the hand to check for sensitivity and discomfort and to determine whether your range of motion is impaired. […] One or more of the following tests may also be recommended. […] Your doctor may recommend an X-ray to check for a fracture or the dislocation of a joint. […] If your doctor doesn’t see signs of a sprain, strain, or other injury on an X-ray but notices the injured joint is unstable, an MRI scan may be recommended to help pinpoint the cause of your symptoms. […] Doctors at NYU Langone sometimes use ultrasound to diagnose hand injuries, particularly tears in tendons. […] Your doctor may recommend a CT scan if he or she suspects you have a fracture in the scaphoid bone of the wrist, which is located near the thumb.
  • #13 Diagnosing Hand Sprains & Strains | NYU Langone Health
    https://nyulangone.org/conditions/hand-sprains-strains/diagnosis
    Although many people use the words sprain and strain interchangeably, they have different meanings. NYU Langone doctors are experienced in diagnosing and managing both types of injuries. […] A hand sprain is an injury to a ligament, the strong tissue that connects bones. In a hand sprain, the ligament has been stretched or torn. […] Hand sprains and strains are classified in degrees, depending on the severity of the injury. If you develop a first-degree injury, you may experience bruising and mild pain, which can affect your ability to perform usual activities. In a second-degree injury, you may notice prolonged pain, swelling, weakness, and a change in the range of motion at a nearby joint, such as the wrist. In a third-degree injury, the ligament, muscle, or tendon tears completely, causing pain and limited range of motion.
  • #14 Ankle Sprain Clinical Presentation: History, Physical Examination, Staging
    https://emedicine.medscape.com/article/1907229-clinical
    The history of an ankle sprain is usually of an inversion-type twist of the foot followed by pain and swelling. Ask the patient about the mechanism of injury, as well as why, when, where, and how it occurred. Often, however, the patient’s account of the mechanism does not correlate with the structures that have been damaged. […] The physical examination confirms a diagnosis made on the basis of patient history and differentiates an ankle sprain from a fracture. The examiner should look for areas of tenderness and swelling. The maximal points of tenderness for a lateral ankle sprain should be at the ATFL and/or CFL ligament areas. […] Ankle sprains are classified into the following 3 grades: Grade 1 injuries involve a stretch of the ligament with microscopic tearing but not macroscopic tearing. Generally, little swelling is present, with little or no functional loss and no joint instability. The patient is able to fully or partially bear weight. Grade 2 injuries stretch the ligament with partial tearing, moderate to severe swelling, ecchymosis, moderate functional loss, and mild to moderate joint instability. Patients usually have difficulty bearing weight. Grade 3 injuries involve the complete rupture of the ligament, with immediate and severe swelling; ecchymosis; an inability to bear weight; and moderate to severe instability of the joint. Typically, patients cannot bear weight without experiencing severe pain.
  • #15 Diagnosis and treatment of acute ankle injuries: development of an evidence-based algorithm
    https://pmc.ncbi.nlm.nih.gov/articles/PMC3348693/
    After a fracture has been ruled out, a careful physical examination should be carried out starting with observation of swelling, deformity and ecchymosis, as they are indicative of acute injury. […] A positive stress test, in addition to pain on palpation at the site of ligament, and sign of hematoma have been shown to have a sensitivity of 96% for diagnosing a ruptured ligament. […] Injury of the syndesmosis requires a longer recovery time and shows more disabling symptoms than a lateral sprain of the ankle. […] Recommendation: in 282 patients, physical examination, and especially delayed examination, demonstrated a sensitivity of 96% when compared to operative findings. […] Ruptures of lateral ligaments of the ankle can be diagnosed on MRI with a sensitivity of 75-100%. […] MRI showed a sensitivity of 100% and a specificity of 70-100% for anterior and posterior syndesmosis compared with arthrography.
  • #16 Sprained Knee: Diagnosis and Treatment
    https://euc.ufhealthjax.org/blog/2023/july/sprained-knee-diagnosis-and-treatment/
    An injury to the ligaments connecting the upper and lower limbs at the knee joint is called a knee sprain. […] The diagnosis of a sprained knee depends on the injured ligament. […] When diagnosing a sprained knee, doctors will perform a physical exam and request imaging tests. A doctor may order an X-ray to rule out broken bones or arthritis, and check for fluid around the knee joint. […] Sometimes, an MRI is required when diagnosing a sprained knee to determine the severity of the injury. An MRI will also show whether the ligament is torn or just stretched.
  • #17
    https://www.docteurphilipperoure.com/en/hand-surgery/thumb-sprain/
    This joint is crucial to the stability and strength of the thumb grip, and its cohesion is ensured by two main ligaments, which are internal and external. […] This thumb joint can quickly become swollen and painful following a fall or knock. Movement causes extensive pain. During examination, the doctor will observe specific pain at the affected ligament, in general on the inner side of the joint. […] Using adapted manuvres, the doctor will look for signs of instability which are a measure of the extent of the sprain. Indeed, the degree of pain is unrelated to the actual size of the anatomical lesion. This assessment of the seriousness of the condition is fundament in determining the course of treatment. […] X-ray is usually required to investigate the possibility of bone tearing. In cases with severe pain and swelling, examination may prove difficult and this calls for the prescription of a resting splint and a delay in examination which is made several days later.
  • #18 Diagnosis of Wrist Sprain
    https://www.sports-health.com/sports-injuries/hand-and-wrist-injuries/diagnosis-wrist-sprain
    Wrist sprains are commonly diagnosed by primary care physicians, hand or orthopedic surgeons, and sports medicine physicians. […] When a wrist sprain suspected, a doctor will take a medical history and conduct a physical examination that includes tests to evaluate the wrists stability. Medical imaging and other advanced tests may be ordered if necessary. […] If a wrist sprain is suspected, the doctor may perform specialized wrist instability tests. […] Imaging diagnostic tests are performed to confirm a suspected wrist sprain. […] While physical examination and imaging tests can be sufficient in diagnosing some wrist sprains, more invasive diagnostic methods may be necessary in other cases, particularly if symptoms do not improve over time. […] Invasive diagnostic procedures are any diagnostic procedures that break the skin, including injections. […] Diagnostic tests also help determine the grade and severity of ligament injury. Ligaments may appear elongated, torn, or torn with a bone attached to it.
  • #19 Diagnosis of a Sprain | Northwestern Medicine
    https://www.nm.org/conditions-and-care-areas/orthopaedics/sprains/diagnosis
    Mild sprains can be treated at home, but see your physician if you cannot move or bear weight on the affected joint, have pain directly over the bones of an injured joint or have numbness in any part of the injured area.
  • #20 Sprained Ankle: Symptoms, Types, Treatment & Recovery
    https://my.clevelandclinic.org/health/diseases/22048-sprained-ankle
    Your healthcare provider may recommend physical therapy to help you regain strength and mobility. […] Most sprains heal on their own, but rebuilding strength in your ankle can help prevent future injuries. […] After giving your ankle time to heal and treating the sprain according to your healthcare providers recommendations, you’ll be able to get back to regular activities. […] The recovery time for a sprained ankle varies depending on the severity of your injury. […] You should visit your healthcare provider for severe sprain evaluation if you can’t walk after an injury and your swelling and pain haven’t improved or have gotten worse 24-48 hours after the sprain occurred.
  • #21 Diagnosis and treatment of acute ankle injuries: development of an evidence-based algorithm
    https://pmc.ncbi.nlm.nih.gov/articles/PMC3348693/
    While it is widely agreed that a slight injury to the lateral ligament complex recovers quickly with non-operative management and have an excellent prognosis, there is still controversy about the best treatment for severe ankle sprains. […] Since ankle injuries are common, and there are numerous residual symptoms after ankle sprains, it is crucial to institute a standardized and evidence-based approach to diagnosis and treatment, based on the current literature, in order to provide the best treatment available. […] The questions addressed were the following: i) which diagnostic tools are required to identify fractures of the ankle, and ligament injuries? ii) how should injuries of the lateral complex be classified? iii) should injuries of the lateral ligament complex be treated surgically, by immobilization or with functional treatment? iv) which functional treatment is the most beneficial? v) what other treatments can positively influence the course of acute ankle ligament injuries?
  • #22 Sprain – what is it? Causes and treatment | medi
    https://www.medi.de/en/diagnosis-treatment/ankle-pain/sprain/
    Sprains are one of the most common painful sports injuries. It occurs when the joint capsule or the surrounding ligaments and muscles are excessively overstretched due to an unfavourable movement. This often leads to bleeding, swelling and small cracks in these structures. […] Usually, treating sprains is uncomplicated. The pain usually subsides by itself, and the joint is fully resilient again as soon as the sprain has healed up, and there are no more serious concomitant injuries. […] In some cases, ligament, capsule or muscle injuries caused by sprains can lead to chronic joint instability. To avoid this, you should consider the following aspects. […] Chronic ligament instabilities can lead to severe wear and tear of the cartilage in the joint and to arthrosis. Therefore, even in the case of an apparently harmless sprain, a visit to an orthopaedist or sports doctor is recommended.
  • #23 Get the jump on ankle sprains: Ankle sprain diagnosis | BayCare Clinic
    https://baycareclinic.com/news-and-more/get-the-jump-on-ankle-sprains-ankle-sprain-diagnosis/
    Diagnosing an ankle sprain includes understanding how the injury occurred and determining the severity of the injury. Your doctor will need to examine your foot and ankle to properly diagnose the injury. […] The history of the rolled ankle what you tell the doctor along with the physical examination findings of tenderness, swelling and bruising over the ankle ligaments is enough to make the diagnosis of an inversion ankle sprain. […] Although an MRI is often not needed to the make the diagnosis, in cases of a severe injury or an injury that fails to heal in an appropriate time period, your orthopedic surgeon may order an MRI in order evaluate all the bony and soft tissue structures around the ankle in greater detail. […] Ankle sprains are classified based on the severity of the injury to the ligament as grade 1, grade 2 or grade 3.
  • #24 Diagnosis and treatment of acute ankle injuries: development of an evidence-based algorithm
    https://pmc.ncbi.nlm.nih.gov/articles/PMC3348693/
    Recommendation: MRI shows a high sensitivity for diagnosing ligament injuries of the ankle. […] A classification should allow reproducible and easy grading of the injury without elaborate techniques and also provide relevant information for treatment. […] Recommendation: conservative treatment should be favored over surgery due to comparable results with fewer complications after conservative treatment and significantly lower costs. […] Recommendation: there is consistent evidence that functional treatment should be considered the treatment of choice. It leads to a faster recovery with greater patient satisfaction at lower costs. […] Recommendation: cryotherapy is effective in reducing pain and swelling in acute injuries of the soft tissues, especially when applied soon after the injury for 3-5 days.
  • #25 Diagnosis and treatment of acute ankle injuries: development of an evidence-based algorithm
    https://pmc.ncbi.nlm.nih.gov/articles/PMC3348693/
    Recommendation: NSAIDs reduce pain during short-term follow up. In addition to cryotherapy, they should be applied when treating acute ankle injuries for 3-7 days. […] Therefore, they should not be considered as part of the standard regime in treating acute ankle injuries. […] Based on these findings, we developed a comprehensive algorithm with simple step by step decision rules. Using this algorithm helps to ensure quality of treatment.
  • #26 Ankle Sprains Diagnosis & Treatment – Multispeciality Hospital
    https://www.kimssunshine.co.in/conditions/ankle-sprains/diagnosis-test-treatments/
    Diagnosing an ankle sprain involves a thorough evaluation by a medical professional to determine the extent of the injury and develop an appropriate treatment plan. […] The first step in diagnosing an ankle sprain is a detailed discussion of your symptoms and the circumstances surrounding the injury. […] To confirm the diagnosis and rule out more severe injuries, imaging tests may be ordered. […] In some cases, your doctor might perform functional tests to gauge the impact of the sprain on your ankles ability to bear weight and support movement. […] Early and accurate diagnosis is essential for effective treatment and a swift return to your normal activities.
  • #27 Ankle Sprain: Symptoms, Diagnosis, and Treatment. recommendation
    https://www.acefootandankle.com/ankle-sprain-symptoms-diagnosis-and-treatment
    An ankle sprain occurs when the ligaments that support the ankle are overstretched or torn, typically as a result of twisting, rolling, or an awkward landing on the foot. This injury is one of the most common musculoskeletal injuries, particularly in athletes and active individuals. […] Diagnosis: A thorough physical examination is essential for diagnosing an ankle sprain. […] In some cases, imaging studies such as X-rays or an MRI may be ordered to rule out fractures, ligament tears, or other associated injuries. […] Early diagnosis and proper management are critical to prevent chronic ankle instability, long-term pain, and recurrent injuries.