Przewlekły zespół kompartmentowy wywołany wysiłkiem

Przewlekły zespół kompartmentowy wywołany wysiłkiem
Patofizjologia i mechanizm

Przewlekły zespół ciasnoty wysiłkowej (CECS) charakteryzuje się odwracalnym wzrostem ciśnienia wewnątrzprzedziałowego (IMP) w nierozciągliwym przedziale powięziowym, co prowadzi do upośledzenia perfuzji tkanek, niedotlenienia oraz typowych objawów bólowych i neurologicznych podczas wysiłku fizycznego. Patofizjologia CECS jest wieloczynnikowa i obejmuje zwiększenie objętości mięśni o około 20% podczas wysiłku, ograniczoną ekspansję przez sztywną powięź, zaburzenia odpływu żylnego oraz akumulację metabolitów i płynu pozakomórkowego. Diagnostyka opiera się na dynamicznym pomiarze ciśnienia wewnątrzprzedziałowego, gdzie wartości powyżej 27,5 mm Hg po 1 minucie od wysiłku są wysoce sugestywne dla CECS. Najczęściej zajętym przedziałem jest przedni goleni, a objawy obejmują ból piekący, obrzęk, drętwienie oraz osłabienie mięśni, które ustępują po zaprzestaniu aktywności.

Patofizjologia zespołu ciasnoty wysiłkowej

Przewlekły zespół ciasnoty wysiłkowej (chronic exertional compartment syndrome, CECS) jest stanem charakteryzującym się odwracalnym wzrostem ciśnienia w nierozciągliwym przedziale powięziowym, prowadzącym do zaburzenia perfuzji tkanek i w konsekwencji do bólu oraz objawów neurologicznych związanych z wysiłkiem fizycznym.¹² Mimo że dokładny mechanizm patofizjologiczny CECS nie jest w pełni poznany, istnieje zgodność co do tego, że przyczyny są wieloczynnikowe, a podstawowym szlakiem prowadzącym do wystąpienia objawów jest powtarzający się wysiłek mięśni w obrębie przedziału mięśniowego, skutkujący zmniejszeniem perfuzji.³

Teorie dotyczące patogenezy

Istnieje kilka dominujących teorii wyjaśniających patogenezę CECS:

Teoria nierozciągliwej powięzi

Najczęściej akceptowana teoria sugeruje, że podczas wysiłku fizycznego dochodzi do zwiększenia objętości mięśni o około 20% w wyniku wzmożonego przepływu krwi i obrzęku.¹² Jeśli powięź otaczająca mięśnie jest nierozciągliwa lub „sztywna”, nie pozwala na odpowiednią ekspansję mięśni, co prowadzi do wzrostu ciśnienia wewnątrzprzedziałowego.³ Ta teoria jest poparta przez niektóre badania, ale podważana przez inne, gdyż ani makroskopowa, ani mikroskopowa ocena grubości lub sztywności powięzi nie okazała się użytecznym predyktorem powodzenia zabiegu fasciotomii.⁴

W miarę wzrostu ciśnienia w przedziale mięśniowym, dochodzi do kompresji naczyń krwionośnych, co skutkuje zmniejszonym przepływem krwi i niedotlenieniem tkanek. Kiedy ciśnienie śródmiąższowe przekracza ciśnienie perfuzji włośniczkowej (zwężony gradient tętniczo-żylny), dochodzi do zapadnięcia się naczyń włosowatych oraz niedokrwienia mięśni i tkanek.¹

Teoria upośledzonego odpływu żylnego

Ostatnie badania zasugerowały, że istotną rolę w rozwoju CECS może odgrywać zaburzenie odpływu żylnego.¹ Zgodnie z tą teorią, funkcjonalna kompresja mięśniowa i związana z nią okluzja naczyń krwionośnych prowadzi do podwyższenia ciśnienia hydrostatycznego i akumulacji płynu w obrębie przedziałów mięśniowych, co wyjaśnia podwyższone ciśnienie wewnątrzmięśniowe i typowe objawy.² W 2010 roku Edmundsson i wsp. przedstawili przekonujące dowody na niskie zaopatrzenie włośniczkowe mięśni jako potencjalny czynnik patogenny w CECS.¹

Badania przeprowadzone przez innych naukowców potwierdzają, że przyczyną CECS może być niedrożność odpływu żylnego spowodowana funkcjonalną kompresją mięśniową, co znajduje potwierdzenie w znaczącym ustąpieniu bólu po przywróceniu właściwego odpływu żylnego.¹

Teoria zwiększonej obętości mięśni

Podwyższenie ciśnienia wewnątrzmięśniowego (IMP) może być wynikiem zmian fizjologicznych i patologicznych, w tym hipertrofii mięśni, płynu wewnątrzprzedziałowego i pogrubienia powięzi.¹ Normalna hipertrofia mięśni, która występuje z czasem w wyniku przewlekłego wysiłku, zmniejsza rezerwę objętości dostępną w przedziale powięziowym. Przewlekłe pogrubienie powięzi może również przyczyniać się do braku podatności przedziału mięśniowego.¹

Mechanizm biochemiczny CECS

Podczas niedokrwienia, mięśnie szkieletowe uwalniają substancje podobne do histaminy, które zwiększają przepuszczalność naczyń. Plazma wycieka z naczyń włosowatych, a w małych naczyniach włosowatych dochodzi do względnego zastoju krwi, co pogarsza niedokrwienie.¹ Miejscowy metabolizm mięśni nie jest w stanie wystarczająco szybko usunąć produktów przemiany materii.¹

W CECS wysiłek fizyczny wywołuje uwalnianie metabolitów, które gromadzą się w mięśniach, uciskając nerwy i powodując zmęczenie i ból mięśni.¹ Wyciek płynu do przestrzeni śródmiąższowej (płyn pozakomórkowy) prowadzi do zaburzenia mikrokrążenia kończyny.²

Czynniki ryzyka i predysponujące

Istnieje kilka czynników, które mogą przyczyniać się do rozwoju CECS:

Niewłaściwe treningi lub zbyt intensywna aktywność fizyczna¹
Nieprawidłowa technika biegania lub poruszania się podczas ćwiczeń¹
Wady biomechaniczne stóp (np. płaskostopie lub pronacja stóp)¹
Napięcie mięśni łydki tylnej²
Słabe stabilizatory bioder³
Nieodpowiednie obuwie⁴
Nieskoordynowana kontrola mięśni²
Różnica długości kończyn³
Stosowanie sterydów anabolicznych¹
Przyrost masy ciała²

Lokalizacja i zaangażowane przedziały

CECS może wystąpić w różnych przedziałach mięśniowych:¹

Najczęściej zajmowanym przedziałem jest przedział przedni goleni (około 75% przypadków bólu kończyn dolnych związanego ze sportem)²¹
Przedramię (zwykle powierzchowne i głębokie przedziały zginaczy)²
Stopa (zwykle przedziały przyśrodkowe i centralne)³
Przedziały mięśniowe nóg: przedni, boczny i tylny (powierzchowny i głęboki)¹

Ważne jest, aby zauważyć, że CECS często występuje obustronnie w kończynach dolnych, podczas gdy zaangażowanie przedziału tylnego głębokiego może być częstsze w prezentacji jednostronnej.³ Nie jest również rzadkością, że objawy rozwijają się w wielu przedziałach w miarę upływu czasu, co może odzwierciedlać naturalną progresję stanu lub ponowne pojawienie się objawów w nowym przedziale po leczeniu, takim jak fasciotomia.⁴

Powiązania z innymi stanami

Ostatnie badania sugerują pewne nakładanie się między CECS a patologią naczyniową.⁵ Badania te wskazują na potrzebę dalszych badań relacji między tymi jednostkami, czy występują one w kontinuum, czy też często występują jednocześnie.

CECS dotyczący przedziału tylnego głębokiego jest często powiązany z zespołem bólu piszczeli przyśrodkowej (Medial Tibial Stress Syndrome).⁴ Ponadto u 40% osób z zespołem ciasnoty wysiłkowej zidentyfikowano przepukliny powięziowe, podczas gdy tylko 5% bezobjawowych osób ma takie defekty.²³ Najczęstszą lokalizacją jest okolica przegrody międzymięśniowej przedziałów przedniego i bocznego, gdzie wychodzi nerw strzałkowy powierzchowny.⁴

Diagnoza i potwierdzenie CECS

Diagnoza przewlekłego zespołu ciasnoty wysiłkowej opiera się na dokładnym wywiadzie klinicznym i jest potwierdzana pomiarem ciśnienia w przedziale mięśniowym.¹³ Złotym standardem diagnostycznym jest dynamiczny pomiar ciśnienia wewnątrzprzedziałowego (ICP) przed i po prowokacyjnym teście na bieżni.² Jeśli którykolwiek z odczytów jest wyższy niż oczekiwano, stawiana jest diagnoza CECS.¹

Kryteria diagnostyczne dla CECS oparte na monitorowaniu ciśnienia w przedziale, opisane przez Pedowitza i wsp. w 1990 roku, opierały się na ciśnieniach wewnątrzmięśniowych rejestrowanych za pomocą cewnika szczelinowego przed i po wysiłku w 210 przedziałach mięśniowych bez CECS.⁵ Niedawny przegląd systematyczny autorstwa Aweid O i wsp. stwierdza, że poziomy powyżej 27,5 mm Hg po 1 minucie po wysiłku wraz z dobrym wywiadem powinny być uważane za wysoce sugestywne dla CECS.⁶

Innowacje w diagnostyce CECS obejmują stosowanie ciągłego monitorowania ciśnienia w przedziale podczas wysiłku, a także wczesne badania nad zastosowaniem ultrasonografii mięśniowo-szkieletowej i określonych protokołów MRI podudzia.¹ W ostatnich latach pojawiły się także sugestie, że ogólne przekonanie o inwazyjnym monitorowaniu ciśnienia w przedziale jako złotym standardzie w diagnozowaniu CECS może nie być w pełni prawdziwe.⁷

Objawy kliniczne CECS

Przewlekły zespół ciasnoty wysiłkowej charakteryzuje się przewidywalnym wzorcem objawów związanych z wysiłkiem fizycznym. Typowy pacjent z CECS to biegacz w wieku 20-30 lat, doświadczający bólu piekącego wywołanego wysiłkiem po 20-30 minutach biegu.¹ Dolegliwości bólowe ustępują zwykle w ciągu 15-30 minut od zaprzestania wysiłku.²

Objawy CECS mogą obejmować:

Ból lub skurcze mięśni podczas aktywności fizycznej, najczęściej w kończynach dolnych¹
Uczucie piekącego, bolesnego lub rozrywającego bólu w obu nogach, występującego tylko podczas ćwiczeń i całkowicie ustępującego w spoczynku¹
Obrzęk i uczucie napięcia w dotkniętym obszarze¹
Drętwienie lub mrowienie w obrębie zajętej kończyny¹
W ciężkich przypadkach osłabienie mięśni i opadanie stopy (trudności w unoszeniu przedniej części stopy podczas chodzenia)²

Pacjenci powinni być badani po zakończeniu ćwiczeń pod kątem tkliwości nad mięśniami objętego przedziału, przepuklin mięśniowych przez ubytki w powięzi oraz zmniejszonego czucia wzdłuż dotkniętego nerwu.³

Leczenie CECS

Leczenie przewlekłego zespołu ciasnoty wysiłkowej może obejmować zarówno metody niechirurgiczne, jak i chirurgiczne:

Leczenie zachowawcze

Leczenie zachowawcze CECS obejmuje:

Modyfikację aktywności fizycznej i odpoczynek¹
Fizykoterapię²
Rozciąganie³
Leki przeciwzapalne⁴
Wkładki ortopedyczne⁵
Przejście na ćwiczenia o mniejszym obciążeniu (np. chodzenie zamiast biegania)⁶
Tymczasową zmianę rutyny ćwiczeń w celu trenowania innych mięśni i odciążenia zapalonych⁷

Dodatkowo, w ostatnich badaniach wykazano skuteczność:

Interwencji mających na celu poprawę biomechaniki biegania²
Iniekcji toksyny botulinowej, która może mieć trwały efekt w łagodzeniu objawów CECS³¹
Fasciotomii pod kontrolą ultrasonograficzną⁴⁵

Leczenie chirurgiczne

Jeśli metody zachowawcze nie przynoszą efektów, można rozważyć leczenie chirurgiczne:⁸

Fasciotomia – zabieg chirurgiczny polegający na przecięciu nieelastycznej tkanki otaczającej każdy z dotkniętych przedziałów mięśniowych w celu odciążenia ciśnienia¹
Fasciotomia może być wykonywana metodą otwartą lub wspomaganą endoskopowo⁴
Fasciotomia otwarta ma mniej powikłań pooperacyjnych i mniej nawrotów niż fasciotomia podskórna, a czas do pełnego powrotu do zdrowia jest podobny²
Operacja uwolnienia nerwów – wykonywana w celu uwolnienia nerwów, które są uciskane przez dotknięte mięśnie. Może być wykonywana dodatkowo do fasciotomii lub samodzielnie¹

W porównaniu z innymi technikami, fasciotomia endoskopowa daje podobne wskaźniki powodzenia i niższą częstość powikłań.¹

Podsumowanie patofizjologii CECS

Przewlekły zespół ciasnoty wysiłkowej (CECS) jest złożoną patologią o niejednoznacznie określonej przyczynie. Kluczowe mechanizmy patofizjologiczne obejmują:

Nierozciągliwą powięź, która ogranicza ekspansję mięśni podczas wysiłku
Upośledzony odpływ żylny prowadzący do wzrostu ciśnienia hydrostatycznego
Zwiększoną objętość mięśni i obrzęk podczas aktywności fizycznej
Gromadzenie się metabolitów w mięśniach
Zmniejszoną perfuzję tkanek i niedotlenienie

Rozpoznanie CECS wymaga dokładnego wywiadu klinicznego i pomiaru ciśnienia wewnątrzprzedziałowego. Leczenie rozpoczyna się od modyfikacji aktywności, ale oporne przypadki mogą wymagać fasciotomii w celu uwolnienia napięcia powięzi.¹ Zrozumienie przyczyn CECS pozwoli na opracowanie bardziej precyzyjnych i skutecznych planów leczenia.²

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Materiały źródłowe

#1 Chronic exertional compartment syndrome: current management strategies | OAJSM
https://www.dovepress.com/chronic-exertional-compartment-syndrome-current-management-strategies-peer-reviewed-fulltext-article-OAJSM
Chronic exertional compartment syndrome (CECS) is characterized by a reversible increase in pressure within an inelastic fascial compartment leading to compromised tissue perfusion and subsequent pain and neurologic symptoms. […] While the exact pathophysiology leading to increased compartment pressure is not well understood, it is accepted that the cause is likely multifactorial, with muscle hypertrophy, decreased venous return, microtrauma, myopathies and noncompliant fascia playing a role. […] Despite a lack of consensus on the exact pathophysiology, repetitive exertion of the muscles within a compartment leading to decreased perfusion is accepted as the primary pathway to the onset of symptoms in CECS.
#1 Compartment syndrome – Wikipedia
https://en.wikipedia.org/wiki/Compartment_syndrome
Chronic compartment syndrome (CCS), or chronic exertional compartment syndrome, causes pain with exercise. The pain fades after activity stops. Other symptoms may include numbness. Symptoms usually resolve with rest. Running and biking commonly trigger CCS. This condition generally does not cause permanent damage. […] The pathophysiology of CECS is not entirely understood. In CECS, pressure in an anatomical compartment increases due to a 20% increase in muscle volume. This builds pressure in the tissues and muscles, causing ischemia. Increased muscle weight reduces the compartment volume of the surrounding fascial borders, raising compartment pressure. An increase in the pressure of the tissue can force fluid to leak into the interstitial space (extracellular fluid), leading to a disruption of the micro-circulation of the leg.
#1 Acute Compartment Syndrome: Practice Essentials, Anatomy, Pathophysiology
https://emedicine.medscape.com/article/307668-overview
Chronic compartment syndrome (CCS) is a recurrent syndrome during exercise or work. CCS is characterized by pain and disability that subside when the precipitating activity is stopped but that return when the activity is resumed. […] Two distinct types of compartment syndrome have been recognized. The first type is associated with trauma to the affected compartment, as seen in fractures or muscle injuries. The second form, called exertional compartment syndrome, is associated with repetitive loading or microtrauma related to physical activity. […] When fluid is introduced into a fixed-volume compartment, tissue pressure increases and venous pressure rises. When the interstitial pressure exceeds the CPP (a narrowed arteriovenous [AV] perfusion gradient), capillary collapse and muscle and tissue ischemia occur.
#1 Lower Limb Exertional Compartment Syndrome | PM&R KnowledgeNow
https://now.aapmr.org/lower-limb-exertional-compartment-syndrome/
Lower limb exertional compartment syndrome (LLECS), also known as chronic exertional compartment syndrome (CECS), is an overuse syndrome characterized by exercise-induced elevation of intramuscular pressures (IMP) that results in reproducible transient pain, paresthesias, and neuromuscular dysfunction. […] The exact mechanism that causes exertional compartment syndrome is unknown. The increased intra-compartmental pressures are thought to impede tissue perfusion, create a relative oxygen debt, and result in symptom onset. The exact mechanism by which this occurs remains unclear. […] It has been recently suggested that venous outflow occlusion may play a significant role in increased compartment pressures and symptom development. […] Functional muscular compression and associated occlusion of vasculature has been proposed to create elevated hydrostatic pressures and fluid accumulation within the compartments, thereby explaining the elevated IMPs and common findings on imaging modalities.
#1 Chronic Exertional Compartment Syndrome in ÂAthletes: A narrative Review – SEMS-journal
https://sems-journal.ch/8207
Chronic exertional compartment syndrome of the lower leg accounts for approximately 75% of sports-related chronic leg pain. […] Currently, various contributors for the pathophysiology of CECS are up for debate such as inelastic fascia, venous congestion, increase of muscle volume, or decrease in microcirculatory capacity. […] Inelastic fascia Due to rigid sheaths of fascia around the muscle, expansion of the muscle is limited and may cause elevated intracompartmental pressures. […] The prevailing theory suggests that during progressive muscle activity, elevated interstitial pressure within the affected compartment outperforms capillary pressure and causes impaired muscle tissue perfusion. […] In 2010 Edmundsson et al. presented some compelling evidence for low muscle capillary supply as a potential pathogenic factor in CECS. […] The measurement of intracompartmental pressures represents the gold standard of diagnosing CECS. […] Surgical fasciotomy may be performed either open or endoscopically assisted.
#1
https://journals.lww.com/cjsportsmed/fulltext/2022/07000/chronic_exertional_compartment_syndrome_caused_by.4.aspx
Chronic exertional compartment syndrome results from venous outflow obstruction due to functional muscular compression. […] Understanding the cause of CECS will allow the development of more precise and successful treatment plans. […] The purpose of this study was to characterize the pathophysiology of CECS. We investigated the hypothesis that CECS is a functional pathology resulting from transient venous outflow obstruction caused by dynamic muscular compression. […] Our findings suggest the cause of CECS is venous outflow obstruction due to functional muscular compression. […] Based on our findings, surgery likely addresses the symptoms of CECS related to elevated compartment pressures. Our data suggest that the cause of CECS, functional venous outflow obstruction, remains present in the patients with recurrent symptoms. […] The significant resolution of pain after relief of venous occlusion provides further evidence that CECS is caused by functional venous outflow obstruction.
#1 Lower Limb Exertional Compartment Syndrome | PM&R KnowledgeNow
https://now.aapmr.org/lower-limb-exertional-compartment-syndrome/
Elevation of IMP is believed to occur in response to physiologic and pathologic changes, including muscle hypertrophy, intracompartmental fluid, and fascial thickening, whose effect is enhanced by a 20% muscle volume increase during strenuous physical activity. […] While they can present in isolation, a portion of patients may have multiple compartments contributing to their symptoms. […] These presentations more commonly affect bilateral lower extremities, while deep posterior compartment involvement may be more common in a unilateral presentation. […] It is important to note that it is not uncommon for symptoms to develop in multiple compartments over time. This may represent a natural progression of the condition or reemergence of symptoms in a new compartment after treatment, such as a fasciotomy. […] Recent studies have been suggesting some overlap between CECS and vascular pathology. […] It will be imperative to continue investigations into this relationship if these entities exist on a spectrum or if they appear commonly present concomitantly.
#1 Management of chronic exertional compartment syndrome
http://www.scielo.org.za/scielo.php?script=sci_arttext&pid=S0038-23612015000200009
Chronic exertional compartment syndrome (CECS) is the most common cause of exercise-induced leg pain; other causes include medial tibial stress syndrome, stress fracture, nerve entrapment, vascular claudication, and popliteal artery entrapment syndrome. […] The pathophysiology of CECS is not fully understood but there is general agreement that abnormally raised compartment pressures during exercise lead to vascular occlusion, ischaemic pain and possibly muscle damage. […] During strenuous exercise, an increase of up to 20% may occur in muscle volume and weight due to the increased blood flow and oedema. […] In addition, the normal muscular hypertrophy that occurs over time with chronic exercise reduces the reserve volume available within the fascial compartment. Chronic fascial thickening may also contribute to compartment noncompliance.
#1 Acute Compartment Syndrome: Practice Essentials, Anatomy, Pathophysiology
https://emedicine.medscape.com/article/307668-overview
Skeletal muscle responds to ischemia by releasing histaminelike substances that increase vascular permeability. Plasma leaks out of the capillaries, and relative blood sludging in the small capillaries occurs, worsening the ischemia. […] The mechanism of compartment syndrome following vascular trauma may differ slightly from the above scenario because most cases occur with reperfusion. This reperfusion syndrome is likely related to the ischemic depletion of high-energy phosphate forms and ischemic muscle injury. […] Compartment pressures return to normal after a fasciotomy.
#1
https://www.orthobullets.com/knee-and-sports/3106/exertional-compartment-syndrome
Exertional compartment syndrome is an exercise-induced condition of the extremity characterized by reversible ischemia to muscles within a muscular compartment. […] The local metabolism of the musculature cannot go fast enough to clear the metabolic waste products. […] Vascular, advanced imaging, and histologic experiments have not provided clear evidence of the pathoanatomy of this condition. […] Fascial hernias have been identified with decompression. […] 40% of people with exertional compartment syndrome have these facial defects, only 5% of asymptomatic people have such defects. […] The most common location is near the intramuscular septum of the anterior and lateral compartments, where the superficial peroneal nerve exits.
#1 Chronic Exertional Compartment Syndrome | Foot and Ankle | Orthopedic Services | University Hospitals | Cleveland, OH | University Hospitals
https://www.uhhospitals.org/services/orthopedic-services/conditions-and-treatments/foot-and-ankle-services/chronic-exertional-compartment-syndrome
Chronic exertional compartment syndrome (CECS) is a condition that causes pain and swelling in one or more of these muscle groups during exercise or exertion. […] The cause of chronic exertional compartment syndrome isn’t completely understood. However, many orthopedic experts believe its caused by increased pressure in a muscle compartment. During exercise, the muscles receive additional blood flow causing them to expand. Normally, the fascia will also expand. In people with CECS, the fascia remains tight, causing pressure, pain and weakness. […] Exercise triggers the bodys release of chemicals called metabolites. In people with CECS, these chemicals build up in the muscles, compressing the nerves and causing muscle fatigue and pain. […] If CECS is suspected, your doctor may order imaging tests, including: MRI to evaluate the structure of the affected muscles and measure fluid volumes. […] A surgical procedure called fasciotomy is the most effective and lasting treatment for CECS. This procedure involves creating an opening in the fascia surrounding the affected muscle compartment(s) to relieve the pressure.
#1 Chronic Exertional Compartment Syndrome – WikiSM (Sports Medicine Wiki)
https://wikism.org/Chronic_Exertional_Compartment_Syndrome
Complex pathology associated with overuse seen in young and athletic populations. […] Occurs due to decreased blood flow as a result of increased compartment pressures. […] Cause is likely multifactorial. […] Most commonly accepted theory: Exercise-induced increase in blood flow to muscle. […] The muscle then expands beyond the elastic capacity of the local osteofascial compartment. […] As the intramural pressure rises, it compresses the surrounding neurovascular structures. […] Elevated intramuscular pressure in CECS remains higher in affected than unaffected individuals. […] This is true even in patients who are post fasciotomy. […] Other implicated factors include improper training, limb malalignment, leg-length discrepancy, running technique, and uncoordinated muscle control.
#1 Chronic exertional compartment syndrome – Vejthani Hospital | JCI Accredited International Hospital in Bangkok, Thailand.
https://www.vejthani.com/diseases-conditions/chronic-exertional-compartment-syndrome/
Chronic exertional compartment syndrome occurs when the fascia does not expand with the muscle, resulting in pressure and pain in a compartment of the affected area. […] However, the exact cause of chronic exertional compartment syndrome is still unknown. […] Some specialists believe that how people move while exercising may play a role in the development of chronic exertional compartment syndrome.
#1 Chronic Compartment Syndrome | Kingsley Physio | More than your local Physio
https://kingsleyphysio.com/common-conditions/chronic-compartment-syndrome/
The mechanical aggravators of CCS may include: […] Abnormal foot biomechanics (such as flat or pronated feet). This significantly alters the biomechanical stresses that are placed through the foot and ankle and transmitted to the calf. […] Tightness in the posterior calf muscles (gastrocnemius and/or soleus). This can have the effect of increasing the pressures with other compartments by causing compensatory tightness and overuse. […] Sub-optimal or imbalanced exercise schedules. This can facilitate the continuation and exacerbation of compartment syndrome. […] Weak hip stabilizers. […] Poor footwear. Shoes that do not support the arch or heel can be a significant factor in the manifestation of CCS. […] Once a definitive diagnosis is made your physiotherapist will aim to correct any excessive biomechanical stresses placed through your lower limb.
#1 Chronic Exertional Compartment Syndrome (CECS) – Sports Clinic NQ
https://sportsclinicnq.com.au/chronic-exertional-compartment-syndrome-cecs/
CECS syndrome refers to exercise-induced leg pain resulting from muscle swelling and an increase in pressure in a compartment of the lower leg. When there is not enough room within the compartment for this increased muscle volume, compartmental pressure rises. This can interfere with the blood flow to the muscles and nerves in the compartment, causing pain. […] Factors that may contribute to compartment syndrome include an increase in the size and volume of the muscles within the compartment, unaccustomed strenuous exercise, or progressive tightening of the surrounding connective tissue sleeve. […] A history of severe injury can cause scar tissue or injury to the compartment sleeve. Weight gain can also be associated with increasing compartment pressures. Drugs such as anabolic steroids can cause the muscle to increase in size but the compartment does not increase to accommodate it.
#1 Chronic exertional compartment syndrome | The BMJ
https://www.bmj.com/content/346/bmj.f33/rapid-responses
CECS also occurs in the forearm (usually the superficial and deep flexor compartments) and the foot (usually the medial and central compartments). […] Measurement of Intra-compartment pressure is a primary investigation to support the diagnosis of CECS. […] CECS affecting the deep posterior compartment is often associated with Medial Tibial Stress Syndrome. […] While the clinical example in the article referred to a 'runner’, this syndrome can occur on the exertion of walking in non-diabetics. […] The criteria for the diagnosis of CECS based on compartment pressure monitoring as described by Pedowitz et al. was established in 1990 and were based upon the intramuscular pressures recorded with the slit catheter before and after exercise in 210 muscle compartments without CECS. […] A recent systematic review by Aweid O et al. states that levels above 27.5 mm Hg at 1 min post exercise along with a good history should be regarded as highly suggestive of CECS. […] The general teaching that invasive compartment pressure monitoring is GOLD STANDARD in diagnosing the CECS may not be totally true.
#1 Chronic Exertional Compartment Syndrome – BSM Foundation
https://bsmfoundation.ca/chronic-exertional-compartment-syndrome/
Chronic exertional compartment syndrome (CECS) is an exercise-induced condition that commonly affects the muscles and nerves of endurance athletes. […] The syndrome causes a set of symptoms that occur after a predictable amount of exercise, for example, the onset of pain and burning occurring 15 minutes into a run. […] Compartment syndrome occurs when the local metabolism cannot clear these byproducts fast enough. As waste products and fluid builds up, so does pressure, and the fascia cannot expand enough to accommodate this change. […] This increased pressure causes decreased blood flow to the muscles and nerves of the compartment, which results in the symptoms of CECS. […] The most commonly affected compartment in CECS is the anterior (front) of the shin. […] Compartment Pressure Testing is the definitive diagnostic test for CECS.
#1 Differentiating Chronic External Compartment Syndromes from Common Peroneal Nerve Entrapment Causing Leg Pain and Foot Drop in Athletes
https://www.acc.org/Latest-in-Cardiology/Articles/2021/06/07/12/53/Differentiating-Chronic-External-Compartment-Syndromes
Exercise-induced lower extremity pain caused by CECS is associated with the accumulation of fluid in the intracompartmental space surround by noncompliant fascia, thereby elevating muscle pressure and reducing venous and lymphatic outflow. This causes venous and capillary pressure to increase to a point where if rapidly accumulates, such as in acute compartment syndrome, arterial inflow may be compromised and lead to leg ischemia and muscle death at rest. […] Three muscle compartments may be involved in CECS. These three muscle compartments in the leg include the anterior, lateral, and posterior (superficial and deep) compartment. […] The gold standard diagnostic tool for CECS is provided by a dynamic intracompartmental pressure (ICP) measurement before and after provocative treadmill testing.
#1 Management of chronic exertional compartment syndrome
http://www.scielo.org.za/scielo.php?script=sci_arttext&pid=S0038-23612015000200009
The diagnosis of CECS requires detailed clinical history and is confirmed by measuring compartment pressure. […] One minute post-exercise mean intracompartment pressure in our series was 61 mmHg and we made the diagnosis on clinical history and pressure readings. […] The non-surgical approach involves modification of activity, appropriate conditioning and significant curtailment of physical activity, which is rarely acceptable to the individuals. […] The surgical solution is decompression fasciotomy. […] Open fasciotomy has fewer postoperative complications, fewer recurrences than subcutaneous fasciotomy, and there is no difference in the time to full recovery. […] Chronic exertional compartment syndrome is underdiagnosed, should be considered as a potential cause for post-exercise pain in young individuals and should be treated surgically. Measurement of compartment pressure is important in order to confirm the diagnosis. Open fasciotomy is safe and effective and should be considered as the preferred surgical procedure.
#1 Chronic Exertional Compartment Syndrome – BSM Foundation
https://bsmfoundation.ca/chronic-exertional-compartment-syndrome/
If either of the readings is higher than expected, a diagnosis of CECS is made. […] Treatment of CECS can be both non-operative and operative options. […] If these conservative, non-operative treatments are not effective in controlling symptoms, your doctor may recommend a surgical procedure called a fasciotomy. […] This involves cutting open the tough fascia surrounding the affected compartment, so that the pressure can be relieved.
#1
https://link.springer.com/article/10.1007/s40141-018-0184-y
The goal of this paper is to review the current evidence on diagnosis and management of chronic exertional compartment syndrome (CECS) of the lower leg. […] Innovations in the diagnosis of CECS include the use of continuous compartment pressure monitoring during exercise as well as some early research on the use of musculoskeletal ultrasound and particular MRI protocols of the lower leg. Non-surgical management includes intervention to improve running biomechanics, botulinum toxin injection, and ultrasound-guided fasciotomy. […] This study highlights that CECS can be successfully treated non-operatively by modifying running mechanics. […] This case report demonstrates a durable effect of botulinum toxin injection in improving symptoms of CECS. […] This was the first report to our knowledge of an ultrasound-guided procedure targeting the muscle fascia for the management of CECS. […] This is the first study describing ultrasound-guided fasciotomy and showed excellent results.
#1 Chronic Exertional Compartment Syndrome | PPT
https://www.slideshare.net/slideshow/chronic-exertional-compartment-syndrome/126262827
Chronic exertional compartment syndrome (CECS) is characterized by reversible ischemia in a noncompliant muscle compartment that causes pain with exercise but resolves with rest. […] Diagnosis involves clinical evaluation for tenderness over the affected muscles and compartment pressure testing at rest and after exercise. […] Compliance of facial structures, compartment pressure, reduced microcirculatory capacity, and vascular congestion as a result of decreased venous return muscle volume are involved in the pathophysiology of CECS. […] The typical patient with CECS is a competitive runner, 20 to 30 years old, experiencing exercise-induced burning pain after 20 to 30 minutes of running. […] The pain usually resolves within 15 to 30 minutes of cessation of exercise. […] Patients should be examined after completing the exercise for tenderness over the musculature of the involved compartment, muscle herniation through defects in fascia, and diminished sensation along the affected nerve.
#1 Compartment Syndrome: Causes, Types, and Symptoms
https://www.healthline.com/health/compartment-syndrome
Chronic (exertional) compartment syndrome occurs most frequently in people under 40, but you can develop it at any age. […] The link between exercise and chronic compartment syndrome isn’t fully understood. […] Pain or cramping when you exercise is the most common symptom of chronic compartment syndrome. After you stop exercising, the pain or cramping usually goes away within 30 minutes. […] If these methods don’t work, you may need surgery. Surgery is generally more effective than nonsurgical methods for treating chronic compartment syndrome.
#1 Diagnosis of chronic exertional compartment syndrome in primary care | British Journal of General Practice
https://bjgp.org/content/65/637/e560
Chronic exertional compartment syndrome (CECS) is a disorder that typically presents as bilateral lower leg pain during exercise but is absent at rest. This is due to compression of a fascial compartment causing pain during exercise. […] If left undiagnosed it can lead to ischaemia and then infarction of the affected muscle compartment. […] CECS is often overlooked as a cause of muscle pain and there can be as much as a 22-month delay in the diagnosis of the condition. […] Classically it presents as a burning, aching, or bursting pain in both legs, which occurs only during exercise and completely ceases at rest. […] The anterior compartment is most commonly affected. […] Dynamic intracompartmental pressure measurement remains the gold standard investigation. […] However, static intracompartmental pressures at rest and then immediately after exercise can demonstrate the necessary rise in pressure, which is 0-10 mmHg at rest to 25 mmHg after exercise. […] Increased education and knowledge of CECS is needed by GPs to allow early diagnosis, suitable investigation and appropriate management.
#1 Chronic exertional compartment syndrome – Symptoms & causes – Mayo Clinic
https://www.mayoclinic.org/diseases-conditions/chronic-exertional-compartment-syndrome/symptoms-causes/syc-20350830
Chronic exertional compartment syndrome is an exercise-induced muscle and nerve condition that causes pain, swelling and sometimes disability in the affected muscles of the legs or arms. […] The cause of chronic exertional compartment syndrome isn’t completely understood. When you exercise, your muscles expand in volume. If you have chronic exertional compartment syndrome, the tissue that encases the affected muscle (fascia) doesn’t expand with the muscle, causing pressure and pain in a compartment of the affected limb. […] Some experts suggest that how you move while exercising might have a role in causing chronic exertional compartment syndrome. Other causes might include having muscles that enlarge excessively during exercise, having an especially inflexible fascia surrounding the affected muscle compartment or having high pressure within your veins.
#1 Compartment Syndrome: Causes, Diagnosis, Symptoms, and Treatments
https://www.webmd.com/pain-management/compartment-syndrome-causes-treatments
Chronic compartment syndrome develops over days or weeks. Also called exertional compartment syndrome, it may be caused by regular, vigorous exercise such as running, swimming, or biking. […] Exercise-induced compartment syndrome tends to flare up when you do any exercise that causes swelling, such as running, and then goes down when you are done. This is usually less severe than acute compartment syndrome and may just limit the duration and intensity of the exercise. It usually involves the lower leg, buttock, or thighs. […] Exertional compartment syndrome can happen after extremely vigorous exercise, especially eccentric movements (extension under pressure). […] Symptoms of chronic compartment syndrome (exertional compartment syndrome) include aching or cramping in the affected muscle (buttock, thigh, or lower leg) that gets worse within 30 minutes after starting exercise. If it’s in the leg, it can cause foot drop (difficulty lifting the front of the foot when you walk, which sometimes makes you drag your foot). Symptoms usually go away with rest, and muscle function remains normal. Exertional compartment syndrome can feel like shin splints and be confused with that condition.
#1 Compartment Syndrome: Causes, Diagnosis, Symptoms, and Treatments
https://www.webmd.com/pain-management/compartment-syndrome-causes-treatments
Chronic compartment syndrome may be treated by avoiding the activity that caused it. Your doctor can recommend other options including stretching, physical therapy, anti-inflammatory medications, orthotics, switching to lower-impact exercise (such as walking instead of running), and changing the exercise routine temporarily to train other muscles and relieve the ones that are inflamed. […] Surgery is not as urgent in chronic or exertional compartment syndrome and may not be necessary. If other treatments don’t work, it may be required to relieve pressure.
#1 Registry Development and Non-Surgical Treatment Options for Chronic Exertional Compartment Syndrome — MIRROR | Musculoskeletal Injury Rehabilitation Research for Operational Readiness
https://mirrorusuhs.org/mirror-projects/project5
Chronic exertional compartment syndrome (CECS) is a debilitating disorder affecting mostly an active population. The proposed pathophysiology is increased pressure in muscle compartments causing pain, paresthesia, and inability to tolerate exercise in the affected fascial compartment. […] One of the reasons for the limited success rate, is an incomplete understanding of the pathophysiology coupled with proper patient selection. […] A newer proposed treatment is the intramuscular administration of onabotulinumtoxin A, also known as botulinum toxin A or BoNT-A into the muscles of the involved compartment(s). […] BoNT-A injections might be predictive of success with fasciotomy.
#1 Chronic exertional compartment syndrome | Beacon Health System
https://www.beaconhealthsystem.org/library/diseases-and-conditions/chronic-exertional-compartment-syndrome?content_id=CON-20155275
Chronic exertional compartment syndrome is an exercise-induced muscle and nerve condition that causes pain, swelling and sometimes disability in the affected muscles of the legs or arms. […] The cause of chronic exertional compartment syndrome isn’t completely understood. When you exercise, your muscles expand in volume. If you have chronic exertional compartment syndrome, the tissue that encases the affected muscle (fascia) doesn’t expand with the muscle, causing pressure and pain in a compartment of the affected limb. […] Some experts suggest that how you move while exercising might have a role in causing chronic exertional compartment syndrome. Other causes might include having muscles that enlarge excessively during exercise, having an especially inflexible fascia surrounding the affected muscle compartment or having high pressure within your veins. […] A surgical procedure called fasciotomy is the most effective treatment of chronic exertional compartment syndrome. It involves cutting open the inflexible tissue encasing each of the affected muscle compartments. This relieves the pressure.
#1 Exertional Compartment Syndrome | Baltimore Peripheral Nerve Surgeon | Dr. Eric H. Williams
https://www.baltimoreperipheralnervepain.com/faqs/baltimore-nerve-surgeon-exertional-compartment-syndrome.cfm
Exertional compartment syndrome causes severe muscle pain and cramping in the legs, making it difficult for athletes and those interested in high-intensity activities to participate due to pressure in the muscle compartment. […] Some options used to treat exertional compartment syndrome include: […] Fasciotomy. This surgical procedure is the most effective treatment of chronic exertional compartment syndrome. It involves cutting open the inflexible tissue encasing each of the affected muscle compartments to relieve pressure. […] Nerve release surgery. This type of surgery is done to free nerves that are compressed by the affected muscles. It may be done in addition to a fasciotomy or on its own.
#1 Chronic exertional compartment syndrome of the forearm: a systematic review in: EFORT Open Reviews Volume 6 Issue 2 (2021)
https://eor.bioscientifica.com/view/journals/eor/6/2/2058-5241.6.200107.xml
For this reason we agree with the hypothesis of Chan et al, that forearm compartments are interconnected and there is a balance of the pressure level, especially through the interosseous membrane. […] In comparison to the other techniques, endoscopic fasciotomy delivers similar success rates and lower incidence of complications.
#1 Chronic Exertional Compartment Syndrome | PPT
https://www.slideshare.net/slideshow/chronic-exertional-compartment-syndrome/126262827
Treatment begins with activity modification, but refractory cases may require fasciotomy to release the tight fascia. […] CECS is most common in young adult recreational runners, elite athletes, and military recruits. […] Anterior compartment of the lower leg is the most common region affected, and bilateral affection is common. […] Exercise-induced burning pain after 20 to 30 minutes of running usually resolves within 15 to 30 minutes of cessation of exercise. […] Fasciotomy (single incision, open, endoscopic) will resolve the problem.
#2 Chronic exertional compartment syndrome – UpToDate
https://www.uptodate.com/contents/chronic-exertional-compartment-syndrome
Chronic exertional compartment syndrome (CECS) is a condition that typically affects young endurance athletes, especially those who run extensively. […] Chronic exertional compartment syndrome (CECS) is a reversible form of acute compartment syndrome (ACS) triggered by physical activity. Symptoms typically resolve quickly once exercise is terminated. […] The pathophysiology of CECS is not completely understood. One theory is that tissue ischemia in CECS stems from a noncompliant fascial compartment that cannot accommodate the expansion of muscle volume that occurs with exercise. Simply put, „stiff” fascia does not allow for the increased blood flow that exercising muscle requires. As pressure increases and local tissue perfusion becomes compromised, metabolic demands cannot be met and ischemic symptoms develop. Several studies have demonstrated decreased blood flow and oxygenation in the legs of symptomatic patients with CECS. […] The role of thicker or stiffer fascia is supported by some studies but refuted by others. However, neither macroscopic nor microscopic assessment of fascial thickness or stiffness has been shown to be a useful predictor of success following fasciotomy.
#2 Lower Limb Exertional Compartment Syndrome | PM&R KnowledgeNow
https://now.aapmr.org/lower-limb-exertional-compartment-syndrome/
Elevation of IMP is believed to occur in response to physiologic and pathologic changes, including muscle hypertrophy, intracompartmental fluid, and fascial thickening, whose effect is enhanced by a 20% muscle volume increase during strenuous physical activity. […] While they can present in isolation, a portion of patients may have multiple compartments contributing to their symptoms. […] These presentations more commonly affect bilateral lower extremities, while deep posterior compartment involvement may be more common in a unilateral presentation. […] It is important to note that it is not uncommon for symptoms to develop in multiple compartments over time. This may represent a natural progression of the condition or reemergence of symptoms in a new compartment after treatment, such as a fasciotomy. […] Recent studies have been suggesting some overlap between CECS and vascular pathology. […] It will be imperative to continue investigations into this relationship if these entities exist on a spectrum or if they appear commonly present concomitantly.
#2 Lower Limb Exertional Compartment Syndrome | PM&R KnowledgeNow
https://now.aapmr.org/lower-limb-exertional-compartment-syndrome/
Lower limb exertional compartment syndrome (LLECS), also known as chronic exertional compartment syndrome (CECS), is an overuse syndrome characterized by exercise-induced elevation of intramuscular pressures (IMP) that results in reproducible transient pain, paresthesias, and neuromuscular dysfunction. […] The exact mechanism that causes exertional compartment syndrome is unknown. The increased intra-compartmental pressures are thought to impede tissue perfusion, create a relative oxygen debt, and result in symptom onset. The exact mechanism by which this occurs remains unclear. […] It has been recently suggested that venous outflow occlusion may play a significant role in increased compartment pressures and symptom development. […] Functional muscular compression and associated occlusion of vasculature has been proposed to create elevated hydrostatic pressures and fluid accumulation within the compartments, thereby explaining the elevated IMPs and common findings on imaging modalities.
#2 Compartment syndrome – Wikipedia
https://en.wikipedia.org/wiki/Compartment_syndrome
Chronic compartment syndrome (CCS), or chronic exertional compartment syndrome, causes pain with exercise. The pain fades after activity stops. Other symptoms may include numbness. Symptoms usually resolve with rest. Running and biking commonly trigger CCS. This condition generally does not cause permanent damage. […] The pathophysiology of CECS is not entirely understood. In CECS, pressure in an anatomical compartment increases due to a 20% increase in muscle volume. This builds pressure in the tissues and muscles, causing ischemia. Increased muscle weight reduces the compartment volume of the surrounding fascial borders, raising compartment pressure. An increase in the pressure of the tissue can force fluid to leak into the interstitial space (extracellular fluid), leading to a disruption of the micro-circulation of the leg.
#2 Chronic Compartment Syndrome | Kingsley Physio | More than your local Physio
https://kingsleyphysio.com/common-conditions/chronic-compartment-syndrome/
The mechanical aggravators of CCS may include: […] Abnormal foot biomechanics (such as flat or pronated feet). This significantly alters the biomechanical stresses that are placed through the foot and ankle and transmitted to the calf. […] Tightness in the posterior calf muscles (gastrocnemius and/or soleus). This can have the effect of increasing the pressures with other compartments by causing compensatory tightness and overuse. […] Sub-optimal or imbalanced exercise schedules. This can facilitate the continuation and exacerbation of compartment syndrome. […] Weak hip stabilizers. […] Poor footwear. Shoes that do not support the arch or heel can be a significant factor in the manifestation of CCS. […] Once a definitive diagnosis is made your physiotherapist will aim to correct any excessive biomechanical stresses placed through your lower limb.
#2 Chronic Exertional Compartment Syndrome – WikiSM (Sports Medicine Wiki)
https://wikism.org/Chronic_Exertional_Compartment_Syndrome
Complex pathology associated with overuse seen in young and athletic populations. […] Occurs due to decreased blood flow as a result of increased compartment pressures. […] Cause is likely multifactorial. […] Most commonly accepted theory: Exercise-induced increase in blood flow to muscle. […] The muscle then expands beyond the elastic capacity of the local osteofascial compartment. […] As the intramural pressure rises, it compresses the surrounding neurovascular structures. […] Elevated intramuscular pressure in CECS remains higher in affected than unaffected individuals. […] This is true even in patients who are post fasciotomy. […] Other implicated factors include improper training, limb malalignment, leg-length discrepancy, running technique, and uncoordinated muscle control.
#2 Chronic Exertional Compartment Syndrome (CECS) – Sports Clinic NQ
https://sportsclinicnq.com.au/chronic-exertional-compartment-syndrome-cecs/
CECS syndrome refers to exercise-induced leg pain resulting from muscle swelling and an increase in pressure in a compartment of the lower leg. When there is not enough room within the compartment for this increased muscle volume, compartmental pressure rises. This can interfere with the blood flow to the muscles and nerves in the compartment, causing pain. […] Factors that may contribute to compartment syndrome include an increase in the size and volume of the muscles within the compartment, unaccustomed strenuous exercise, or progressive tightening of the surrounding connective tissue sleeve. […] A history of severe injury can cause scar tissue or injury to the compartment sleeve. Weight gain can also be associated with increasing compartment pressures. Drugs such as anabolic steroids can cause the muscle to increase in size but the compartment does not increase to accommodate it.
#2 Chronic Exertional Compartment Syndrome in ÂAthletes: A narrative Review – SEMS-journal
https://sems-journal.ch/8207
Chronic exertional compartment syndrome of the lower leg accounts for approximately 75% of sports-related chronic leg pain. […] Currently, various contributors for the pathophysiology of CECS are up for debate such as inelastic fascia, venous congestion, increase of muscle volume, or decrease in microcirculatory capacity. […] Inelastic fascia Due to rigid sheaths of fascia around the muscle, expansion of the muscle is limited and may cause elevated intracompartmental pressures. […] The prevailing theory suggests that during progressive muscle activity, elevated interstitial pressure within the affected compartment outperforms capillary pressure and causes impaired muscle tissue perfusion. […] In 2010 Edmundsson et al. presented some compelling evidence for low muscle capillary supply as a potential pathogenic factor in CECS. […] The measurement of intracompartmental pressures represents the gold standard of diagnosing CECS. […] Surgical fasciotomy may be performed either open or endoscopically assisted.
#2 Chronic exertional compartment syndrome | The BMJ
https://www.bmj.com/content/346/bmj.f33/rapid-responses
CECS also occurs in the forearm (usually the superficial and deep flexor compartments) and the foot (usually the medial and central compartments). […] Measurement of Intra-compartment pressure is a primary investigation to support the diagnosis of CECS. […] CECS affecting the deep posterior compartment is often associated with Medial Tibial Stress Syndrome. […] While the clinical example in the article referred to a 'runner’, this syndrome can occur on the exertion of walking in non-diabetics. […] The criteria for the diagnosis of CECS based on compartment pressure monitoring as described by Pedowitz et al. was established in 1990 and were based upon the intramuscular pressures recorded with the slit catheter before and after exercise in 210 muscle compartments without CECS. […] A recent systematic review by Aweid O et al. states that levels above 27.5 mm Hg at 1 min post exercise along with a good history should be regarded as highly suggestive of CECS. […] The general teaching that invasive compartment pressure monitoring is GOLD STANDARD in diagnosing the CECS may not be totally true.
#2
https://www.orthobullets.com/knee-and-sports/3106/exertional-compartment-syndrome
Exertional compartment syndrome is an exercise-induced condition of the extremity characterized by reversible ischemia to muscles within a muscular compartment. […] The local metabolism of the musculature cannot go fast enough to clear the metabolic waste products. […] Vascular, advanced imaging, and histologic experiments have not provided clear evidence of the pathoanatomy of this condition. […] Fascial hernias have been identified with decompression. […] 40% of people with exertional compartment syndrome have these facial defects, only 5% of asymptomatic people have such defects. […] The most common location is near the intramuscular septum of the anterior and lateral compartments, where the superficial peroneal nerve exits.
#2 Differentiating Chronic External Compartment Syndromes from Common Peroneal Nerve Entrapment Causing Leg Pain and Foot Drop in Athletes
https://www.acc.org/Latest-in-Cardiology/Articles/2021/06/07/12/53/Differentiating-Chronic-External-Compartment-Syndromes
Exercise-induced lower extremity pain caused by CECS is associated with the accumulation of fluid in the intracompartmental space surround by noncompliant fascia, thereby elevating muscle pressure and reducing venous and lymphatic outflow. This causes venous and capillary pressure to increase to a point where if rapidly accumulates, such as in acute compartment syndrome, arterial inflow may be compromised and lead to leg ischemia and muscle death at rest. […] Three muscle compartments may be involved in CECS. These three muscle compartments in the leg include the anterior, lateral, and posterior (superficial and deep) compartment. […] The gold standard diagnostic tool for CECS is provided by a dynamic intracompartmental pressure (ICP) measurement before and after provocative treadmill testing.
#2 Chronic Exertional Compartment Syndrome | PPT
https://www.slideshare.net/slideshow/chronic-exertional-compartment-syndrome/126262827
Chronic exertional compartment syndrome (CECS) is characterized by reversible ischemia in a noncompliant muscle compartment that causes pain with exercise but resolves with rest. […] Diagnosis involves clinical evaluation for tenderness over the affected muscles and compartment pressure testing at rest and after exercise. […] Compliance of facial structures, compartment pressure, reduced microcirculatory capacity, and vascular congestion as a result of decreased venous return muscle volume are involved in the pathophysiology of CECS. […] The typical patient with CECS is a competitive runner, 20 to 30 years old, experiencing exercise-induced burning pain after 20 to 30 minutes of running. […] The pain usually resolves within 15 to 30 minutes of cessation of exercise. […] Patients should be examined after completing the exercise for tenderness over the musculature of the involved compartment, muscle herniation through defects in fascia, and diminished sensation along the affected nerve.
#2 Compartment Syndrome: Causes, Diagnosis, Symptoms, and Treatments
https://www.webmd.com/pain-management/compartment-syndrome-causes-treatments
Chronic compartment syndrome develops over days or weeks. Also called exertional compartment syndrome, it may be caused by regular, vigorous exercise such as running, swimming, or biking. […] Exercise-induced compartment syndrome tends to flare up when you do any exercise that causes swelling, such as running, and then goes down when you are done. This is usually less severe than acute compartment syndrome and may just limit the duration and intensity of the exercise. It usually involves the lower leg, buttock, or thighs. […] Exertional compartment syndrome can happen after extremely vigorous exercise, especially eccentric movements (extension under pressure). […] Symptoms of chronic compartment syndrome (exertional compartment syndrome) include aching or cramping in the affected muscle (buttock, thigh, or lower leg) that gets worse within 30 minutes after starting exercise. If it’s in the leg, it can cause foot drop (difficulty lifting the front of the foot when you walk, which sometimes makes you drag your foot). Symptoms usually go away with rest, and muscle function remains normal. Exertional compartment syndrome can feel like shin splints and be confused with that condition.
#2 Compartment Syndrome: Causes, Diagnosis, Symptoms, and Treatments
https://www.webmd.com/pain-management/compartment-syndrome-causes-treatments
Chronic compartment syndrome may be treated by avoiding the activity that caused it. Your doctor can recommend other options including stretching, physical therapy, anti-inflammatory medications, orthotics, switching to lower-impact exercise (such as walking instead of running), and changing the exercise routine temporarily to train other muscles and relieve the ones that are inflamed. […] Surgery is not as urgent in chronic or exertional compartment syndrome and may not be necessary. If other treatments don’t work, it may be required to relieve pressure.
#2
https://link.springer.com/article/10.1007/s40141-018-0184-y
The goal of this paper is to review the current evidence on diagnosis and management of chronic exertional compartment syndrome (CECS) of the lower leg. […] Innovations in the diagnosis of CECS include the use of continuous compartment pressure monitoring during exercise as well as some early research on the use of musculoskeletal ultrasound and particular MRI protocols of the lower leg. Non-surgical management includes intervention to improve running biomechanics, botulinum toxin injection, and ultrasound-guided fasciotomy. […] This study highlights that CECS can be successfully treated non-operatively by modifying running mechanics. […] This case report demonstrates a durable effect of botulinum toxin injection in improving symptoms of CECS. […] This was the first report to our knowledge of an ultrasound-guided procedure targeting the muscle fascia for the management of CECS. […] This is the first study describing ultrasound-guided fasciotomy and showed excellent results.
#2 Management of chronic exertional compartment syndrome
http://www.scielo.org.za/scielo.php?script=sci_arttext&pid=S0038-23612015000200009
The diagnosis of CECS requires detailed clinical history and is confirmed by measuring compartment pressure. […] One minute post-exercise mean intracompartment pressure in our series was 61 mmHg and we made the diagnosis on clinical history and pressure readings. […] The non-surgical approach involves modification of activity, appropriate conditioning and significant curtailment of physical activity, which is rarely acceptable to the individuals. […] The surgical solution is decompression fasciotomy. […] Open fasciotomy has fewer postoperative complications, fewer recurrences than subcutaneous fasciotomy, and there is no difference in the time to full recovery. […] Chronic exertional compartment syndrome is underdiagnosed, should be considered as a potential cause for post-exercise pain in young individuals and should be treated surgically. Measurement of compartment pressure is important in order to confirm the diagnosis. Open fasciotomy is safe and effective and should be considered as the preferred surgical procedure.
#2
https://journals.lww.com/cjsportsmed/fulltext/2022/07000/chronic_exertional_compartment_syndrome_caused_by.4.aspx
Chronic exertional compartment syndrome results from venous outflow obstruction due to functional muscular compression. […] Understanding the cause of CECS will allow the development of more precise and successful treatment plans. […] The purpose of this study was to characterize the pathophysiology of CECS. We investigated the hypothesis that CECS is a functional pathology resulting from transient venous outflow obstruction caused by dynamic muscular compression. […] Our findings suggest the cause of CECS is venous outflow obstruction due to functional muscular compression. […] Based on our findings, surgery likely addresses the symptoms of CECS related to elevated compartment pressures. Our data suggest that the cause of CECS, functional venous outflow obstruction, remains present in the patients with recurrent symptoms. […] The significant resolution of pain after relief of venous occlusion provides further evidence that CECS is caused by functional venous outflow obstruction.
#3 Chronic exertional compartment syndrome: current management strategies | OAJSM
https://www.dovepress.com/chronic-exertional-compartment-syndrome-current-management-strategies-peer-reviewed-fulltext-article-OAJSM
Chronic exertional compartment syndrome (CECS) is characterized by a reversible increase in pressure within an inelastic fascial compartment leading to compromised tissue perfusion and subsequent pain and neurologic symptoms. […] While the exact pathophysiology leading to increased compartment pressure is not well understood, it is accepted that the cause is likely multifactorial, with muscle hypertrophy, decreased venous return, microtrauma, myopathies and noncompliant fascia playing a role. […] Despite a lack of consensus on the exact pathophysiology, repetitive exertion of the muscles within a compartment leading to decreased perfusion is accepted as the primary pathway to the onset of symptoms in CECS.
#3 Chronic exertional compartment syndrome – UpToDate
https://www.uptodate.com/contents/chronic-exertional-compartment-syndrome
Chronic exertional compartment syndrome (CECS) is a condition that typically affects young endurance athletes, especially those who run extensively. […] Chronic exertional compartment syndrome (CECS) is a reversible form of acute compartment syndrome (ACS) triggered by physical activity. Symptoms typically resolve quickly once exercise is terminated. […] The pathophysiology of CECS is not completely understood. One theory is that tissue ischemia in CECS stems from a noncompliant fascial compartment that cannot accommodate the expansion of muscle volume that occurs with exercise. Simply put, „stiff” fascia does not allow for the increased blood flow that exercising muscle requires. As pressure increases and local tissue perfusion becomes compromised, metabolic demands cannot be met and ischemic symptoms develop. Several studies have demonstrated decreased blood flow and oxygenation in the legs of symptomatic patients with CECS. […] The role of thicker or stiffer fascia is supported by some studies but refuted by others. However, neither macroscopic nor microscopic assessment of fascial thickness or stiffness has been shown to be a useful predictor of success following fasciotomy.
#3 Chronic Compartment Syndrome | Kingsley Physio | More than your local Physio
https://kingsleyphysio.com/common-conditions/chronic-compartment-syndrome/
The mechanical aggravators of CCS may include: […] Abnormal foot biomechanics (such as flat or pronated feet). This significantly alters the biomechanical stresses that are placed through the foot and ankle and transmitted to the calf. […] Tightness in the posterior calf muscles (gastrocnemius and/or soleus). This can have the effect of increasing the pressures with other compartments by causing compensatory tightness and overuse. […] Sub-optimal or imbalanced exercise schedules. This can facilitate the continuation and exacerbation of compartment syndrome. […] Weak hip stabilizers. […] Poor footwear. Shoes that do not support the arch or heel can be a significant factor in the manifestation of CCS. […] Once a definitive diagnosis is made your physiotherapist will aim to correct any excessive biomechanical stresses placed through your lower limb.
#3 Chronic Exertional Compartment Syndrome – WikiSM (Sports Medicine Wiki)
https://wikism.org/Chronic_Exertional_Compartment_Syndrome
Complex pathology associated with overuse seen in young and athletic populations. […] Occurs due to decreased blood flow as a result of increased compartment pressures. […] Cause is likely multifactorial. […] Most commonly accepted theory: Exercise-induced increase in blood flow to muscle. […] The muscle then expands beyond the elastic capacity of the local osteofascial compartment. […] As the intramural pressure rises, it compresses the surrounding neurovascular structures. […] Elevated intramuscular pressure in CECS remains higher in affected than unaffected individuals. […] This is true even in patients who are post fasciotomy. […] Other implicated factors include improper training, limb malalignment, leg-length discrepancy, running technique, and uncoordinated muscle control.
#3 Chronic exertional compartment syndrome | The BMJ
https://www.bmj.com/content/346/bmj.f33/rapid-responses
CECS also occurs in the forearm (usually the superficial and deep flexor compartments) and the foot (usually the medial and central compartments). […] Measurement of Intra-compartment pressure is a primary investigation to support the diagnosis of CECS. […] CECS affecting the deep posterior compartment is often associated with Medial Tibial Stress Syndrome. […] While the clinical example in the article referred to a 'runner’, this syndrome can occur on the exertion of walking in non-diabetics. […] The criteria for the diagnosis of CECS based on compartment pressure monitoring as described by Pedowitz et al. was established in 1990 and were based upon the intramuscular pressures recorded with the slit catheter before and after exercise in 210 muscle compartments without CECS. […] A recent systematic review by Aweid O et al. states that levels above 27.5 mm Hg at 1 min post exercise along with a good history should be regarded as highly suggestive of CECS. […] The general teaching that invasive compartment pressure monitoring is GOLD STANDARD in diagnosing the CECS may not be totally true.
#3 Lower Limb Exertional Compartment Syndrome | PM&R KnowledgeNow
https://now.aapmr.org/lower-limb-exertional-compartment-syndrome/
Elevation of IMP is believed to occur in response to physiologic and pathologic changes, including muscle hypertrophy, intracompartmental fluid, and fascial thickening, whose effect is enhanced by a 20% muscle volume increase during strenuous physical activity. […] While they can present in isolation, a portion of patients may have multiple compartments contributing to their symptoms. […] These presentations more commonly affect bilateral lower extremities, while deep posterior compartment involvement may be more common in a unilateral presentation. […] It is important to note that it is not uncommon for symptoms to develop in multiple compartments over time. This may represent a natural progression of the condition or reemergence of symptoms in a new compartment after treatment, such as a fasciotomy. […] Recent studies have been suggesting some overlap between CECS and vascular pathology. […] It will be imperative to continue investigations into this relationship if these entities exist on a spectrum or if they appear commonly present concomitantly.
#3
https://www.orthobullets.com/knee-and-sports/3106/exertional-compartment-syndrome
Exertional compartment syndrome is an exercise-induced condition of the extremity characterized by reversible ischemia to muscles within a muscular compartment. […] The local metabolism of the musculature cannot go fast enough to clear the metabolic waste products. […] Vascular, advanced imaging, and histologic experiments have not provided clear evidence of the pathoanatomy of this condition. […] Fascial hernias have been identified with decompression. […] 40% of people with exertional compartment syndrome have these facial defects, only 5% of asymptomatic people have such defects. […] The most common location is near the intramuscular septum of the anterior and lateral compartments, where the superficial peroneal nerve exits.
#3 Chronic Exertional Compartment Syndrome in ÂAthletes: A narrative Review – SEMS-journal
https://sems-journal.ch/8207
Chronic exertional compartment syndrome of the lower leg accounts for approximately 75% of sports-related chronic leg pain. […] Currently, various contributors for the pathophysiology of CECS are up for debate such as inelastic fascia, venous congestion, increase of muscle volume, or decrease in microcirculatory capacity. […] Inelastic fascia Due to rigid sheaths of fascia around the muscle, expansion of the muscle is limited and may cause elevated intracompartmental pressures. […] The prevailing theory suggests that during progressive muscle activity, elevated interstitial pressure within the affected compartment outperforms capillary pressure and causes impaired muscle tissue perfusion. […] In 2010 Edmundsson et al. presented some compelling evidence for low muscle capillary supply as a potential pathogenic factor in CECS. […] The measurement of intracompartmental pressures represents the gold standard of diagnosing CECS. […] Surgical fasciotomy may be performed either open or endoscopically assisted.
#3 Chronic Exertional Compartment Syndrome | PPT
https://www.slideshare.net/slideshow/chronic-exertional-compartment-syndrome/126262827
Chronic exertional compartment syndrome (CECS) is characterized by reversible ischemia in a noncompliant muscle compartment that causes pain with exercise but resolves with rest. […] Diagnosis involves clinical evaluation for tenderness over the affected muscles and compartment pressure testing at rest and after exercise. […] Compliance of facial structures, compartment pressure, reduced microcirculatory capacity, and vascular congestion as a result of decreased venous return muscle volume are involved in the pathophysiology of CECS. […] The typical patient with CECS is a competitive runner, 20 to 30 years old, experiencing exercise-induced burning pain after 20 to 30 minutes of running. […] The pain usually resolves within 15 to 30 minutes of cessation of exercise. […] Patients should be examined after completing the exercise for tenderness over the musculature of the involved compartment, muscle herniation through defects in fascia, and diminished sensation along the affected nerve.
#3 Compartment Syndrome: Causes, Diagnosis, Symptoms, and Treatments
https://www.webmd.com/pain-management/compartment-syndrome-causes-treatments
Chronic compartment syndrome may be treated by avoiding the activity that caused it. Your doctor can recommend other options including stretching, physical therapy, anti-inflammatory medications, orthotics, switching to lower-impact exercise (such as walking instead of running), and changing the exercise routine temporarily to train other muscles and relieve the ones that are inflamed. […] Surgery is not as urgent in chronic or exertional compartment syndrome and may not be necessary. If other treatments don’t work, it may be required to relieve pressure.
#3
https://link.springer.com/article/10.1007/s40141-018-0184-y
The goal of this paper is to review the current evidence on diagnosis and management of chronic exertional compartment syndrome (CECS) of the lower leg. […] Innovations in the diagnosis of CECS include the use of continuous compartment pressure monitoring during exercise as well as some early research on the use of musculoskeletal ultrasound and particular MRI protocols of the lower leg. Non-surgical management includes intervention to improve running biomechanics, botulinum toxin injection, and ultrasound-guided fasciotomy. […] This study highlights that CECS can be successfully treated non-operatively by modifying running mechanics. […] This case report demonstrates a durable effect of botulinum toxin injection in improving symptoms of CECS. […] This was the first report to our knowledge of an ultrasound-guided procedure targeting the muscle fascia for the management of CECS. […] This is the first study describing ultrasound-guided fasciotomy and showed excellent results.
#4 Chronic exertional compartment syndrome – UpToDate
https://www.uptodate.com/contents/chronic-exertional-compartment-syndrome
Chronic exertional compartment syndrome (CECS) is a condition that typically affects young endurance athletes, especially those who run extensively. […] Chronic exertional compartment syndrome (CECS) is a reversible form of acute compartment syndrome (ACS) triggered by physical activity. Symptoms typically resolve quickly once exercise is terminated. […] The pathophysiology of CECS is not completely understood. One theory is that tissue ischemia in CECS stems from a noncompliant fascial compartment that cannot accommodate the expansion of muscle volume that occurs with exercise. Simply put, „stiff” fascia does not allow for the increased blood flow that exercising muscle requires. As pressure increases and local tissue perfusion becomes compromised, metabolic demands cannot be met and ischemic symptoms develop. Several studies have demonstrated decreased blood flow and oxygenation in the legs of symptomatic patients with CECS. […] The role of thicker or stiffer fascia is supported by some studies but refuted by others. However, neither macroscopic nor microscopic assessment of fascial thickness or stiffness has been shown to be a useful predictor of success following fasciotomy.
#4 Chronic Compartment Syndrome | Kingsley Physio | More than your local Physio
https://kingsleyphysio.com/common-conditions/chronic-compartment-syndrome/
The mechanical aggravators of CCS may include: […] Abnormal foot biomechanics (such as flat or pronated feet). This significantly alters the biomechanical stresses that are placed through the foot and ankle and transmitted to the calf. […] Tightness in the posterior calf muscles (gastrocnemius and/or soleus). This can have the effect of increasing the pressures with other compartments by causing compensatory tightness and overuse. […] Sub-optimal or imbalanced exercise schedules. This can facilitate the continuation and exacerbation of compartment syndrome. […] Weak hip stabilizers. […] Poor footwear. Shoes that do not support the arch or heel can be a significant factor in the manifestation of CCS. […] Once a definitive diagnosis is made your physiotherapist will aim to correct any excessive biomechanical stresses placed through your lower limb.
#4 Lower Limb Exertional Compartment Syndrome | PM&R KnowledgeNow
https://now.aapmr.org/lower-limb-exertional-compartment-syndrome/
Elevation of IMP is believed to occur in response to physiologic and pathologic changes, including muscle hypertrophy, intracompartmental fluid, and fascial thickening, whose effect is enhanced by a 20% muscle volume increase during strenuous physical activity. […] While they can present in isolation, a portion of patients may have multiple compartments contributing to their symptoms. […] These presentations more commonly affect bilateral lower extremities, while deep posterior compartment involvement may be more common in a unilateral presentation. […] It is important to note that it is not uncommon for symptoms to develop in multiple compartments over time. This may represent a natural progression of the condition or reemergence of symptoms in a new compartment after treatment, such as a fasciotomy. […] Recent studies have been suggesting some overlap between CECS and vascular pathology. […] It will be imperative to continue investigations into this relationship if these entities exist on a spectrum or if they appear commonly present concomitantly.
#4 Chronic exertional compartment syndrome | The BMJ
https://www.bmj.com/content/346/bmj.f33/rapid-responses
CECS also occurs in the forearm (usually the superficial and deep flexor compartments) and the foot (usually the medial and central compartments). […] Measurement of Intra-compartment pressure is a primary investigation to support the diagnosis of CECS. […] CECS affecting the deep posterior compartment is often associated with Medial Tibial Stress Syndrome. […] While the clinical example in the article referred to a 'runner’, this syndrome can occur on the exertion of walking in non-diabetics. […] The criteria for the diagnosis of CECS based on compartment pressure monitoring as described by Pedowitz et al. was established in 1990 and were based upon the intramuscular pressures recorded with the slit catheter before and after exercise in 210 muscle compartments without CECS. […] A recent systematic review by Aweid O et al. states that levels above 27.5 mm Hg at 1 min post exercise along with a good history should be regarded as highly suggestive of CECS. […] The general teaching that invasive compartment pressure monitoring is GOLD STANDARD in diagnosing the CECS may not be totally true.
#4
https://www.orthobullets.com/knee-and-sports/3106/exertional-compartment-syndrome
Exertional compartment syndrome is an exercise-induced condition of the extremity characterized by reversible ischemia to muscles within a muscular compartment. […] The local metabolism of the musculature cannot go fast enough to clear the metabolic waste products. […] Vascular, advanced imaging, and histologic experiments have not provided clear evidence of the pathoanatomy of this condition. […] Fascial hernias have been identified with decompression. […] 40% of people with exertional compartment syndrome have these facial defects, only 5% of asymptomatic people have such defects. […] The most common location is near the intramuscular septum of the anterior and lateral compartments, where the superficial peroneal nerve exits.
#4 Compartment Syndrome: Causes, Diagnosis, Symptoms, and Treatments
https://www.webmd.com/pain-management/compartment-syndrome-causes-treatments
Chronic compartment syndrome may be treated by avoiding the activity that caused it. Your doctor can recommend other options including stretching, physical therapy, anti-inflammatory medications, orthotics, switching to lower-impact exercise (such as walking instead of running), and changing the exercise routine temporarily to train other muscles and relieve the ones that are inflamed. […] Surgery is not as urgent in chronic or exertional compartment syndrome and may not be necessary. If other treatments don’t work, it may be required to relieve pressure.
#4
https://link.springer.com/article/10.1007/s40141-018-0184-y
The goal of this paper is to review the current evidence on diagnosis and management of chronic exertional compartment syndrome (CECS) of the lower leg. […] Innovations in the diagnosis of CECS include the use of continuous compartment pressure monitoring during exercise as well as some early research on the use of musculoskeletal ultrasound and particular MRI protocols of the lower leg. Non-surgical management includes intervention to improve running biomechanics, botulinum toxin injection, and ultrasound-guided fasciotomy. […] This study highlights that CECS can be successfully treated non-operatively by modifying running mechanics. […] This case report demonstrates a durable effect of botulinum toxin injection in improving symptoms of CECS. […] This was the first report to our knowledge of an ultrasound-guided procedure targeting the muscle fascia for the management of CECS. […] This is the first study describing ultrasound-guided fasciotomy and showed excellent results.
#4 Chronic Exertional Compartment Syndrome in ÂAthletes: A narrative Review – SEMS-journal
https://sems-journal.ch/8207
Chronic exertional compartment syndrome of the lower leg accounts for approximately 75% of sports-related chronic leg pain. […] Currently, various contributors for the pathophysiology of CECS are up for debate such as inelastic fascia, venous congestion, increase of muscle volume, or decrease in microcirculatory capacity. […] Inelastic fascia Due to rigid sheaths of fascia around the muscle, expansion of the muscle is limited and may cause elevated intracompartmental pressures. […] The prevailing theory suggests that during progressive muscle activity, elevated interstitial pressure within the affected compartment outperforms capillary pressure and causes impaired muscle tissue perfusion. […] In 2010 Edmundsson et al. presented some compelling evidence for low muscle capillary supply as a potential pathogenic factor in CECS. […] The measurement of intracompartmental pressures represents the gold standard of diagnosing CECS. […] Surgical fasciotomy may be performed either open or endoscopically assisted.
#5 Lower Limb Exertional Compartment Syndrome | PM&R KnowledgeNow
https://now.aapmr.org/lower-limb-exertional-compartment-syndrome/
Elevation of IMP is believed to occur in response to physiologic and pathologic changes, including muscle hypertrophy, intracompartmental fluid, and fascial thickening, whose effect is enhanced by a 20% muscle volume increase during strenuous physical activity. […] While they can present in isolation, a portion of patients may have multiple compartments contributing to their symptoms. […] These presentations more commonly affect bilateral lower extremities, while deep posterior compartment involvement may be more common in a unilateral presentation. […] It is important to note that it is not uncommon for symptoms to develop in multiple compartments over time. This may represent a natural progression of the condition or reemergence of symptoms in a new compartment after treatment, such as a fasciotomy. […] Recent studies have been suggesting some overlap between CECS and vascular pathology. […] It will be imperative to continue investigations into this relationship if these entities exist on a spectrum or if they appear commonly present concomitantly.
#5 Chronic exertional compartment syndrome | The BMJ
https://www.bmj.com/content/346/bmj.f33/rapid-responses
CECS also occurs in the forearm (usually the superficial and deep flexor compartments) and the foot (usually the medial and central compartments). […] Measurement of Intra-compartment pressure is a primary investigation to support the diagnosis of CECS. […] CECS affecting the deep posterior compartment is often associated with Medial Tibial Stress Syndrome. […] While the clinical example in the article referred to a 'runner’, this syndrome can occur on the exertion of walking in non-diabetics. […] The criteria for the diagnosis of CECS based on compartment pressure monitoring as described by Pedowitz et al. was established in 1990 and were based upon the intramuscular pressures recorded with the slit catheter before and after exercise in 210 muscle compartments without CECS. […] A recent systematic review by Aweid O et al. states that levels above 27.5 mm Hg at 1 min post exercise along with a good history should be regarded as highly suggestive of CECS. […] The general teaching that invasive compartment pressure monitoring is GOLD STANDARD in diagnosing the CECS may not be totally true.
#5 Compartment Syndrome: Causes, Diagnosis, Symptoms, and Treatments
https://www.webmd.com/pain-management/compartment-syndrome-causes-treatments
Chronic compartment syndrome may be treated by avoiding the activity that caused it. Your doctor can recommend other options including stretching, physical therapy, anti-inflammatory medications, orthotics, switching to lower-impact exercise (such as walking instead of running), and changing the exercise routine temporarily to train other muscles and relieve the ones that are inflamed. […] Surgery is not as urgent in chronic or exertional compartment syndrome and may not be necessary. If other treatments don’t work, it may be required to relieve pressure.
#5
https://link.springer.com/article/10.1007/s40141-018-0184-y
The goal of this paper is to review the current evidence on diagnosis and management of chronic exertional compartment syndrome (CECS) of the lower leg. […] Innovations in the diagnosis of CECS include the use of continuous compartment pressure monitoring during exercise as well as some early research on the use of musculoskeletal ultrasound and particular MRI protocols of the lower leg. Non-surgical management includes intervention to improve running biomechanics, botulinum toxin injection, and ultrasound-guided fasciotomy. […] This study highlights that CECS can be successfully treated non-operatively by modifying running mechanics. […] This case report demonstrates a durable effect of botulinum toxin injection in improving symptoms of CECS. […] This was the first report to our knowledge of an ultrasound-guided procedure targeting the muscle fascia for the management of CECS. […] This is the first study describing ultrasound-guided fasciotomy and showed excellent results.
#6 Chronic exertional compartment syndrome | The BMJ
https://www.bmj.com/content/346/bmj.f33/rapid-responses
CECS also occurs in the forearm (usually the superficial and deep flexor compartments) and the foot (usually the medial and central compartments). […] Measurement of Intra-compartment pressure is a primary investigation to support the diagnosis of CECS. […] CECS affecting the deep posterior compartment is often associated with Medial Tibial Stress Syndrome. […] While the clinical example in the article referred to a 'runner’, this syndrome can occur on the exertion of walking in non-diabetics. […] The criteria for the diagnosis of CECS based on compartment pressure monitoring as described by Pedowitz et al. was established in 1990 and were based upon the intramuscular pressures recorded with the slit catheter before and after exercise in 210 muscle compartments without CECS. […] A recent systematic review by Aweid O et al. states that levels above 27.5 mm Hg at 1 min post exercise along with a good history should be regarded as highly suggestive of CECS. […] The general teaching that invasive compartment pressure monitoring is GOLD STANDARD in diagnosing the CECS may not be totally true.
#6 Compartment Syndrome: Causes, Diagnosis, Symptoms, and Treatments
https://www.webmd.com/pain-management/compartment-syndrome-causes-treatments
Chronic compartment syndrome may be treated by avoiding the activity that caused it. Your doctor can recommend other options including stretching, physical therapy, anti-inflammatory medications, orthotics, switching to lower-impact exercise (such as walking instead of running), and changing the exercise routine temporarily to train other muscles and relieve the ones that are inflamed. […] Surgery is not as urgent in chronic or exertional compartment syndrome and may not be necessary. If other treatments don’t work, it may be required to relieve pressure.
#7 Chronic exertional compartment syndrome | The BMJ
https://www.bmj.com/content/346/bmj.f33/rapid-responses
CECS also occurs in the forearm (usually the superficial and deep flexor compartments) and the foot (usually the medial and central compartments). […] Measurement of Intra-compartment pressure is a primary investigation to support the diagnosis of CECS. […] CECS affecting the deep posterior compartment is often associated with Medial Tibial Stress Syndrome. […] While the clinical example in the article referred to a 'runner’, this syndrome can occur on the exertion of walking in non-diabetics. […] The criteria for the diagnosis of CECS based on compartment pressure monitoring as described by Pedowitz et al. was established in 1990 and were based upon the intramuscular pressures recorded with the slit catheter before and after exercise in 210 muscle compartments without CECS. […] A recent systematic review by Aweid O et al. states that levels above 27.5 mm Hg at 1 min post exercise along with a good history should be regarded as highly suggestive of CECS. […] The general teaching that invasive compartment pressure monitoring is GOLD STANDARD in diagnosing the CECS may not be totally true.
#7 Compartment Syndrome: Causes, Diagnosis, Symptoms, and Treatments
https://www.webmd.com/pain-management/compartment-syndrome-causes-treatments
Chronic compartment syndrome may be treated by avoiding the activity that caused it. Your doctor can recommend other options including stretching, physical therapy, anti-inflammatory medications, orthotics, switching to lower-impact exercise (such as walking instead of running), and changing the exercise routine temporarily to train other muscles and relieve the ones that are inflamed. […] Surgery is not as urgent in chronic or exertional compartment syndrome and may not be necessary. If other treatments don’t work, it may be required to relieve pressure.
#8 Compartment Syndrome: Causes, Diagnosis, Symptoms, and Treatments
https://www.webmd.com/pain-management/compartment-syndrome-causes-treatments
Chronic compartment syndrome may be treated by avoiding the activity that caused it. Your doctor can recommend other options including stretching, physical therapy, anti-inflammatory medications, orthotics, switching to lower-impact exercise (such as walking instead of running), and changing the exercise routine temporarily to train other muscles and relieve the ones that are inflamed. […] Surgery is not as urgent in chronic or exertional compartment syndrome and may not be necessary. If other treatments don’t work, it may be required to relieve pressure.