Zespół przedziałów powięziowych
Etiologia i przyczyny
Zespół przedziałów powięziowych (ZPP) to stan patologiczny charakteryzujący się wzrostem ciśnienia wewnątrz zamkniętego przedziału powięziowego, prowadzącym do upośledzenia perfuzji, niedotlenienia i martwicy tkanek mięśniowych oraz nerwowych. Ostry ZPP (OZPP) najczęściej występuje po złamaniach kości długich, zwłaszcza kości piszczelowej (1-10% przypadków), oraz urazach wysokoenergetycznych, a jego rozpoznanie wymaga natychmiastowej interwencji chirurgicznej. Ciśnienie w przedziale przekraczające 30-45 mmHg lub zbliżające się do 30 mmHg poniżej ciśnienia rozkurczowego jest krytyczne dla rozwoju niedokrwienia. Patomechanizm obejmuje upośledzenie odpływu żylnego, zastój krwi, a następnie niedokrwienie tętnicze, co prowadzi do obumierania komórek mięśniowych i nerwowych oraz ryzyka rabdomiolizy i uszkodzenia nerek. Czynniki ryzyka to m.in. płeć męska, młodszy wiek, urazy naczyniowo-nerwowe, ciasne opatrunki, reperfuzja po niedokrwieniu oraz stosowanie leków przeciwkrzepliwych i sterydów anabolicznych.
- Etiologia zespołu przedziałów powięziowych
- Etiologia ostrego zespołu przedziałów powięziowych
- Etiologia przewlekłego zespołu przedziałów powięziowych
- Brzuszny zespół przedziałów powięziowych
- Patomechanizm zespołu przedziałów powięziowych
- Podstawowy mechanizm patofizjologiczny
- Mechanizmy zwiększające ciśnienie w przedziale
- Uszkodzenie komórek i konsekwencje
- Czynniki ryzyka zespołu przedziałów powięziowych
- Czynniki demograficzne
- Czynniki związane z urazem
- Czynniki związane z leczeniem
- Czynniki ryzyka przewlekłego zespołu przedziałów powięziowych
- Zespół przedziałów powięziowych w różnych lokalizacjach
- Nietypowe i rzadkie przyczyny zespołu przedziałów powięziowych
- Idiopatyczny spontaniczny zespół przedziałów powięziowych
- Zespół przedziałów powięziowych wywołany infekcją
- Nietypowe czynniki ryzyka
- Wpływ ogólnoustrojowy zespołu przedziałów powięziowych
- Podsumowanie etologii zespołu przedziałów powięziowych
Etiologia zespołu przedziałów powięziowych
Zespół przedziałów powięziowych (ZPP) to stan chorobowy, w którym dochodzi do wzrostu ciśnienia wewnątrz zamkniętego przedziału powięziowego, co prowadzi do upośledzenia krążenia krwi, niedotlenienia i uszkodzenia znajdujących się tam tkanek. Ciśnienie w przedziale powięziowym wzrasta, gdy nie ma możliwości jego rozszerzenia, a objętość zawartości przedziału się zwiększa. Może być spowodowany różnymi czynnikami, które zasadniczo można podzielić na te zwiększające objętość przedziału oraz te, które zmniejszają jego pojemność.123
Etiologia ostrego zespołu przedziałów powięziowych
Ostry zespół przedziałów powięziowych (OZPP) jest stanem nagłym, wymagającym natychmiastowej interwencji. Najczęściej rozwija się w wyniku poważnego urazu lub obrażeń, choć może także wystąpić po stosunkowo drobnych urazach.12
Urazy jako główna przyczyna
Złamania kości są najczęstszą przyczyną ostrego zespołu przedziałów powięziowych, odpowiadając za około 75% wszystkich przypadków.1 Szczególnie istotne są złamania kości długich, zwłaszcza kości piszczelowej, gdzie OZPP rozwija się w około 1-10% takich złamań.123 W górnej kończynie najczęściej związane są ze złamaniami dalszej części kości promieniowej.1
U dzieci zespół przedziałów powięziowych często kojarzy się ze złamaniami nadkłykciowymi kości ramiennej oraz złamaniami kości przedramienia (zarówno łokciowej, jak i promieniowej).2 Badania wykazały, że ryzyko rozwoju OZPP jest zwiększone u pacjentów pediatrycznych, którzy są starsi, płci męskiej, mają wzorzec złamania typu „łokieć pływający” lub doznali urazu naczyniowo-nerwowego.23
Inne urazy często prowadzące do rozwoju OZPP to:123
- Urazy zmiażdżeniowe (np. gdy coś ciężkiego spada na kończynę)
- Ciężkie stłuczenia mięśni
- Urazy sportowe
- Rany penetrujące (postrzałowe, kłute)
- Urazy wysokoenergetyczne (np. wypadki komunikacyjne)
- Upadek z wysokości
- Oparzenia, zwłaszcza okrężne
- Długotrwały ucisk kończyny
Przyczyny jatrogenne i pooperacyjne
Zespół przedziałów powięziowych może rozwinąć się również jako powikłanie interwencji medycznych:123
- Powikłania po operacji
- Zbyt ciasne opatrunki, szyny lub gipsy
- Przywrócenie przepływu krwi po wcześniejszej blokadzie (zespół reperfuzji) – może wystąpić po chirurgicznej naprawie uszkodzonego naczynia krwionośnego, które było zablokowane przez kilka godzin
- Niewłaściwe ułożenie pacjenta podczas operacji, zwłaszcza przy długotrwałych zabiegach
- Wynaczynienie płynów dożylnych lub środków kontrastowych
Czynniki ryzyka i inne przyczyny
Istnieją również inne czynniki, które mogą zwiększać ryzyko rozwoju zespołu przedziałów powięziowych:234
- Stosowanie leków przeciwkrzepliwych lub zaburzenia krzepnięcia (np. hemofilia)
- Stosowanie sterydów anabolicznych – może prowadzić do nadmiernego przyrostu mięśni, co zwiększa ciśnienie w przedziale
- Zakrzepica żył głębokich
- Ciężka intoksykacja alkoholem lub innymi substancjami (poprzez długotrwały ucisk w wyniku nieprzytomności)
- Ukąszenia jadowitych zwierząt (np. węże)
- Infekcje (szczególnie zakażenia paciorkowcowe grupy A)
- Zespół nerczycowy lub inne stany obniżające osmolarność surowicy
- Uogólniona reakcja zapalna
Etiologia przewlekłego zespołu przedziałów powięziowych
Przewlekły (wysiłkowy) zespół przedziałów powięziowych (PZPP) różni się od postaci ostrej zarówno przyczynami, jak i przebiegiem. Najczęściej występuje u młodych, aktywnych osób, szczególnie sportowców uprawiających dyscypliny wysiłkowe.12
Aktywność fizyczna jako główna przyczyna
Główną przyczyną przewlekłego zespołu przedziałów powięziowych jest intensywny, powtarzalny wysiłek fizyczny.1 Rodzaje aktywności często prowadzące do PZPP to:12
- Bieganie, szczególnie na długich dystansach
- Kolarstwo
- Pływanie
- Trening na orbitreku
- Podnoszenie ciężarów
- Skakanie (np. płotkarstwo)
Patomechanizm przewlekłego zespołu przedziałów powięziowych
Patofizjologia przewlekłego zespołu przedziałów powięziowych nie jest w pełni wyjaśniona. Istnieje kilka teorii dotyczących mechanizmu jego powstawania:12
- Teoria sztywnej powięzi – podczas wysiłku mięśnie zwiększają swoją objętość, jednak niepodatna powięź nie pozwala na odpowiednie rozszerzenie przedziału. Prowadzi to do wzrostu ciśnienia i upośledzenia przepływu krwi, co skutkuje niedotlenieniem tkanek i objawami niedokrwiennymi.
- Zaburzone odprowadzanie żylne – nadciśnienie żylne i upośledzony odpływ krwi mogą prowadzić do wzrostu ciśnienia w przedziale.
- Nadmierny rozrost mięśni – u niektórych osób mięśnie mogą powiększać się nadmiernie podczas wysiłku, co prowadzi do większego wzrostu ciśnienia w przedziale.
- Szczególnie niepodatna powięź otaczająca mięśnie.
- Wyższe ciśnienie żylne u niektórych osób.
Czynniki mechaniczne i anatomiczne
Czynniki mechaniczne, które mogą przyczyniać się do rozwoju przewlekłego zespołu przedziałów powięziowych, obejmują:1
- Nieprawidłową biomechanikę stopy (np. stopa płaska lub pronująca)
- Napięcie mięśni łydki (mięśnia brzuchatego łydki i/lub mięśnia płaszczkowatego)
- Nieoptymalne lub niezrównoważone schematy ćwiczeń
- Słabe stabilizatory biodra
- Niewłaściwe obuwie
Brzuszny zespół przedziałów powięziowych
Brzuszny zespół przedziałów powięziowych jest rzadziej występującą formą tej choroby, ale może stanowić poważne zagrożenie. Rozwija się niemal zawsze po ciężkim urazie, operacji lub w przebiegu krytycznej choroby.1
Czynniki związane z brzusznym zespołem przedziałów powięziowych to:12
- Urazy, szczególnie te prowadzące do wstrząsu
- Operacje w obrębie jamy brzusznej, zwłaszcza przeszczep wątroby
- Oparzenia
- Sepsa
- Ciężki wodobrzusze
- Krwawienie do jamy brzusznej
- Złamania miednicy
- Zapalenie trzustki lub niewydolność wątroby
Patomechanizm zespołu przedziałów powięziowych
Zrozumienie patomechanizmu zespołu przedziałów powięziowych jest kluczowe dla efektywnego rozpoznania i leczenia tego stanu. Jest to samonapędzająca się kaskada zdarzeń, która prowadzi do pogorszenia krążenia i ostatecznie do martwicy tkanek.1
Podstawowy mechanizm patofizjologiczny
Zespół przedziałów powięziowych rozwija się, gdy ciśnienie w zamkniętym przedziale powięziowym przekracza ciśnienie perfuzji, co prowadzi do niedokrwienia mięśni i nerwów.1 Sekwencja zdarzeń jest następująca:23
- Ciśnienie tkanek przekracza ciśnienie żylne, co upośledza odpływ krwi
- Zaburzony odpływ żylny prowadzi do zastoju krwi i dalszego wzrostu ciśnienia
- Gdy ciśnienie w przedziale zbliża się do ciśnienia rozkurczowego, dopływ krwi tętniczej zostaje upośledzony
- Komórki mięśniowe i nerwowe są pozbawione tlenu i składników odżywczych
- Gromadzenie się produktów przemiany materii powoduje ból i zaburzenia czucia obwodowego w wyniku podrażnienia nerwów
- Bez interwencji dochodzi do nieodwracalnego uszkodzenia mięśni i nerwów
Typowe ciśnienie w spoczynkowym mięśniu wynosi około 0-15 mmHg. Gdy ciśnienie w przedziale przekracza 30-45 mmHg lub zbliża się do 30 mmHg poniżej ciśnienia rozkurczowego, u większości osób rozwija się zespół przedziałów powięziowych.12
Mechanizmy zwiększające ciśnienie w przedziale
Przyczyny wzrostu ciśnienia w przedziale można ogólnie podzielić na dwie kategorie:12
Zwiększenie zawartości przedziału
Do zwiększenia zawartości przedziału mogą przyczynić się:12
- Krwawienie – najczęściej w wyniku złamania lub uszkodzenia dużego naczynia
- Obrzęk – spowodowany urazem, oparzeniem, wysiłkiem lub infekcją
- Intensywne użycie mięśni – tężyczka, intensywny wysiłek, drgawki
- Zespół reperfuzji – gdy przywrócony jest przepływ krwi po okresie niedokrwienia
- Wynaczynienie płynów – wynaczynienie infuzji dożylnej lub masywna resuscytacja płynowa
- Uszkodzenie mięśni – rozerwanie mięśnia brzuchatego łydki lub strzałkowego
- Infekcja – szczególnie zapalenie mięśni wywołane przez paciorkowce
- Obniżona osmolarność surowicy – np. w zespole nerczycowym
Zmniejszenie objętości przedziału
Do zmniejszenia objętości przedziału mogą przyczynić się:1
- Ciasne opatrunki, szyny lub gipsy – szczególnie okrężne, założone przed ustąpieniem obrzęku
- Oparzenia – zwłaszcza okrężne, prowadzące do powstawania nieelastycznego strupa
- Długotrwałe unieruchomienie kończyny – szczególnie w pozycji uciskającej naczynia
- Pozycja pacjenta podczas operacji – np. pozycja litotomijna
Uszkodzenie komórek i konsekwencje
Kluczowym elementem patomechanizmu jest niedokrwienie tkanek i jego konsekwencje:1
- Gdy komórki mięśniowe tracą dopływ krwi i tlenu, zaczynają obumierać
- Jeśli stan nie zostanie rozpoznany i leczony, cały mięsień może obumrzeć, zbliznowaciać i ulec przykurczowi
- Uszkodzenie nerwów może prowadzić do drętwienia i osłabienia struktur poniżej miejsca urazu
- Śmierć komórek mięśniowych (rabdomioliza) prowadzi do uwalniania mioglobiny, która może uszkadzać nerki
Po okresie niedokrwienia, reperfuzja tkanek generuje toksyczne reaktywne formy tlenu i inne mediatory zapalne, które powodują zwiększoną przepuszczalność naczyń włosowatych i obrzęk śródmiąższowy.1 Zwiększony obrzęk prowadzi do dalszego wzrostu ciśnienia w przedziale, co może spowodować zespół przedziałów powięziowych.1
Czynniki ryzyka zespołu przedziałów powięziowych
Zidentyfikowanie czynników ryzyka zespołu przedziałów powięziowych jest kluczowe dla wczesnej diagnostyki i profilaktyki. Różne badania wykazały szereg czynników, które zwiększają prawdopodobieństwo rozwoju tego stanu.12
Czynniki demograficzne
Badania epidemiologiczne wykazały, że niektóre grupy demograficzne są bardziej narażone na rozwój zespołu przedziałów powięziowych:12
- Płeć – mężczyźni są około 10 razy częściej dotknięci tym schorzeniem niż kobiety
- Wiek – u dorosłych z złamaniami trzonu kości piszczelowej, młodszy wiek jest czynnikiem ryzyka; najwyższa częstość występowania obserwowana jest u osób w wieku 12-19 lat
- Całkowita częstość występowania szacowana jest na 3,1 przypadku na 100 000 osób w populacji ogólnej
W badaniu przeprowadzonym przez Robertsona i wsp. dotyczącym pediatrycznych pacjentów ze złamaniami nadkłykciowymi kości ramiennej, analiza regresji wykazała, że zespół przedziałów powięziowych częściej występuje u pacjentów starszych lub płci męskiej, a także u tych ze wzorcem złamania typu „łokieć pływający” lub z urazem naczyniowo-nerwowym.1
Czynniki związane z urazem
Charakter i lokalizacja urazu są istotnymi czynnikami ryzyka:12
- Złamania kości długich – szczególnie kości piszczelowej, gdzie złamania bliższej i środkowej części trzonu zwiększają ryzyko w największym stopniu
- Urazy wysokoenergetyczne – znacząco zwiększają ryzyko
- Typy złamań – złamania typu C według klasyfikacji OTA/AO są związane z wyższym ryzykiem
- Urazy naczyniowe towarzyszące złamaniom
- Rany postrzałowe ze złamaniem i urazem naczyniowym
- Kombinacja urazów przodostopia i śródstopia
- Złamania kości przedramienia z równoczesnym złamaniem kości ramiennej
Badanie Allmon i wsp. wykazało, że każdy 10% wzrost stosunku długości złamania do długości kości piszczelowej zwiększał szanse na rozwój zespołu przedziałów powięziowych o 1,67.1
Czynniki związane z leczeniem
Sposób leczenia urazu może również wpływać na ryzyko rozwoju zespołu przedziałów powięziowych:1
- Zarówno zamknięte, jak i otwarte leczenie złamań może zwiększać ciśnienie w przedziale i ryzyko ZPP
- Ciasne opatrunki, szyny lub gipsy, szczególnie okrężne
- Reperfuzja po zabiegu rewaskularyzacji (np. bypass kończyny, embolektomia, tromboliza)
- Znieczulenie – może wpływać na rozwój ZPP poprzez zastosowanie znieczulenia regionalnego, kontrolę ciśnienia krwi i podaż tlenu oraz dostosowaną analgezję w okresie okołooperacyjnym
Czynniki ryzyka przewlekłego zespołu przedziałów powięziowych
Czynniki predysponujące do rozwoju przewlekłego zespołu przedziałów powięziowych różnią się od tych związanych z postacią ostrą:12
- Wiek – najczęściej występuje u osób poniżej 40 roku życia, choć może rozwinąć się w każdym wieku
- Intensywny trening – szczególnie u sportowców uprawiających dyscypliny wytrzymałościowe
- Nadmierne zwiększenie aktywności – zbyt szybkie zwiększenie dystansu lub intensywności treningów
- Hipertrofia mięśni spowodowana ćwiczeniami bez towarzyszącego rozszerzenia powięzi
- Zmiana podłoża – np. rozpoczęcie biegania na twardych powierzchniach
- Nieprawidłowa biomechanika stopy
- Stosowanie sterydów anabolicznych – może prowadzić do szybkiego wzrostu mięśni, co zwiększa ciśnienie w przedziale mięśniowym
Częstość występowania przewlekłego wysiłkowego zespołu przedziałów powięziowych szacuje się na 33% u aktywnych pacjentów z bólem kończyn dolnych wywołanym wysiłkiem.1
Zespół przedziałów powięziowych w różnych lokalizacjach
Zespół przedziałów powięziowych może wystąpić w różnych częściach ciała, gdzie występują zamknięte przedziały powięziowe. Najczęściej dotyczy kończyn dolnych, ale może również rozwinąć się w obrębie kończyn górnych, dłoni, stóp, pośladków, a nawet jamy brzusznej.1
ZPP kończyn dolnych
Najczęstszą lokalizacją zespołu przedziałów powięziowych są kończyny dolne, szczególnie podudzie.1 W obrębie podudzia wyróżnia się cztery główne przedziały: przedni, boczny, głęboki tylny i powierzchowny tylny.2
W przypadku podudzia, najczęstszą przyczyną ZPP są:12
- Złamania kości piszczelowej – najczęstsza przyczyna, szczególnie złamania trzonu (diafyzy) kości piszczelowej
- Urazy wysokoenergetyczne – wypadki komunikacyjne, potrącenia pieszych
- Rany postrzałowe i rany kłute
- Urazy zmiażdżeniowe
- Upadki z wysokości
ZPP kończyn górnych
W kończynach górnych ZPP najczęściej dotyczy przedramienia, a główne przyczyny to:12
- Złamania nadgarstka, przedramienia lub dalszej części ramienia
- Złamania dalszej części kości promieniowej (złamania Collesa)
- Złamania nadkłykciowe kości ramiennej – szczególnie u dzieci
- Złamania trzonu kości promieniowej lub łokciowej
- Złamania szyjki chirurgicznej kości ramiennej
Ryzyko ZPP przy złamaniu dalszej części kości promieniowej wynosi około 0,25%, ale wzrasta do 15% przy jednoczesnym urazie dalszej części kości promieniowej i łokcia.1
ZPP dłoni i stóp
Zespół przedziałów powięziowych może również występować w dłoniach i stopach:1
- ZPP dłoni – najczęstsze przyczyny to urazy, iniekcje pod wysokim ciśnieniem i wynaczynienie dożylne
- ZPP stopy – najczęstsze przyczyny to urazy zmiażdżeniowe, upadki z wysokości i wypadki z dużą energią kinetyczną
ZPP pośladków i jamy brzusznej
Rzadsze lokalizacje zespołu przedziałów powięziowych to:12
- ZPP pośladków – główne przyczyny to urazy miednicy i długotrwałe unieruchomienie podczas operacji
- Brzuszny zespół przedziałów powięziowych – występuje po ciężkim urazie lub operacji, związany z wstrząsem, operacjami w obrębie jamy brzusznej (zwłaszcza przeszczepem wątroby), oparzeniami, sepsą, wodobrzuszem lub krwawieniem do jamy brzusznej
- Paraspinalny zespół przedziałów powięziowych – rzadka forma, określana jako „efekt rurki Bourdona”
- Oczodołowy zespół przedziałów powięziowych – najczęściej spowodowany krwiakiem zaoczodołowym, a głównym czynnikiem etiologicznym jest uraz twarzy
Nietypowe i rzadkie przyczyny zespołu przedziałów powięziowych
Chociaż najczęstszymi przyczynami zespołu przedziałów powięziowych są urazy i złamania, istnieją również rzadkie i nietypowe przypadki, które wymagają szczególnej uwagi ze względu na trudności diagnostyczne.1
Idiopatyczny spontaniczny zespół przedziałów powięziowych
Idiopatyczny spontaniczny zespół przedziałów powięziowych to rzadkie zjawisko, które występuje bez oczywistych czynników ryzyka.12 W literaturze medycznej opisano jedynie kilka przypadków. Stanowi wyzwanie diagnostyczne, ponieważ pacjenci nie mają oczywistych urazów ani innych czynników predysponujących.1
Zespół przedziałów powięziowych wywołany infekcją
Infekcje mogą być rzadką przyczyną zespołu przedziałów powięziowych:12
- Infekcje wtórne do ukąszeń owadów z zakaźnym zapaleniem tkanki łącznej i zapaleniem mięśni
- Zakażenia paciorkowcami grupy A, które wiążą się z uwalnianiem egzotoksyn i obrzękiem tkanek
- Ropnie wewnątrz przedziałów mięśniowych
Te przypadki są często błędnie diagnozowane, co opóźnia właściwe leczenie. Zespół przedziałów powięziowych w tych przypadkach wymaga nie tylko fasciotomii, ale również odpowiedniej antybiotykoterapii.1
Nietypowe czynniki ryzyka
Istnieją również nietypowe czynniki, które mogą prowadzić do rozwoju zespołu przedziałów powięziowych:12
- Zaburzenia układu nerwowego – np. u pacjentów z zaburzoną funkcją mózgu, którzy nie zmieniają pozycji naturalnie podczas snu
- Nakłucie żyły u pacjenta przyjmującego leki przeciwkrzepliwe – opisano przypadki ZPP wymagającego fasciotomii po prostym nakłuciu żyły
- Intensywny wysiłek bez urazu – obserwowany u żołnierzy i sportowców bez jakiejkolwiek historii urazu
- Niewłaściwe ułożenie podczas snu – szczególnie u osób pod wpływem alkoholu lub narkotyków
- Uraz śródporodowy – u noworodków z nieprawidłowym ułożeniem wewnątrzmacicznym lub uduszeniem przez pępowinę
Wpływ ogólnoustrojowy zespołu przedziałów powięziowych
Zespół przedziałów powięziowych może mieć również wpływ ogólnoustrojowy, wykraczający poza bezpośrednio dotknięty przedział:1
- Może towarzyszyć mu ciężki ogólnoustrojowy stan zapalny
- Może prowadzić do uszkodzenia odległych narządów
- Może rozwinąć się w nieuszkodzonym przedziale z powodu dużej reakcji zapalnej i przecieku włośniczkowego
Badania na modelach zwierzęcych wykazały związek między zespołem przedziałów powięziowych w kończynie a ogólnoustrojowym stanem zapalnym i dysfunkcją odległego narządu.1
Podsumowanie etologii zespołu przedziałów powięziowych
Zespół przedziałów powięziowych jest stanem klinicznym o złożonej etiologii. Najczęściej jest spowodowany urazami, szczególnie złamaniami kości długich, które stanowią około 75% wszystkich przypadków.1 Inne istotne przyczyny obejmują urazy tkanek miękkich, oparzenia, zabiegi chirurgiczne, ciasne opatrunki i szereg czynników nitraumatycznych.1
Kluczowym mechanizmem patofizjologicznym jest wzrost ciśnienia w zamkniętym przedziale powięziowym, co prowadzi do upośledzenia krążenia krwi, niedotlenienia tkanek i ostatecznie do uszkodzenia mięśni i nerwów.1 Ten proces może być wywołany zarówno przez zwiększenie zawartości przedziału (krwawienie, obrzęk), jak i przez zmniejszenie jego objętości (ciasne opatrunki, nieelastyczne strupy oparzeniowe).1
Szczególną uwagę należy zwrócić na czynniki ryzyka, takie jak płeć męska, młodszy wiek, urazy wysokoenergetyczne i złamania określonych typów.1 Istotne jest również rozróżnienie między ostrym a przewlekłym zespołem przedziałów powięziowych, ponieważ różnią się one zarówno przyczynami, jak i podejściem terapeutycznym.1
Wczesne rozpoznanie i leczenie są kluczowe dla zapobiegania trwałym uszkodzeniom. Ostry zespół przedziałów powięziowych jest stanem nagłym wymagającym natychmiastowej interwencji chirurgicznej, podczas gdy przewlekły zespół przedziałów powięziowych może być początkowo leczony zachowawczo.1
Badania nad nietypowymi przyczynami i ogólnoustrojowymi efektami zespołu przedziałów powięziowych dostarczają cennych informacji, które mogą pomóc w lepszym zrozumieniu tej choroby i opracowaniu skuteczniejszych strategii diagnostycznych i terapeutycznych.1
Kolejne rozdziały
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Wybierz kolejny rozdział z menu poniżej, aby otworzyć nową podstronę kompedium wiedzy i uzyskać szczegółowe informację o leku, substancji lub chorobie.
Materiały źródłowe
- #1 Acute Compartment Syndrome – StatPearls – NCBI Bookshelfhttps://www.ncbi.nlm.nih.gov/books/NBK448124/
Acute compartment syndrome can occur with any condition that restricts the intracompartmental space or increases the fluid volume in the intracompartmental space. Acute compartment syndrome can occur without any precipitating trauma but typically occurs after a long bone fracture, with tibial fractures being the most common cause of the condition, followed by distal radius fractures. Seventy-five percent of cases of acute compartment syndrome are associated with fractures. After fractures, the most common cause of acute compartment syndrome is soft tissue injuries. Other causes of acute compartment syndrome include burns, vascular injuries, crush injuries, drug overdoses, reperfusion injuries, thrombosis, bleeding disorders, infections, improperly placed casts or splints, tight circumferential bandages, penetrating trauma, intense athletic activity, and poor positioning during surgery. […] In children, supracondylar fractures of the humerus and both ulnar and radial forearm fractures are associated with compartment syndrome.
- #1 Our knowledge of orthopaedics. Your best health.https://orthoinfo.aaos.org/en/diseases–conditions/compartment-syndrome/
Compartment syndrome is a painful condition that occurs when pressure within the muscles builds to dangerous levels. This pressure can decrease blood flow, which prevents nourishment and oxygen from reaching nerve and muscle cells. […] Acute compartment syndrome usually develops after a severe injury, such as a car accident or a broken bone. Rarely, it develops after a relatively minor injury. […] Conditions that may bring on acute compartment syndrome include: A fracture. A badly bruised muscle. This type of injury can occur when a motorcycle falls on the leg of the rider, or a football player is hit in the leg by another player’s helmet. It can also happen after overly vigorous exercise that causes muscle tissue to break down (rhabdomyolysis). Reestablished blood flow after blocked circulation. This may occur after a surgeon repairs a damaged blood vessel that has been blocked for several hours. A blood vessel can also be blocked during sleep. Lying for too long in a position that blocks a blood vessel, then moving or waking up can cause this condition. Most healthy people will naturally move when blood flow to a limb is blocked during sleep. The development of compartment syndrome in this manner usually occurs in people whose brain function is impaired. This can happen after severe intoxication with alcohol or other drugs. Crush injuries. Anabolic steroid use. Taking steroids is a possible factor in compartment syndrome. Constricting bandages. Casts and tight bandages may lead to compartment syndrome. If symptoms of compartment syndrome develop, remove or loosen any constricting bandages. If you have a cast, contact your doctor immediately. […] Chronic compartment syndrome causes pain or cramping during exercise. This pain goes away when activity stops. It most often occurs in the leg.
- #1 Acute compartment syndrome of the extremities – UpToDatehttps://www.uptodate.com/contents/acute-compartment-syndrome-of-the-extremities
Acute compartment syndrome (ACS) most often develops soon after significant trauma, particularly involving long bone fractures. […] However, ACS may also occur following minor trauma or from nontraumatic causes. In brief, any condition that decreases the volume capacity of a compartment or increases the volume of fluid within a compartment raises intracompartmental pressure and places the patient at risk for developing compartment syndrome. […] Long bone fracture â Fractures account for approximately 75 percent of cases of ACS. Risk increases with comminuted fractures. The tibia is involved most often, with ACS developing in approximately 1 to 10 percent of such fractures. […] Risk associated with fracture treatment â Both closed and open fracture treatment can increase compartment pressure and the risk for ACS.
- #1 Compartment Syndrome: What It Is, Symptoms & Treatmentshttps://my.clevelandclinic.org/health/diseases/15315-compartment-syndrome
Compartment syndrome happens when an injury or repeated stress causes swelling and bleeding inside a muscle compartment. If the pressure builds too much, your muscles press against the fascia that holds them in place. […] Severe injuries are the most common cause of acute compartment syndrome, including: car accidents, falling from a high place (like off a roof or ladder), bone fractures (broken bones), crushing injuries (when something heavy falls on you), severe muscle contusions, sports injuries, complications after surgery, complications from wearing a cast or splint that’s too tight, and prolonged pressure on an arm or leg after not moving for several hours at a time. […] Chronic (exertional) compartment syndrome usually builds up over time. Frequent, intense exercise is the most common cause. Doing the same kind of workout or training can put repeated stress on the same muscles and cause a pressure build-up. Some common causes include: running, biking, swimming, and weightlifting.
- #1https://www.orthobullets.com/trauma/1001/leg-compartment-syndrome
Leg Compartment Syndrome is a devastating lower extremity condition where the osseofascial compartment pressure rises to a level that decreases perfusion to the leg and may lead to irreversible muscle and neurovascular damage. […] Etiology includes trauma such as fractures (69% of cases), crush injuries, contusions, and gunshot wounds. […] Other causes include tight casts, dressings, or external wrappings, extravasation of IV infusion, burns, postischemic swelling, bleeding disorders, and arterial injury. […] The cascade of events includes local trauma and soft tissue destruction, bleeding and edema, increased interstitial pressure, vascular occlusion (decreased venous outflow relative to arterial inflow), and myoneural ischemia. […] Risk factors include diaphyseal fractures and young age (highest prevalence in 12-19 year olds).
- #1 Acute compartment syndrome of the extremities – UpToDatehttps://www.uptodate.com/contents/acute-compartment-syndrome-of-the-extremities
Trauma without fracture â Other forms of trauma not involving a fracture can predispose a patient to ACS. Possible causes include: forceful direct trauma to a tissue compartment (eg, crush injury), severe thermal burns, constrictive bandages, splints, or casts (usually circumferential), penetrating trauma, high-pressure injection, injury to vascular structures, animal bites and stings. […] Nontraumatic causes â Nontraumatic causes of ACS occur less frequently but may stem from a wide range of conditions or events: hematologic: ischemia-reperfusion injury, thrombosis, bleeding disorders, vascular disease, spontaneous hemorrhage; anticoagulation; nephrotic syndrome (or other conditions that decrease serum osmolarity); toxic: animal envenomations and bites; injection of recreational drugs; intravenous fluids: extravasation of fluid; massive fluid resuscitation (eg, severe thermal burns, sepsis); prolonged limb compression (eg, following severe drug or alcohol intoxication; poor positioning during surgery); revascularization procedures or treatments (eg, extremity bypass surgery, embolectomy, thrombolysis); group A streptococcus infections of muscle; systemic inflammatory response.
- #1 Compartment syndrome: Causes, symptoms, and treatmenthttps://www.medicalnewstoday.com/articles/318581
Compartment syndrome happens when pressure in the muscles builds to dangerous levels and decreases blood flow to the affected area. […] There are two kinds of compartment syndrome. Acute compartment syndrome tends to be caused by a severe injury. […] The other type is chronic compartment syndrome, which is not a medical emergency. […] Acute compartment syndrome is usually caused by a severe injury, such as a car accident or a broken bone. […] One possible cause is when blood flow is restored after blocked circulation. […] Other possible causes include: fracture, badly bruised muscle, crush injuries, anabolic steroid use, casts or bandages that are too tight, burns. […] Chronic compartment syndrome is characterized by pain and swelling and is usually caused by exercise. […] Repetitive motion activities are more likely to cause chronic compartment syndrome, they include: running, cycling, swimming, elliptical training.
- #1 Chronic exertional compartment syndrome – UpToDatehttps://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. Like acute compartment syndrome (ACS), it is thought to result from increased pressure within a muscle compartment. CECS occurs primarily in the lower leg, although it has been reported in the forearm and elsewhere. […] 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.
- #1 Chronic exertional compartment syndrome – Symptoms & causes – Mayo Clinichttps://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 Chronic Compartment Syndrome | Kingsley Physio | More than your local Physiohttps://kingsleyphysio.com/common-conditions/chronic-compartment-syndrome/
There are 2 broad mechanisms by which chronic compartment syndrome is thought to be caused: The relative increase in tightness and reduction in elasticity of the surrounding fascial tissue. […] Reduced or poor autonomic control of venous blood return. […] A third, less substantiated theory, suggests that low-grade lumbar dysfunction (often with negligible or absent lumbar symptoms) may impair reflexive inhibition of antagonistic muscle action during the loading response and terminal stance phases of the gait/running cycle. […] The mechanical aggravators of CCS may include: Abnormal foot biomechanics (such as flat or pronated feet). […] Tightness in the posterior calf muscles (gastrocnemius and/or soleus). […] Sub-optimal or imbalanced exercise schedules. […] Weak hip stabilizers. […] Poor footwear.
- #1 Compartment Syndrome: Causes, Diagnosis, Symptoms, and Treatmentshttps://www.webmd.com/pain-management/compartment-syndrome-causes-treatments
Taking anabolic steroids can also contribute to developing compartment syndrome. […] Abdominal compartment syndrome almost always develops after a severe injury or surgery, or during critical illness. […] Some conditions associated with abdominal compartment syndrome include trauma, especially when it results in shock, abdominal surgery, particularly liver transplant, burns, sepsis, severe ascites, or abdominal bleeding, and pelvic fracture. […] Exertional compartment syndrome can happen after extremely vigorous exercise, especially eccentric movements.
- #1 Compartment Syndrome – Injuries; Poisoning – Merck Manual Professional Editionhttps://www.merckmanuals.com/professional/injuries-poisoning/fractures/compartment-syndrome
Compartment syndrome is a self-perpetuating cascade of events. […] Common causes of compartment syndrome include fractures, severe contusions or crush injuries, reperfusion injury after vascular injury and repair. […] Rare causes include snakebites, burns, severe exertion, illicit drug overdose (of heroin or cocaine), casts, tight bandages, and other rigid circumferential devices that limit swelling and thus increase compartment pressure. […] Prolonged pressure on a muscle during coma may cause rhabdomyolysis.
- #1 Acute Compartment Syndrome: Practice Essentials, Anatomy, Pathophysiologyhttps://emedicine.medscape.com/article/307668-overview
Acute compartment syndrome occurs when the tissue pressure within a closed muscle compartment exceeds the perfusion pressure and results in muscle and nerve ischemia. It typically occurs subsequent to a traumatic event, most commonly a fracture. […] The cycle of events leading to acute compartment syndrome begins when the tissue pressure exceeds the venous pressure and impairs blood outflow. Lack of oxygenated blood and accumulation of waste products result in pain and decreased peripheral sensation secondary to nerve irritation. […] The literature is somewhat confusing because of the interchangeable use of the terms acute, subacute, chronic, and recurrent compartment syndrome; crush syndrome; and Volkmann ischemic contracture. Crush syndrome is distinct from compartment syndrome; it is defined as a severe systemic manifestation (eg, rhabdomyolysis) of trauma and ischemia involving soft tissues, principally skeletal muscle, as a result of prolonged, severe crushing. Crush syndrome trauma or rhabdomyolysis may also lead to acute compartment syndrome.
- #1https://step2.medbullets.com/orthopedics/120558/compartment-syndrome
The most common cause is a fracture […] Soft tissue injury […] Circumferential burns […] Crush injuries […] Constrictive dressing (e.g., splints, casts, or poor surgical positioning) […] Penetrating wounds […] blood flow is blocked when the tissue pressure exceeds the perfusion pressure within a fixed-volume compartment […] this results in a lack of oxygen and the accumulation of waste products, causing pain and decreased peripheral sensation […] irreversible tissue damage occurs between 6-8 hours after onset […] after a period of ischemia, tissue reperfusion generates toxic reactive oxygen species and other inflammatory mediators that cause increased capillary permeability and interstitial edema […] increased edema leads to rising compartment pressures, which can cause compartment syndrome […] limb ischemia-reperfusion injury.
- #1 Compartment Syndrome Causes, Symptoms, Diagnosis & Treatmenthttps://www.medicinenet.com/compartment_syndrome/article.htm
Compartment syndrome describes increased pressure within a muscle compartment of the arm or leg. […] Compartment syndrome is a condition that occurs when an injury causes generalized painful swelling and increased pressure within a compartment to the point that blood cannot supply the muscles and nerves with oxygen and nutrients. […] Muscles are contained in compartments covered by thick fibrous bands of tissue or fascia. Because of injury, pressure can increase within the compartment to swelling (fluid accumulation) or bleeding. […] If the pressure within the compartment increases (usually greater than about 30 -45mmHg; or within 30 mm of the diastolic blood pressure) most individuals develop compartment syndrome. […] When these high compartment pressures are present, blood cannot circulate to the muscles and nerves to supply them with oxygen and nutrients.
- #1 Acute Compartment Syndrome: Practice Essentials, Anatomy, Pathophysiologyhttps://emedicine.medscape.com/article/307668-overview
The incidence of compartment syndrome depends on the patient population studied and the etiology of the syndrome. In a study by Qvarfordt and colleagues, 14% of patients with leg pain were noted to have anterior compartment syndrome; compartment syndrome was seen in 1-9% of leg fractures. […] Compartment syndrome may affect any compartment, including the hand, forearm, upper arm, abdomen, buttock, and entire lower extremity. Almost any injury can cause this syndrome, including injury resulting from vigorous exercise. […] Any internal or external event that increases pressure within a compartment can cause compartment syndrome. Thus, increased fluid content or decreased compartment size can lead to the condition. […] Increased fluid content can be caused by the following: Intensive muscle use (eg, tetany, vigorous exercise, seizures); Everyday exercise activities (eg, stationary bicycle use, horseback riding); Burns; Envenomation; Decreased serum osmolarity (eg, nephrotic syndrome); Hemorrhage (particularly from a large vessel injury); Postischemic swelling; Drug/alcohol abuse and coma; Rhabdomyolysis; Gastrocnemius or peroneus muscle tear (lower extremity); Ruptured Baker cyst; Influenza myositis; Autoimmune vasculitis; Androgen abuse/muscle hypertrophy; Deep venous thrombosis.
- #1 Acute Compartment Syndrome of the Limbs: Current Concepts and Managementhttps://openorthopaedicsjournal.com/VOLUME/6/PAGE/535/FULLTEXT/
The causes of ACS either increase the volume of the contents of a compartment or reduce the capacity/volume of the compartment sheath (Box 1) […] Causes of a decrease in compartment size include tight dressings, bandages or casts. In some cases, lying on a limb for prolonged periods has been implicated. It is therefore important for clinicians to be particularly alert in patients who have had periods of prolonged unconsciousness, such as drug users. Several papers have also reported the occurrence of ACS after operations, which require unnatural positioning of the patient such as some gynaecological conditions requiring the lithotomy position. Patients with circumferential burns to the limbs are also at risk of ACS if they develop an inelastic eschar which prevents tissue expansion during swelling. In such patients, an escharotomy may be initially indicated.
- #1 Compartment Syndrome Causes, Symptoms, Diagnosis & Treatmenthttps://www.medicinenet.com/compartment_syndrome/article.htm
As the muscle cells lose their blood and oxygen supply, they begin to die. […] If the condition is not recognized and treated, the whole muscle can die, scar down, and contract. […] Similarly, nerve cells that are damaged may fail to cause numbness and weakness in the structures beyond the injury site. […] Acute compartment syndrome occurs as a complication of an injury. […] Often it is due to a fracture of the radius or ulna in the forearm or the tibia and fibula in the lower leg that causes significant bleeding in one or more of the compartments. […] Compartment syndrome may be a complication of bandages or casts that are applied too tightly or due to swelling that occurs after casting. […] Other abrupt causes of compartment syndrome include burns, snake bites and other envenomation, and anabolic steroid use. […] Chronic compartment syndrome occurs because of excessive exercise, where repetitive motion and muscle use cause localized swelling and irritation. […] Symptoms resolve with rest and very rarely progress to an acute limb-threatening situation.
- #1 Acute Compartment Syndrome: Practice Essentials, Anatomy, Pathophysiologyhttps://emedicine.medscape.com/article/307668-overview
Fractures or gunshot wounds may be the source of hemorrhage underlying compartment syndrome. Upper extremity fractures most frequently associated with compartment syndrome are supracondylar fractures of the humerus, but cases have also been reported in conjunction with fractures of the radial or ulnar diaphysis, fractures of the surgical neck of the humerus, and Colles fractures. […] Although trauma is the most common etiology, compartment syndrome has been shown to occur in neonates from intrauterine malposition or strangulation of the extremity by the umbilical cord. […] A study by Shadgan et al indicated that in adult patients with tibial diaphyseal fractures, younger age is a risk factor for acute compartment syndrome. […] In contrast, in a retrospective study by Robertson et al of pediatric patients with supracondylar humerus fractures, regression analysis indicated that compartment syndrome is more likely to occur in patients who are older or male, as well as in those who exhibit a floating elbow fracture pattern or have neurovascular injury.
- #1 The Pathophysiology, Diagnosis and Current Management of Acute Compartment Syndromehttps://pmc.ncbi.nlm.nih.gov/articles/PMC4110398/
Acute compartment syndrome (ACS) is a surgical emergency warranting prompt evaluation and treatment. It can occur with any elevation in interstitial pressure in a closed osseo-fascial compartment. […] The commonest cause of all ACSs are tibial shaft fractures with a range from 2-9%. […] Any internal or external event that increases intra-compartmental pressure can cause a compartment syndrome. […] The incidence is thought to be 3.1 per 100000 population, with males ten times more commonly affected than females. […] Poor patient positioning in unconscious patients for long periods of time can also contribute to the aetiology of ACS.
- #1 Acute Compartment Syndrome: Practice Essentials, Anatomy, Pathophysiologyhttps://emedicine.medscape.com/article/307668-overview
Another pediatric study, a literature review by Mortensen et al, indicated that in children, risk factors for the development of acute compartment syndrome include open radius/ulna fractures, high-energy trauma, humerus fractures sustained concurrently with forearm fractures, open tibia fractures, and male gender. […] A literature review by Mortensen et al involving adult patients indicated that risk factors for acute compartment syndrome include age 18-64 years, male gender, gunshot wound with fracture and vascular injury, combined forefoot and midfoot injury, an Injury Severity Score (ISS) of 0-9 compared with an ISS of greater than 9, Orthopaedic Trauma Association (OTA)/AO Foundation (AO) type C fracture, vascular injury, and high-energy trauma. […] A study by Bouklouch et al of over 200,000 patients with tibial fractures indicated that, regarding fracture location, proximal and midshaft tibial fractures increase the risk of acute compartment syndrome by the greatest amount. […] A study by Allmon et al of radiographic predictors of compartment syndrome in patients with tibial fractures found that each 10% increase in the ratio of fracture length to tibial length increased the odds of compartment syndrome by 1.67.
- #1 Compartment Syndrome: Causes, Types, and Symptomshttps://www.healthline.com/health/compartment-syndrome
Compartment syndrome can develop when theres bleeding or swelling within a compartment. This can cause pressure to build up inside the compartment, which can prevent blood flow. […] Acute compartment syndrome typically occurs after you experience a major injury. In rare cases, it can also develop after a minor injury. […] 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 isnt fully understood. […] Acute compartment syndrome requires immediate medical attention to relieve pressure. Permanent damage to your muscles and nerves can develop within hours. […] Surgery is the only treatment option for this type of compartment syndrome. […] If these methods dont work, you may need surgery. Surgery is generally more effective than nonsurgical methods for treating chronic compartment syndrome.
- #1 Diagnosing Compartment Syndrome | NYU Langone Healthhttps://nyulangone.org/conditions/compartment-syndrome/diagnosis
Chronic compartment syndrome is not immediately dangerous, but it can become a more serious problem if not eventually addressed. Athletes who use anabolic steroids are at increased risk, because muscles may grow quickly and push against the surrounding fascia, increasing the pressure inside the muscle compartment.
- #1 Compartment Syndrome: Symptoms and Treatment | Doctorhttps://patient.info/doctor/compartment-syndrome-pro
Compartment syndrome is caused by an increased pressure within a closed anatomical space, which compromises the circulation and function of the tissues within that space. This may result in temporary or permanent damage to muscles and nerves. […] Acute compartment syndrome is most often caused by trauma, which may be relatively minor. Intense exercise can also cause acute compartment syndrome. […] Chronic compartment syndrome is usually caused by exercise and presents with recurrent pain and disability, which subside when the cause (usually running) is stopped but return when the activity is resumed. […] Causes include fractures – especially fractures of the forearm and lower leg that have been internally fixed or infected, crush injury, burns, infection, prolonged limb compression, vascular ischaemia-reperfusion injury, haemorrhage, phlegmasia caerulea dolens, iatrogenic factors such as intramuscular injections, and muscle hypertrophy in athletes. […] The most common cause is tibial shaft fracture. […] Chronic exertional compartment syndrome has an incidence of 33% in active patients with exercise-induced leg pain. […] Excessive training increases the risk.
- #1 Compartment Syndrome – Clinical Features – Emergency Management – TeachMeSurgeryhttps://teachmesurgery.com/orthopaedic/principles/compartment-syndrome/
Compartment syndrome is defined as a critical pressure increase within a confined compartmental space. Any fascial compartment can be affected, however the most common sites affected are in the leg, thigh, forearm, foot, hand and buttock. […] Compartment syndrome typically occurs following high-energy trauma, crush injuries, or fractures that cause vascular injury. Other causes include iatrogenic vascular injury, tight casts or splints, deep vein thrombosis, and post-reperfusion swelling. […] As the intra-compartmental pressure reaches the diastolic blood pressure, the arterial inflow will be compromised, and the leg will become ischaemic. […] Compartment syndrome is most common in the lower limbs, typically following traumatic injury or fractures.
- #1 Lower extremity compartment syndrome | Trauma Surgery & Acute Care Openhttps://tsaco.bmj.com/content/2/1/e000094
Lower extremity compartment syndrome is a devastating complication if not rapidly diagnosed and properly managed. […] Causes of compartment syndrome are varied. Trauma is the most likely precipitating factor, with fracture of the extremity leading the greatest number of cases of compartment syndrome. […] Among trauma patients, the incidence of compartment syndrome varies with mechanism. In the largest single center review, Branco et al evaluated trauma patients who developed compartment syndrome for both mechanism and type of injury. Gunshot wound, followed by stab wound, motorcycle crash, and pedestrian struck by automobile are the most likely mechanisms to lead to compartment syndrome. […] Exertion and drug overdose leading to prolonged pressure on an extremity are also well-documented causes of compartment syndrome. […] Additionally, compartment syndrome can develop in the non-injured extremity from a large systemic inflammatory response and capillary leak. […] Although rare, group A streptococcal infections that are associated with exotoxin release, and tissue swelling can also trigger compartment syndrome.
- #1 Compartment syndrome: challenges and solutions | ORRhttps://www.dovepress.com/compartment-syndrome-solutions-and-challenges-peer-reviewed-fulltext-article-ORR
The risk of 0.25% with distal radius fracture, increases to 15% with ipsilateral distal radius and elbow injury, as reported by Hwang et al. […] Compartment syndrome is caused by the increase in pressure within the fibro-osseous space, which causes decreased tissue perfusion. […] The rise in intracompartmental pressure causes collapse of the venules, as they lack musculature. […] This could possibly result in closure of arterioles, which also contributes to decreased local perfusion. […] Harvey et al in their review article, described damaged tissue itself rather than bleeding or collection of fluid, as a factor contributing to the increase in an intracompartmental volume. […] They also found inflammation to play a major role based on the newer studies. […] Compartment syndrome is a surgical emergency. […] ACS is a serious clinical condition and every care must be taken to treat this condition as soon as possible.
- #1 Acute compartment syndrome – Knowledge @ AMBOSShttps://www.amboss.com/us/knowledge/acute-compartment-syndrome/
Most commonly caused by fractures of the wrist, forearm, or distal arm. […] Hand compartment syndrome: Etiologies include trauma, high-pressure injection, and IV infiltration. […] Foot compartment syndrome: Etiologies include crush injuries, falls from height, and high-velocity accidents. […] Gluteal compartment syndrome: Etiologies include pelvic trauma and prolonged immobilization during surgery.
- #1 Idiopathic spontaneous compartment syndrome of the right lower limb: a case report | Journal of Medical Case Reports | Full Texthttps://jmedicalcasereports.biomedcentral.com/articles/10.1186/s13256-021-02683-y
Acutely painful lower limb is a common presentation to the emergency department, and acute compartment syndrome is an important differential diagnosis to consider given the correct predisposing history and clinical presentation. However, idiopathic spontaneous compartment syndrome is an uncommon occurrence. […] Acute compartment syndrome occurs secondary to crush injuries or fractures resulting in increased interstitial pressure within a closed osteofascial compartment. This leads to impaired venous circulation, resulting in fluid extravasation and edema. The raised pressure causes impaired lymphatic drainage and subsequently affects arterial supply, causing tissue ischemia. […] However, in the absence of any obvious risk factors, idiopathic spontaneous acute compartment syndrome is a rarely reported phenomenon and may pose a diagnostic challenge.
- #1 Idiopathic spontaneous compartment syndrome of the right lower limb: a case report | Journal of Medical Case Reports | Full Texthttps://jmedicalcasereports.biomedcentral.com/articles/10.1186/s13256-021-02683-y
Spontaneous acute compartment syndrome is an uncommon phenomenon and is rarely documented in the literature. […] Our patient had no obvious risk factors, intrinsic or acquired, that predisposed him to developing acute compartment syndrome, making his situation an idiopathic spontaneous compartment syndrome. This is a very uncommon phenomenon, rarely reported in the medical literature, with only a few case reports to date. […] Acute compartment syndrome is an important surgical emergency which should not be missed.
- #1https://journals.lww.com/md-journal/fulltext/2018/07270/acute_compartment_syndrome_of_the_leg_due_to.51.aspx
Acute compartment syndrome is a highly aggressive condition, which needs rapid diagnosis and surgical emergency. Most cases are caused by trauma, fractures, surgeries, or vascular injury, while other causes are easily misdiagnosed. […] Infection secondary to insect bites with infectious cellulitis and myositis is a rarely known cause of compartment syndrome. […] Compartment syndrome occurs when intracompartmental pressure is increased, leading to tissue ischemia and function disorder of the involved muscle, nerve, and vascular. Commonly, compartment syndrome occurs after high-energy trauma, especially crush injury. Other causes include burns, animal bites, bleeding disorders, and tight circumferential dressings. […] Given the severe consequences of compartment syndrome, fasciotomy as well as early diagnosis is critical to improve the clinical outcome of patients.
- #1https://journals.lww.com/md-journal/fulltext/2018/07270/acute_compartment_syndrome_of_the_leg_due_to.51.aspx
Compartment syndrome is a rare, but serious, complication of infection due to insect bites. The diagnosis should be based on the clinical examinations, medical history, and clinical course. Prompt fasciotomy, repeat and thorough debridement, and appropriate antibiotic therapy are the most effective methods to prevent amputation and morbid consequences.
- #1 Compartment syndrome causes systemic inflammation in a rat | Bone & Jointhttps://boneandjoint.org.uk/Article/10.1302/0301-620X.98B8.36325
Compartment syndrome results from increased intra-compartmental pressure (ICP) causing local tissue ischaemia and cell death, but the systemic effects are not well described. […] Compartment syndrome can be accompanied by severe systemic inflammation and end organ damage. This study provides evidence of the relationship between compartment syndrome in a limb and systemic inflammation and dysfunction in a remote organ.
- #1 Compartment Syndrome – Core EMhttps://coreem.net/core/compartment-syndrome/
Increased pressure within a closed space that compromises circulation and, thus, function of the tissues (i.e. muscle, nerve, bone) within the space. Sequelae include neurological deficit, Volkmanns contracture, limb amputation and crush syndrome. […] Most commonly seen after a traumatic injury to an extremity […] Can occur in the absence of fracture […] Occur in 1-10% of tibial fractures (Elliott 2003) […] 75% of traumatic compartment syndrome accounted for by long-bone fractures (Carter 2013) […] Most common sites: lower leg, upper leg, forearm, gluteal/thigh and hand. […] Causes: Fracture […] Bleeding into compartment (i.e. vascular injury) […] External compression (i.e. cast, crush injury) […] Iatrogenic (infiltration of IV infusion, surgical complication). […] Three general etiologies: Increased compartment contents (bleeding, infiltrated infusion) […] Decreased compartment volume […] External pressure.
- #1 Compartment syndromehttps://www.nhs.uk/conditions/compartment-syndrome/
Compartment syndrome is an increase in pressure inside a muscle, which restricts blood flow and causes pain. If compartment syndrome happens suddenly, you’ll need surgery as soon as possible to relieve the pressure in the muscle. […] If the GP thinks you may have compartment syndrome, you may be referred to a specialist for tests. […] Treatment for compartment syndrome depends on whether it happens suddenly or comes on gradually. […] If compartment syndrome happens suddenly, you’ll need surgery as soon as possible to relieve the pressure in the muscle. […] Sometimes, skin may need to be removed from another part of the body and used to cover the wound. This is known as a skin graft. […] If your symptoms do not improve after trying these things, surgery may be an option. The operation is similar to the one used to treat acute compartment syndrome.
- #2 Acute Compartment Syndrome: Practice Essentials, Anatomy, Pathophysiologyhttps://emedicine.medscape.com/article/307668-overview
Acute compartment syndrome occurs when the tissue pressure within a closed muscle compartment exceeds the perfusion pressure and results in muscle and nerve ischemia. It typically occurs subsequent to a traumatic event, most commonly a fracture. […] The cycle of events leading to acute compartment syndrome begins when the tissue pressure exceeds the venous pressure and impairs blood outflow. Lack of oxygenated blood and accumulation of waste products result in pain and decreased peripheral sensation secondary to nerve irritation. […] The literature is somewhat confusing because of the interchangeable use of the terms acute, subacute, chronic, and recurrent compartment syndrome; crush syndrome; and Volkmann ischemic contracture. Crush syndrome is distinct from compartment syndrome; it is defined as a severe systemic manifestation (eg, rhabdomyolysis) of trauma and ischemia involving soft tissues, principally skeletal muscle, as a result of prolonged, severe crushing. Crush syndrome trauma or rhabdomyolysis may also lead to acute compartment syndrome.
- #2 Compartment Syndrome: Causes, Diagnosis, Symptoms, and Treatmentshttps://www.webmd.com/pain-management/compartment-syndrome-causes-treatments
Compartment syndrome occurs when excessive pressure builds up inside an enclosed muscle space in the body. The condition usually results from bleeding or swelling after an injury. The dangerously high pressure in compartment syndrome slows the flow of blood, oxygen, and nutrients to and from the affected tissues. It can be an emergency, requiring surgery to prevent permanent injury. […] Acute compartment syndrome is the most common type of compartment syndrome. About three-quarters of the time, acute compartment syndrome is caused by a broken leg or arm. […] Acute compartment syndrome can occur after you have some kind of trauma, such as crush injuries, burns, an overly tight bandaging, prolonged compression of a limb during a period of unconsciousness, surgery to blood vessels of an arm or leg, blood clot in the blood vessel of an arm or leg, severe muscle sprain or bruise, or broken bone.
- #2 Acute Compartment Syndrome: Practice Essentials, Anatomy, Pathophysiologyhttps://emedicine.medscape.com/article/307668-overview
The incidence of compartment syndrome depends on the patient population studied and the etiology of the syndrome. In a study by Qvarfordt and colleagues, 14% of patients with leg pain were noted to have anterior compartment syndrome; compartment syndrome was seen in 1-9% of leg fractures. […] Compartment syndrome may affect any compartment, including the hand, forearm, upper arm, abdomen, buttock, and entire lower extremity. Almost any injury can cause this syndrome, including injury resulting from vigorous exercise. […] Any internal or external event that increases pressure within a compartment can cause compartment syndrome. Thus, increased fluid content or decreased compartment size can lead to the condition. […] Increased fluid content can be caused by the following: Intensive muscle use (eg, tetany, vigorous exercise, seizures); Everyday exercise activities (eg, stationary bicycle use, horseback riding); Burns; Envenomation; Decreased serum osmolarity (eg, nephrotic syndrome); Hemorrhage (particularly from a large vessel injury); Postischemic swelling; Drug/alcohol abuse and coma; Rhabdomyolysis; Gastrocnemius or peroneus muscle tear (lower extremity); Ruptured Baker cyst; Influenza myositis; Autoimmune vasculitis; Androgen abuse/muscle hypertrophy; Deep venous thrombosis.
- #2 Acute Compartment Syndrome: Practice Essentials, Anatomy, Pathophysiologyhttps://emedicine.medscape.com/article/307668-overview
Fractures or gunshot wounds may be the source of hemorrhage underlying compartment syndrome. Upper extremity fractures most frequently associated with compartment syndrome are supracondylar fractures of the humerus, but cases have also been reported in conjunction with fractures of the radial or ulnar diaphysis, fractures of the surgical neck of the humerus, and Colles fractures. […] Although trauma is the most common etiology, compartment syndrome has been shown to occur in neonates from intrauterine malposition or strangulation of the extremity by the umbilical cord. […] A study by Shadgan et al indicated that in adult patients with tibial diaphyseal fractures, younger age is a risk factor for acute compartment syndrome. […] In contrast, in a retrospective study by Robertson et al of pediatric patients with supracondylar humerus fractures, regression analysis indicated that compartment syndrome is more likely to occur in patients who are older or male, as well as in those who exhibit a floating elbow fracture pattern or have neurovascular injury.
- #2 Our knowledge of orthopaedics. Your best health.https://orthoinfo.aaos.org/en/diseases–conditions/compartment-syndrome
Compartment syndrome is a painful condition that occurs when pressure within the muscles builds to dangerous levels. This pressure can decrease blood flow, which prevents nourishment and oxygen from reaching nerve and muscle cells. […] Acute compartment syndrome usually develops after a severe injury, such as a car accident or a broken bone. Rarely, it develops after a relatively minor injury. […] Conditions that may bring on acute compartment syndrome include: A fracture. A badly bruised muscle. This type of injury can occur when a motorcycle falls on the leg of the rider, or a football player is hit in the leg by another player’s helmet. It can also happen after overly vigorous exercise that causes muscle tissue to break down (rhabdomyolysis). Reestablished blood flow after blocked circulation. This may occur after a surgeon repairs a damaged blood vessel that has been blocked for several hours. A blood vessel can also be blocked during sleep. Lying for too long in a position that blocks a blood vessel, then moving or waking up can cause this condition. Most healthy people will naturally move when blood flow to a limb is blocked during sleep. The development of compartment syndrome in this manner usually occurs in people whose brain function is impaired. This can happen after severe intoxication with alcohol or other drugs. Crush injuries. Anabolic steroid use. Taking steroids is a possible factor in compartment syndrome. Constricting bandages. Casts and tight bandages may lead to compartment syndrome. If symptoms of compartment syndrome develop, remove or loosen any constricting bandages. If you have a cast, contact your doctor immediately.
- #2 Compartment Syndrome – Core EMhttps://coreem.net/core/compartment-syndrome/
Increased pressure within a closed space that compromises circulation and, thus, function of the tissues (i.e. muscle, nerve, bone) within the space. Sequelae include neurological deficit, Volkmanns contracture, limb amputation and crush syndrome. […] Most commonly seen after a traumatic injury to an extremity […] Can occur in the absence of fracture […] Occur in 1-10% of tibial fractures (Elliott 2003) […] 75% of traumatic compartment syndrome accounted for by long-bone fractures (Carter 2013) […] Most common sites: lower leg, upper leg, forearm, gluteal/thigh and hand. […] Causes: Fracture […] Bleeding into compartment (i.e. vascular injury) […] External compression (i.e. cast, crush injury) […] Iatrogenic (infiltration of IV infusion, surgical complication). […] Three general etiologies: Increased compartment contents (bleeding, infiltrated infusion) […] Decreased compartment volume […] External pressure.
- #2 Acute Compartment Syndrome of the Limbs: Current Concepts and Managementhttps://openorthopaedicsjournal.com/VOLUME/6/PAGE/535/FULLTEXT/
Injuries to soft tissue are another important cause of ACS responsible for as much as 23% of cases in some series. Crush injuries without fractures occur when continuous external compressive forces are applied to a compartment, resulting in traumatic muscle breakdown (rhabdomyolysis). Once tissue necrosis occurs, inflammation ensues. One of the cardinal features of inflammation, tumour, is soft tissue swelling which results in a rise in ICP. […] The aetiology of ACS can also be iatrogenic. It is known that trans-radial angiography and intervention can result in compartment syndrome if the radial artery perforates and bleeds. However, there has been a reported case where ACS after trans-radial intervention was not due to bleeding or hematoma formation. It was thought to be due to either arterial spasm induced by the radial sheath or catheter resulted in ischemia of the forearm muscles.
- #2 Compartment syndrome – Wikipediahttps://en.wikipedia.org/wiki/Compartment_syndrome
Acute compartment syndrome (ACS) is a medical emergency. It can develop after traumatic injuries, like car accidents, gunshot wounds, fractures, or intense sports. Examples include a severe crush injury or an open or closed fracture of an extremity. Rarely, ACS can develop after a minor injury or another medical issue. It can also affect the thigh, buttock, hand, abdomen, and foot. The most common cause of acute compartment syndrome is a fractured bone, usually the tibia. Leg compartment syndrome occurs in 1% to 10% of tibial fractures. It is strongly linked to tibial diaphysis fractures and other tibial injuries. Direct injury to blood vessels can reduce blood flow to soft tissues, causing compartment syndrome. Compartment syndrome can also be caused by: […] Patients on anticoagulant therapy, or those with blood disorders such as hemophilia or leukemia are at higher risk of developing compartment syndrome.
- #2 Chronic exertional compartment syndrome – Symptoms & causes – Mayo Clinichttps://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.
- #2 Our knowledge of orthopaedics. Your best health.https://orthoinfo.aaos.org/en/diseases–conditions/compartment-syndrome
The pain and swelling of chronic compartment syndrome is caused by exercise. People who participate in activities with repetitive motions, such as running or marching, are more likely to develop chronic compartment syndrome. This is usually relieved by discontinuing the exercise, and is usually not dangerous.
- #2 Compartment syndrome | nidirecthttps://www.nidirect.gov.uk/conditions/compartment-syndrome
Compartment syndrome can be caused by: […] a broken bone or a crush injury this is the most common cause […] a plaster cast or tight bandage being applied to a limb before it has stopped swelling […] burns, which can cause the skin to become scarred and tight […] surgery to repair a damaged or blocked blood vessel (once blood is able to flow back into a muscle, it can lead to swelling). […] Chronic compartment syndrome usually occurs in young people who do regular repetitive exercise, such as running or cycling. […] The exact cause is unknown. […] One theory is that it’s caused by temporary swelling of the muscles during exercise affecting the blood supply to a whole group of muscles.
- #2 Chronic Compartment Syndrome | Kingsley Physio | More than your local Physiohttps://kingsleyphysio.com/common-conditions/chronic-compartment-syndrome/
There are 2 broad mechanisms by which chronic compartment syndrome is thought to be caused: The relative increase in tightness and reduction in elasticity of the surrounding fascial tissue. […] Reduced or poor autonomic control of venous blood return. […] A third, less substantiated theory, suggests that low-grade lumbar dysfunction (often with negligible or absent lumbar symptoms) may impair reflexive inhibition of antagonistic muscle action during the loading response and terminal stance phases of the gait/running cycle. […] The mechanical aggravators of CCS may include: Abnormal foot biomechanics (such as flat or pronated feet). […] Tightness in the posterior calf muscles (gastrocnemius and/or soleus). […] Sub-optimal or imbalanced exercise schedules. […] Weak hip stabilizers. […] Poor footwear.
- #2 UNDERSTANDING COMPARTMENT SYNDROME: CAUSES AND TREATMENT | Mya Carehttps://myacare.com/blog/understanding-compartment-syndrome-causes-and-treatment
Minor injuries, such as shin splints or tendonitis, can lead to the syndrome if not treated promptly. It is critical to seek medical attention for any injury, no matter how minor it may seem. […] Abdominal compartment syndrome is a rare form. Trauma, surgery, or medical conditions like pancreatitis or liver failure can lead to this type.
- #2 Compartment syndrome – Diagnosis & treatment | Hirslandenhttps://www.hirslanden.ch/en/corporate/disease-patterns/compartment-syndrome.html
Compartment syndrome is a medical emergency caused by increased pressure in a muscle compartment. […] The most common causes of compartment syndrome are soft tissue injuries caused by bone fractures or severe blows to the muscles. […] In rare cases, compartment syndrome can also be caused by extreme overexertion of the muscle in athletes, e.g. during marathons or intensive bodybuilding. […] Abdominal compartment syndrome affects the abdomen and is caused by increased pressure in the abdominal cavity. This can be caused by bleeding, swelling or fluid accumulation after injuries or surgery, and also requires immediate medical treatment.
- #2 Understanding Compartment Syndrome: What is it and How to Recover – Orthopedic & Sports Medicinehttps://orthosportsmed.com/understanding-compartment-syndrome-what-is-it-and-how-to-recover/
Compartment syndrome describes increased pressure within a muscle compartment of the arm or leg. It is most often due to injury, such as fracture, that causes bleeding in a muscle, which then causes increased pressure in the muscle. This pressure increase causes nerve damage due to decreased blood supply. […] Compartment syndrome may occur acutely due to swelling that arises from injury, or it may be chronic because of exertion such as exercise. […] Because of injury, pressure can increase within the compartment to swelling (fluid accumulation) or bleeding. In non-contracting muscle, the compartment pressure is normally about 0-15 mmHg of pressure. If the pressure within the compartment increases (usually greater than about 30 -45mmHg; or are within 30 mm of the diastolic blood pressure) most individuals develop compartment syndrome.
- #2 Acute compartment syndrome of the extremities – UpToDatehttps://www.uptodate.com/contents/acute-compartment-syndrome-of-the-extremities
Trauma without fracture â Other forms of trauma not involving a fracture can predispose a patient to ACS. Possible causes include: forceful direct trauma to a tissue compartment (eg, crush injury), severe thermal burns, constrictive bandages, splints, or casts (usually circumferential), penetrating trauma, high-pressure injection, injury to vascular structures, animal bites and stings. […] Nontraumatic causes â Nontraumatic causes of ACS occur less frequently but may stem from a wide range of conditions or events: hematologic: ischemia-reperfusion injury, thrombosis, bleeding disorders, vascular disease, spontaneous hemorrhage; anticoagulation; nephrotic syndrome (or other conditions that decrease serum osmolarity); toxic: animal envenomations and bites; injection of recreational drugs; intravenous fluids: extravasation of fluid; massive fluid resuscitation (eg, severe thermal burns, sepsis); prolonged limb compression (eg, following severe drug or alcohol intoxication; poor positioning during surgery); revascularization procedures or treatments (eg, extremity bypass surgery, embolectomy, thrombolysis); group A streptococcus infections of muscle; systemic inflammatory response.
- #2 Compartment Syndrome | Lower Limb Surgeryhttps://www.lowerlimbsurgery.com/compartment-syndrome
The leg is divided into 4 main compartments separated by a thick, ligament-like tissue called fascia. […] When there is swelling within a compartment, the fascia does not stretch. The swelling within the compartment leads to increased pressure within the compartment. This increased pressure eventually stops blood flow in the veins and arteries and leads to the injury of muscles and nerves by direct pressure and loss of blood supply. This is called compartment syndrome. […] Compartment syndrome occurs most commonly in the legs, forearms, hands, feet, thighs, and buttocks. […] Increased contents within the compartment, such as with swelling or bleeding, or decreased volume capacity of the compartment, such as with a cast around the leg.
- #2https://surgeryreference.aofoundation.org/orthopedic-trauma/adult-trauma/further-reading/compartment-syndrome
Compartment syndrome occurs most commonly after high-energy limb injuries. […] Muscle compartment syndrome is a relatively common occurrence in the osteo-fascial compartments of the lower leg. […] Crushing injuries are at high risk of compartment syndrome. […] Certain other insults, such as burns, or prolonged compression (as may occur in a comatose, unprotected patient), may also cause muscle swelling and precipitate the syndrome. […] A further cause can be edema from abnormal capillary permeability caused by reperfusion after prolonged ischemia. […] Tight bandages, splints, or casts can also elevate compartmental pressure and contribute to development of compartment syndrome.
- #2https://step2.medbullets.com/orthopedics/120558/compartment-syndrome
The most common cause is a fracture […] Soft tissue injury […] Circumferential burns […] Crush injuries […] Constrictive dressing (e.g., splints, casts, or poor surgical positioning) […] Penetrating wounds […] blood flow is blocked when the tissue pressure exceeds the perfusion pressure within a fixed-volume compartment […] this results in a lack of oxygen and the accumulation of waste products, causing pain and decreased peripheral sensation […] irreversible tissue damage occurs between 6-8 hours after onset […] after a period of ischemia, tissue reperfusion generates toxic reactive oxygen species and other inflammatory mediators that cause increased capillary permeability and interstitial edema […] increased edema leads to rising compartment pressures, which can cause compartment syndrome […] limb ischemia-reperfusion injury.
- #2 Acute Compartment Syndrome: Practice Essentials, Anatomy, Pathophysiologyhttps://emedicine.medscape.com/article/307668-overview
Another pediatric study, a literature review by Mortensen et al, indicated that in children, risk factors for the development of acute compartment syndrome include open radius/ulna fractures, high-energy trauma, humerus fractures sustained concurrently with forearm fractures, open tibia fractures, and male gender. […] A literature review by Mortensen et al involving adult patients indicated that risk factors for acute compartment syndrome include age 18-64 years, male gender, gunshot wound with fracture and vascular injury, combined forefoot and midfoot injury, an Injury Severity Score (ISS) of 0-9 compared with an ISS of greater than 9, Orthopaedic Trauma Association (OTA)/AO Foundation (AO) type C fracture, vascular injury, and high-energy trauma. […] A study by Bouklouch et al of over 200,000 patients with tibial fractures indicated that, regarding fracture location, proximal and midshaft tibial fractures increase the risk of acute compartment syndrome by the greatest amount. […] A study by Allmon et al of radiographic predictors of compartment syndrome in patients with tibial fractures found that each 10% increase in the ratio of fracture length to tibial length increased the odds of compartment syndrome by 1.67.
- #2 Compartment syndrome: challenges and solutions | ORRhttps://www.dovepress.com/compartment-syndrome-solutions-and-challenges-peer-reviewed-fulltext-article-ORR
Compartment syndrome can be caused by a number of factors. These can be broadly classified as factors causing increased volume within a closed space, or those that restrict the compartment from expanding. The former include bleeding (eg, due to fractures, coagulopathy), extravasation of intravenous or interosseous infusion, edema or accumulation of purulent material. Constrictive dressing, casting, inadvertent use of tourniquet, and burns prevent expansion of the fibro-osseous space causing compartment syndrome. […] Compartment syndrome after vascular injury is a result of ischemia and reperfusion injury. […] A list of factors that can cause compartment syndrome is shown in Table 1. […] High energy injuries and polytrauma increase the risk of ACS. […] Amongst fractures, most commonly observed were of the tibial diaphysis (36%) and distal radius in 9.8%.
- #2 Compartment Syndrome: Medical Causes, Symptoms and Surgical Outcomes â Nova Science Publishershttps://novapublishers.com/shop/compartment-syndrome-medical-causes-symptoms-and-surgical-outcomes/
There are various underlying causes which initiate the sequence of events resulting in compartment syndrome including fractures, bleeding, tightly applied casts or extrinsic compressions devices, burns or vigorous exercise. […] Anesthesia may influence the development of CS through the use of regional anesthesia, optimum blood pressure control and oxygen delivery, and tailored analgesia in the peri-operative period. […] Chapter 6 focuses on Paraspinal Compartment Syndrome (PSCS), resulting in the âBourdon tube effect.â […] The last chapter, Chapter 8, reviews orbital compartment syndrome (OCS), a rare but treatable ophthalmic surgical emergency, caused most often by a retrobulbar hematoma, facial trauma being the most frequent etiological factor.
- #2 Compartment Syndrome: Symptoms and Treatment | Doctorhttps://patient.info/doctor/compartment-syndrome-pro
Compartment syndrome is caused by an increased pressure within a closed anatomical space, which compromises the circulation and function of the tissues within that space. This may result in temporary or permanent damage to muscles and nerves. […] Acute compartment syndrome is most often caused by trauma, which may be relatively minor. Intense exercise can also cause acute compartment syndrome. […] Chronic compartment syndrome is usually caused by exercise and presents with recurrent pain and disability, which subside when the cause (usually running) is stopped but return when the activity is resumed. […] Causes include fractures – especially fractures of the forearm and lower leg that have been internally fixed or infected, crush injury, burns, infection, prolonged limb compression, vascular ischaemia-reperfusion injury, haemorrhage, phlegmasia caerulea dolens, iatrogenic factors such as intramuscular injections, and muscle hypertrophy in athletes. […] The most common cause is tibial shaft fracture. […] Chronic exertional compartment syndrome has an incidence of 33% in active patients with exercise-induced leg pain. […] Excessive training increases the risk.
- #2 Compartment Syndrome | Treatment, Prevention & Managementhttps://stretchcoach.com/articles/compartment-syndrome/?srsltid=AfmBOoqthbaLJOMdn3Tc8m7grOizPOq5RkQBxmOjYgXpJHOsJXC-eDMq
Compartment syndrome is a condition that develops when the pressure inside the fascia surrounding the muscles and bones increases without relief. […] The condition may develop acutely, from an injury or other cause of immediate swelling, or chronically, because of overuse or other chronic swelling. […] Acute compartment syndrome is caused by trauma to the structures in the compartment. Any of the following may be a cause: Fracture to the bone. Tearing of the muscle. Crush injury. Blood flow blockage; due to injury or clots. Post-surgical swelling or bleeding. Anabolic steroid use. Extreme increase in activity level; increases mileage or speed workouts too quickly. […] Chronic compartment syndrome results from repetitive trauma and overuse. The following are potential causes: Running; especially on hard surfaces or a change of surface. Use of braces, wrapping or taping that is too tight. Muscle hypertrophy due to exercise without the accompanying fascia expansion. Repetitive stress that results in intra-compartment pressure not returning to normal during rest.
- #2 Acute compartment syndrome – Knowledge @ AMBOSShttps://www.amboss.com/us/knowledge/acute-compartment-syndrome/
Acute compartment syndrome (ACS) is caused by tissue ischemia due to increased pressure within a fascial compartment. […] Diagnosis of ACS is based on clinical findings and confirmed by measurement of intracompartmental pressures. […] Causes of external compression include trauma-related causes such as burn eschars, constrictive bandage/cast applied before the limb has stopped swelling, hematoma and edema from long bone fractures, and hemorrhage into muscle compartment. […] Non-trauma-related causes include prolonged poor positioning of limbs and increased capillary permeability due to shock. […] Because shock leads to reduced peripheral circulation, patients with polytrauma are at a high risk of compartment syndrome with muscle ischemia. […] Etiology of acute compartment syndrome usually includes trauma to the anterior compartment of the leg, such as tibial fracture.
- #2 Acute compartment syndrome – Knowledge @ AMBOSShttps://www.amboss.com/us/knowledge/acute-compartment-syndrome/
Most commonly caused by fractures of the wrist, forearm, or distal arm. […] Hand compartment syndrome: Etiologies include trauma, high-pressure injection, and IV infiltration. […] Foot compartment syndrome: Etiologies include crush injuries, falls from height, and high-velocity accidents. […] Gluteal compartment syndrome: Etiologies include pelvic trauma and prolonged immobilization during surgery.
- #2 Compartment Syndrome: Causes, Diagnosis, Symptoms, and Treatmentshttps://www.webmd.com/pain-management/compartment-syndrome-causes-treatments
Taking anabolic steroids can also contribute to developing compartment syndrome. […] Abdominal compartment syndrome almost always develops after a severe injury or surgery, or during critical illness. […] Some conditions associated with abdominal compartment syndrome include trauma, especially when it results in shock, abdominal surgery, particularly liver transplant, burns, sepsis, severe ascites, or abdominal bleeding, and pelvic fracture. […] Exertional compartment syndrome can happen after extremely vigorous exercise, especially eccentric movements.
- #2 Idiopathic spontaneous compartment syndrome of the right lower limb: a case report | Journal of Medical Case Reports | Full Texthttps://jmedicalcasereports.biomedcentral.com/articles/10.1186/s13256-021-02683-y
Spontaneous acute compartment syndrome is an uncommon phenomenon and is rarely documented in the literature. […] Our patient had no obvious risk factors, intrinsic or acquired, that predisposed him to developing acute compartment syndrome, making his situation an idiopathic spontaneous compartment syndrome. This is a very uncommon phenomenon, rarely reported in the medical literature, with only a few case reports to date. […] Acute compartment syndrome is an important surgical emergency which should not be missed.
- #2https://journals.lww.com/md-journal/fulltext/2018/07270/acute_compartment_syndrome_of_the_leg_due_to.51.aspx
Compartment syndrome is a rare, but serious, complication of infection due to insect bites. The diagnosis should be based on the clinical examinations, medical history, and clinical course. Prompt fasciotomy, repeat and thorough debridement, and appropriate antibiotic therapy are the most effective methods to prevent amputation and morbid consequences.
- #2 Lower extremity compartment syndrome | Trauma Surgery & Acute Care Openhttps://tsaco.bmj.com/content/2/1/e000094
Lower extremity compartment syndrome is a devastating complication if not rapidly diagnosed and properly managed. […] Causes of compartment syndrome are varied. Trauma is the most likely precipitating factor, with fracture of the extremity leading the greatest number of cases of compartment syndrome. […] Among trauma patients, the incidence of compartment syndrome varies with mechanism. In the largest single center review, Branco et al evaluated trauma patients who developed compartment syndrome for both mechanism and type of injury. Gunshot wound, followed by stab wound, motorcycle crash, and pedestrian struck by automobile are the most likely mechanisms to lead to compartment syndrome. […] Exertion and drug overdose leading to prolonged pressure on an extremity are also well-documented causes of compartment syndrome. […] Additionally, compartment syndrome can develop in the non-injured extremity from a large systemic inflammatory response and capillary leak. […] Although rare, group A streptococcal infections that are associated with exotoxin release, and tissue swelling can also trigger compartment syndrome.
- #2 Acute Compartment Syndrome Clinical Presentation: History, Physical Examinationhttps://emedicine.medscape.com/article/307668-clinical
Anticoagulation therapy and bleeding disorders (eg, hemophilia) significantly increase the likelihood of compartment syndrome. Remember to ask if patients are anticoagulated for any reason. Compartment syndrome requiring fasciotomy has been observed after simple venipuncture in an anticoagulated patient. […] Vigorous exertion may lead to compartment syndrome. Compartment syndrome has been found in soldiers and athletes without any trauma. This can be acute or chronic, with acute compartment pressures as high as those found in severe trauma. If compartment syndrome is suspected, check intracompartmental pressure, even in the absence of any trauma history.
- #3 The Pathophysiology, Diagnosis and Current Management of Acute Compartment Syndromehttps://openorthopaedicsjournal.com/VOLUME/8/PAGE/185/
Acute compartment syndrome (ACS) is a surgical emergency warranting prompt evaluation and treatment. It can occur with any elevation in interstitial pressure in a closed osseo-fascial compartment. […] The commonest cause of all ACSs are tibial shaft fractures with a range from 2-9%. […] Any internal or external event that increases intra-compartmental pressure can cause a compartment syndrome. […] The incidence is thought to be 3.1 per 100000 population, with males ten times more commonly affected than females. […] Poor patient positioning in unconscious patients for long periods of time can also contribute to the aetiology of ACS. […] The lack of a clear aetiology or conspicuous traumatic injury both contribute to a potential diagnostic difficulty in haemophiliacs. […] Any internal or external event that increases intra-compartmental pressure can cause a compartment syndrome.
- #3 Acute Compartment Syndrome: Practice Essentials, Anatomy, Pathophysiologyhttps://emedicine.medscape.com/article/307668-overview
Another pediatric study, a literature review by Mortensen et al, indicated that in children, risk factors for the development of acute compartment syndrome include open radius/ulna fractures, high-energy trauma, humerus fractures sustained concurrently with forearm fractures, open tibia fractures, and male gender. […] A literature review by Mortensen et al involving adult patients indicated that risk factors for acute compartment syndrome include age 18-64 years, male gender, gunshot wound with fracture and vascular injury, combined forefoot and midfoot injury, an Injury Severity Score (ISS) of 0-9 compared with an ISS of greater than 9, Orthopaedic Trauma Association (OTA)/AO Foundation (AO) type C fracture, vascular injury, and high-energy trauma. […] A study by Bouklouch et al of over 200,000 patients with tibial fractures indicated that, regarding fracture location, proximal and midshaft tibial fractures increase the risk of acute compartment syndrome by the greatest amount. […] A study by Allmon et al of radiographic predictors of compartment syndrome in patients with tibial fractures found that each 10% increase in the ratio of fracture length to tibial length increased the odds of compartment syndrome by 1.67.
- #3 Compartment Syndrome: Causes, Diagnosis, Symptoms, and Treatmentshttps://www.webmd.com/pain-management/compartment-syndrome-causes-treatments
Compartment syndrome occurs when excessive pressure builds up inside an enclosed muscle space in the body. The condition usually results from bleeding or swelling after an injury. The dangerously high pressure in compartment syndrome slows the flow of blood, oxygen, and nutrients to and from the affected tissues. It can be an emergency, requiring surgery to prevent permanent injury. […] Acute compartment syndrome is the most common type of compartment syndrome. About three-quarters of the time, acute compartment syndrome is caused by a broken leg or arm. […] Acute compartment syndrome can occur after you have some kind of trauma, such as crush injuries, burns, an overly tight bandaging, prolonged compression of a limb during a period of unconsciousness, surgery to blood vessels of an arm or leg, blood clot in the blood vessel of an arm or leg, severe muscle sprain or bruise, or broken bone.
- #3 Acute Compartment Syndrome – OrthoPaediahttps://www.orthopaedia.com/acute-compartment-syndrome/
Acute compartment syndrome may be iatrogenic. For example, anticoagulants (leading to bleeding in the compartment) and constrictive dressings are possible physician-induced causes. […] Again, the conditions associated with compartment syndromes include fracture, gunshot wound, circumferential casts or dressing, extravasation of intravenous lines, burns, coagulopathy and arterial injury, or surgery.
- #3 Compartment Syndrome – Dr. Henry Backehttps://henrybackemd.com/compartment-syndrome/
Compartment syndrome develops when swelling or bleeding occurs within a compartment. Because the fascia does not stretch, this can cause increased pressure on the capillaries, nerves, and muscles in the compartment. Blood flow to muscle and nerve cells is disrupted. Without a steady supply of oxygen and nutrients, nerve and muscle cells can be damaged. […] Acute compartment syndrome usually develops after a severe injury, such as a car accident or a broken bone. Rarely, it develops after a relatively minor injury. […] Conditions that may bring on acute compartment syndrome include: A fracture. A badly bruised muscle. This type of injury can occur when a motorcycle falls on the leg of the rider, or a football player is hit in the leg with another players helmet. […] Reestablished blood flow after blocked circulation. This may occur after a surgeon repairs a damaged blood vessel that has been blocked for several hours. A blood vessel can also be blocked during sleep. Lying for too long in a position that blocks a blood vessel, then moving or waking up can cause this condition. Most healthy people will naturally move when blood flow to a limb is blocked during sleep. The development of compartment syndrome in this manner usually occurs in people who are neurologically compromised. This can happen after severe intoxication with alcohol or other drugs.
- #3 Understanding Compartment Syndrome: What is it and How to Recover – Orthopedic & Sports Medicinehttps://orthosportsmed.com/understanding-compartment-syndrome-what-is-it-and-how-to-recover/
Acute compartment syndrome occurs as a complication of an injury. Often it is due to a fracture of the radius or ulna in the forearm or the tibia and fibula in the lower leg that causes significant bleeding in one or more of the compartments. […] Other abrupt causes of compartment syndrome include burns, snake bites and other envenomation, and anabolic steroid use. Individuals taking anticoagulants have a higher risk for compartment syndrome after trauma due to bleeding that cannot clot normally. […] Chronic compartment syndrome occurs because of excessive exercise, where repetitive motion and muscle use cause localized swelling and irritation.
- #3 Compartment Syndrome Causes, Symptoms, Diagnosis & Treatmenthttps://www.medicinenet.com/compartment_syndrome/article.htm
Compartment syndrome describes increased pressure within a muscle compartment of the arm or leg. […] Compartment syndrome is a condition that occurs when an injury causes generalized painful swelling and increased pressure within a compartment to the point that blood cannot supply the muscles and nerves with oxygen and nutrients. […] Muscles are contained in compartments covered by thick fibrous bands of tissue or fascia. Because of injury, pressure can increase within the compartment to swelling (fluid accumulation) or bleeding. […] If the pressure within the compartment increases (usually greater than about 30 -45mmHg; or within 30 mm of the diastolic blood pressure) most individuals develop compartment syndrome. […] When these high compartment pressures are present, blood cannot circulate to the muscles and nerves to supply them with oxygen and nutrients.
- #3https://www.orthobullets.com/trauma/1001/leg-compartment-syndrome
Leg Compartment Syndrome is a devastating lower extremity condition where the osseofascial compartment pressure rises to a level that decreases perfusion to the leg and may lead to irreversible muscle and neurovascular damage. […] Etiology includes trauma such as fractures (69% of cases), crush injuries, contusions, and gunshot wounds. […] Other causes include tight casts, dressings, or external wrappings, extravasation of IV infusion, burns, postischemic swelling, bleeding disorders, and arterial injury. […] The cascade of events includes local trauma and soft tissue destruction, bleeding and edema, increased interstitial pressure, vascular occlusion (decreased venous outflow relative to arterial inflow), and myoneural ischemia. […] Risk factors include diaphyseal fractures and young age (highest prevalence in 12-19 year olds).
- #4 Acute compartment syndrome of the extremities – UpToDatehttps://www.uptodate.com/contents/acute-compartment-syndrome-of-the-extremities
Trauma without fracture â Other forms of trauma not involving a fracture can predispose a patient to ACS. Possible causes include: forceful direct trauma to a tissue compartment (eg, crush injury), severe thermal burns, constrictive bandages, splints, or casts (usually circumferential), penetrating trauma, high-pressure injection, injury to vascular structures, animal bites and stings. […] Nontraumatic causes â Nontraumatic causes of ACS occur less frequently but may stem from a wide range of conditions or events: hematologic: ischemia-reperfusion injury, thrombosis, bleeding disorders, vascular disease, spontaneous hemorrhage; anticoagulation; nephrotic syndrome (or other conditions that decrease serum osmolarity); toxic: animal envenomations and bites; injection of recreational drugs; intravenous fluids: extravasation of fluid; massive fluid resuscitation (eg, severe thermal burns, sepsis); prolonged limb compression (eg, following severe drug or alcohol intoxication; poor positioning during surgery); revascularization procedures or treatments (eg, extremity bypass surgery, embolectomy, thrombolysis); group A streptococcus infections of muscle; systemic inflammatory response.