The crush syndrome was first defined as a clinical entity in 1941. The term myorenal syndrome is preferred to the term crush injury or crush syndrome. The syndrome occurs in sjambok, deep burns and crush injuries. Crush injury is caused by continuous prolonged pressure on the limb. The main injury is to muscles of the limbs. Crush syndrome, which is the general manifestation of crush injury, has been accompainment of crushing injuries following disaster situations and war. However, we report a case of crush syndrome after physical assaults.
Burns ; Crush Syndrome* ; Disasters ; Extremities ; Muscles

Crush Syndrome ; therapy ; Disasters ; Earthquakes ; Humans

BACKGROUND: The concept of "double crush syndrome (DCS)"-a proximal compressive lesion making the distal nerve more vulnerable to injury-is an intriguing hypothesis. However, recent studies did not show unitary results. This study was preliminarily undertaken in order to clarify the causal relationship of proximal compressive lesion and carpal tunnel syndrome (CTS) in an electrophysiologic aspect. METHODS: In the period between June 1998 and June 1999 there were 24 patients with CTS(33 limbs with CTS). With these CTS patients, thorough electrodiagnostic studies were performed to discover coexisting proximal compressive lesions along the median nerve and its corresponding cervical root lesions. RESULTS: In 10 of these limbs (30%), there was a electrodiagnostically-proven coexisting proximal compressive lesion(all cervical radiculopathies). But only 1 limb (3%) had an anatomically responsible association. Finally only 1 limb (3%) with CTS had a possibility of DCS. CONCLUSIONS: CTS and cervical radiculopathy are common disorders, so there is a high possibility of coexisting as a double primary lesion without a pathophysiological relationship. Our results do not support the double crush hypothesis. However, the possibility of a reversed double crush syndrome is suggested.
Carpal Tunnel Syndrome* ; Crush Syndrome* ; Extremities ; Humans ; Median Nerve ; Radiculopathy

Child ; Crush Syndrome ; complications ; Female ; Humans ; Male ; Pulmonary Edema ; complications

Acute Kidney Injury ; physiopathology ; Adolescent ; Cardiomyopathies ; pathology ; Crush Syndrome ; physiopathology ; Earthquakes ; Humans ; Male

Compartment Syndromes ; etiology ; Crush Syndrome ; complications ; Fascia ; Hand Injuries ; complications ; Humans ; Infant, Newborn

Acute Disease ; Crush Syndrome ; complications ; diagnosis ; Humans ; Male ; Middle Aged ; Pancreatitis ; etiology

According to the needs of clinical study about the treatment for the crush injury, a special experimental apparatus was developed for the small animal crush injury. There are kinds of characters for this conductor, that is the apparatus was simple designed and can be easily used and the extruding time and weight can be exactly controlled.
Animal Use Alternatives ; instrumentation ; Animals ; Crush Syndrome ; Disease Models, Animal ; Equipment Design

Double compression of the ulnar nerve, including Guyon's canal syndrome associated with cubital tunnel syndrome caused by the anconeus epitrochlearis muscle, is a very rare condition. We present a case of double crush syndrome of the ulnar nerve at the wrist and elbow in a 55-year-old man, as well as a brief review of the literature. Although electrodiagnostic findings were consistent with an ulnar nerve lesion only at the elbow, ultrasonography revealed a ganglion compressing the ulnar nerve at the hypothenar area and the anconeus epitrochlearis muscle lying in the cubital tunnel. Careful physical examination and ultrasound assessment of the elbow and wrist confirmed the clinical diagnosis prior to surgery.
Crush Syndrome* ; Cubital Tunnel Syndrome ; Deception ; Diagnosis* ; Elbow ; Ganglion Cysts* ; Humans ; Middle Aged ; Physical Examination ; Ulnar Nerve* ; Ultrasonography* ; Wrist

OBJECTIVETo analyze the factors affecting the occurrence and severity of crush syndrome (CS) after crush injury (CI) in pediatric trauma victims in the Wenchuan earthquake.

METHODSMedical records of 98 patients who were transferred to our hospital were retrospectively reviewed. The risk factors, such as age, gender, time being besieged, type of injury, wound infection, hemodialysis, etc., which were assessed with T-test/chi(2)/Fisher's exact tests and logistic regression analysis for the occurrence of crush syndrome after crush injury. Possible risk factors influencing CS severity were analyzed.

RESULTSThere were 15 patients with CS, and all these cases were from 59 patients with extremities crush injury. The incidence of CS reached 15.3% in pediatric trauma victims after earthquake and 25.4% in extremities crush injury. Six risk factors were assessed with logistic regression analysis for three outcomes relating to crush syndrome, they are age, time being szeged and closed CI, whose log-odds ratio (log-OR) respectively was 1.049, 1.221, and 0.068 (P < 0.05 for all). And no correlation was found between CS and gender, upper or lower limbs injury or wound infection. There was no significant difference in wounds infection rate between patients with open injury and those who underwent CS fasciotomy (P = 0.754), but there was significant difference between those patients who underwent CS fasciotomy and those who underwent other operative incisions (P < 0.05). Wound infection had a significant association with severity of CS (P = 0.041) as compared with other factors such as age, gender, and time being szeged.

CONCLUSIONThe occurrence of crush syndrome is mainly because of extremities crush injury and also has significant relations with age, time being szeged and closed crush injury in children. Infection of incisional wound after CS fasciotomy is a risk factor for aggravation of CS.

Adolescent ; Child ; Child, Preschool ; China ; Crush Syndrome ; Disasters ; Earthquakes ; Female ; Humans ; Injury Severity Score ; Male ; Risk Factors