Clinical experience of using the method of abdominal decompression in pregnant women

An effective physiotherapeutic method of abdominal decompression was offered with the aim of treating miscarriage and fetoplacental insufficiency in pregnants. 37 women with the pathology in question, who were in the II or III trimester of pregnancy, were examined. The results of the investigation show that abdominal decompression may become an alternative to orthodox methods of treatment and it may be widely applied in obstetrics.

Role of intra-abdominal pressure monitoring in the management of patients with blunt injury abdomen

Background: Blunt injury abdomen is associated with significant morbidity and mortality in spite of improved recognition, diagnosis and management. The aim was to study the role of intra-abdominal pressure (IAP) monitoring in the management of patients with blunt injury abdomen.Methods: Hospital based prospective observational study in 77 patients who presented to emergency medicine department with blunt injury abdomen for over a period of 22 months. Age ≥18 years, patients with acute blunt injury abdomen are included in study.Results: Our study population (77 patients) were a group of patients who presented with blunt injury to abdomen, out of which 66 were male (85.70%), 11 were female (14.30%). Most common age group involved in our study was 20-30 years, mean time of presentation to the hospital was 7.40 hours. SBP, DBP, SpO2 decreased significantly as IAP increases. P. R., R. R. increased significantly as IAP increases. U/O decreased significantly as IAP increases. Sr. Cr, B.U. increased significantly as IAP increases. Surgical abdominal decompression had helped in all operated patients to get statistically significant decrement of IAP during initial post-operative hours. 12 patients required ventilator support in surgically intervened group. Mean duration of hospital stay was 8.025 days. Mortality rate in our study was 3.9%.Conclusions: Before development of intra-abdominal hypertension (IAH) and abdominal compartment syndrome (ACS), the potential candidates should be offered surgical decompression at proper time.

Diaphragmatic rupture and massive pneumoperitoneum after cardiopulmonary resuscitation

Introduction: Although cardiopulmonary resuscitation is an emergency life-saving procedure, the intervention itself can cause major and often fatal injuries, with diaphragmatic rupture being very rare. This report describes a patient who experienced bilateral pneumothoraces, left diaphragmatic rupture, and pneumoperitoneum after extended cardiopulmonary resuscitation. Case presentation: A 90-year-old woman experienced a cardiac arrest. Spontaneous circulation was restored after 49 min of cardiopulmonary resuscitation performed by a bystander, emergency medical service providers, and emergency department staff. Imaging showed bilateral pneumothoraces, left diaphragmatic rupture, and massive pneumoperitoneum. The patient’s guardian refused to permit surgery for the diaphragmatic rupture, and the patient died despite chest and abdominal decompression and post-cardiac arrest care. Discussion and conclusion: Procedures to restore spontaneous circulation in patients experiencing cardiac arrest may result in fatal cardiopulmonary resuscitation–related injuries. Clinicians providing post-cardiac arrest care should plan management for these iatrogenic injuries.

Abdominal decompression illness following repetitive diving: a case report and review of the literature

The complete pathophysiology of decompression illness is not yet fully understood. What is known is that the longer a diver breathes pressurized air at depth, the more likely nitrogen bubbles are to form once the diver returns to surface [1]. These bubbles have varying mechanical, embolic and biochemical effects on the body. The symptoms produced can be as mild as joint pain or as significant as severe neurologic dysfunction, cardiopulmonary collapse or death. Once clinically diagnosed, decompression illness must be treated rapidly with recompression therapy in a hyperbaric chamber. This case report involves a middle-aged male foreign national who completed three dives, all of which incurred significant bottom time (defined as: “the total elapsed time from the time the diver leaves the surface to the time he/she leaves the bottom)” [2]. The patient began to develop severe abdominal and back pain within 15 minutes of surfacing from his final dive. This case is unique, as his presentation was very concerning for other medical catastrophes that had to be quickly ruled out, prior to establishing the diagnosis of severe decompression illness. After emergency department resuscitation, labs and imaging were obtained; abdominal decompression illness was confirmed by CT, revealing a significant abdominal venous gas burden.

Endovascular Stent Can Be the Treatment of Choice for Spontaneous Iliac Vein Rupture: A Case Report

Introduction: Spontaneous iliac vein rupture is a rare but lethal disease. Most patients suffer from shock status in the emergency department. Until now, open laparotomy combined with primary suture is the most common treatment of iliac vein rupture. However, there is high mortality and morbidity in the patients who underwent open laparotomy. Case Presentation: A 71-year-old woman denied trauma history and sustained hypovolemic shock. The abdominal computed tomography showed one huge retroperitoneal hematoma. The emergency angiography revealed one obvious rupture point on the left external iliac vein. We repaired the lesion with endovascular stent and open laparotomy for abdominal decompression. The patient progressed well and was discharged. Conclusion: Endovascular repair is an effective and safe treatment. Compared with open laparotomy and primary suture, stent leads to fewer complications and a lower mortality rate.