Recognition and Management of Colonic Perforation following Endoscopy

Although rare, perforation can be a devastating complication of colonoscopy. Incidence ranges from 0.012 to 0.65% during diagnostic procedures and is higher in therapeutic procedures. Early diagnosis and management are of paramount importance to decrease morbidity. Diagnostic imaging after colonoscopy can reveal extraintestinal air, but overall clinical status including leukocytosis, fever, pain, and peritonitis is equally important to determine management. With the expanding availability of complex endoscopic interventions, an increasing number of perforations are recognized during colonoscopy or immediately afterward based on high degree of suspicion. Colonoscopic management of these early perforations may be feasible and avoid the morbidity of surgery. Patients who require surgery may be managed with laparoscopic or open surgical techniques. Surgical management may consist of primary repair of the injury, resection with anastomosis, or resection with ostomy. Mechanical bowel preparation before endoscopy decreases fecal contamination after perforation, often obviating the need for ostomy creation.

Transanal Minimally Invasive Surgery

Transanal endoscopic surgery (TES) techniques encompass a variety of approaches, including transanal endoscopic microsurgery and transanal minimally invasive surgery. These allow a surgeon to perform local excision of rectal lesions with minimal morbidity and the potential to spare the need for proctectomy. As understanding of the long-term outcomes from these procedures has evolved, so have the indications for TES. In this study, we review the development of TES, its early results, and the evolution of new surgical techniques. In addition, we evaluate the most recent research on indications and outcomes in rectal cancer.

Acute colonic pseudoobstruction

Acute colonic pseudoobstruction (ACPO), often referred to as Ogilvie syndrome, is a clinical entity characterized by severe colonic distension (adult acute megacolon) in the absence of mechanical obstruction. It can result in abdominal ischemia and perforation if left untreated. This article discusses the epidemiology and current pathophysiologic theories of ACPO as well as the clinical presentation and diagnostic modalities utilized to identify the disease. In addition, this article describes the current treatment options for ACPO, which range from conservative medical therapy, therapeutic endoscopy, to subtotal colectomy.

Physical examination is a poor screening test for abdominal-pelvic injury in adult blunt trauma patients

BACKGROUND

To determine if physical examination can reliably detect or exclude abdominal or pelvic injury in adult trauma activation patients.

METHODS

Trauma registry and medical record data were retrospectively reviewed for all adult blunt trauma patients with Glasgow coma scale score>8, from 6/30/05 to 12/31/06. Attending surgeons' dictated admission history and physical examination reports were individually reviewed. Patients' subjective reports of abdominal pain were recorded as present or absent. Exam findings of the lower ribs, abdomen, and pelvis were each separately recorded as positive or negative, and were compared with findings on a subsequent objective evaluation of the abdomen (OEA). "Clinically significant" injuries were defined as those that would change patient management.

RESULTS

One thousand six hundred sixty-three patients were studied. Of patients with a negative abdominal exam, 10% had a positive OEA. When abdominal pain was absent, and exam of the lower ribs, abdomen, and pelvis was normal, OEA was positive in 7.6%, and 5.7% had a clinically significant injury. While a positive abdominal exam was predictive of a positive OEA (P<0.01), a negative exam, even when broadened (pain, lower ribs, abdomen, pelvis) did not exclude significant injuries.

CONCLUSION

Ten percent of trauma activation patients with a negative abdominal exam have occult abdominal/pelvic injuries. Even when exam of the lower ribs, abdomen, and pelvis are all negative and abdominal pain is absent, 5.7% have occult injuries that would change management. OEA should be used liberally for adult blunt trauma activation patients regardless of physical exam findings, to avoid missing clinically significant injuries.

Lipid and lipoprotein levels remain stable in acute ischemic stroke: the Northern Manhattan Stroke Study

Serum lipoproteins including lipoprotein(a), Lp(a), are emerging as possible biological markers for cerebrovascular disease. Existing data on Lp(a) and serum lipids levels following acute ischemic stroke (AIS) are however equivocal. To determine whether serum Lp(a) and other lipid levels obtained within 24 h of acute ischemic stroke onset changed over the ensuing 4 weeks and whether these levels are related to an acute phase response, acquired nutritional deficiency, and neurovascular data, we conducted repeated measurement analyses among 19 subjects (mean age 65.0 +/- 12.1 years; 32% women) presenting with AIS (evaluated within 9.7 +/- 12.7 h). Eleven of the subjects had a moderate-to-severe stroke, defined by NIH stroke severity scale, and seven patients had a large cerebral infarction. Seven serial measurements of Lp(a), total cholesterol, high density lipoprotein cholesterol, low density lipoprotein cholesterol, and other lipoproteins, major acute phase reactants and albumin levels were collected for each subject over 4 weeks. The mean initial levels, (mg/dl), of total cholesterol, LDL cholesterol, HDL cholesterol, triglycerides, Lp(a), apolipoproteins A-I and B were: 225 +/- 57.6, 154 +/- 56.0, 40 +/- 10.4, 181 +/- 93.7, 52 +/- 28.6, 130 +/- 24.6, and 141 +/- 46.1, respectively. There were no significant changes in mean serum lipid, apolipoprotein or Lp(a) levels over the 4-week study period, analyzed by a random effects model to test for time trend. In addition, there were no significant changes in established acute phase or nutritional markers (C-reactive protein, alpha 1-glycoprotein, haptoglobin or serum albumin). Our findings suggest that serum lipid, apolipoprotein and Lp(a) levels remain stable following AIS, consistent with the absence of acute phase response or nutritional deficiency.

Voluntary nursing in Natal

I believe we are the only Province where trained nurses run a purely voluntary district nursing service. Westville was first, we were followed by a branch starting in Hillcrest, then came Durban North, Amanzimtoti and the Bluff.