Few authors have proposed therapeutic protocols to manage retained rectal foreign bodies (RFBs). All patients with retained RFBs in hospitals across Trinidad and Tobago over 5 years were identified. Hospital records were retrieved and manually reviewed to extract the following data: demographics, history, foreign body retrieved, clinical signs at presentation, management strategy, duration of hospitalization, and morbidity and mortality. There were 10 patients with RFBs over the study period. The annual incidence of this phenomenon was 0.15 per 100,000 population. All patients were men at a mean age of 50.6 years (range: 27-83; SD = 15.3) who presented after a voluntary delay of 1.4 days (range: 0.5-2.5; SD = 0.7). Only one patient gave an accurate history on presentation, but all eventually admitted to self-insertion for sexual gratification. At presentation, one patient had a spontaneous rectal perforation (10%). The remaining nine patients had attempts at bedside transanal extraction, which was unsuccessful in 89% (8/9) of cases. The RFB was pushed beyond the grasp of forceps, making removal under anesthesia unsuccessful in 62.5% (5/8) cases. These patients required more invasive extraction methods including transanal minimally invasive surgery (1), laparoscopic-assisted advancement with transanal retrieval (1), and open surgery with transmural extraction and anastomoses (3). A management algorithm is proposed for the management of RFBs. Important points in this algorithm are the importance of clinician–patient rapport, early surgical referral, avoidance of bedside extraction in the emergency room, early examination under anesthesia, and the inclusion of emerging therapies such as transanal minimally invasive surgery.

Introduction. Single incision laparoscopic cholecystectomy (SILC) has become accepted as an alternative to conventional multiport cholecystectomy. However, SILC is still limited in applicability in low resource centres due to the expense associated with specialized access platforms, curved instruments, and flexible scopes. Presentation of Case. We present three cases where a modified SILC technique was used with conventional instruments and no working ports. The evolution of this technique is described. Discussion. In order to contain cost, we used conventional instruments and three transfascial ports placed in an umbilical incision, but we noted significant instrument clashes that originated at the port platforms. Therefore, we modified our technique by omitting ports for the working instruments. The technique allowed us to exchange instruments as necessary, maximized ergonomics, and prevented collisions from the bulky port platforms. Finally, the puncture left by the instrument alone did not require fascial closure at the termination of the procedure. Conclusion. The direct transfascial puncture using conventional laparoscopic instruments without working ports is a feasible option that minimizes cost and increases ergonomics.

This study demonstrated that IMT increases peripheral blood flow at the paraspinal muscles in healthy participants compared to KT and sham TENS. The change in blood flow had no impact on pain perception in the asymptomatic population group.

Introduction As single-incision laparoscopic surgery (SILS) became popular, many access platforms and techniques emerged. When we initially described the direct fascial puncture (DFP) technique, many suggested it was not practical for three reasons: (1) increased hernia formation, (2) inability to complete operations without instrument changes and (3) insurmountable instrument drag. This study sought to determine whether the technique was a feasible approach by evaluating the outcomes with DFP-SILS in a single surgeon unit. Methods This was a retrospective audit of all consecutive patients who had unselected SILS operations by a single surgeon. For the DFP-SILS operation, a single optical trocar was used at the umbilicus, a second was rail-roaded beside the optical trocar and a third was directly passed across the fascia at the left-lateral extent of the skin wound. We recorded the number of conversions or failed operations and examined the patients routinely after operation to evaluate for incisional herniae. Results There were 50 DFP-SILS operations performed: 37 cholecystectomies, 12 appendectomies and one jejunal resection. The operations were successful in all cases with no conversions or mortality recorded. One patient (2%) developed a superficial surgical site infection after SILS-DFP appendectomy. The therapeutic outcomes were comparable to existing series of multi-port laparoscopy. There were no incisional herniae detected. Conclusion Even in the resource-poor setting, SILS operations are feasible and safe using the DFP technique. The theoretic concerns have not been realized in clinical practice.