They had me in stitches: a Grand Canyon river guide's case report and a review of wilderness wound management literature

Management of Fasciitis in a Mariner on a Disabled Sailboat in the Middle of the Pacific

A 57-y-old sailor (Patient S) with a history of chronic lymphocytic leukemia departed from Hawaii on his sailboat. On the morning of his departure, he sustained a small laceration to his right foot while walking on the beach. During the next 1-2 d, this laceration became superficially infected. Four days after setting sail, a rogue wave hit the boat in bad weather, splitting the mainsail and damaging the ship's communication equipment. Over the next 3 d, Patient S experienced worsening of his wound infection to the point that by Day 7, when George Washington Maritime Medical Access was contacted to initiate medical management, Patient S had developed a full-fledged necrotizing fasciitis in his right lower extremity. Despite attempts to treat the infection while at sea, Patient S eventually required a complex medical evacuation from the middle of the Pacific Ocean.

Innovation in Permanent Pacemaker's Implantation Technique: Trans-Axillary Approach

INTRODUCTION

Permanent pacemakers' (PPM) implantation is an integral part of electrophysiology and general cardiology. The implantation technique has evolved a lot since the first implantation. Several innovations have been undertaken to improve the effectiveness, life of the transplant, and patient outcomes. In this study, we introduced a new implantation technique to improve the procedure and possibly reduce the rate of complication.

METHODS

This study was conducted from January 2016 to February 2017 in Hayatabad Medical Complex, Peshawar. Patients destined for implantation of PPM based on a clinical treatment plan, after proper explanation of the procedure, were brought to the catheterization laboratory. Venogram of the upper limb performed. Patients were scrubbed and draped. The axillary vein was approached via the Seldinger technique. About 2 to 3 cm superolateral to the puncture site, a skin incision was made and subcutaneous pocket constructed, and a guidewire external end was pulled in from inside the pocket keeping the venous end at the place. Subsequently, in a routine way, lead was placed, secured and the wound was closed in layers.

RESULTS

A total of 690 PPM were implanted under the study. About 290 devices were implanted in the conventional way and 380 devices via the trans-axillary approach. The mean implantation time was less than 30 minutes via the trans-axillary approach. Immediate and delayed complications of the procedure were minimal.

CONCLUSION

Trans-axillary approach holds some significant advantages over the conventional technique. The subcutaneous pocket and venous puncture successfully reduce the burden of foreign material, minimize the tension on the wound, shorten implantation time and reduce the chances of erosion of the device.