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Biliary and Pancreatic Sphincterotomies for Sphincter of Oddi Dysfunction
This 43 year old woman has severe recurrent RUQ pain post cholecystectomy. Liver and pancreatic chemistries and duct size are normal, but pancreatic manometry is abnormal. The plan is to perform dual biliary and pancreatic sphincterotomy. The pancreatic duct is cannulated with a 3.9 French tip tr...iple lumen papillotome loaded with a 0.025 inch Jagwire. Contrast is injected to outline the course of the duct. The wire is passed to the tail. Notice the knuckling of the wire into the tail. This provides a safety loop, but is only safe in a small duct with use of a smaller caliber wire. Then with the wire securely in PD, papillotome is used to cannulate the bile duct. Placement of the wire in PD guarantees access for pancreatic stent placement, which is mandatory in these patients to reduce risk, it also facilitates difficult biliary cannulation. Here is the fluoroscopic view as the papillotome is passed deep into bile duct. This shows wires in the CBD and PD. Now a biliary sphincterotomy is performed, with the pancreatic guidewire in place beside the papillotome. The scope is pushed into a longer position to orient up the middle of the papilla. The sphincterotomy is done in very careful stepwise fashion to avoid perforation. Now the biliary wire is removed and the papillotome passed over the pancreatic wire for pancreatic sphincterotomy. The incision is aimed back up towards the biliary sphincterotomy to ensure the septum only is cut. Note the large pancreatic orifice. Last, a 4 French 9cm unflanged soft material pancreatic stent is placed. We always use single pigtail design to avoid inward migration of the stent. The long unflanged design allows spontaneous passage within a few weeks.
Internal hemorrhoids and loose rectal mucosa may block the exposure during the purse string suturing in stapled hemorrhooidopexy, and this may cause some complications. To retract the prolapsing rectal mucosa we modified the purse string anoscope of the PPH01 kit (Ethicon-Endosurgery, Cincinnati, O...H, USA) and produced a special anoscope. The open part of the purse string suture anoscope is covered by transparent acrylic (Orthoacryl�, Dentaurum, Pforzheim, Germany). The covering material had complete cylindrical outer and inner surfaces and was thin enough to let the anoscope easily rotate in the anal dilator and to let the 26 mm curved, round bodied needle of the 2/0 polypropilene suture move in the anoscope. A window, 3 cm long and 3-4 mm wide, was opened at the angled part of the anoscope 2 cm to the tip of the anoscope. This special anoscope was used for the purse string suture during stapled hemorrhoidopexy procedure in five patients. No postoperative complications, early or late, were encountered, and we propose that stapled hemorrhoidopexy procedure can be applied more easily by using this special anoscope.
Anterior vaginal wall relaxation (cystocele) is one of the most commonly diagnosed forms of pelvic organ prolapse in women. More than 200,000 cystocele repairs are completed yearly, however to date the procedures that are completed do not provide very high cure rates and/or poor anatomic outcomes. Successful treatment of anterior vaginal wall prolapse remains one of the most challenging aspects of pelvic reconstructive surgery we face. We have developed very good procedures that provide excellent support for the posterior wall (ie rectoceles) and the apex of the vagina (ie vaginal vault prolapse) and reproduce normal anatomy. We were one of the first centers in the country to utilize grafts in rectocele repairs and have seen improved cure rates to over 90% with minimal complications. It has been known for many years that abdominal sacralcolpopexy with placement of a mesh graft at the top of the vagina for vaginal vault prolapse is the most successful procedure in the literature. We have made advancements with this procedure as well in being able to offer our patients a laparoscopic minimally invasive approach for sacralcolpopexy, with the same excellent cure rates (>92%) and with hospital stays typically less than 24 hours and reduced complications. However the anterior wall has been one of the most difficult compartments in the vagina to get good anatomic results and high cure rates with traditional repairs and at the same time not cause sexual dysfunction, pain with intercourse, voiding dysfunction (ie incontinence or urgency/frequency syndrome), or a shortened or scarred down vagina. The transobturator approach was developed as a less invasive way to place an anterior wall graft (see below) however this still involved blind needle passes and the graft did not support the apex of the vagina, therefore the search for improvements in these procedures is ongoing.