Laparoscopic Nissen Fundoplication
This is the case of a 63-year-old man with a long-standing history of gastroesophageal reflux disease, refractory to medical management with high-dose proton pump inhibitors and H2-blockers. The preoperative workup consisted of: 1) an upper endoscopy, which was normal; 2) a barium swallow, which showed a normal anatomy (no hiatal hernia or diverticula); and 3) esophageal function tests, including high-resolution esophageal manometry, which showed normal peristalsis, and 24-hour pH monitoring, which confirmed the presence of gastroesophageal reflux disease. Considering the amount of pathologic reflux, and the normal anatomy and esophageal peristalsis, we decided to proceed with a laparoscopic Nissen (360°/total) fundoplication. The operation went well and lasted less than 90 minutes. The patient was discharged the following morning, after resuming a light diet, and recovered quickly. With this surgical approach, we were able to achieve complete control of reflux, and the patient was able to discontinue his treatment with proton pump inhibitors.
This is the case of a 63-year-old man with a history of refractory gastroesophageal reflux disease (GERD), which was managed conservatively with high-dose proton pump inhibitors (PPIs) and H2-blockers. Considering the persistence of symptoms, such as heartburn and regurgitation, he was sent for further workup.
Focused History of the Patient
This is the case of a patient with GERD refractory to high-dose medical treatment. As suggested by the Esophageal Diagnostic Advisory Panel Consensus, we performed the following workup:1-9
1) an upper endoscopy, which was normal
2) a barium swallow, which showed normal anatomy (no hiatal hernia or diverticula)
3) esophageal function tests, including high-resolution esophageal manometry (HRM), which showed normal peristalsis, and 24-hour pH monitoring, which confirmed the presence of GERD
Although the vast majority of patients with GERD have a normal physical exam and are diagnosed through an upper endoscopy and/or pH monitoring, they may present with epigastric pain and pharyngeal erythema. In addition, they may present with typical symptoms, such as heartburn, dysphagia and regurgitation, and atypical symptoms, such as globus sensation, chronic cough, and hoarseness.2,5,6,7
In 2012, at Digestive Disease Week in San Diego, world-renowned experts who manage GERD, including gastroenterologists and surgeons, were assembled as the Esophageal Diagnostic Advisory Panel to achieve a consensus on the preoperative diagnostic evaluation before anti-reflux surgery. According to the recommended testing suggested by this panel, we performed the following workup:9
1) an upper endoscopy
2) a barium swallow
3) high-resolution esophageal manometry
4) pH testing
The primary treatment option for GERD is medical therapy, with PPIs and/or H2 receptor antagonists. Despite adequate acid suppression, some patients present with persistent symptoms. Anti-secretory medications may reduce or eliminate symptoms, such as heartburn, by increasing gastric pH; however, this therapy does not address the anatomical defect, and some episodes of weak acidic esophageal exposure may endure. A poorly-treated GERD may lead to Barrett’s esophagus, a precancerous condition which can ultimately develop into esophageal adenocarcinoma. The goal of anti-reflux surgery (total or partial fundoplication) is to recreate a unidirectional valve between esophagus and stomach, resolving reflux and achieving symptomatic resolution.5,8
Options for treatment
The following are the options currently available to treat GERD:
- Lifestyle modifications: Elevate the head of the bed and avoid late-night meals; avoid alcohol, tobacco and some foods, such as chocolate, coffee and carbonated beverages; weight loss for overweight/obese patients.
- Medical therapy: H2 antagonists and PPIs have been the mainstay of therapy for the last 20 years. Today, PPIs are preferred because they are more effective in alleviating symptoms.
- Endoscopic therapy: Over the last 20 years, many different types of endoscopic devices have been used to treat GERD, but most of them have been removed from the market because of a lack of safety or because they were not effective. At the present time, only the radiofrequency ablation of the lower esophageal sphincter (LES) and the endoscopic suturing of the LES (transoral incisionless fundoplication) are used. Both procedures require a very careful patient selection, excluding patients with hiatal hernia, esophageal motility disorders, Barrett’s esophagus, esophagitis, esophageal stricture, and obese patients.
- Surgery: Preoperative workup and patient selection are critical to achieve good outcomes. As of today, the most commonly performed procedures are:
- Laparoscopic Nissen (360°/total) fundoplication: Primarily for patients with normal esophageal peristalsis.
- Laparoscopic Dor (anterior) or Toupet (posterior) partial fundoplication: Reserved for patients with GERD associated with esophageal motility disorders.
- Roux-en-Y gastric bypass (RYGB): In morbidly obese patients fundoplication has an increased risk of failure. Therefore, a RYGB is the procedure of choice, as it achieves both weight and reflux control.
Rationale for treatment
A poorly-treated GERD may lead to Barrett’s esophagus, a precancerous condition which can ultimately develop into esophageal adenocarcinoma. GERD control can be achieved with a medical management. However, for refractory GERD further workup and a surgical intervention is recommended in order to achieve resolution and avoid progression to cancer.
This is the case of a patient who complained of refractory heartburn and regurgitation. He was placed on acid-reducing medications for years, but was still symptomatic. Before considering him for surgery, he underwent the following workup:
- Barium swallow: It provides important anatomical information, such as the presence of esophageal strictures or hiatal hernia.
- Upper endoscopy: It helps confirming the diagnosis and also provides more detailed information, such as presence of esophagitis, ulcers, strictures, and cancer.
- HRM: It facilitates the proper placement of the pH monitoring probe and excludes the presence of achalasia or other esophageal motility disorders.
- 24-hour pH monitoring: It is considered the gold standard for the diagnosis of GERD. It is possible to quantify the amount of reflux and to correlate the episodes of reflux with symptoms.
All these tests were performed according to the general guidelines that were set forth in 2012 by the Esophageal Diagnostic Advisory Panel. Once the workup was complete, we took the patient to the operating room.
The patient lies supine on the operating table in low lithotomy position with the lower extremities extended on stirrups with knees flexed 20-30°. A foam bed is used to avoid sliding of the patient. An orogastric tube is placed to decompress the stomach. The surgeon stands between the patient's legs, while first and second assistants stand on the right and left side respectively. A 5-trocar technique is used for this procedure: a first trocar is placed 14 cm inferior to the xiphoid process, in the midline, for a 30° scope; a second trocar is placed in the left midclavicular line, at the same level with the first trocar, to introduce a Babcock clamp; a third trocar is placed in the right midclavicular line, at the same level of the other 2 trocars, and it is used for the insertion of a retractor to lift the liver; a fourth and a fifth trocar are placed under the right and left costal margins and they are used for the dissecting and suturing instruments. Excluding placement and removal of trocars, we can consider 7 major steps for this surgery:
- Division of gastrohepatic ligament; identification of the right crus of the diaphragm and posterior vagus nerve.
- Division of peritoneum and phrenoesophageal membrane above the esophagus; identification of the left crus of the diaphragm and anterior vagus nerve.
- Division of short gastric vessels.
- Creation of a window between gastric fundus, esophagus and diaphragmatic crura; placement of a Penrose drain around the esophagus, incorporating anterior and posterior vagus nerves.
- Closure of the crura with interrupted 2-0 silk suture.
- Insertion of the bougie (56 Fr) into the esophagus and across the esophageal junction.
- Wrapping of gastric fundus around the lower esophagus; the 2 edges of the wrap are secured by three 2-0 silk interrupted sutures placed 1 cm away from each other. The wrap should be no longer than 2-2.5 cm.
The operation went well and lasted less than 90 minutes. The patient was discharged the following morning, after resuming a light diet, and recovered quickly. With this surgical approach we were able to achieve complete control of reflux, and the patient was able to discontinue his treatment with PPIs.
- Minor surgical tray
- Laparoscopic tray:
- 5 or 10 mm 30° laparoscope
- 5 and 12 mm trocars
- Grasping instruments: atraumatic, fenestrated, Babcock-type, toothed, curved dissecting (Maryland), curved 45° and 90° forceps
- Suction and irrigation kit
- Dissecting scissors (Metzenbaum)
- Needle holders
- Other laparoscopic devices:
- Hasson blunt port system
- Endo Stitch suturing device
- Nathanson liver retractor or Endo Retract 10 mm
- 0.25 in Penrose drain
- Electrosurgical instruments: monopolar (hook, EndoShears, etc.), ultrasonic device (LigaSure, Harmonic scalpel, UltraCision, etc.)
- Clip applier
- Endoscopic Kittner
- Maloney tapered Tungsten-filled esophageal bougie 56 Fr
- Carter-Thomason laparoscopic port-site closure system
Statement of consent
Informed consent has been obtained from the patient before video recording.
- Dent J, El-Serag HB, Wallander MA, Johansson S. Epidemiology of gastro-oesophageal reflux disease: a systematic review. Gut. 2005;54(5):710-717. doi:10.1136/gut.2004.051821.
- Andolfi C, Bonavina L, Kavitt RT, Konda VJ, Asti E, Patti MG. Importance of esophageal manometry and pH monitoring in the evaluation of patients with refractory gastroesophageal reflux disease: a multicenter study. J Laparoendosc Adv Surg Tech A. 2016;26(7):548-550. doi:10.1089/lap.2016.0189.
- Fisichella PM, Andolfi C, Orthopoulos G. Evaluation of gastroesophageal reflux disease. World J Surg. 2017;41(7):1672-1677. doi:10.1007/s00268-017-3953-3.
- Patti MG, Fisichella PM, Perretta S. Preoperative evaluation of patients with gastroesophageal reflux disease. J Laparoendosc Adv Surg Tech A. 2001;11(6):327-331. doi:10.1089/10926420152761833.
- Andolfi C, Vigneswaran Y, Kavitt RT, Herbella FA, Patti MG. Laparoscopic antireflux surgery: importance of patient's selection and preoperative workup. J Laparoendosc Adv Surg Tech A. 2017;27(2):101-105. doi:10.1089/lap.2016.0322.
- Herbella FA, Andolfi C, Vigneswaran Y, Patti MG, Pinna BR. Importance of esophageal manometry and pH monitoring for the evaluation of otorhinolaryngologic (ENT) manifestations of GERD. A multicenter study. J Gastrointest Surg. 2016;20(10):1673-1678. doi:10.1007/s11605-016-3212-1.
- Fisichella PM. Hoarseness and laryngopharyngeal reflux. JAMA. 2015;313(18):1853-1854. doi:10.1001/jama.2014.17969.
- Andolfi C, Plana A, Furno S, Fisichella PM. Paraesophageal hernia and reflux prevention:is one fundoplication better than the other? World J Surg. 2017;41(10):2573-2582. doi:10.1007/s00268-017-4040-5.
- Jobe BA, Richter JE, Hoppo T, et al. Preoperative diagnostic workup before antireflux surgery: an evidence and experience-based consensus of the Esophageal Diagnostic Advisory Panel. J Am Coll Surg. 2013;217(4):586-597. doi:10.1016/j.jamcollsurg.2013.05.023.
Table of Contents
- Insert Veress Needle to Insufflate Abdominal Cavity
- Insert Supraumbilical Trocar and Sleeve
- Insert Dissecting Port Trocar and Sleeve
- Create Incision and Insert Liver Retractor
- Insert Babcock Port Trocar and Sleeve
- Insert Assisting Port Trocar and Sleeve
- Cut Gastrohepatic Ligament
- Dissect Esophagus from Right and Left Crus
- Dissect Fundus of Stomach Towards Splenic Bed
- Insert Penrose to Wrap around Esophagus
- Dissect Esophagus from Posterior Hiatus
- Repair the Hiatus
- Perform Shoe Shine Maneuver
- Grasp Left and Right Part of Fundoplication
- Suture the Fundoplication
- Remove Liver Retractor
- Remove Trocars and Stitch Ports Shut
So today we're going to be doing a laparoscopic Nissen fundoplication. This is at 63 year old gentleman who has a long-standing history of acid reflux or GERD that’s refractory to medical management with very high dose proton pump inhibitors, so he is undergoing surgical management for his very debilitating disease. The preoperative workup consisted of an endoscopy that was normal, the barium swallow that shows no hiatal hernia, esophageal function test with manometry that showed normal peristalsis, and pH monitoring the shows an abnormal amount of acid reflux over 24 hours.
So the way we're going to position the trocar is the xiphoid process is right here, and this is the costal margin on the left - on the left and on the right. So the first trocar will be an optical trocar that will be placed 14 centimeter from the xiphoid process which is more or less here. The tendency is to put the trocar lower. That would be a mistake. We want to be as close to the gastroesophageal junction as possible so somewhere around here for the first trocar. And then we're going to place two trocars: one at the junction between the midclavicular line below the left costal margin, one at the junction between the midclavicular line and the right costal margin, and one - one on the anterior axle - axillary line in the level of the umbilical port - somewhere here. We're going to place also somewhere on the left side of the xiphoid process a liver retractor, which will be secured to the patient's bed. Let’s do the postal - post now.
Measure on this portion. Okay. Incision. Thank you. Good. DeBakeys please - I mean Adsens - Adsens. Good job. That’s the arterial, Scott. Now after the scope. Okay, it’s on your side. Right here, perfect. Can I have a Kocher, please? Now you have to go with the - have to go with cut. Cut this-Scott-down. Yea, it's burned. Cut this off piece here. Perfect. S-retractors? Now, you see the fascia there? The white stuff? Grab - grasp the fascia with the Kocher. Okay. Maybe - no, at the end. Kocher. Okay, okay. Hold this. Pull it towards you - this guy. Okay.
Again, so here is the same concept; so instead of grasping the skin and leaving the fascia at the level of the abdominal wall here, we have made an incision onto the skin, grasped the fascia which is white- right here. So now we have at least one inch between the edge of the - the fascia and the abdominal contents. So we're going to make an incision and put a Veress needle in and insufflate - and insufflate the abdominal cavity.
Okay, drop test. Aspirate first. No gap, no blood, perfect. Go down. Alright, take it out. Perfect. You see everything goes down. High flow. Yep. Okay. Okay. One second - put it on your mask. Right there. You feel it? Okay. Let’s see how - don’t worry about - I’m holding this. Scott, can you see - the - the opening pressure is okay. It’s 3 - yeah, 3 L per minute. Right, that’s okay. Scott - that’s yours. Right into the hole that we made - see if you can feel it. Can you feel it? Okay, now this one here. Use this guy - Okay. Twist. Twist like you mean it. Perfect. Okay, so let’s - yes, there - the black stuff there? You see? It’s super easy. Perfect, okay. That's how it’s going to look. It’s in focus. Can I have the local? This one here is just to see - take out. You can do this to clean it, okay? And put it in. This one here is very up in the chest. Okay, hold this for a second.
Can you put the patient in reverse Trendelenburg now? Perfect, thank you. Okay, make an incision here - transverse incision. Marking pen. Right below the costal margin. Perfect. That’s fine. He got it. A 12 millimeter. Okay. That’s fine. Can I have a Kelly? Just want to make sure… one of mine get put in the chest wall. Can you hold it for a second? Here. Can I have a knife? Okay, as you can see, you got to make the incision bigger… Okay. Knife. A Schnitz afterwards. Perfect. Okay, the snake retractor. Hold it like this. Okay. You have to go in the other side. Now we are inserting- the liver - what is going to become our liver retractor. Okay. Perfect. Yes, in the hole - tighten this one here. Okay, now you tighten this one here. Yeah, good. Okay, harder, harder. Perfect. And now you tie the end. Okay, now it’s fixed.
Now Scott, this is one. We’re going to put another one somewhere there. Okay. Knife please - knife. Perfect. Just - where to open up the dermis… Kelly or - Yeah. Kelly just to stretch the skin. Yeah, perfect. Kelly there. Okay. Straight down. Release a little bit - perfect. Okay, perfect. Make sure you didn’t cause any problems here. Put it in, more. Perfect. Take it out. Take this thing out. Okay, can you make an incision here? Sure. Kellys? Okay can we have the lights off?
Okay so this one here is the left lobe of the liver with the triangular ligament right there, right? This is the greater omentum and the spleen - it's right there, you see? Almost - almost - anyway, it's there - don't want to bust it. So this one here is the stomach, okay, and the greater omentum is here. Somewhere around here should be the right pillar and the left pillar of the crus. Okay - so that’s the greater omentum, we're going to go down. Perfect. So, this is the left - lesser curvature of the stomach. Okay so the esophagus should be - and the jejunal junction should be somewhere in there. Okay I'm going to ask you to open traction here and this transparent stuff is the hepital gastric ligament. We're going to cut it, and we're going to go into the lesser sac. The patient has an NG tube inside, okay. Has no Foley catheter. Okay so you can see the stomach that goes all the way down - this one here - the branches, the first, the second, and the third branch of the less - left gastric artery. Okay so I’m going to ask you to do this, okay, and pull gently like this, okay? Okay. Pull now. Pull. So…
So this one here is caudate lobe of the liver. Okay. Good. Perfect. Hold it. So you have to do this kind of movement - right here, right here. Okay. Hold it. Pull it down, down, Scott, so I can see-you got to center here because that's where we're going. Come closer with the camera. Come closer more, more. Perfect. Okay. This one here, right here is the diaphragm. Okay now you can see this part here - this is the right pillar of the crus, and esophagus is somewhere in there. Come closer - come closer with the camera. If you can’t see, I can’t see. Perfect. Pull - Scott - pull. You’re pulling? Thank you.
Now we’re disconnecting the esophagus -we’re disconnecting the esophagus from the right pillar of the crus. Okay. Okay, Scott like this. Those are the attachments - they are not attached there anymore. Okay. And right here is the apex of the left pillar of the crus. Okay. So we went circumferential, from here up to here. So we went - start from the left, we start - we took down the - the - hepatic gastric ligament. We find -we found the apex - sorry - the - the border of the right pillar of the crus, cut it out, disconnect the esophagus - the right side of the esophagus the right side of the esophagus from the right pillar of the crus, and went all the way around, cutting down the phrenoesophageal membrane.
Perfect. There are some attachments that we will take down later. Okay so now let's change - you hold those things. Okay, so I may see this. Perfect, no major problems are there. Okay, over here. So this one here is where the short gastrics are, okay? So you have to come here and grasp as much as you can from there. You want to go on the - okay, grasp. And then keep pushing it a little bit more? Yep - perfect - great - perfect, perfect. Nice. Sorry - my fault. Go ahead. Go ahead. Push a little bit more. Hey, hold it. Sorry, I know it’s difficult for the first time. It’s okay, don’t worry. Perfect. See if you can hold it like this. Perfect.
Okay so this one here is the lesser - lesser sac from the other side. Perfect, okay. Now Scott, release what you’re doing - release. Release. Perfect. And grab - one goes below and one goes above, right there. Open more. This… No. I’ll hold the camera for a sec - hold the camera like this. Why’s it not opening? Okay. Okay, perfect. Hold this, okay. Push it - no, down, down - perfect, perfect, perfect, okay. That's okay. See the tip of the NG? See the tip of the NG? Yeah. Okay. Okay now as you can see, this one here is tilted - just keep it this way. Okay, now you are there. Now release, and let’s do the same thing on top. Okay. You have to grasp the anterior and posterior wall of the stomach - no, go above - go above me. Perfect, perfect. Nice, take it. Okay, perfect. Hold the camera. Now you - is like - you’re going to do this movement of pulling towards you because, you see, you’re going to open this angle. Back up - a little more. Back up a little bit. Okay. Back up with the camera. You’re doing fantastic. Come closer. Let me see...Perfect.
Perfect. Those are the short gastrics, okay? Now, stop for a second. You can see that that's where we did the dissection - that's apex of the left pillar of the crus, you see? So we’re going to connect this to that. Okay, so that’s the spleen. Back up - go in. One second. Go in as I can see. Back up. Okay so that’s apex of the fundus. That's a pillar of the crus. Back up with the camera. Let go - what you’re taking. Perfect. You and I are going here - and then zoom in? Right here, perfect. Come closer. So you can see, this is the pillar the crus - this is the other pillar of the crus. So if you go do dissection in the mediastinum, then you're going to end up in the aorta, okay, but you got to make sure that you make the dissection there. Hold this. Okay, let's go on the other side. I can’t see what it is. It’s somewhere there. Okay, let go. Okay. Like this - you got to pull really hard. Okay. Hold this. Flip it up - flip it, flip it, so you are there. You see? Can I have the Penrose? Can you give us also one of those endoloops - no, endo… no, the thing you tie - the loops. Yeah. Hold this. Quarter inch. Yes.
Guys, one second. Okay, back up. Perfect. Okay, that’s esophagus, make sense? Now we’re going to use this for traction. Okay, Scott, grab it - grab the loop. Put it in-inside. Now break it. Okay, and pull it a little bit. Just - one second, perfect. Pull it a little bit - not too much. Okay so this now goes inside. Okay, one second - hold it, hold the entire thing. Can I have a grasper? The Hunter? Yes. Okay, it’s okay - don’t. Take it. Okay, now the tip goes right there where you want to put it, okay? So pull. Pull, pull, pull, pull. Pull. Pull, pull - tight, tight, tight. Okay, scissor, okay. That’s it. Okay. Just hold it. Scissors. Okay, take it out. Perfect.
Okay, this is what you're going to leave, okay? You're going to leave with this. So the movement is left, right, down, okay? Because you have the esophagus. It's not locking - okay. One second. Okay, it's not locking - okay. Thank you - no. Pull up towards the patient’s shoulder. Perfect. Now we are going to work here.
Pull towards you - perfect. Okay, let’s see if we can work this way. Okay, turn around - means flip it over. No - no, you stay like - you stay like this. The only thing you can do is you can move the - the stem left and right. Okay, now flip it over on the other side - you back up with the camera. Perfect. Okay. Grasper. Okay. You got to squeeze hard because that’s unfortunately the way it is. Okay. Okay, come closer. Perfect. Good, thank you. Okay, what is this white stuff here? This is… Let's call it aorta. Yes, that is aorta. Okay, back up,back up. Stop for a second. Hold this. Okay, flip it over. Okay, let’s do something. Hold the camera like this. Back up. If not, I’m going to crash. Let’s get in there - more. I’m trying to watch to see what’s going on here. Okay, hold this. Okay, can you hold it like this? Thank you. Okay, back up- the camera. Okay. Now flip it over on the other side like we did before. Perfect - let’s see if we can see much better now. Okay, go in - yea, perfect.
Okay, let’s do it again from the other side. Okay, go inside there. Go in. Okay, hold this guy. Perfect, like this. Hold it. Now go in with the camera. Camera. Perfect. Okay, let’s flip it over again. Perfect. Oh, okay. First of all, this is the view that we need to work in because… okay. Okay, this is the right - right pillar of the crus - left pillar of the crus. This one here is the aorta, okay? Come closer, can’t go in. That’s the pleura - a hole in the pleura. Do you see lung? No. Okay. Are you pulling, Scott? Yep. Okay.
Okay, let's flip it over on the other side. Okay. No - now we’re going in here, okay? Now, hold this. So, this one here - now you can see the esophagus so that these are like nice and taut. Okay? I just want you to pull as hard as this. Okay, squeeze. Okay, hold this now. Let’s go in again, you and I. On the other side - right there, perfect. Slowly. Okay. Hold this. Hold this, Scott. So you can see here, this guy here is the anterior vagus, okay? Somewhere there. Okay, hold it like this. Hold it. Okay. Squeeze. Okay, you do it. Up and lateral - up and lateral, up, up, up and lateral. Perfect. Hold the camera. Hard, okay - perfect. Perfect. Go in. That’s a lymph node. Okay, can you clean them?
Flip it over on the other side. Perfect, up - if you can put it up. Perfect, so those are the attachments on this side. Flip it over on the other side. Perfect. Okay, whatever - go on the other side. Perfect. Okay, so now can I have, open Ray-Tec? Go in - so forget about this stuff. This is going to… it’s going - it’s a small vessel. It’s going to… Can I have the O-silk? O-silk on the endostitch. Okay, let go.
See now there is at least one inch. This one here is an inch - an inch of esophagus in the abdomen, and that's - that's good, okay. That's fine. Now, you're going to do this. So anterior vagus is there. The posterior vagus is somewhere there - you should not see it. Okay, go ahead. One sec. Grasp it with the tip. The tip is the one that grasps. Okay. One second, I want to see something. Okay, come closer. Okay. So the posterior vagus is right there. Ting! See? This thing here. So anteriorly - see? Posterior vagus. So anterior and posterior vagus nerves were preserved. Yes.
You see that the - this thing forms a “V.” Hold this guy. Hold the - the hands. Okay, the “V” like this. Make sense? Hold - hold the camera now. Okay. Because now I’m going - you have to show me because… See how close the aorta is? Don’t move - with the camera - don’t move. Okay, can I have-? Thank you. Just leave it like this. I’ll take another. The next one - cut it shorter. It was too long - how long was the la - the first one? 12 - 12 centimeters. So one cent - big bite, because this one here is a centimeter - one centimeter apart and one centimeter from each other. Yeah. Hunter, Hunter, yes.
Okay, so there are two stitches placed there, okay? Should we put another one? No, because look at this, okay? There is at least a good centimeter from there. Okay. So I'm happy with this. Perfect, okay. Now, you’ll grasp it like this. Okay, you’ll hold it. Two graspers.
So I'll explain to you what we're going to do. We're going to get - we’re going to get the fundus of the stomach. Okay, so stay there - don't move. That’s the fundus right there. Okay. Easy. Okay. Okay, those are the grasp - the stumps of the short gastric vessels, okay? Okay. Now drop this down, Scott, towards the - no, I’ll do it, I’ll do it. Okay, like this. You see? Perfect. Do it.
This one here - they call it shoe shine maneuver. This one here is a small esophageal fat pad. Okay, just- we can do - the fundoplication will be like this, okay? And we want to do the shoe shine maneuver to make sure that all the fundus is - all the fundus is - is free, okay?
So I grasp the shor - the - the stump of the short gastrics here on the right and this one here on the left, and this one we’re going to do together like this, okay? Now Scott, you got to get rid of the - this one here. Okay. Get the Babcock. Grasp right below what I have on my right hand, right below. The fundus of the stomach on there - lower, lower, lower, lower. Perfect, there. Okay. Can you show - flip it over like this? Perfect. I want to see this part here. Perfect. Okay, let go. Okay so this is the way we’re going to do, make sense? Like this. Okay. Scott, now grasp left and right part of the fundoplication. Perfect. Go in. Push down, and grasp everything. Squeeze. No, you’ve got squeeze with the paddles. I want the paddles in between - perfect! Perfect. Squeeze hard because they’re going to - okay, do you have the endostitch? Whatever you have ready.
Perfect. Get the scissors Scott, and cut this thing. Back up with the camera. Back up a little more? Back up a little more. Come closer now. Right there is okay. Come closer. Scott, you have to twist the scissors. If not - perfect. Good. Two graspers. Okay. Hold this. Penrose is back and intact, okay. Can I have that zero? Scott - Scissors please. Back up with the camera a little bit. Okay, can I teach you a trick? Look where the tip of the camera is - oh okay! Okay, perfect. Oh, that’s good. Cut. Okay. Perfect. Keep it here. Do you have the Hunter? Can I have the zero? One second. Okay, so...
Okay, so the fundoplication is here and here. Okay, you may want to put maybe a stitch on top right there just to close it and see how it works. Okay, can I have another one? Hold this. Thank you. Hold it like this, okay? Now, I don't know - I have not decided if I want to put this or not, because the thing is that we don't - don’t put a bougie to calibrate. Okay so this one here kind of looks nice if you put a superficial stitch. Hold this. Come closer. Scissors. No. Okay, perfect.
Fundoplication is done. Okay. Looks super good. It's not too tight. Okay. See? It's not tight at all there. See? Agree? Yep - perfect. Okay.
Can you flatten the patient please? I'm going to move the bed. Hold it like this inside - put it inside, right there - I like to go there. Can I have a Carter Thompson with a - can you lower the table please? Is it down? It’s all the way down. Okay. Can I have the Carter Thompson? With those 0-8 ethibond. Don’t worry about this -perfect- the 0-8 ethibond? You want the house lights up? Not yet. Take off the needle, and then you put it here. I don't want you to lose. You put it there, I don’t want you to...perfect. Thank you. Okay.
Okay, now lights on in the room. Take this out. Take this port out. Don’t pull it - just take this - this out. Take this. And it’s a bulb - put the bulb, and it’s going to release - air. Can we have the room - spotlights. Scissors please. This guy. Yes, we’re done. One sec - don’t cut. Can I have 4-0-4 - 4 by 4? Okay, cut this. Perfect, and you’ll do the rest. Okay. Okay. Great. Do we have - Okay. Operation is concluded.
So today we did a laparoscopic Nissen fundoplication in a patient who complained about heartburn and regurgitation for several years. He was a placed on anti- antisecretory medications like proton pump inhibitors, 20 milligrams twice a day, and a dose of H2 blockers at night for break - breakthrough reflux. The patient was still symptomatic, so he underwent the workup for the - the proper workup to be considered for laparoscopic Nissen fundoplication as he could not get medical control of his symptoms. The preoperative workup has been well codified by a - a panel of surgeons and gastroenterologists who got together in 2013 at the Digestive Disease (Consultants in) Dublin - the Digestive Disease Dublin.
The preoperative workup consisted of esophageal function testing like esophageal manometry and pH monitoring. The esophageal manometry aims at ruling out the presence of achalasia. Which can - whose symptoms can be reported also by patients who have gastroesophageal reflux. There is a certain degree of symptomatic overlap, but the treatment of achalasia is completely opposite from the patients with gastroesophageal reflux disease.
The second test was a pH monitoring that allows us to detect the pathological amount of reflex. The pH monitoring consists in placing a wire with a tip placed 5 centimeters above the lower esophageal junction, and the tip contains a sensor that detects acid over 24 hours. This test was positive in this patient. That means that over 24 hours, he had an excessive amount of reflux compared - acid reflux - compared to the normal individual. So this was the second test.
The third test was an endoscopy. The endoscopy was done to rule out any other causes for the patient’s symptoms. As well as the patient had a barium swallow. The barium swallow gives us an understanding of the anatomy of the foregut, which is the esophagus and stomach. It can rule out the presence of a hiatal hernia or other pathology like esophageal diverticulum or so fourth,so on.
So all these tests that were performed according to the general guidelines that were set forth in 2013 by these panel of experts, and after the workup was complete, we took this patient to the operating room. We placed the patient supine on this thin foam(58:51), and the most important thing for us was to provide support for the patient in order for him to be placed in almost a sitting up position because if - when a patient is in a sitting position, all the organs try to - tend to fall down, and the surgeon has a great access to the operative field - in this case the gastroesophageal junction, the esophagus, and the stomach.
So - the first portion of the procedure was actually the correct patient positioning. A good patient positioning will allow us - has allowed to perform the operation easier, faster, and better. The portal site placement is straightforward - is conventional.
We started the operation by taking down the gastrohepatic ligament, we identified the right pillar of the crus, we went from the apex of the right pillar of the crus to the apex of the left pillar of the crus, and then we identified the right esophageal window - and this was important for us because we wanted to pass this Penrose drain. And the Penrose drain, around the esophagus that incorporates the anterior and posterior vagus nerve, had the purpose of applying an automatic traction to the distal esophagus. So we were able to move the esophagus left and right without causing any problems or any - any trauma - or bleeding. By applying traction to the esophagus, we were able to pull the esophagus down by doing the dissection of the esophagus in the posterior mediastinum. So we brought the gastroesophageal junction down in the abdomen for at least 2 - 2.5 centimeters.
Once this was done, we had already prepared the short gastric vessels and the fundus of the stomach. And here, the challenging thing is to perform a complete mobilization of the fundus of the stomach that means taking down all the short gastric vessels, the posterior gastric artery, and making sure that the esophagus - and - and the fundus of the stomach are free of any connection, because in this case we decided to perform a 360 or Nissen fundoplication or a total wrap, and a complete mobilization of the fundus is essential to perform the wrap.
There are several different kinds of fundoplications. So there are partial anterior, partial posterior, or total fundoplication. In United States, we prefer to do a 360 degree or total fundoplication unless the patient has a defect in the peristalsis or the peristalsis is extremely weak or almost none / absent such as patients with achalasia, but we had the preoperative assessment through manometry that allowed us to understand that the - the peristalsis of the esophagus was strong and was normal, so we decided to do total fundoplication, which provided a good balance between the control of reflux and prevention of difficulty swallowing in case we did this too tight.
The operational was not difficult - there was no hiatal hernia, and therefore, the dissection was good - the dissection was okay. We put a nasogastric tube to decompress the stomach in order to manipulate the stomach better. Then, we took it out at the end - about almost at the beginning of the operation once we decompressed the stomach, and we did not place a Foley in - in this patient. The operation took 1 hour and 30 minutes.
The patient that will be taken to the room on just a regular floor. He would be placed on nothing to eat or drink for tonight. He will be given a regular diet tomorrow morning. He will have no barium swallow, no labs. We didn't have much of bleeding, so laps are - won’t tell us anything that we will do different otherwise. Same thing for the bedroom swallow. And he will be discharged home after breakfast tomorrow morning with a hospital stay of less than 24 hours, and he will be expected to be seen in clinic in a - in a week. The only of change in the medication that we provided for this patient was to discontinue the proton pump inhibitors that he has been taking for the past year. So that's the reason why we did the operation - to control the reflux - so he will not need the proton pump inhibitors any longer.