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Laparoscopic Sleeve Gastrectomy in Situs Inversus Totalis

Mohammed A. Bawahab

1 Introduction

Situs inversus totalis (SIT) is a rare genetic autosomal recessive disorder, 1st time described in 1600 by Fabricius [1] with an incidence of 1 in 5000–20,000 live births [2] This mutation, anatomically described as 270° counterclockwise rotation of the intraabdominal organs, is also known as mirror image rotation [3, 4]. Most of SIT patients can live normally without associated organ abnormalities, though cardiac, lung, and/or intestinal anomalies can be present including atrial or ven­tricular septal defects, bronchiectasis, single lung absence, and duodenal stenosis or atresia, respectively [5].
SIT can also be a component of Kartagener syndrome (KS) which is made up of bronchiectasis, chronic sinusitis, and SIT. The main problems encountered in this syndrome is due to the defective movement of cilia, leading to recurrent chest infections, and infertility [6]. However, since the introduction of laparoscopy to the field of bariatric surgery, operating on such patients has become a more straight forward feat [7].

2 How to Perform the Procedure

Firstly, the patient should be admitted in the morning of surgery day having fasted for eight hours. After intubation and induction of general anesthesia, the patient will be positioned in semilithotomy (french) reverse Trendelenburg position. CO2
M. A. Bawahab (*) Upper GI, Laparoscopic, and Bariatric Surgeon, Department of Surgery, College of Medicine, King Khalid University, Abha, Saudi Arabia e-mail: mbawahab@kku.edu.sa
© The Editor(s) (if applicable) and The Author(s), under exclusive license to Springer Nature Switzerland AG 2021 S. Al-Sabah et al. (eds.), Laparoscopic Sleeve Gastrectomy,
https://doi.org/10.1007/978-3-030-57373-7_26
243
M. A. Bawahab244
insufflation is then started using a veress needle at palmar’s space. After adequate gas insufflation an 11 mm bladeless trocar will be inserted at the supraumblical region, which will contain a 10 mm 30° scope which will be used for examination of the peritoneal cavity. The monitor is positioned at the patients’ right shoulder, while the surgeon stands between the patients’ legs, with the nursing assistant on the patients’ left side (mirror image of the typical positioning for a gastric sleeve). A 15 mm bladeless trocar is then inserted at the left upper quadrant, while a 12 mm bladeless trocar is inserted at the right upper quadrant, Iron med laparo­scopic liver retractor is then used to lift up the hepatic lobe (Fig. 1). Dissection is then started by taking down the gastrocolic ligament using the left sided trocar, just proximal to the pylorus, all the way up to the base of the right diaphragmatic crus, with meticulous dissection of the gastosplenic ligament. 1st stapling is done using an Endo GIA black articulating, while reload with Tri-staple Technology 60 mm (extrathick) is done just proximal to the pylorus. A 36F calibrating tube is then inserted orally by the anesthesiologist under direct vision all the way up to the pylorus, followed by stapling of the rest of the stomach using a purple Endo GIA articulating reload with Tri-staple Technology 60 mm and ending about 2 cm lateral to the GE Junction. Staple line reinforcement is recommended using 10 mm Endo clips at the overlap and bleeding areas, afterwards, the calibrating tube is pulled out to the level of the GE Junction and 150 ml methylene blue leak test is then performed. The tube can then be removed completely. Interrupted 2.0 vicryl gastropexy stitches are then done between the sleeved stomach and the
Fig. 1 Trocars and liver retractors placement
Laparoscopic Sleeve Gastrectomy in Situs Inversus Totalis
245
(continued)
Postoperative
complicatons
Surgical
procedure
Previous
operation
Kartagner
syndrome
Operation time
(mean operation
The
need for
additional
trocars
No 160 min (105) No No LRYGB No
No 76 min (50–93) No No LRYGB No
No 61 min (16–87) No No LSG No
Yes NA No No LSG No
LSG Suture line
gastric
banding
No
S1LSG
Yes No Trans-umbilical
(il was learned
via e-mail)
No 52 min (45–60)
No NA No No LAGB No
Yes 90 min No BIB LAGB + LC No
Preoperative diag-
nostic method
Body mass index
(BMI) before
Age/
gender
Table 1 A brief review of the studies of laparoscopic sleeve gastrectomy with situs inversus totalis
ECO/X-ray chest No 300 min (159) No No LRYGB No
2
)
2
operation (kg/
m
38/F 47.8 kg/m
Wittgrove et al.
(1998) [7] first case
RCG/X-ray chest/
CT scan
NA No 120 min (NA) No No LRYGB No
2
2
47/F 58.1 kg/m
51/F 43 kg/m
Ahmed et al. (2006)
[5]
Tsepelidis et al.
(2015) [8]
USG/X-ray chest/
gastroscopy/ECG
USG/X-ray chest/
gastroscopy/ECG
2
2
Slier et al. (2014) [9] 39/M 44 kg/m
Stier et al. (2014) [9] 51/F 54.2 kg/m
ECG/gastroscopy/
X-ray chest/USG
Ahdominal CT No NA No Open
2
1
19/M 76 kg/m
39/F 42 kg/m
Catheline et al.
(2006) [10
Deutseh et al. (2012)
[11]
ECG/X-ray chest/
CT scan
2
52/F 49 kg/m
Genscr et al. (2015)
[12]
29/M 56 kg/m ECG No NA No No LAGB Band erosion
Samaan et al. (2008)
[14]
ECG/Barium
graphy/X-ray
ehest/USG
2
2
28/M 51 kg/m
Malar et al. (2008)
[15]
ECG/X-niy chest/
USG
20/F 44.9 kg/m
Taskin et al. (2008)
[16]
M. A. Bawahab246
Yes 105 min Ye s No LAGB No
X-ray chest/chest
and abdominal CT
scan
2
47/F 60 kg/m
Pauli et al. (2008)
[17]
Table 1 (continued)
No NA No No LAGB No
No 78 min (28–60) Noo No LSG No
ECG/gastroscopy/
X-ray chest/USG
ECG/gastroscopy/
2
2
33/F 53 kg/m
21/F 41.8 kg/m
Ersoy et al. (2005)
[13]
Current Study (20
X-ray chest/USG
15)
sion, LAGB laparoscopic adjustable gastric banding, LC laparoscopic cholecystectomy, LRYGB laproscopic Roux-en-Y gastric bypass, LSG laparoscopic
sleeve gastrectomy, NA not available, OSAS obstructive sleep apnea syndrome, SILSG single incision laparoscopic sleeve gastrectomy, USG abdominal
BIB bioenterie intragastric ballon, BMI body mass index, CT compound tomography, DM diabetes mellitus, ECG electrocardiography, HT hyperten-
ultrasonography
Laparoscopic Sleeve Gastrectomy in Situs Inversus Totalis
247
pre-pancreatic facia to keep the stomach aligned. A 5 mm Neleton free gravity drain is then inserted at the right upper quadrant with the tip near the GE Junction. The excised stomach is then removed from the 15 mm trocar port. Both 12 and 15 mm port sites would be closed using 1 vicryl Endo closure. The skin is then closed at all port sites with 3.0 monocryl in a subcuticular fashion with surgeon pore dressing done.

3 Discussion

Obesity is a worldwide health problem and has been on a continuous rise as has been stated by the world health organization (WHO) [8]. Challenges that may face surgeons in bariatric surgery are many, one of these challenges being Situs Inverses Totalis which is usually discovered preoperatively during patient work up for surgery or incidentally during the procedure. Preoperative diagnosis gives the patient a better chance for a more complete cardiopulmonary assessment, and bet­ter planning opportunity for the surgeon for patient positioning and proper oper­ating theater setup, obtaining instruments needed which may reduce technical challenges during the procedure and the operative time [9]. Longer operative time will be faced if intraoperative diagnosis of SIT is made, which in turn required a later adaptation and surgeon position changes [10]. The surgeon may need to add additional trocars if needed, as seen by the literature review we conducted. Trocars were found to be added for the following reasons: concomitant laparoscopic chol­ecystectomy for incidental gall stones, severely morbid obesity with higher BMI, and patients with Kartagener syndrome who need to be on a low insufflation pres­sure [9, 11, 12]. SIT does not increase bariatric surgery complication specially if it is done by an experienced laparoscopic bariatric surgeon [13].

4 Conclusion

Laparoscopic sleeve gastrectomy and other bariatric surgeries can be done safely in SIT patients, however proper preoperative assessment and evaluation is needed. Preoperative diagnosis of SIT has a positive impact on patient management. Patients with Kartagener syndrome need to be evaluated by a pulmonologist and anesthetist preoperatively (Table 1).

References

1. Akbulut S, Caliskan A, Ekin A, Yagmur Y. Left-sided acute appendicitis with situs inver-
sus totalis: review of 63 published cases and report of two cases. J Gastrointest Surg. 2010;14(9):1422–8.
2. Rungsakulkij N, Tangtawee P. Fluorescence cholangiography during laparoscopic cholecys-
tectomy in a patient with situs inversus totalis: a case report and literature review. BMC Surg. 2017;17(1):43.
M. A. Bawahab248
3. Douard R, Feldman A, Bargy F, Loric S, Delmas V. Anomalies of lateralization in man a case
of total situs inversus. Surg Radiol Anat. 2001;22(5–6):293–7.
4. Nelson MJ, Pesola GR. Left lower quadrant pain of unusual cause. J Emerg Med.
2001;20(3):241–5.
5. Varano N. Situs inversus: review of the literature, report of four cases and analysis of the
clinical implications. J Int Coll Surg. 1960;33:131–48.
6. Yazar FM, Emre A, Akbulut S, Urfalıoğlu A, Cengiz E, Sertkaya M, et al. Laparoscopic
sleeve gastrectomy in situs inversus totalis: a case report and comprehensive literature review. Indian J Surg. 2016;78(2):130–5.
7. Spiegel H-U, Skawran S. From longitudinal gastric resection to sleeve gastrectomy—revival
of a previously established surgical procedure. J Gastrointest Surg. 2011;15(1):219–28.
8. Worni M, Guller U, Maciejewski ML, Curtis LH, Gandhi M, Pietrobon R, et al. Racial dif-
ferences among patients undergoing laparoscopic gastric bypass surgery: a population-based trend analysis from 2002 to 2008. Obes Surg. 2013;23(2):226–33.
9. Taskin M, Zengin K, Ozben V. Concomitant laparoscopic adjustable gastric banding and lap-
aroscopic cholecystectomy in a super-obese patient with situs inversus totalis who previously underwent intragastric balloon placement. Obes Surg. 2009;19(12):1724–6.
10. Wittgrove A, Clark G. Laparoscopic gastric bypass for morbid obesity in a patient with situs
inversus. J Laparoendosc Adv Surg Tech. 1998;8(1):53–5.
11. Catheline JM, Rosales C, Cohen R, Bihan H, Fournier JL, Roussel J, et al. Laparoscopic
sleeve gastrectomy for a super-super-obese patient with situs inversus totalis. Obes Surg. 2006;16(8):1092–5.
12. Pauli EM, Wadiwala II, Rogers AM. Laparoscopic placement of an adjustable gastric band in
a super-super obese patient with situs inversus. Surg Obes Relat Dis. 2008;4(6):768–9.
13. Genser L, Tayar C, Eddine IK. Trans-umbilical single incision laparoscopic sleeve gastrec-
tomy in a patient with situs inversus totalis and kartagener syndrome: video report. Obes Surg. 2015;25(10):1985–6.

Banded Sleeves

Mohit Bhandari

1 Introduction

Bariatric surgery has emerged as the only feasible long-term solution for the treat­ment of obesity [1]. Long-term studies show that surgery causes a significant long-term loss of weight, recovery from diabetes, improvement in cardiovascular risk factors, and a mortality reduction [25].
There has been an explosion in the number of bariatric surgical procedures per­formed worldwide. 61 countries that contributed to the International Federation for Surgical Obesity (IFSO) global registry {2019} with a total of 833,687 surgical procedures covering a data of 2,94,530 gastric bypasses, 3,91,423 sleeves, 30,914 one anastomosis gastric bypass and 70,085 gastric banding procedures. 47% of these procedures were sleeve gastrectomies [6].
Surgical treatment of morbid obesity has witnessed a significant evolution since the advent of laparoscopy. Laparoscopic Sleeve Gastrectomy (LSG) was originally intended as a bridging procedure for super obese patients [7] awaiting definitive bariatric intervention, but has evolved into a stand-alone procedure encouraged by early postoperative results and owing to its technical simplicity in performing LSG compared to Roux-en- Y Gastric Bypass (RYGB), it has become the most performed surgery in the world overtaking RYGB [8]. Though early results seem encouraging, long term results show significant weight regain requiring revisional surgery [9].
Dilation is part of the natural history of these operations. To address this issue, Fobi introduced the placement of a ring/band around the pouch of the Gastric
M. Bhandari (*) Head of Department At the Mohak Bariatric and Robotic Surgery Center, SAIMS University, Indore, India e-mail: drmohitbhandari@gmail.com
© The Editor(s) (if applicable) and The Author(s), under exclusive license to Springer Nature Switzerland AG 2021 S. Al-Sabah et al. (eds.), Laparoscopic Sleeve Gastrectomy,
https://doi.org/10.1007/978-3-030-57373-7_27
249
M. Bhandari250
Bypass (GBP) to stabilize the size of the reservoir in the GBP operation [10, 11]. This resulted in better and sustained weight loss as compared to the non-banded GBP [12]. The same concept was applied to the LSG by placing a ring/band loosely around the proximal sleeve. This resulted in better and sustained weight loss compared to the non-banded sleeve [1315]. Placing this ring/band enhances three mechanisms that result in weight loss maintenance:
1. the restriction of a small pouch is maintained.
2. the early satiety due to the full sense effect caused by food in the pouch dilat-
ing the gastroesophageal junction with stimulation of the vagus nerves is main-
tained and
3. the forced compliance of the patient having to eat slowly, chew the food thor-
oughly, and stop eating when full all contribute to the effectiveness of the BSG.
This better outcome of weight loss and maintenance is at an acceptable cost of
a low incidence of ring/band erosion, slippage, and solid food intolerance in a
small group of patients [16].

2 Procedure

The Laparoscopic Banded Sleeve Gastrectomy (BSG) operation is performed with the patient placed in the supine reverse Trendelenberg position. With the surgeon to the right of the patient, pneuma-peritoneum is achieved using a Veress needle. A supraumbilical 12 mm port is placed for the optics. A second 10 mm port is placed under vision in line with the optical port in the left midclavicular line. Two 5 mm ports are placed in the right and left the subcostal region in the mid-clavicular line (Fig. 1) A Nathanson liver retractor is placed for retracting the liver.
Creation of the Sleeve Gastrectomy (SG) starts with mobilizing the omen­tum along the greater curvature of the stomach (Fig. 2), starting at a point 1–2 cm from the pylorus up to the gastroesophageal junction, exposing the left crus of the diaphragm. The sleeve is formed by transecting the stomach, starting from 3–4 cm from the pylorus using a green Ethicon Endo-stapler (Johnson and Johnson) (Fig. 3). The stapled resection of the stomach is continued with blue sta­plers alongside a 38 French bougie in the stomach leaving a sleeve estimated at 90–110 cc in size.
A peri-gastric window is then made in the lesser omentum 3–4 cm from the esophagogastric junction and careful dissection is carried out around the sleeve pouch. Through this window, a silastic ring of number 8 which is approx. 2.7 cm in diameter is passed and locked in place. The Ring must be loose around the pouch (Fig. 4). The ring is then sutured to the staple line on the greater curvature of the sleeve with non-absorbable sutures. Hemostasis is usually achieved using clips and in case of severe bleeding with staple line suturing. Typically no drains are placed.
Banded Sleeves
251
Fig. 1 Port position

3 Pre- Intra- and Post-Operative Management

Patients who seek treatment at our centre are usually advised of all the vari­ous options for the management of obesity. Presentations are complemented by printed handouts that explain the various treatment options. We follow the 1991 NIH criteria [17] with the modifications for Asian patients for qualifying patients for surgery. The exceptions to these criteria apply to patients who seek endoscopic bariatric operations, revision bariatric operations, or for whom the indication for surgery is Type 2 Diabetes.
Fig. 2 Mobilisation
M. Bhandari252
Fig. 3 Stapling of stomach
The type of procedure offered to a patient is guided by an algorithm. This algo­rithm is based on evidence-based medicine and experience from our own data. The Body Mass Index (BMI), age, gender, comorbid conditions, previous surgeries, social history, and the patient’s understanding and wishes are all taken into con­sideration. Various consents for treatment are obtained as per hospital protocols. Consent is also taken for the use of patient’s redacted data for research purposes. Preoperatively all patients are usually evaluated by multiple disciplinary teams