Abstract

Description of successful correction of complex Mullerian anomaly, in stages using Full thickness skin graft, prior to the onset of menarche.

Abstract

Background : Cesarean scar ectopic pregnancies are increasing in frequency, due to rise in cesarean deliveries. They should be managed early in pregnancy, preferably by surgical excision, failing which they may rupture, or later develop into morbidly adherent placenta.

Methods : This is a series of fve cases described to explain the instrumentations and techniques in the laparoscopic excision of cesarean scar ectopic pregnancies. Written consent was taken from the patients.

Results : All fve patients underwent successful laparoscopic excision. Follow-up period was uneventful.

Conclusion : Laparoscopic excision of cesarean scar ectopic is a technically demanding procedure, but with excellent results. All gynecologists should be familiar with this technique due to the increasing incidence of cesarean scar ectopic gestations.

Abstract

The COMOC-MG (Compression Of Myometrium and OCclusion of uterine artery by Dr. Mahesh Gupta), a modified B-Lynch stitch technique, utilized polyglycolic acid double strand suture with 80 mm long straight taper point and 50 mm half circle round bodied needle. Its dual action of causing hemostatic compression as well as reduced uterine blood flow, in managing PPH is exemplified using 3 cases. The COMOC-MG stitch technique was found to be effective, with fewer complications, in controlling post-partum haemorrhage (PPH). One subsequent full-term pregnancy occurred after 6 years of this surgery. The COMOC-MG stitch technique is a valuable and safe alternative to B-Lynch or other modified B-Lynch suturing techniques for successful management of atonic PPH, while preserving fertility.

Abstract

Background Laparoscopic repair of female pelvic organ prolapse is a technically challenging surgery, especially for the beginners.

Methods We performed a follow-up study of women who underwent laparoscopic sacrocolpopexy or sacrohysteropexy (LSCP/LSHP) for pelvic organ prolapse between January 2015 and October 2019. We analysed anatomical and subjective success rates, perioperative complications and medium-term complications.

Results Twenty women underwent LSCP/LSHP with average follow-up of 16 months. Anatomical success rate was 95%, and subjective success rate was 90%. Blood loss averaged at 24 ml. Majority of women (90%) reported improvement in their symptoms and 10% reported no change in symptoms. There were no mesh complications.

Conclusion Laparoscopic sacrocolpopexy is an effective and safe surgery for female pelvic organ prolapse even by beginners.

Background Dislodgement and breakage of instruments in laparoscopy is a rare event which not only surmounts the anxiety of the team, but also imposes an exceedingly onerous situation for the patient. Frequently a broken fragment of an instrument is confined to an area remote from the primary operative site and gets entrapped in the bowel loops or in the omentum.

Method We present the intraoperative loss of the distal tip of three 5-mm laparoscopy instruments (monopolar L-hook, myoma screw and tenaculum) in the abdominal cavity during endoscopy.

Result Various retrieval methods for laparoscopy instruments have been described.

Conclusion The distal working tips of laparoscopic instruments have delicate functioning and tend to fall off or break during usage. Maintenance of instruments used in endoscopy requires special care and should be done as outlined by the manufacturer. Reporting of such incidents should be encouraged and published despite the discomposure accompanying it as it aids in better understanding and learning to handle these situations.

Retroperitoneal intravenous leiomyomatosis is a rare benign tumor that can spread through veins carrying significant morbidity. The challenge of its management lies within the complexity of completely excising the tumor, which if carried out improperly can result in neurological or vascular complications requiring complex reparative surgeries. Here we present the successful resection of a retroperitoneal angio-leiomyoma by combining laparoscopic route, micro-surgical techniques and modern endoscopic tools.

Background Intra-operative breakage of laparoscopy instruments is a rare occurrence. It entails a risk of the foreign body being retained in the abdomen and may lead to medico-legal implications. The foreign body migrates due to bowel movements. Therefore, the retrieval of such foreign bodies can be challenging even for a highly skilled and experienced surgeon. Fluoroscopy can guide in locating the missing foreign body. The only preventive measure is the vigilance of the operating team and thorough inspection of all the instruments prior to completion of surgery.

Case Report We present a case report of a 50-year-old lady who underwent total laparoscopic hysterectomy with bilateral salpingoopherectomy at a private nursing home. During the closure of the vault, the tip of the needle holder broke inside the abdomen and the primary surgeon was unable to retrieve it. The missing tip of the needle holder was removed from the right hypochondriac region, by a second laparoscopic surgery by an advanced laparoscopic surgeon under fluoroscopic guidance.

Conclusion Intra-operative breakage of laparoscopy instruments can occur, demanding a great deal of expertise for the retrieval of such foreign bodies. Fluoroscopy can guide in locating the missing foreign body which can be retrieved by an expert laparoscopic surgeon.

“Kabadi’s stitch” is a novel, reversible, conservative method of treating utero-vaginal prolapse by cervico-vaginal fixation to immobilize the prolapse in elderly, surgically unfit women. For a long time, vaginal constriction by introital stitch or vaginal wall approximation has been practiced as a conservative method. Unlike colpocleisis, this novel method has the advantage of accessibility of cervix and uterus and more so reversible and very simple to perform.

The COVID-19 pandemic is threatening the world and our country today. Minimally invasive surgery was initially thought to have a higher risk of spreading the disease through aerosolisation of viral particles through the pneumoperitoneum. This article outlines the various protective measures taken for minimally invasive surgery to decrease the aerosol spread at a Gynecologic Oncology unit during the COVID pandemic period. Precautions taken during anesthesia, trocar insertion, surgery and special precautions for smoke evacuation with viral filters are outlined.

We discuss five technical modifications made over 8 years in the technique of robotic myomectomy at our institution. Universal preoperative MRI was the first modification. Precise hysterotomy incisions were planned by accurate myoma mapping. The second modification was to reduce the number of ports. We performed surgery with one 12-mm-port for the camera and one 8-mm-port on either side of the patient for scissors and fenestrated bipolar forceps. Third modification was to reduce the number of robotic instruments by using laparoscopic myoma screw instead of robotic tenaculum during enucleation and discard the use of a second needle driver and prograsp forceps. So instead of six instruments in classical technique, we now use only three instruments thus reducing the cost of instruments by 40–50%. The fourth modification was to use a single 30 or 45 cm barbed suture. A single long suture efficiently managed by wristed needle driver of robot was sufficient in most cases for hysterotomy closure. This reduces the time needed for multiple needle pass and cost due to reduced number of sutures used. The fifth modification was to not use the electro mechanical morcellator and commercially available bags. We do cold knife morcellation in indigenous plastic bags. Over a period of eight years, we have made robotic myomectomy efficient and reduced the cost of instruments by 40–50% as compared to the classical technique. This has enabled wider adoption of robotic myomectomy at our institution thus reducing open myomectomy in all types of myomas.

In this manuscript the authors describe the Ellavi balloon tamponade device and its use in the management of atonic postpartum hemorrhage. Additionally the manuscript discusses a case in which this device was used.

Introduction LNG-IUD although used extensively for its non-contraceptive indications like abnormal uterine bleeding (AUB), dysmenorrhoea and fibroid uterus, one of the major drawbacks is the high expulsion rates, especially among adenomyotic and fibroid uterus.

Material and Methods Altius Hospitals, Bangalore have developed a new technique of LNG-IUD fixation, which employs hystero-laparoscopy and usage of a long port closure needle with delayed absorbable sutures.

Conclusion. It ensures proper placement and fixation of the LNG-IUD to the uterine cavity, reduces the expulsion rates and has the advantages of being a day care procedure.