Ectopic pregnancy surgery removes extrauterine pregnancy tissue, which implants in a fallopian tube in over 95% of cases. The primary clinical goals are stopping intra-abdominal hemorrhage, clearing non-viable tissue, and protecting reproductive potential. It represents a vital emergency intervention within operative gynaecology and reproductive medicine.

Ectopic pregnancy surgery begins with general anesthesia. The surgeon creates small abdominal incisions to insert a camera (laparoscope) and fine surgical instruments. The pelvis is inspected to locate the ectopic pregnancy. The surgeon performs either a salpingectomy (removing the damaged fallopian tube) or a salpingostomy (opening the tube to remove pregnancy tissue while keeping the tube). Bleeding is controlled with electrocautery or sutures, the abdomen is irrigated with warm fluid, and the small incisions are closed with dissolvable stitches.

Clinical benefits of ectopic pregnancy surgery include immediate control of life-threatening pelvic hemorrhage, high complete treatment rates, definitive removal of non-viable extrauterine tissue, and surgical preservation of future fertility options when clinically appropriate.

Patients typically spend 1 day in the hospital or return home the same day following laparoscopic keyhole surgery. Light daily activities resume within 1 to 2 weeks, while full physical recovery takes 4 to 6 weeks. Blood tests monitor hormone resolution across several weeks.

Ectopic pregnancy surgery treats extrauterine pregnancies, including tubal, ovarian, abdominal, cornual, and cervical implantations. It is indicated when non-surgical medical treatment with methotrexate is unsafe, ineffective, or when tubal rupture causes internal bleeding.

Preparation involves rapid diagnostic confirmation using transvaginal ultrasound and quantitative serum human chorionic gonadotropin (hCG) blood tests. Basic laboratory work includes a complete blood count, blood typing, and Rh factor screening. Intravenous access is established for fluids and medications, and informed consent is obtained detailing surgical risks, potential removal of the fallopian tube, and blood transfusion protocols if heavy bleeding occurs.

Complications include postoperative wound infection, pelvic hematoma or internal bleeding, damage to adjacent organs like the bladder or bowel, adverse reactions to general anesthesia, and persistent trophoblastic tissue (retained pregnancy cells) requiring secondary medical or surgical treatment, particularly after salpingostomy.

The patient journey begins with urgent evaluation using ultrasound and hormone testing. Once diagnosed, the patient undergoes rapid surgical preparation and general anesthesia. Surgeons perform keyhole or open operative removal of the tissue via salpingectomy or salpingostomy. Postoperative care includes monitoring recovery, managing discomfort, and tracking blood hormone levels until full resolution.