steps in myomectomy and hysterectomy

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Now I have sufficient content from both Berek & Novak's Gynecology and Sabiston's Surgery. Let me compile the comprehensive answer.

Myomectomy — Steps by Approach

Myomectomy is removal of uterine fibroids (leiomyomas) while preserving the uterus. The approach depends on fibroid size, number, location, and surgeon experience.

1. Abdominal (Open) Myomectomy

  1. Incision — Low transverse (Pfannenstiel) or vertical midline laparotomy incision
  2. Exposure — Retract bowel superiorly; identify and assess fibroid locations
  3. Vasopressin injection — Dilute vasopressin injected into the myometrium overlying the fibroid to reduce bleeding
  4. Uterine incision — A transverse or vertical incision is made over the fibroid through the serosa and myometrium
  5. Enucleation — The fibroid is dissected bluntly and sharply from the pseudocapsule using traction-countertraction
  6. Hemostasis — Bleeding vessels in the myometrial bed are cauterized or suture-ligated
  7. Closure of the uterine defect — The myometrium is closed in multiple layers with delayed-absorbable sutures to eliminate dead space; the serosa is then closed
  8. Morcellation (if needed) — Large fibroids may be cut into pieces (morcellated) for removal through the incision
  9. Anti-adhesion measures — Oxidized regenerated cellulose or other adhesion barriers may be placed
  10. Abdominal closure — Fascia, subcutaneous tissue, and skin are closed in layers

2. Laparoscopic Myomectomy

  1. Port placement — Based on fibroid size/position; typically a periumbilical camera port + 2–3 accessory ports. For right-handed surgeons, two ports on the patient's right side (a 12-mm port medial to the iliac crest for suture access; a 5-mm lateral port near the umbilicus)
  2. Survey — Laparoscopic inspection of the pelvis to identify all fibroids
  3. Vasopressin injection — Injected via laparoscopic needle into the overlying myometrium
  4. Uterine incision — Ultrasonic blade or monopolar electrosurgery used to make a transverse incision over the fibroid
  5. Enucleation — Fibroid dissected out from the myometrium laparoscopically with traction using a tenaculum or corkscrew device
  6. Closure of myometrial defect — Multiple layers of running laparoscopic suture (the most technically demanding step; robotic assistance may facilitate this)
  7. Morcellation and extraction — Fibroid removed through ports using electromechanical or hand-held morcellator, or via a contained bag morcellation system; tissue sent to pathology
  8. Peritoneal closure and desufflation
Key consideration: Fluid management is critical intraoperatively. Laparoscopic approach is associated with less blood loss, less postoperative pain, and faster recovery compared to laparotomy.

3. Vaginal Myomectomy

Used for cervical/intracavitary fibroids prolapsing through the cervix.
  1. Lateral cervical sutures — Placed at 3 and 9 o'clock in the proximal cervix to occlude the lower uterine artery branches
  2. Vasopressin injection — Into the stalk to reduce bleeding
  3. Stalk ligation — One or two Endoloop sutures passed around the stalk and secured proximally
  4. Transection — Stalk cut distal to the ligation (sharply or with electrosurgery)
  5. Hemostasis — If bleeding persists after removal, hysteroscopic bipolar cautery or uterine packing with a Foley balloon is used

4. Hysteroscopic Myomectomy

Used for Type 0, Type 1, and selected Type 2 submucosal fibroids.
Method A — Electrosurgery:
  1. Operative hysteroscope introduced with distension media
  2. Small resecting loop (monopolar or bipolar) shaves the fibroid down to its base
  3. Polyp forceps retrieves shaved tissue fragments from the cavity
  4. Tissue sent to pathology
Method B — Mechanical Tissue Removal System:
  1. Hysteroscope with mechanical/electrosurgical morcellator introduced
  2. Suction draws fibroid to the cutting end
  3. Fibroid cut and removed in small segments via suction
Critical safety parameter: Continuous monitoring of intrauterine fluid deficit throughout.
  • Isotonic fluids (normal saline, LR): deficit limit ≤ 2,500 mL
  • Hypotonic fluids (mannitol, used with monopolar): stricter limits due to risk of hyponatremia
  • Excess fluid absorption → fluid overload, pulmonary edema, electrolyte imbalance

Hysterectomy — Steps by Approach

Hysterectomy is surgical removal of the uterus. Key decisions: total (corpus + cervix) vs. subtotal/supracervical (corpus only); and whether to include salpingectomy ± oophorectomy.

Total Abdominal Hysterectomy (TAH)

Steps follow the anatomical sequence from the round ligaments downward:
StepAction
1. IncisionLow transverse (Pfannenstiel) or vertical midline laparotomy
2. Exposure & surveyIdentify uterus, adnexa, bladder, ureters, and bowel
3. Round ligament divisionGrasped laterally, clamped, and divided; ligated with delayed-absorbable suture
4. Broad ligament incisionAnterior leaf incised medially toward the internal cervical os to develop the bladder flap
5. Adnexa (if removing ovaries/tubes)Posterior broad ligament incised; ureters identified; infundibulopelvic (IP) ligament doubly clamped with curved Heaney/Zeppelin clamps and divided; pedicles doubly ligated
5. (If preserving ovaries)Utero-ovarian vessels clamped with Kelly/Heaney clamps, divided, and doubly ligated
6. Bladder dissectionBladder pushed off the lower uterine segment and cervix sharply with Metzenbaum scissors or electrocautery; retracted inferiorly
7. Uterine vessel ligationCurved Heaney/Zeppelin clamp placed across uterine vessels at the level of the internal os; pedicle cut and suture-ligated
8. Cardinal & uterosacral ligamentsStraight Heaney/Zeppelin clamp applied serially in steps bilaterally; pedicles cut and suture-ligated until the level of the external os is clear
9. ColpotomyCurved clamps placed across the vagina just below the cervix; vagina entered sharply above the clamps; alternatively, direct sharp circumferential incision around the cervix
10. Specimen removalUterus and cervix delivered from the vagina
11. Vaginal cuff closureHeaney transfixion stitches ligate vaginal corners; midline closed with interrupted figure-of-eight or running suture; lateral apical sutures incorporate the ipsilateral uterosacral ligament for apical support
12. Abdominal closurePeritoneum, fascia, subcutaneous tissue, and skin

Vaginal Hysterectomy (VH)

Similar ligament-by-ligament steps but performed from below through the vagina — no abdominal incision. Preferred over laparotomy when anatomically feasible (less morbidity, shorter stay).

Laparoscopic / Robotic Hysterectomy

Steps are anatomically identical to TAH, performed under laparoscopic visualization:
  1. Port placement (periumbilical camera; accessory ports based on uterine size)
  2. Uterine manipulator placed vaginally for traction
  3. Round ligament sealed and divided (electrosurgical vessel sealing device)
  4. Broad ligament windows developed
  5. IP ligament or utero-ovarian vessels sealed and divided (based on oophorectomy decision)
  6. Bladder dissected off lower segment
  7. Uterine vessels sealed and divided at the isthmus
  8. Cardinal and uterosacral ligaments divided
  9. Circumferential colpotomy (using an illuminated vaginal manipulator/colpotomizer cup)
  10. Specimen removed vaginally or via morcellation if too large
  11. Vaginal cuff closed laparoscopically with running suture
  12. Port site closure
Robotic advantage: Improved ergonomics for suturing; comparable blood loss and hospital stay to laparoscopy; longer operating time and higher cost.

Subtotal (Supracervical) Hysterectomy

Identical steps up through division of the uterine vessels, then:
  • Uterine corpus amputated at the level of the internal os
  • Cervical stump oversewn
  • Cervix and upper vagina are not entered; vaginal cuff closure not required

Key Differences: Myomectomy vs. Hysterectomy

FeatureMyomectomyHysterectomy
Fertility preservationYesNo
Fibroid recurrencePossibleNot possible
Operating timeLongerShorter
Blood lossLess than hysterectomyMore
Uterine closureRequiredNot applicable
Risk of sarcoma spread via morcellationRelevant concernLess relevant
Sabiston Textbook of Surgery, p. 2797–2800; Berek & Novak's Gynecology, pp. 523–538, 1293–1297, 1493–1495
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