28year old primary Infertility with married for 6 years, fundal fibroi

28year old primary Infertility with married for 6 years, fundal fibroid of 11*9cm. Deferred lap myomectomy. Insisted for open myomectomy can I combine it with Diagnostic Hysteroscopy and tubal patency teat

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open myomectomy combined diagnostic hysteroscopy tubal patency test infertility

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fundal fibroid myomectomy fertility outcomes uterine cavity assessment

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The retrieved documents are limited in scope — I'll now synthesize a comprehensive answer drawing on established gynecological surgery principles, FIGO/ASRM guidelines, and my own clinical knowledge.

Combining Open Myomectomy with Diagnostic Hysteroscopy and Tubal Patency Test

Short answer: Yes — this is not only feasible but strongly recommended in this clinical scenario. Combining all three procedures in a single anesthetic sitting is rational, efficient, and provides maximum diagnostic and therapeutic benefit for a woman with primary infertility.

Why the Combination Makes Sense

Factor	Relevance
Primary infertility × 6 years	Multiple causes may coexist; complete evaluation is necessary
11×9 cm fundal fibroid	Distorts uterine architecture; after removal, cavity integrity must be confirmed
Open myomectomy planned	Uterine cavity is entered or at risk — cavity assessment is mandatory
Tubal factor	Up to 30% of female infertility has a tubal component — must be excluded before ART planning

Recommended Sequence of the Combined Procedure

Step 1 — Diagnostic Hysteroscopy (FIRST, before myomectomy)

Perform hysteroscopy before the myomectomy to assess the uterine cavity in its pre-operative state.
Evaluate for: endometrial polyps, submucous component of the fibroid (even with a fundal fibroid, the cavity may be impinged), synechiae, septum, or other intracavitary pathology.
A fundal fibroid of 11×9 cm can indent or distort the cavity — hysteroscopy gives direct visual confirmation.
Any hysteroscopic pathology (e.g., endometrial polyp) can be corrected at the same sitting.

Step 2 — Open Myomectomy

Proceed with laparotomy and myomectomy.
For an 11×9 cm fundal fibroid, the uterine cavity is very likely entered (fundal fibroids frequently breach the endometrial cavity during excision at this size).
Meticulous 3-layer closure of the uterine wall is mandatory to ensure cavity integrity and prevent scar dehiscence in future pregnancy.

Step 3 — Tubal Patency Test (at the conclusion of myomectomy)

Performed after myomectomy and uterine closure to avoid insufflating the cavity through an open myometrium.
Chromopertubation (methylene blue or dilute indigo carmine dye through the cervix, visualized at the fimbriae via the open abdomen) is the most practical method during an open laparotomy.
At laparotomy you have direct visualization of the tubes and fimbriae, making this a more reliable patency assessment than HSG alone.
Bilateral spillage confirms patency; unilateral or no spillage identifies tubal obstruction that must be documented for post-operative fertility counseling and ART planning.

Key Technical Considerations

Hysteroscopy timing:

Always first — before uterine incision, so the cavity is assessed in anatomical position. Gas or fluid distension medium choice (normal saline is preferred) does not compromise subsequent myomectomy.

Risk of cavity entry during myomectomy:

With an 11×9 cm fundal mass, cavity entry is probable. If the cavity is entered, document it and perform a formal layered repair. Post-operative hysteroscopy at 3 months is advisable to confirm no intrauterine adhesions (Asherman's) have formed — inform the patient of this possibility pre-operatively.

Timing of chromopertubation:

After uterine closure is complete and hemostasis confirmed.
Place a Foley catheter or Leech-Wilkinson cannula through the cervix for dye instillation before closing the abdomen.

Adhesion prevention:

Apply an adhesion barrier (e.g., Interceed or Seprafilm) over the uterine repair site after chromopertubation, as peri-adnexal adhesions post-myomectomy are a significant cause of tubal factor infertility.

Benefits of Single-Stage Combined Approach

One anesthetic — reduces cumulative anesthetic risk and patient morbidity.
Complete infertility workup — cavity + tubes assessed simultaneously.
Intraoperative findings guide counseling — if tubes are blocked, the couple can be counseled toward IVF post-recovery rather than awaiting spontaneous conception.
Cost-effective — avoids separate HSG or office hysteroscopy.
Optimal surgical field — at open laparotomy, chromopertubation is more reliable than HSG (no contrast artifact, direct visualization of fimbrial spillage).

Post-operative Fertility Planning

Wait 6–12 months before attempting conception (uterine scar maturation, especially with cavity entry and a large fibroid excision bed).
Repeat hysteroscopy at 3 months — mandatory if the cavity was entered, to rule out intrauterine adhesions.
If tubes found to be blocked intraoperatively → counsel for IVF after uterine healing (6–12 months).
If tubes patent and cavity normal at follow-up → encourage timed intercourse or IUI for 6–12 months; escalate to IVF if no conception.

Summary

Performing diagnostic hysteroscopy → open myomectomy → chromopertubation in a single sitting is standard good practice for a woman with primary infertility and a large fundal fibroid. It maximizes the diagnostic yield, avoids repeated procedures, and provides the operating surgeon with complete pelvic information to counsel the patient and plan her post-operative fertility pathway appropriately.

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