Hysteroscopy Before IVF: Why It's Done and What to Expect

Your uterus is where an embryo needs to implant and grow for nine months — and if there's something in there that shouldn't be (a polyp, a septum, scar tissue), even the best embryo may fail to implant or may miscarry. Hysteroscopy is the gold-standard method for evaluating the uterine cavity before IVF, and many fertility specialists recommend it as part of a thorough workup — especially before a first embryo transfer or after failed implantation.

What Is Hysteroscopy?

Hysteroscopy is a minimally invasive procedure in which a thin camera (hysteroscope) is passed through the cervix into the uterine cavity. The doctor visualizes the cavity directly, looking for structural abnormalities, growths, or other factors that could affect embryo implantation. If a problem is found — a polyp, small fibroid, or adhesion — it can often be removed during the same procedure (operative hysteroscopy).

It's different from a saline sonogram (SIS/SHG), which uses ultrasound with saline infusion to image the cavity. Saline sonography is a good screening tool, but hysteroscopy provides direct visualization and the ability to treat findings in real time.

Why Before IVF?

The rationale is straightforward: you're investing significant time, money, emotional energy, and potentially a genetically tested embryo into a transfer. Confirming that the uterine cavity is normal before that transfer eliminates one category of implantation failure. Studies suggest that unsuspected uterine abnormalities are found in 25–50% of patients undergoing hysteroscopy before IVF — even in patients with normal-appearing ultrasounds.

The question of whether routine hysteroscopy before a first IVF cycle improves outcomes (vs. doing it only after failed transfers) is still debated in the literature. Some studies show improved pregnancy rates with routine pre-IVF hysteroscopy; others show no significant difference. The strongest evidence supports hysteroscopy after one or more failed embryo transfers, where the yield of treatable findings is higher.

Common Findings

• Endometrial polyps: The most common finding — small growths of the uterine lining that can interfere with implantation. Easily removed during hysteroscopy.
• Uterine septum: A fibrous wall dividing part of the cavity. Associated with recurrent miscarriage and can be surgically corrected hysteroscopically.
• Intrauterine adhesions (Asherman's syndrome): Scar tissue in the cavity, often from previous uterine surgery (D&C, C-section). Adhesions reduce the surface area available for implantation and can be lysed (cut) during hysteroscopy.
• Submucous fibroids: Fibroids that protrude into the uterine cavity and can impair implantation. Small submucous fibroids can often be removed hysteroscopically; larger ones may require alternative surgical approaches.
• Chronic endometritis: Low-grade infection/inflammation of the endometrial lining, sometimes visible as micropolyps or hyperemia. Treatable with antibiotics once identified.

The Procedure

Diagnostic hysteroscopy is typically an outpatient procedure lasting 10–20 minutes. Many clinics perform it with minimal sedation or even just local anesthesia — it's tolerable though uncomfortable. If operative work is needed (polyp removal, adhesion lysis), the procedure may take 30–60 minutes under deeper sedation or light general anesthesia.

The hysteroscope (typically 3–5mm in diameter) is passed through the cervix without any incisions. The uterus is distended with saline or CO₂ gas to allow visualization. Images are displayed on a monitor, and the doctor can take biopsies or remove findings with instruments passed through the scope.

Recovery & Timeline

After a diagnostic hysteroscopy, most patients experience mild cramping and light spotting for 1–2 days. You can resume normal activities the same day. If operative work was performed, recovery may take 3–7 days with activity restrictions. Most clinics recommend waiting one menstrual cycle after operative hysteroscopy before proceeding with embryo transfer to allow the endometrium to heal.

For medical travelers, a hysteroscopy can be combined with other pre-IVF assessments during a short evaluation trip to Colombia — often 2–3 days is sufficient for a complete baseline workup including hysteroscopy, bloodwork, ultrasound, and initial consultation.

Cost in Colombia

At Colombian fertility clinics within JCI-accredited hospital systems, hysteroscopy is performed with the same equipment and techniques used internationally, at a fraction of the cost. This price advantage makes it easier to justify the procedure even in cases where the evidence for routine screening is less definitive.

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