1. Anesthesia and Preparation
To reduce discomfort during the treatment, the patient is positioned and given either mild sedation or local anesthesia.

To reduce discomfort during the treatment, the patient is positioned and given either mild sedation or local anesthesia.
To see the cervix, a speculum is placed inside the vagina. Next, a tiny catheter is inserted into the uterus through the cervix.
One fallopian tube at a time, the catheter is delicately inserted into the ostium under fluoroscopic guidance.
To see the fallopian tube's anatomy, patency, and any obstructions or spasms, contrast dye is put straight into it via the catheter.
This targeted method distinguishes between mechanical blockage and tubal spasm and pinpoints the precise location of any proximal (uterine end) tubal obstruction.
A small, flexible guidewire is inserted via the catheter to carefully open and remove any proximal tubal blockage.
If necessary, the process is repeated for the contralateral fallopian tube.
To ensure that the fallopian tube is open and that contrast freely enters the peritoneal cavity, more contrast may be injected.
Carefully remove the instruments and catheter. The majority of patients heal quickly and return home the same day.
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It is mainly recommended for women undergoing evaluation for infertility who have proximal (uterine end) fallopian tube obstruction detected by a hysterosalpingogram (HSG) or suspected based on clinical symptoms.
Selective salpingography enables accurate visualization of each tube and helps distinguish between tubal spasm and real mechanical blockage.
It is successful in recanalizing one or both tubes in women with unilateral or bilateral proximal tubal occlusion, increasing tubal patency rates in roughly 70–95% of instances.
The treatment can be carried out under local anesthetic with a quicker recovery, eliminates laparoscopy or laparotomy, and does not require cervical dilatation.
Before thinking about IVF or tubal surgery, it may be used as a first-line treatment to restore natural fertility.
Ideal when there is only proximal obstruction or when distal tubes and peritoneal spill are normal.
prevents patients from having to endure numerous surgeries by providing real-time diagnosis of proximal fallopian tube obstructions and prompt therapy through recanalization.
increases the likelihood of natural conception by achieving tubal reopening in about 70–95% of patients with proximal blockage.
carried out transcervically under fluoroscopic guidance with no discomfort, no incisions, and typically takes 15 to 20 minutes.
reduces surgical risks, hospital stays, and recovery times by offering a substitute for laparoscopic or open tubal surgery.
Within months of the operation, many women become pregnant naturally, frequently eliminating the need for IVF or other assisted reproductive technologies.
Pregnancy prospects are improved by recanalization on one or both sides, which permits the restoration of at least one patent tube.
more accurate than a traditional hysterosalpingogram (HSG) at distinguishing mucus plugs or tubal spasm from actual obstruction.
Better Fertility Prognosis Over Time Research indicates a long-lasting advantage, with notable conception rates even in the first year following the surgery.







