Objective - The efficacy of a new system for simultaneous bilateral tu
bal cannulation under tactile impression was evaluted. Methods - Two r
adiologically detectable selective salpingography catheters (Bard Gyne
cology and Urology, Covington, GA) were glued back to back in a ''T''
configuration similar to an intrauterine device. A sliding plastic sle
eve contained the straightened catheters and the uterus was cannulated
under tactile impression. The sleeve was then withdrawn and the cathe
ters opened within the uterine cavity and wedged into the right and le
ft tubal ostia simultaneously. Selective injection of water-soluble ra
diologic contrast material into the tubes resulted in selective salpin
gography and determined successful tubal cannulation. Withdrawal of th
e catheters back into the sleeve allowed injection of contrast materia
l into the uterine cavity. Patients - The system was evaluated in 14 c
onsenting patients scheduled for hysterosalpingogram during infertilit
y evaluation. Results - Bilateral selective salpingography was achieve
d successfully under tactile impression in 12/14 (86%) patients. In tw
o patients with either distorted or very small uterine cavity, the cat
heter tips embedded into the lateral uterine walls and did not selecti
vely cannulate the tubal ostia Reapplication of the system under fluor
oscopy allowed bilateral selective salpingography of these two patient
s. Conclusion-Simultaneous bilateral selective salpingography eliminat
ed the need for cervical cannula, significantly reduced fluoroscopy ti
me to seconds, and demonstrated that tactile cannulation is successful
in normal uteri. Application of this system for simultaneous tribal c
annulation is identical to intratubal uterine device insertion, a proc
edure familiar to all gynecologists. Therefore, this catheter system m
ay further contribute to simplification of transcervical access into t
he fallopian tubes for diagnosis and treatment.