Organ Model: Fallopian Tube
Application: Reproductive biology
Highlights
In this study, researchers developed a human Fallopian Tube-on-a-Chip (FT Chip) using primary human fallopian tube epithelial cells and stromal fibroblasts to recreate the structure and function of the fallopian tube under physiologically relevant conditions. The FT Chip generated hormone-responsive epithelial folds that more closely resembled native tissue than conventional organoid cultures and enabled the study of interactions between living human sperm and the fallopian tube microenvironment. By tracking sperm behavior under fluid flow and comparing it with oocyte-sized particles, the model demonstrated the fallopian tube’s role as a sperm reservoir and provided a functional platform for reproductive biology studies. The researchers further used the FT Chip to evaluate the non-hormonal contraceptive TDI-11861, showing dose-dependent inhibition of human sperm motility and highlighting the model’s potential as a preclinical platform for contraceptive testing.
