EARLY EMBRYO SIMULATED FALLOPIAN TUBE ENVIRONMENT IN-VITRO CULTURE CHIP CAPABLE OF BREAKING THROUGH GROWTH RETARDATION

摘要

An early embryo simulated fallopian tube environment in-vitro culture chip capable of breaking through growth retardation, comprising a culture medium driving part and a culture chip body. The culture medium driving part comprises a hose track plate, a peristaltic pump, a hose, and two hose connectors; the peristaltic pump is mounted on the hose track plate; the hose is partially arranged in the hose track plate; two free ends of the hose are respectively connected to the two hose connectors. The culture chip body comprises a substrate, a positioning plate, a pipeline plate, a sealing plate, a cover plate, a fallopian tube epithelial cell culture cylinder, and a cumulus cell culture cylinder; the substrate, the positioning plate, the pipeline plate, and the sealing plate are tightly connected from bottom to top; the cover plate is connected to the sealing plate in an openable manner; the fallopian tube epithelial cell culture cylinder and the cumulus cell culture cylinder are both mounted on the pipeline plate.