reproduction & pregnancy-related chips
Co-Culture Chip (GCC2)
Fetal Membrane Chip (GFM4)
Fetal Membrane Chip (GFM4)
The model GCC2 is designed to support various biological studies, requiring co-culturing of two different cell types. It enables observation of intercellular communication, cellular transition as well as immune cell migration.
Fetal Membrane Chip (GFM4)
Fetal Membrane Chip (GFM4)
Fetal Membrane Chip (GFM4)
The GFM4 model is accommodating four different cell types; hFM-DEC, hFM-CTC, hFM-AMC and hFM-AEC. It enables mechanistic studies of various compounds crossing fetal membrane from mother to fetus.
Placenta Chip (GPL7)
Fetal Membrane Chip (GFM4)
Dual interfaces Chip (GDI7)
GPL7-2 is designed to mimic the 2nd and 3rd trimester placental tissue with seven compartments, connected with media reservoir on the top. This chip models the maternal circulation where decidua, connected to multiple fetal trophoblast layers, placenta stroma, and umbilical cord cells.
Dual interfaces Chip (GDI7)
Dual interfaces Chip (GDI7)
Dual interfaces Chip (GDI7)
The dual interfaces chip represents both fetal membrane and placenta, which known as feto-maternal interfacial organs. This chip consists of 6 fetal cells (hFM-AEC, hFM-AMC, hFM-CTC, PTC-STB, PTC-CTB, HUVEC) and 1 maternal decidua cells (hFM-DEC).
Low Uterine Chip (GLU6)
Dual interfaces Chip (GDI7)
Low Uterine Chip (GLU6)
The model GLU6 was designed to model the interfaces between human vagina, cervix, and decidua.
This model is
composed of six cell culture chambers mimicking the vagina, ectocervical (ECTO), transformation zone (TZ), endocervical (ENDO) epithelia, cervical stroma, and decidua layer.