Juli 10, 2025 | Funded Projects
BACKGROUND Our research group aims to implement various biological questions and models in microphysiological systems (MPS). We have established an iPSC-derived blood-brain barrier on a Mimetas chip (Burgio et al., 2023) and an in vitro kidney model on the Vitrofluid...
Juli 10, 2025 | Funded Projects
BACKGROUND Our research group aims to implement various biological questions and models in microphysiological systems (MPS). We have established an iPSC-derived blood-brain barrier on a Mimetas chip (Burgio et al., 2023) and an in vitro kidney model on the Vitrofluid...
Juli 10, 2025 | Funded Projects
Project Objectives Develop genetically sterile host embryos to enable exclusive pluripotent stem cell (PSC)‑derived germline transmission. Use a Y‑linked fluorescent reporter to determine embryo sex at the two‑cell stage and ensure PSC–embryo sex matching. Reduce the...
Juli 10, 2025 | Funded Projects
Project Objectives Develop genetically sterile host embryos to enable exclusive pluripotent stem cell (PSC)‑derived germline transmission. Use a Y‑linked fluorescent reporter to determine embryo sex at the two‑cell stage and ensure PSC–embryo sex matching. Reduce the...
Juli 10, 2025 | Funded Projects
Project Objectives Compare the efficacy of four breeding schemes for dystrophic mice: Permanent Trios (PT), Time‑mated Trios with Grouping of Pregnant Females (TT‑GP), Time‑mated Trios with Foster Females (TT‑PF), and Group Mating with Grouping of Pregnant Females...
Juli 10, 2025 | Funded Projects
Project Objectives Compare the efficacy of four breeding schemes for dystrophic mice: Permanent Trios (PT), Time‑mated Trios with Grouping of Pregnant Females (TT‑GP), Time‑mated Trios with Foster Females (TT‑PF), and Group Mating with Grouping of Pregnant Females...
