Decoding the molecular blueprint of human embryogenesis — from single-cell multi-omics to computational models of preimplantation development.
We seek to understand how a single fertilized cell orchestrates the complex molecular programs that build a human embryo — and why this process sometimes fails.
Our work sits at the intersection of reproductive biology, computational genomics, and clinical fertility.
Mapping the small non-coding RNA landscape across human preimplantation development at single-cell resolution.
Building predictive in silico models of human preimplantation development through multi-omic data integration.
Investigating the molecular dialogue between embryo and endometrium, with a focus on recurrent implantation failure.