Segmented electrodes in a microfluidic chip enable multipoint nerve-cluster stimulation and conduction velocity measurement to assess remyelination.
High-purity stem cell-derived cardiomyocytes are matured within 30 days to improve myocardial repair while lowering transplant-related arrhythmia risk.
Surface acoustic waves cluster cells at pressure nodes to form uniform 3D spheroids quickly and at scale for high-throughput drug screening.
Built from human pluripotent stem cells, this gastruloid model reproduces bilaminar disc, amniotic cavity, and primitive streak for early embryo testing.
Stem cell-derived ovarian and uterine organoids recreate multicellular tissue interactions for drug screening and disease mechanism studies in fertility care.
Patient-derived micro-organospheres enable rapid screening of multiple myeloma therapies to identify effective drug combinations within two weeks.
MEA screening with human stem cell-derived cardiomyocytes tracks beat rate, spike amplitude, and field potential duration to improve drug cardiotoxicity assessment.
Specific growth factors generate lung progenitor cells that engraft damaged lungs, enabling alveolar repair and pulmonary disease modeling.
A hydrogel-based endometrium assembloid enables in vitro embryo implantation studies and screening of agents that modulate receptivity.
A porous 3D silk fibroin scaffold enables stable stem cell culture for weeks, improving chronic mitochondrial drug toxicity screening.