Applications
LumiPore® Applications: One Platform for Discovery-Ready Intracellular Delivery
Bring More Biology Within ReachLumiPore® is Trince's gentle, scalable photoporation platform for intracellular delivery across drug discovery, screening, protein expression, cell engineering, and disease modeling workflows
It helps research teams introduce functional molecules into cells with high efficiency while preserving viability, recovery, and biological relevance. For teams working with complex cargoes, sensitive cells, and increasingly automated workflows, intracellular delivery can define how quickly an idea becomes usable data. LumiPore replaces fragmented, modality-specific approaches with one flexible platform that supports multiple cargo types, cell models, and throughput requirements.
A Common Delivery Challenge Across Applications
Whether the goal is to screen therapeutic candidates, validate targets, generate protein, engineer cells, or build disease-relevant models, the same obstacle often appears: getting the right cargo into the right cells without compromising the biology that makes the experiment meaningful. Conventional delivery methods can require extensive optimization, introduce stress, reduce recovery, or force researchers to adapt their assay design around the delivery technology. LumiPore is designed to remove that friction, helping teams keep their workflows closer to the biology they want to study.
Why LumiPore
Gentle delivery for sensitive biology: Photoporation supports efficient intracellular delivery while helping preserve viability, proliferation, phenotype, and cellular function.
Broad cargo compatibility: LumiPore supports proteins, peptides, antibodies, nanobodies, mRNA, plasmid DNA, CRISPR-Cas9 RNPs, siRNA, sgRNA, ASOs, fluorescent tracers, and other biologically active molecules.
Flexible cell formats: The platform works across adherent and suspension workflows and can deliver directly into adherent cells without detachment.
Scalable from discovery to screening: LumiPore supports formats from flasks and standard multi-well plates to automation-ready 384- and 1536-well screening.
One workflow across applications: Teams can reduce technology switching, simplify setup, and limit repeated optimization as programs move between exploratory research, validation, and scale-up.
High-Throughput Transfection.Automation-Ready.
Seamless integration into your existing robotics workflows. No media exchange required. From R&D suspensions to clinical nanofiber structures.