Trince

Trince

Leuven, Belgium· Est.
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Private Company

Funding information not available

Overview

Trince Bio is a private, pre-revenue platform company pioneering a gentler method of cell transfection called photoporation. Its core LumiPoreTM platform uses laser light and proprietary photothermal nanosensitizers to create transient pores in cell membranes, enabling efficient delivery of payloads like gene-editing complexes and proteins while preserving cell health and function. The company is targeting two primary markets: the research tools sector for high-throughput screening and the high-growth cell therapy manufacturing space, where its technology promises to improve yields and reduce production timelines. With early access programs underway and a distributor agreement in place, Trince is transitioning from technology development towards initial commercial engagement.

Drug DeliverySmall Molecules

Technology Platform

LumiPoreTM photoporation platform: a laser-based, nanoparticle-mediated system that creates transient pores in cell membranes for efficient, gentle delivery of diverse payloads (nucleic acids, proteins, gene-editing complexes).

Opportunities

The global cell therapy manufacturing market presents a massive opportunity, as Trince's gentle transfection method could solve key bottlenecks in yield, cell health, and production time.
The research tools market offers a nearer-term path to revenue, where demand exists for more efficient and flexible transfection technologies.

Risk Factors

Key risks include technology adoption against established methods, the significant engineering challenge of scaling the process for GMP manufacturing, and the execution risk of pursuing dual markets (research and therapy) simultaneously with limited resources.

Competitive Landscape

Trince competes with established transfection methods like electroporation, viral vectors, and chemical reagents, which have drawbacks in efficiency, toxicity, or cost. It also faces emerging competition from other novel physical delivery platforms (e.g., acoustic, microfluidic). Its differentiation lies in the unique photoporation mechanism promising superior cell viability and payload flexibility.