Luma Bio is developing a compact, polymer-based photonic integrated circuit (PIC) diagnostic platform for multi-omics testing, enabling affordable and sensitive home diagnostics. This technology addresses the need for timely disease management by providing rapid, actionable insights for conditions such as autoimmune diseases and sexually transmitted infections.
Funding
Funding not disclosed
Founders
Product
Problem
Current diagnostic methods for conditions like autoimmune diseases and sexually transmitted infections often lack the convenience and speed needed for timely disease management. Existing home testing options can be expensive, slow, and lack the sensitivity required for accurate results. This can lead to delayed diagnoses and suboptimal treatment outcomes.
Solution
Luma Bio is developing a compact, at-home diagnostic platform based on polymeric Photonic Integrated Circuits (PICs) for multi-omics testing. This "lab at home" system aims to provide rapid, actionable insights for personalized healthcare. The platform utilizes disposable, low-cost cartridges and a compact analyzer to perform tailored blood or urine tests. By leveraging polymeric PICs, Luma Bio achieves comparable optical performance to silicon-based PICs at a significantly reduced cost, enabling affordable and sensitive home diagnostics. The goal is to facilitate physician-guided personalized treatment informed by objective data obtained from the platform.
Target Audience
The primary target audience includes individuals seeking convenient and affordable at-home diagnostics, as well as healthcare providers looking for tools to enable personalized and proactive disease management.
Features
- Polymer-based Photonic Integrated Circuits (PICs) for low-cost manufacturing
- Multi-omics testing capability for simultaneous analysis of various biomarkers
- Compact, at-home analyzer for convenient and rapid results
- Disposable cartridges for easy sample handling
- High sensitivity and multiplexing capabilities
- Potential applications include autoimmune disease monitoring, sexually transmitted infection detection, cardiac marker analysis, and in-vitro fertilization support