Our Technology

Dual-Platform Architecture

Redefining the Boundaries of Companion Diagnostics

No single biomarker detection technology can cover the entire chain of CDx development needs — from rapid screening to deep molecular characterization. The optimal approach is to select the most appropriate technology platform or combination based on specific clinical scenarios and testing objectives.

Novobay's dual-platform architecture is purpose-built to address this reality, combining the speed and accessibility of PCR POCT with the depth and versatility of nanopore sequencing.

PCR POCT Platform

Rapid · Automated · Point-of-Care

Rapid, automated molecular testing at the point of care. Same-day results with minimal sample requirements.

3–4 hour turnaround time for same-day clinical decisions
Fully automated workflow — minimal operator intervention
Single FFPE section sufficient — ideal for scarce samples
No specialized laboratory required — deploy anywhere
Covers known hotspot mutations and fusion genes
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Nanopore Sequencing Platform

Long-Read · Deep Profiling · Comprehensive

Long-read sequencing for comprehensive molecular profiling. Direct RNA sequencing, structural variation, and methylation detection in a single run.

Long reads reduce assembly errors and improve low-quality sample success rate
Direct RNA sequencing — no reverse transcription bias
Structural variation and methylation detection in a single run
Real-time sequencing — analyze while sequencing
200+ IP rights — purpose-built for clinical deployment
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Dual-Platform Synergy

Systematic solution to all five challenges in companion diagnostics development

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Sample Scarcity

Single-section sufficiency

Fast Turnaround

3–4 hours vs. 2 weeks

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Standardization

Unified quality management

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Full Coverage

Screening to deep profiling

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Global Deploy

No specialized lab needed

CDx Development

Five Core Challenges in Companion Diagnostics

1

Sample Scarcity & Quality

NGS failure rate 20–40% on FFPE samples; micro-lesion DNA often <1ng. Our PCR POCT platform requires only a single FFPE section, dramatically reducing sample requirements.

2

Long Turnaround Time

Traditional NGS requires 2 weeks; multi-center trial wait times vary widely. Our PCR POCT delivers results in 3–4 hours, enabling same-day clinical decisions.

3

Lack of Standardization

Different centers and platforms produce incomparable results; no unified reference standard. Our dual-platform enables unified quality management across all sites.

4

Limited Coverage

Single technology cannot cover the full spectrum from screening to deep profiling. Our dual-platform covers all scenarios — rapid screening to comprehensive molecular characterization.

5

Global Deployment Difficulty

Requires specialized labs and skilled personnel; weak infrastructure in developing regions. Our PCR POCT requires no specialized laboratory — deploy anywhere.

Biomarker Detection Technology Comparison

Technology Turnaround Sample Req. Lab Required Hotspot Fusion Methylation SV Detection
PCR POCT (Novobay) 3–4 hrs 1 FFPE section
Nanopore (Novobay) Same-day Low input Optional
Manual IHC 2–5 days Tissue
FISH 3–7 days Tissue
Short-Read NGS 7–14 days High Partial Partial

* SV = Structural Variation. Data from internal validation studies. Subject to regulatory approval status.

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Dive deep into each platform's capabilities, validation data, and ideal use cases.