Silicon Valley, CA | March 4 - 6th, 2026
Watchmaker Genomics develops enzyme‑powered NGS technologies designed to deliver reliable genomic and epigenomic insights from clinically relevant samples. Our vertically integrated approach to enzyme engineering and manufacturing enables high‑performance workflows that preserve sample integrity, support low inputs, and scale into regulated environments.
At PMWC 2026, we will highlight how direct, non‑destructive methylation detection and robust DNA and RNA library preparation can expand the translational value of sequencing data – without adding workflow complexity.
Showcase Presentation
Positive methylation readout fuels clinically relevant applications
Speaker: Craig Marshall
Date & time: March 5, 9:45 AM
Location: Showcase Track 2
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The TAPS+ positive methylation readout preserves DNA integrity and base complexity, enabling integrated methylation and genomic variant profiling from a single library. This talk will highlight how direct methylation detection supports translational and clinical research applications, including tissue‑of‑origin analysis, tumor profiling, and low‑input samples such as FFPE and cfDNA.
Lead technology: TAPS+ for integrated genetic and epigenetic profiling
TAPS+ enables direct detection of 5‑methylcytosine (5mC) while preserving DNA integrity and base complexity. Unlike bisulfite‑based methods, TAPS+ supports simultaneous genomic variant and methylation analysis from a single library – making it well suited for translational and clinical research applications where sample quantity and quality are limiting.
Established NGS workflows for today’s clinical pipelines
Alongside TAPS+, we will showcase DNA and RNA library preparation solutions engineered for performance with real‑world samples:
- DNA Library Prep – optimized for FFPE and cfDNA to boost sensitivity, with improved yields and sequence accuracy
- RNA Library Prep – fast (<5 hours), FFPE-ready, and reliable across diverse RNA inputs
These solutions are designed to integrate cleanly into current clinical and translational sequencing pipelines while maintaining flexibility for future assay development.
Visit the PMWC 2026 Event Page for more information about the conference.









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