Wasatch BioLabs

Wasatch BioLabs

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Private Company

Total funding raised: $1.8M

Overview

Wasatch BioLabs is a specialized service provider in the genetics and genomics sector, built around proprietary long-read sequencing platforms for integrated genomic and epigenomic data. Its core innovation is the Direct Whole Methylome Sequencing (dWMS) platform, which enables bisulfite-free, PCR-free methylation analysis alongside variant detection. Positioning itself as the first full-scale clinical lab dedicated to Oxford Nanopore sequencing, the company targets the high-growth areas of precision health, biomarker discovery, and scalable clinical assay deployment.

Genetics & Genomics

Technology Platform

Proprietary long-read sequencing platforms (Direct Whole Methylome Sequencing - dWMS, Direct Targeted Methylation Sequencing - dTMS) built on Oxford Nanopore Technology, enabling bisulfite-free, PCR-free co-detection of DNA methylation and genetic variants from native DNA.

Funding History

1
Total raised:$1.8M
Seed$1.8M

Opportunities

The growing demand for integrated genomic and epigenomic data in precision medicine, particularly in liquid biopsy and cancer biomarker discovery, presents a major growth avenue.
Furthermore, the trend towards outsourcing complex sequencing and clinical assay development by biopharma and diagnostic companies provides a scalable service market.

Risk Factors

High dependency on a single technology provider (Oxford Nanopore) creates supply chain and obsolescence risk.
The company also faces intense competition in the crowded NGS services market and must successfully navigate the regulatory and quality hurdles required to expand in the clinical diagnostics space.

Competitive Landscape

Wasatch BioLabs competes with large, diversified genomics CROs (e.g., Azenta, Quintara) and diagnostic service labs, as well as other specialists in long-read sequencing. Its key differentiation is its proprietary focus on bisulfite-free, native methylation sequencing coupled with variant detection, a niche not fully addressed by competitors relying on short-read or traditional bisulfite methods.