Technology

Rapid Genotyping Platform

Delivering integrated, rapid, high-fidelity long read sequencing for genotyping applications

Our Technology

Rapid Genotyping Platform

The current state of the art for genotyping relies upon a complex set of complementary, orthogonal tools - as a result genotyping is costly, time consuming and complicated. Our approach, based on Oxford Nanopore sequencing,​ accelerates timelines, cuts costs, and maximises productivity.

Rapid Genotyping Platform

An integrated system for best-in-class outputs​

Laverock’s Rapid Genotyping Platform (RGP) unlocks high fidelity long read sequencing on the Oxford Nanopore system, accelerating discovery and product development workflows, and replacing complex Sanger / Illumina / Long Read combination approaches​.

  • Low Sample Cost
  • Long Read Length (>2kb)
  • Fast Turn Around Time (Internal)
  • Low Capex requirement
  • Single Molecule Sequencing
  • Low Error Rate
Sanger
Sequencing
Illumina
Sequencing
PacBio
Roche SBX
Sequencing
Oxford Nanopore
Sequencing

RGP Workflow

A unified solution, seamlessly integrated into your lab

Not only does the RGP address limitations with current approaches with a unified solution, it also integrates with your laboratory systems and workflows, providing detailed reports directly into your LIMS platform or inbox​.

Case Study

Accelerating discovery through rapid genotyping​

Our rapid genotyping platform delivers high-fidelity long-read sequencing with faster turnaround and lower error rates ​than conventional ONT workflows, transforming the pace and precision of discovery.​

The Challenge: ​​

Genotyping is critical in genome editing to:

  • Confirm edits
  • Detect natural variation
  • Resolve mixed populations

But legacy methods are slow and fragmented.

Our Solution:​

A single, in-house platform using ONT long-read sequencing, optimised for accuracy and speed delivers:​

  • <1 day turnaround
  • Up to 20kb read length
  • Robust error correction (vs standard ONT)​

One platform for pooled & clonal analysis​.