PRODUCT DEVELOPMENT

From a method
to an evolving platform.

Developing reagents, automation modules and data tools around research needs, with more reproducible workflows and traceable results.

ONE PLATFORM, DIFFERENT STAGES

Validate value through research.
Scale capability through engineering.

A development roadmap linking sample preparation, same-cell assays and data interpretation with research collaboration, experimental tools and software.

01

RESEARCH SERVICES

Question-led research collaboration

Study assessment & collaboration

Arc-well cohort design, wellDR-seq same-cell studies, and scoped bioinformatics and interpretation.

02

CORE KITS

Standardize critical experimental steps

R&D and process-validation direction

Develop reproducible preparation, nanowell, library and QC reagent workflows. Performance and availability require formal release.

03

ARCELL One

Automate repeatable operations

Concept system & engineering roadmap

Explore dispensing, image-based selection, traceability and library-assistance modules; the concept image is not a launched device.

04

INSIGHT / ATLAS

Make results comparable and traceable

Software & data-platform planning

Organize QC, CNA, clonal relationships, DNA–RNA integration and cohort comparisons into project-validated analytical modules.

ARCELL One · CONCEPT SYSTEM

Design the next tools
around real workflows.

01

PREP

Sample preparation, single-cell processing and quality assessment.

02

WELL

Nanowell dispensing, imaging, selection and tracking.

03

LIBRARY

DNA or DNA+RNA library preparation and in-process QC.

04

ANALYSIS

CNA, clonal structure, paired analysis and result traceability.

ARCELL One concept instrument

EXPLORATORY DIRECTIONS

Extend molecular and spatial context
around the clone.

Explore DNA–ATAC, spatial clone and functional-model integration to support the next stage of method and application validation.

DNA + ATAC

wellDA-seq

R&D direction: connect genomic clones to chromatin accessibility, subject to method validation, peer review and external assessment.

R&D
CLONE + SPACE

Spatial Clone

Collaboration direction: associate DNA-defined candidate clones with spatial data and validate locations and neighborhoods in situ.

Exploratory collaboration
CLONE + FUNCTION

Model & functional studies

Study-design direction: connect organoids, genetic perturbation and appropriate drug experiments to test candidate clonal mechanisms.

Study extension

LET’S BUILD YOUR STUDY

Bring a real need into product development.

For research platforms, pathology centers and engineering collaborators: discuss samples, workflows, modules and validation plans.

Plan your study