OUR PLATFORM

A barcoded approach to cell line development

OUR PLATFORM

A barcoded approach to cell line development

OUR PLATFORM

A barcoded approach to cell line development

The Problem

Every biologic drug must be manufactured from a single cell clone — making clone selection one of the most consequential decisions in drug development.

Conventional workflows screen clones in 96-well plates, under conditions that bear little resemblance to a manufacturing bioreactor. The clone that looks best at small scale may fail at large scale — and by the time you find out, it's too late.

The result: costly late-stage failures, delayed regulatory filings, and drugs built on an incomplete picture.

Our Technology

Unique DNA barcodes combined with multi-omic characterization.
An unprecedented understanding of each clone.

  1. Barcode

  1. Barcode

Each cell line receives a unique, heritable DNA barcode. Every descendant carries the same identifier.

  1. Culture

  1. Culture

Thousands of barcoded clones grown together in one fed-batch run under manufacturing-relevant conditions.

  1. Characterize

  1. Characterize

Productivity and quality measured for every clone simultaneously using FACS-based assays and sequencing.

  1. Retrieve

  1. Retrieve

Top clones isolated with >99.8% on-target precision. Output is a manufacturing-ready cell line with a full performance dataset.

Ready to screen your molecule?

Biolinco offers cell line development services for CDMOs and biopharmaceutical companies.

Contact us

1812 Ashland Avenue, Garden Level - G06
Baltimore, MD 21205
Copyright © 2026 Biolinco Inc. All rights reserved.
1812 Ashland Avenue, Garden Level - G06
Baltimore, MD 21205
Copyright © 2026 Biolinco Inc. All rights reserved.
1812 Ashland Avenue, Garden Level - G06
Baltimore, MD 21205
Copyright © 2026 Biolinco Inc. All rights reserved.
  1. Barcode

Each cell line receives a unique, heritable DNA barcode. Every descendant carries the same identifier.

  1. Culture

Thousands of barcoded clones grown together in one fed-batch run under manufacturing-relevant conditions.

  1. Characterize

Productivity and quality measured for every clone simultaneously using FACS-based assays and sequencing.

  1. Retrieve

Top clones isolated with >99.8% on-target precision. Output is a manufacturing-ready cell line with a full performance dataset.