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SCIEZIS · LIFE SCIENCE SERVICES · HEIDELBERG, GERMANY

High-throughput antibody screening, run to a standard your data can stand on.

We partner with pharma, biotech, and academic research groups to run high-throughput antibody screening campaigns — from sample intake to analysis-ready data.

Our Platform

High-throughput screening, built for rigor

Every study runs on validated protocols with full batch tracking, whether it’s headed for a lab notebook or a regulatory file.

Antibody High-Throughput Screening

We use droplet microfluidic technology to encapsulate single cells or antibody candidates together with antigen-conjugated beads, then read and sort each droplet by fluorescence signal. Because every droplet is its own isolated micro-reactor, we can detect secreted and intracellular targets that surface-only methods like flow cytometry miss. Sorting uses ultra-low dielectrophoretic force to keep cells viable for downstream culture, and every run is UV-sterilized between samples to rule out cross-contamination.

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>1M
B cells screened per run
>95%
Sorting purity
<24 hrs
Screening workflow turnaround
90%+
Lower reagent & consumables cost
Platform Advantages

Six advantages built into the platform

Shorten the R&D Cycle

High-throughput screening of plasma B cell repertoires within a 24-hour workflow — dramatically shortening the timeline from sample to hit list.

Cost-Effective

Picoliter-scale droplets cut reagent consumption by more than 90% per sample versus conventional screening. Droplet volumes also run generally smaller than the reaction chambers used in comparable chip-based optofluidic systems, which tends to keep per-sample reagent costs lower there too.

High Scalability

Optional droplet fusion modules extend the platform to more complex assay designs as your screening program grows.

Ultra Sensitivity

Nanomolar-level detection captures signal from rare biomarkers and low-frequency positives that conventional systems miss.

High Compatibility

Integrates with industry-standard detection reagents and adapts its workflow configuration to your lab’s existing protocols.

Flexible Recovery

Recover sorted droplets as a bulk collection or dispense precisely into 96- or 384-well plates, built to hand off directly into your downstream workflow.

Why SCIEZIS

Built for teams who need to trust the data

Throughput Without Shortcuts

Our droplet platform generates up to 10,000 droplets per second and screens more than a million B cells per run — without compromising assay controls or replicate structure.

Publication- and Regulatory-Ready Data

Every dataset ships with full QC documentation — built to hold up in peer review as readily as in an internal decision.

Confidential by Default

NDA-first engagement, secure data transfer, and a dedicated project lead assigned to every study.

How It Works

From sample to dataset in four steps

01

Consult & Design

Define your assay panel and screening strategy together with our scientific team.

02

Sample Submission

Ship samples under our intake protocol; we confirm quality on arrival before the run starts.

03

Screening

Your campaign runs on our droplet microfluidic platform — generation, fluorescence reading, and sorting in one automated workflow, with full batch and replicate tracking.

04

Data Delivery

Receive analysis-ready data, QC reports, and a debrief call with our team.

Based in Heidelberg

Located in one of Europe’s densest life science research clusters, we work with academic groups and industry partners across Europe.

Academic & Industry Partners Welcome

Ready to scope your next study?

Tell us about your screening panel — we’ll come back with a study design and quote.

Request a Quote