Metabolic engineering automated with PIXL Dark

Scaling up CRISPR genome editing with PIXL

What microorganisms can PIXL pick?

Rockefeller cell cycle scientists test the use of ROTOR+ for Chlamydomonas Cell Culture

Your guide to colony picking like a pro

The benefits of automating colony picking

Next generation tools for high throughput genome editing in yeast

From yeast genetics to the secret weapon of bioengineering

Scaling up synthetic biology – lessons from Singapore

Precision colony picking: Why Reliability Beats Speed

Lab Automation: This Checklist Could Save You $100,000s

Screening of Scheffersomyces stipitis natural isolates

Using yeast to untangle the complexity of life

High-throughput microfluidic loading of microbial libraries

Considerations When Buying a Colony Picker

 Automating MALDI-TOF sample preparation protocols to facilitate bacterial identification.

Zone of Inhibition explained

Lactobacillus in probiotics and food production

Automatic zone of inhibition detection and analysis with PIXL

High-throughput bioprospecting: Automatic colony picking of non-model fungal and bacterial species

A high‐throughput screening method for the discovery of Saccharomyces and non-Saccharomyces yeasts with potential in the brewing industry

PIXL for Automated Colony Picking

Yeast Screening

Synthetic Genetic Arrays

High-throughput microscopy with SLIP

Bacteria-genetic-screening

High-throughput Cell Plating with ROTOR+

High-throughput screening of green algae transformants

Designer chromosome synthesis with the help of PIXL

PIXL Efficiency Report: Agar-Agar