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

How to pipette manually

Techniques to improve liquid transfer consistency

Considerations when buying a liquid handler

Is there an alternative to manual pipettes?

From yeast genetics to the secret weapon of bioengineering

From innovation to repetition – a history of pipetting

Benefits of automating liquid handling

Switching to a pipetting robot is easier than ever!

How to optimise your liquid handling workflow using SQWERTY

How do I pipette viscous liquids?

Perfect Pipetting – Part 1

Perfect Pipetting – Part 3

Perfect Pipetting – Part 2

How do I pipette volatile liquids?

Beginner’s guide to automated liquid handling

Boost lab productivity: How to transition from manual pipettes to automated liquid handlers

Five ways to combat pain in manual pipetting

10 things less boring than manual pipetting

Accelerating biofoundry growth through collaboration

Precision colony picking: Why Reliability Beats Speed

Taking the strain out of strain optimisation

The Synbio Automation Dilemma

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

How to Pick a Picker: What you should consider when automating colony picking

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

Gut microbiota

Xenopus Embryo Microinjection

Transforming society through yeast genetics

Discovering the power of yeast

Investigating Gene Interaction Through ‘Horizontal Science’

Tackling Antimicrobial Resistance

Tackling superbugs and the antibiotic crisis with ROTOR+

Inventing the engine for understanding biological networks

Finding a treatment for Cryptococcal Meningitis

Yeast Tetrad Dissection

Single Cell Screening

Age Analysis

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

High Throughput Precision Colony Transfer at ultra-high densities

Elevate your Laboratory’s Colony Picking Automation

High Throughput Population Genomics – ROTOR+ PIXL

Colony Counting and Analysis – PhenoBooth+

Plate type Sectoring – 48 Deep Well Plate

Versatile Colony Picking using Multiple Plate Formats

PIXL for Automated Colony Picking

ROTOR HDA

Yeast Screening

Dissection Microscope: MSM 400

Synthetic Genetic Arrays

Using ROTOR+ to investigate viral-host protein interactions using a selective ablation assay

High-throughput microscopy with SLIP

Accurate Colony Picking Platform

Yeast 2-Hybrid

Bacteria-genetic-screening

High-throughput Cell Plating with ROTOR+

Chemical Genetic Screening

High-throughput screening of green algae transformants

Designer chromosome synthesis with the help of PIXL

PIXL Pinning Pressure Report

PIXL Efficiency Report: Agar-Agar

How to dissect a yeast tetrad

What is High-Throughput Screening?

How to Make Agar

What are Genetic Mutations?

How to Grow Yeast

What is Yeast Genetics?

What is Yeast?