Liquid Handling

MANTIS platform allows researchers to analyze 3-4 times as many cells and subsequently increase the power of their genetic analysis

Takara Bio and FORMULATRIX Announce Partnership to Increase Researcher’s Single-Cell Sequencing Throughput

Next Generation Sequencing NGS is an analysis tool to increase sample throughput in single-cell RNA-sequencing and analysis of gene expression

Considerations for the Automation of Sequencing Workflows

Liquid Handling Software Update MANTIS® Liquid Handler 3.8

Liquid Handling Software Update: MANTIS® Liquid Handler 3.8

MANTIS liquid handler can efficiently screen hundreds of compounds per week to examine drug pharmacology on various ion channel drug targets.

Fluxion Biosciences and FORMULATRIX® Announce Partnership to Increase Efficiency in Automated Patch Clamp Workflows

Next Generation Sequencing NGS is an analysis tool to increase sample throughput in single-cell RNA-sequencing and analysis of gene expression

5 Reasons to Supplement Your Traditional Liquid Handling Platform with The MANTIS®Liquid Dispenser

Cell Dispensing in a high-content, primary neuron based screening platform using the MANTIS® Liquid Handler

Cell Dispensing in a High-content, Primary Neuron-Based Screening Platform Using the MANTIS® Liquid Dispenser

FORMULATRIX® MANTIS® dispenses the GlobalFiler® Express Kit master mix to the amplification plate with treated buccal punches present.

Automated Processing of the GlobalFiler® Express PCR Amplification Kit With the FORMULATRIX® MANTIS® Liquid Handler

Miniaturization of Nextera XT Library Preparation for RNA-sequencing of Murine Neuronal Cell cDNA Samples using the MANTIS® Liquid Handler

Automation and Miniaturization of Low-Input RNA-Seq Sample Prep Using Desktop Microfluidics

Automation of Cell Viability Assays Utilizing Microfluidic Dispensing Technology

Automation of Cell Viability Assays Utilizing Microfluidic Dispensing Technology

AlphaLISA Assays related studies typically require the characterization of drug and biomarker concentrations from large numbers of samples.

Optimization of Automated AlphaLISA Assays for Biomarker Measurements in Large-Scale PK/PD Studies