Learn more about the dragonfly discovery:

Application notes:

1. Robust and gentle cell plating in 1,536-well microplates using an automated liquid dispenser
2. Verifying the performance of miniaturized quantitative PCR (qPCR) reactions set-up with mosquito® HV and LV genomics and dragonfly® discovery
3. Disrupting the liquid dispensing landscape: dragonfly® discovery
4. Reagent dispensing redefined with dragonfly discovery and Green Button Go Automation
5. Antha and dragonfly® discovery Rapid, automated execution of a high-dimensional space-filling DoE for assay development
6. Cells dispensed by dragonfly discovery show normal proliferation, health and apoptotic responses in a range of cell types

Posters:

1. Utilisation of a novel independent multi-channel dispenser for rapid assay development of a bead based no-wash sandwich ELISA assay
2. A comparison of dispense performance of manual pipetting versus automated pipetting for assay development
3. High throughput phenotypic screening workflow for cytotoxicity determination
4. Flexible liquid handling enables effective assay development for no-wash bead-based and cell-based immunoassays
5. The application of Design of Experiment and the dragonfly discovery to miniaturise, automate and accelerate assay optimization
6. Evaluation of a prototype dragonfly dispenser for assay development
7. Automation of assay optimisation studies: efficient and rapid set-up for a wide range of biological applications
8. Workflow for hit-to-lead compound serial dilutions for multiplexed hepatotoxicity assays

Articles:

1. Review – High-Throughput Screening – This review provides an overview of the science of high-throughput screening (HTS) within the pharmaceutical industry and the greater drug discovery community.

Webinars:

1. Quantity and Quality – How automated workflows positively impact assay development and screening
2. Combination of scRNA-seq strategies to untangle complex cell populations
3. Tabula muris, a single cell atlas of the adult mouse

Videos:

1. Robust and reliable reagent dispensing