Scientific talks

Scientific talk library

Our team regularly hosts new talks about current topics. If you would like to share your research results and experiences with your microplate reader in a webinar, please contact us.

Webinar Dan Close / Mark Wienhold

Converting endpoint microplate assays to real-time data output

Dan Close and Mark Wienhold from 490 Biotech talk in this scientific talk about how to convert endpoint microplate assays to real-time data output.

Schematic description of protein kinase

Kinetic or endpoint monitoring of protein kinase and phosphatase activity

Erik Schaefer, CEO of AssayQuant Technologies talks about the monitoring of protein kinase and phosphatase activity using kinetic or endpoint formats

Webinar Kinetics in Drug Discovery

Kinetics in Drug Discovery

Martin Redhead (UCB) discusses the use and impact of kinetic binding methods across the drug discovery pipeline.

HTRF Binding Assay

Miniaturising screening assays: a case study

Dr Céline Legros explains how you can successfully downscaling screening assays with the PHERAstar.

Graph showing the EDR effect

Simulating ischemia reperfusion injury in vitro as a potential method for drug screening

Dr. Ben Allsop from UCL Drug Discovery Group talks at SLAS 2019 about simulating ischemia-reperfusion injury and how the new CLARIOstar Plus with ACU can help at this research.

Graph showing the Gs and Gi Signaling principle

Dual Channel Kinetic assays for detecting ligand bias at GPCRs

In this tutorial Montana Molecular describes a new approach that takes advantage of the dual channel fluorescence detection.

Webinar Cell-Based and Biochemical High-throughput Screening

Cell-based and biochemical high-throughput screening in 1536-well plates

In this webinar the speakers talk about cell-based and biochemical high-throughput screening.

Image showing a slide of the webinar presentation

Kinetic characterisation of covalent inhibitors on the PHERAstar

This webinar covers the recent discovery of a new covalent inhibitor targeting the hitherto undruggable cancer target USP7.

4 graphs from MARS Data Analysis Software

A TR-FRET approach to measure the kinetics of ligand-receptor binding and its application of fragment screening

Leave radioactive assays behind: PHERAstar provides temporal resolution to determine kon and koff rates by TR-FRET kinetics

Graph Real-time GLO Assays

Real-time cell health assays deliver better data with less effort

Never again miss the point of a cellular reaction: CLARIOstar® measures viability and toxicity in real-time

Webinar intro image: Defining physiological normoxia

Defining physiological normoxia in cultured cells for translation to animal models and man

Learn how the CLARIOstar with ACU replicates in vivo oxygen conditions to increase the significance of your data

Start picture of the webinar video showing a graphic slide of the webinar presentation

Real-time profiling of receptor pharmacology

Get inspired how to use NanoBRET to monitor G-protein binding, receptor internalization or receptor heteromerization

Real time detection of G-protein coupled receptors in living cells

Real time detection of G-protein coupled receptors in living cells

How the CLARIOstar is used to monitor multiple second messengers in real-time

Start picture of the webinar video showing a graphic slide of the webinar presentation

Optimizing sensitivity and specifity in the RT- QUiC assay

Tips and tricks to set up and analyze amyloid seeding assays

Start picture of the webinar video showing a graphic slide of the webinar presentation

The kinetics of drug binding

The speed of the PHERAstar enables kinetic TR-FRET measurements to determine kon and koff rates

Start picture of the webinar video showing a graphic slide of the webinar presentation

Enhanced protein-protein Interactions in living cells using the NanoBRET assay & CLARIOstar

Find out why the CLARIOstar’s LVF monochromator is perfectly suited for NanoBRET measurements

Two Graphs showing Haemoglobin

Novel hemoglobin modifying activity discovered through screening T-VDAcv

Watch how hemoglobin discovers through screening T-VDAcv

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