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xxcloud – thermal cycler software

BJS Biotechnologies

Feb 16, 2018

Tired of waiting in line to use a qPCR system? The wait is over… the xxcloud is here! The xxcloud is exciting new...

Label-free, real-time live-cell assays for spheroids: IncuCyte bright-field analysis

Sartorius

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A  growing  body  of  evidence  suggests  that  more  relevant  and  translational  observations  can  be  made  with ...

m-Trap - A new milestone for single-molecule research

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The m-Trap optical tweezers was developed to lower the price barrier of advanced single-molecule force spectroscopy...

Fluxion Biosciences now has a microfluidic solution for studying catheter biofilms

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BioFlux biofilm assays can now be performed on the popular catheter material polydimethylsiloxane (PDMS).  Silicone...

Feb 20, 2018

NovoCyte & NovoSampler Pro for automatic sample loading and high throughput analysis

Acea Biosciences

Jan 25, 2018

Flow cytometry is widely used in scientific research and clinical diagnostic settings. With the continuous expansion of...

Introducing IncuCyte antibody Internalization assays

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Jan 22, 2018

An integrated solution to automatically visualize and quantify antibody internalization, in real time and in 96-well...

ERASE-Seq: A Novel NGS statistical approach

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ERASE-Seq is the first versatile platform for high-resolution detection of low-frequency DNA variants that is...

Feb 20, 2018

Examining the kinetics of Neutrophil phagocytosis by flow cytometry

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The immune system has evolved specialized cells which engulf and kill invading pathogens in a process known as...

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Attana enabled at University of Dublin

Jul 11, 2016

Under the supervision of Professor Kenneth A Dawson, the group at CBNI work with Nanomedicine and Nanosafety applications. The aim is to fundamentally understand the interactions between the nanoparticle interface and the biological milieu surrounding it. The milieu is set up by proteins and other biomolecules that forms the nanoparticle interface, the so-called “corona”. The corona forms the bionanointerface that determines the fate and behaviour of nanomaterials.

The group will use the Attana instruments to understand, classify and predict nanoparticle coronas physicochemical properties. This offers a novel approach to screen for toxicity at early stages of product development and for regulatory purposes.

“The Attana Cell 200 will be an important tool complementing our other techniques. We have a tradition of successfully implementing novel technologies into efficient research tools. The ability to perform kinetic interaction analysis between nanoparticles and cells add a crucial aspect in our research” comments Prof. Dawson.

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Related technologies: Single-molecule Interactions

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Attana

Attana biosensors provides a reliable, fast and versatile label-free method to study molecular interactions.

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The label-free biosensor that combines biochemical and cell-based assays.

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