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Travel grant ALERT! Submit ESHG abstracts today

BioNano Genomics

Feb 13, 2020

Interested in sharing your Bionano Genomics data at ESHG 2020 in Berlin? Eager to share how you have utilized the...

AutoLV analysis software

VisualSonics FujiFilm

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AutoLV analysis software is the latest addition to VisualSonics robust suite of measurement tools customized for...

CellPathfinder Software, High Content Analysis and powerful Deep Learning features

Yokogawa

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The intuitive CellPathfinder Software guides the user throughout the process. It analyzes and digitizes complex...

COY - personalized hypoxic and anaerobic chambers since 1969

COY laboratory products

Jan 31, 2020

When your research requires consistent atmospheric control to maintain anoxia, hypoxia, normoxia, or hyperoxia, you can...

Feb 18, 2020

Metabolic MR Imaging of Obesity

Bruker Biospin

Jan 29, 2020

Obesity is now known to be much more than a cosmetic problem with its association with a wide plethora of diseases...

Micro-CT in 3D data integration and (Clinical) workflows for digital orthodontics

Bruker Biospin

Jan 29, 2020

Petra Julia Koch and Paul Zaslansky (Charité - Universitätsmedizin Berlin) will discuss the importance of 3D data in...

Bionano webinar recording : EnFocus FSHD analysis

BioNano Genomics

Jan 27, 2020

Bionano introduced novel and reliable molecular method for facioscapulohumeral muscular dystrophy detection and fast...

Feb 18, 2020

Micro-CT study of the anatomy of a grasshopper

Bruker Biospin

Jan 23, 2020

Scanned with a Bruker Skyscan-1172 high resolution microtomograph at the Department of Zoology of the University of...

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Non-invasive fluorescence imaging of infiltration in a mouse model of acute lung inflammation

Nov 29, 2016

The presence of bacterial endotoxin, lipopolysaccharide (LPS) in the lung can induce a major inflammatory response leading to acute lung injury. LPS is thought to immediately activate resident macrophages, leading to the production of various cytokines, including TNF-α. This will, in turn, prompt the recruitment of inflammatory cells, mainly neutrophils, into the lung through increases in capillary permeability and alveolar edema.1 Neutrophil infiltration into the lung can be monitored by certain, activatable (smart) fluorescent probes. This study evaluates the use of an activatable optical probe that is
optically silent upon inhalation and produces a fluorescent signal only after selective cleavage by the serine protease elastase produced by neutrophils.

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