With BioFlux System for live cell analysis under shear flow and IsoFlux System for circulating tumor cell analysis, Fluxion Biosciences turn power of benchtop cellular analysis with advanced tools to automate complex assays.
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Flash news - did you know, that you can use Singulator S100 also for plant research?
Feb 10, 2023
In this short TechNote you can find how Singulator can help the data quality in Single cell sequencing - now even in...
Extensive assessment of Cytokine production on the NovoCyte Advanteon flow cytometer
Jan 13, 2023
Cytokines are small molecules essential for immune cell response to activation by pathogens, autoimmunity, or...
Microfluidic cell sorter sample preparation for genomic assays
Dec 16, 2022
Single-cell RNA-Sequencing has led to many novel discoveries such as the detection of rare cell populations, microbial...
Demonstrate the value of RareCyte Orion system via web-based Minerva viewer
Nov 25, 2022
The HTA CRC Atlas X dataset contains images and other data being used for construction of an atlas of human colorectal...
All inside your incubator: xCELLigence eSight
Nov 3, 2022
Multiplex Live cell imaging and real-time biosensor measurement with xCELLigence eSight
RareCyte Orion system advances Multi-modal digital pathology for colorectal cancer diagnosis
Oct 19, 2022
Precision medicine is critically dependent on better methods for diagnosing and staging disease and predicting drug...
Outstanding post-sort sample recovery on the WOLF Cell Sorter
Jun 14, 2022
The new WOLF G2 instrument has significantly expanded the capabilities of gentle benchtop microfluidic cell sorting...
Single-cell twitching chemotaxis in developing biofilms
Jan 24, 2017
Here we use microfluidic chemical gradients and massively parallel automated tracking to study the behavior of the pathogen Pseudomonas aeruginosa during early biofilm development. We show that individual cells can efficiently move toward chemo-attractants using pili-based “twitching” motility and the Chp chemosensory system. Moreover, we discovered the behavioral mechanism underlying this surface chemotaxis: cells reverse direction more frequently when moving away from chemoattractant sources. These corrective maneuvers are triggered rapidly, typically before a wayward cell has ventured a fraction of a micron. Our work shows that single bacteria can direct their motion with submicron precision and reveals the hidden potential for chemotaxis within bacterial biofilms.
Related technologies: Cell interaction studies
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