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Introducing Cytek Cloud

Cytek Biosciences

Dec 1, 2022

Cytek Cloud is the new digital ecosystem that supports full spectrum flow cytometry research from panel design to data...

See More, Sort More with Cytek Full Spectrum Systems

Cytek Biosciences

Nov 28, 2022

Still wondering whether to join the shift to full spectrum cytometry?  Easily transfer assays from your Cytek Northern...

Demonstrate the value of RareCyte Orion system via web-based Minerva viewer

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Nov 25, 2022

The HTA CRC Atlas X dataset contains images and other data being used for construction of an atlas of human colorectal...

Practical aspects of an imaging study: live in vivo scanning

MOLECUBES

Nov 11, 2022

In this webinar, MOLECUBES will present a live in vivo demonstration, showing the entire workflow from animal...

Download the newest AVATAR data presented at CAR-TCR

Xcell Biosciences

Oct 21, 2022

Xcell Bio CSO, James Lim, presented new data showcasing improved potency of AVATAR-expanded CAR T cells and highlighted...

RareCyte Orion system advances Multi-modal digital pathology for colorectal cancer diagnosis

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Oct 19, 2022

Precision medicine is critically dependent on better methods for diagnosing and staging disease and predicting drug...

Introducing MARS system : revolutionary solution for your workflow of cell separation and enrichment

Applied Cells

Oct 7, 2022

The MARS family of instruments provides a breakthrough solution to complete the workflow of cell separation and...

Understand the Cancer Ecosystem based on single cells analysis

Mission Bio

Sep 22, 2022

Mission Bio is a life sciences company that accelerates discoveries and cures for a wide range of diseases by equipping...

Automating DNA Extraction for High-Throughput Bacterial Plasmid Purification with CyBi®-SELMA

Analytik Jena

Sep 19, 2022

The Need to Increase Plasmid Isolation Throughput, Challenges with Scaling up Plasmid DNA Extraction, Automating the...

Introducing RareCyte Orion, integrating Spatial Biology with Multiplex Imaging

RareCyte

Sep 13, 2022

Orion, the highly multiplexed fluorescent imaging system, empower investigators to unlock spatial context for key...

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Detection of bacteria in environmental waters using the NovoCyte flow cytometer

Apr 4, 2017

Traditional methods of bacterial identification are based on observations of either the morphology of single cells or colony characteristics when grown on agar. However, the microbes grown on agar medium with visible colonies are less than 1% of the total, and most bacteria, though obviously present and active, aren’t efficiently cultured. Flow cytometers with a high sensitivity of detection provide tools for detecting and analyzing microbes independent of their cultivability. The size, number, nucleic acid content, activity, and classification of bacteria can be derived from scattered light and fluorescence signals using flow cytometry. Applications utilizing microbial detection cover everything from drinking water /waste water system monitoring, industrial biotechnology, food and drug quality control, to soil and water microbial ecology. This method allows precise and rapid determinations of microbial bulk parameters and delivers detailed information on the general microbial state.

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Agilent technologies

Agilent provides xCELLigence impedance-based, label-free, real time cell analysis system and NovoCyte flow cytometers.

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