Revvity for Life Sciences’ Post

Get live visual inspection of target cells and novel gating strategies based on image features to isolate single cells of interest. Download our flyer to learn more about image-feature extraction and different types of image features available on the BD FACSDiscover™ S8 Cell Sorter. Download flyer: https://lnkd.in/gghuficA #rtisfc #FACSDiscoverS8 #BDBiosciences #flowcytometry #imagingflowcytometry

New whitepaper discovers how imputation allows for enhanced population-scale testing accuracy. Read now: #thermofisheremp #MicroArray

Image deep into tissue using two- and three-photon fluorescence excitation with exceptional performance. The HyperScope is a versatile #multiphoton system that can be tailored to suit your needs. Learn more here https://buff.ly/2Sr4Jv7

"Protocol for measuring cell cycle Zn2+ dynamics using a FRET-based biosensor" "The exchangeable Zn2+ pool in cells is not static but responds to perturbations as well as fluctuates naturally through the cell cycle." The authors "present a protocol to carry out long-term live-cell imaging of cells expressing a cytosolic Zn2+ sensor." https://lnkd.in/gyjCayrA #livecellimaging

Ree, Göller and Jensen present their work on a fully automated workflow for identifying and quantifying nucleophilic and electrophilic centres in molecules, in our latest featured #DigitalDiscovery article. Read more, #openaccess, at https://lnkd.in/e5W3vajf #rscdigital

"TNF-α protects from exacerbated myocarditis and cardiac death by suppressing expansion of activated heart-reactive CD4+ T cells" Another flowing system application in a microfluidic lab-on-a-chip. "Adhesion of splenocytes to cMVECs was performed using the BioFlux 200 system (Fluxion, USA) as described previously...Cell adhesion was recorded with a fluorescence microscope LS720 (Etaluma, Inc., USA) and analysed using the ImageJ software." https://lnkd.in/gmrNnbXV #livecellimaging

Amp Future's MIRA detection solutions deliver exceptional speed and accuracy while being versatile and easy to use. The system supports a range of reagents, including liquid, freeze-dried, and freeze-dried balls, and works seamlessly with isothermal equipment like metal baths and water baths. Designed for simplicity and true portability, MIRA operates at a low constant temperature of 39-42℃, reducing the risk of aerosol contamination aerosol pollution and making it safer than traditional methods like PCR and LAMP. Additionally, we offer two types of detectors: the Isothermal Fluorescence Detector and the Digital Isothermal Fluorescence Detector. The Isothermal Fluorescence Detector is ideal for the molecular detection of viruses, pathogenic bacteria, tissues, and cells using the MIRA test kit. Meanwhile, the Digital Isothermal Fluorescence Detector integrates sampling, extraction, amplification, and result analysis, making it highly efficient for molecular detection. This system supports both MIRA technology and other parallel technologies, ensuring precise results for detecting viruses, bacteria, and cellular tissues. #AmpFuture #MIRA #EarlyDetection #HealthInnovation

As we get closer to our upcoming webinar, check out our application note that we published on measuring #intrinsic #viscosity with m-VROC - determining #Molecularsize and molecular structure: https://hubs.ly/Q02wfmJF0

Analyzing AAVs means working with multiple serotypes and small sample volumes. Read how Phenomenex can help mitigate these pain points and enhance your AAV analytics: #DanaherLifeSciences #AAV #genetherapy

#RSCPoster,#RSCNano In biological systems, cells have mastered the mechanics of their thin membrane to form tiny capsules called vesicles.  Can we recreate the process in a synthetic system? See how tiny capsules are formed spontaneously from a synthetic bilayer!!!