Come join the Overby and Huang labs for this PhD Studentship on developing microfluidics to study cell migration in #sarcomas CRUK Convergence Science Centre Bioengineering The ICR

We are greatful to Sarcoma UK for funding this project.

Details for applying 👇

findaphd.com/phds/project/m…

Our method paper is out! Many thanks to this wonderful team! Meital Oren-Suissa Shadi Karimi NMSBlab
We designed the 'Dual-Olfactory' chip: a microfluidic device that allows to record neurons while stimulating head & tail, simultaneously or sequentially.
tiny.cc/nyysxz

Circulating tumor cell isolation and detection poses a challenge due to rarity, furthered by cell loss with manual handling. Click here to read our team's recent publication on the integrated analysis of #CTCs on microfluidic chips.

pubs.rsc.org/en/Content/Art…

Check out the front cover of the latest Advanced Biology journal!

It features an image captured by #TAMUbme PhD students James J. Tronolone & Nadin Mohamed, showing the growth of lymphatic vessels from their engineered microfluidic chip device.

Read: tx.ag/LChip.

Interrogating Matrix Stiffness and Metabolomics in Pancreatic Ductal Carcinoma Using an Openable Microfluidic Tumor-on-a-Chip | ACS Applied Materials & Interfaces pubs.acs.org/doi/abs/10.102…

Cosimo Commisso

🐟 Inspiring talk by Raphaël Candelier Sorbonne Université on zebrafish behavior & brain activity! Using innovative imaging & microfluidic setups, he explores how these fish respond to optical & chemical cues, unraveling the link between brain activity, stimuli, & behavior. 👏🙏Universitetet i Bergen

A Navy scientist has invented a #3Dprinted microfluidic device to help fuel local power sources for #UnmannedUnderwaterVehicles . The device has potential applications in environmental monitoring, renewable energy, and more. Learn more: hubz.li/Q02tt6Xk0

Newcomers are learning a fabrication process of microfluidic channels through a training session!

🩸 Join us at 2:30pm on Tuesday, April 23, for the next Sickle Cell Disease Research Seminar!

Dr. Umut Gurkan will present: 'Microfluidic imaging of red cell rheology in sickle cell disease.'

Gerardo Arriaga will share with us the development of microfluidic systems for energy conversion and storage.
👉🏻 Don't miss his Seminar to learn more!

Register here: share.hsforms.com/1Z8qinBBTTluN1…

Thanks to microfluidic chips, researchers can run thousands of RT-PCR reactions at once.

Read on to learn how this capability is affecting genomics research in this new ebook from Standard BioTools #AD :
bit.ly/3JvkBIx

🔬 Why We Recommend Using OEM Pressure Controllers for Your Microfluidic Applications 🔬

🔍Learn more: bit.ly/49Dpz0z
#Microfluidics #Technology #Innovation # PressureControllers

David-A. Mendels from Zorth on 'AI-powered Microfluidic Microscope: a new automated cell-counter' at our #ZoosporicParasites and #AlgalBiotech ParAqua #COST Conference in Dubrovnik

Setting new standards in #microfluidics with O2 nanoprobes for precise & timely analyses in microfluidic chips, development of screening methods & lab-on-a-chip applications.
shorturl.at/tzCRZ
#microphysiologicalsystems #organonchip #cellculture #3DCellCulture #organoids

Microfluidic Aerosolization Platform (MAP): A platform developed by Gaurav Sahay and Oregon State University to preserve the structural and physicochemical integrity of lipid #nanoparticles , enabling efficient delivery of #mRNA to the respiratory system.

Read more: go.acs.org/90b

Does metabolism compute 🤔? Obviously, not through a Turing machine—as might be the case of genetic networks. Also: does 3D architecture of channels, pumps & valves in the cytoplasm endow cells with an additional control layer ~ microfluidic computing? Feedback & comments welcome

In #TissueEngineering , large-cell hypoxia is a challenge. Oxygen-releasing #biomaterials , produced with microfluidic tech, offer controlled delivery. This review outlines fabrication, application, and future trends. Daily biotech insights 👉🏼 Gathersight. buff.ly/4asvjM4

Fantastic microfluidic device to image calcium traces in both head and tail of the worm, highly recommend! Congrats to all authors!

[NEW] Do you want to go with the Flow?
Researchers from EPFL report a new flexible, reproducible & automated microfluidic #ChIP platform that facilitates #epigenetics assays - improving protocol speed, reducing costs & maintaining sensitivity!

🌊bit.ly/4bgFZNV

#Review
Microfluidic Organ-on-a-Chip System for Disease Modeling and Drug Development by Zening Li, et al.
doi.org/10.3390/bios12…

MDPI MDPI Chemistry & Materials Science University of Chinese Academy of Sciences
#organonachip #microfluidics #drugdevelopment #diseasemodeling #openaccess