Nicolò (Nico) Maganzini retweeted
Check out our new work on optimizing real-time analytes quantification for equilibrium-based sensors, lead by @nmaganz and @ianapt1 !! Congrats!
#biosensors Twitter! Sensing both sensitivity and FAST is a huge challenge because of a fundamental limit for real-time sensors. Higher affinity -> slower receptor off-rate -> slower sensor ⏳!
Here's our attempt at tipping the scales!
(led by @nmaganz) rdcu.be/cZYgY
Nicolò (Nico) Maganzini retweeted
#biosensors Twitter! Sensing both sensitivity and FAST is a huge challenge because of a fundamental limit for real-time sensors. Higher affinity -> slower receptor off-rate -> slower sensor ⏳!
Here's our attempt at tipping the scales!
(led by @nmaganz) rdcu.be/cZYgY
Nicolò (Nico) Maganzini retweeted
Our paper “Improved immunoassay sensitivity and specificity using single-molecule colocalization” doi.org/10.1038/s41467-022-3… is now featured on the Editors’ Highlights webpage in the “Biotechnology and methods” research section @NatureComms #Biotechnology nature.com/collections/idhhg…
Nicolò (Nico) Maganzini retweeted
A new device can continuously sense levels of virtually any protein or molecule in the blood. Researchers say it could be transformative for disease detection, patient monitoring and biomedical research. stanford.io/2L0iSQC
Nicolò (Nico) Maganzini retweeted
Incredibly exciting news!! Congratulations @AmaniHariri20 🎉🎉🎉
The Dept of Chemistry is pleased to announce the appointment of Dr. Amani Hariri as an Assistant Professor in the area of biological chemistry with a focus on biosensing. She will join the department January 1st , 2023. Read more about Dr. Hariri here: ow.ly/xCmh50HbLYa
