We've adapted our glucometer-based antibody assay to a 96-well plate format, making it more scalable and broadly applicable beyond SARS-CoV-2.
👏 Kudos to Elysse Ornelas-Gatdula & Xinran An for this exciting advance!
🔗pubs.rsc.org/en/content/arti…#biosensors#womeninscience
Going from benchtop sensors to in vivo testing is tough. In his final PhD work, John Mack explored using 3D printing to simplify subcutaneous electrode systems. He shared all .stl files to help others get started:
iopscience.iop.org/article/1…#InVivo#Electrochemistry#OpenScience
Excited to share new work with David Jenkins on NHC monolayers for biosensing! Phattananawee Nalaoh & Vincent Clark show aptamer-clicking to NHCs is possible. Still facing capacitive & peroxide issues but stronger gold bonding is a big step forward!
pubs.acs.org/doi/full/10.102…
Many students I talk to feel alone in their stress and uncertainty about academia. But they’re not. Sharing our stories can be healing, for us and for others. In this editorial, I reflect on the challenges and lessons from building my research career:
🔗iopscience.iop.org/article/1…
Our new lab space at UNC is starting to look ready for transformation! What do you think it should look like? If you have 5 min to kill, share your thoughts with us at the link below:
netzlab.unc.edu/2025/07/18/o…
A new input: When you enter, there is a portal. Lab coats and safety gear are dispensed. Going through the portal alters the mood of all who enter, transforming a tired person into a productive scientist.
Copilot's version:
🔬 New from our lab:
H₂O₂ generated during NBE sensor interrogation (with reporter methylene blue) drives oligo hydrolysis. We show mitigation strategies in vivo results with improved stability, no pretreatment or baseline subtraction!
📄
pubs.acs.org/doi/10.1021/acs…
Congrats Dr. John Mack! 🎓 Just defended his PhD in @BCMB_JHMI. I am inspired by his contributions: from diving into biosensor biostats to developing novel additive manufacturing for sensor development. Excited for his next chapter @ DEKA R&D! #PhDDefense#Mentorship#Innovation
It’s official: I’ve received tenure at UNC Chapel Hill!
Grateful, excited, and ready to push the frontiers of science with the amazing Tar Heel community.
Let’s lead with creativity, innovation, and inclusive excellence.
#Tenure#STEM#AcademicTwitterbot.unc.edu/approved-personn…
It was a true pleasure collaborating with the
@FUTURUMCareers team to create this open-access academic resource for students around the world. Though my background is in chemistry, our research is highly multidisciplinary. Learn more about our work at: netzlab.unc.edu!
In our latest animation, we explore the work of Dr Netz Arroyo from the University of North Carolina Chapel Hill (@UniversityofNo7). Netz is developing a new type of continuous molecular monitor that will be able to track our health in real time: youtu.be/jHlS7rkk2dg
Issue 31 of Futurum is out now!
As Oby Oputa at the University of London Careers Service, enthuses, “there are thousands of jobs out there that you might not know about, and it’s never too early to get researching.”
Be inspired and find your passion…
#stemeducation#careers#careersadvice#teachingresourcesfuturumcareers.com/Issue-31.…
After an amazing spring break visit to Hopkins and a celebratory bday cake, we are thrilled that Kian will be our first Chem student from UNC to join the group. We look forward to making your PhD training experiences exciting and rewarding, Kian!
tarheels.live/netzlab/2025/0…
We're always inspired by the stunning journal cover art from our colleagues in the field. This time, we’re thrilled to showcase one of our own! 🎉
📄 Read our paper: pubs.acs.org/doi/10.1021/acs…
🎨 Here’s the cover:
tarheels.live/netzlab/2025/0…
Bringing aptamer biosensors to the clinic is no small feat. Vincent Clark & team designed an aptamer binding emtricitabine (key in HIV prevention). Partnering with the CDC HIV labs, we show high-throughput screening to monitor treatment adherence.
onlinelibrary.wiley.com/doi/…
DNA nanotechnology-based sensors alert! 🧬 In collaboration with Byoung-jin Jeon and Matteo Guareschi, we introduce the Lily Pad—a modular DNA origami platform for detecting analytes with precision using rational engineering principles:👇😱🤯
pnas.org/doi/epub/10.1073/pn…
Attending the 47th Senior Technical Meeting of the ACS Puerto Rico Section, for the first time with trainee-at-heart Emma, and enjoying terrific presentations by students. Thanks to @cuncilab for hosting me!