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Chemical Sensing and Drug Delivery

We are hiring one to two postdoctoral fellows. Expertise in at least one of the following areas is preferred: microfluidics, electrochemistry, fluorescent molecules, and microfabrication. 
Please email Dr. Xuewei Wang ( if you are interested.
Mar. 2023: We receive an NIH R01 grant from The National Heart, Lung, and Blood Institute (NHLBI). Thanks and congratulations to the team! 
Feb. 2023: We receive a VCU Commercialization Fund to develop an NO generation technology. 
Dec. 2022: Our paper on NO release formulations using cyclodextrin-GSNO complexes is accepted in ACS Biomaterials Science & Engineering and selected as the Front Cover paperCongratulations to Wuwei and collaborators!
Dec. 2022: We receive a commercialization grant from Virginia Innovation Partnership Corporation. We will continue our efforts on developing decentralized chemical sensing platforms.
Sep. 2022: Our postdoc, Renjie Wang, starts her independent research lab at Florida Atlantic University. Good luck!
Sep. 2022: Welcome our new PhD students Aishwarya Patel and Simona Clement!
Aug. 2022: Our paper on paper-based lead ion sensors is accepted in Analytical and Bioanalytical Chemistry
Jun. 2022: We receive a grant from VCU C. Kenneth and Dianne Wright Center to develop biocompatible implants.
Apr. 2022: Dr. Wang delivered an invited presentation on chemical sensors in the Hypoparathyroidism Think Tank organized by Penn Medicine.
Apr. 2022: Our paper on a wearable infection sensor has been selected to be featured as an ACS Editors' Choice in addition to being published in ACS Sensors. The ACS Editors' Choice initiative highlights one article each day that is chosen from the entire ACS portfolio. We developed a fundamentally new indole sensing mechanism and applied it to urinary catheters to detect E. coli infection in urine. Congratulations to Brock and the team!
Apr. 2022: Congratulations to Brock Brady for receiving the Altria Research Fellowship!
Dec. 2021: We receive an industrial grant to develop a chemical sensor for in vitro diagnostics. 
Dec. 2021: Congratulations to Brock Brady, Wuwei Li, and Nasrin Ghanbari Ghalehjoughi for passing their candidacy exams. They are now PhD candidates!
Nov. 2021: Our paper on the stability of S-nitrosothiol solutions is accepted in Nitric Oxide. We found that the buffer concentration has a dramatic and complicated effect on the decay kinetics of S-nitrosothiols. Congratulations to Wuwei and collaborators!
Oct. 2021: We receive an American Cancer Society Institutional Research Grant (ACS-IRG). This internal grant will support us to develop nanoparticles for cancer diagnosis and treatment.

Sep. 2021: Our paper on ion sensing in droplet microfluidics is accepted in Analytical Chemistry. We used laser-induced fluorescence to detect electrolytes in << 1 microliter of undiluted whole blood. Congratulations to Renjie and the team!

Sep. 2021: Our paper on 3D-printed nitric oxide-releasing polymer devices is accepted in ACS Applied Bio Materials. We fabricated a drug-loaded silicone tube with a drug-free coating in one printing step. Congratulations to Wuwei and collaborators!

Sep. 2021: Our paper on fabric-based optical sensors is accepted in Analyst. We printed pH and electrolyte sensors on Nike Dri-FIT clothing. Congratulations to Brock and the team!

May 2021: Our undergraduate student, Yazan Mawaldi, receives the Altria Undergraduate Summer Fellowship. Congratulations!

Jan. 2021: Welcome our new graduate student: Nafeisha Adili.

Nov. 2020: Our invited review on ion sensing in microfluidics is accepted in Sensors and Actuators B: Chemical. Congratulations to Renjie!

Mar. 2020: We receive a research grant from the Orphan Disease Center. We will work on low-cost chemical sensors for disease management.

Feb. 2020: Dr. Renjie Wang joins our group as a postdoctoral fellow.

Dec. 2019: Welcome our graduate students: Wuwei Li, Brock Brady, and Nasrin Ghanbari Ghalehjoughi.

Aug. 2019: Our first extramural research grant is awarded by JDRF. We will develop a nitric oxide release strategy to improve the performance of implantable cannulas and sensors.


Aug. 2019: Dr. Xuewei Wang starts his research group at VCU.

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