What started as a crazy out-of-the-box idea in 1999 has become a reality. Implantable neuroprobes for brain neurotransmitter monitoring. science.org/doi/10.1126/sc… #DreamsDoComeTrue #brainhealth #scienceisasuperpower

Our first in-brain neurotransmitter FET measurements on a project Anne Andrews Anne Andrews started in 1998 & I joined in 2002, first published today in Science Advances science.org/doi/10.1126/sc… - it became a part of President Barack Obama’s #BRAIN Initiative #nano #neuro

Check out the news on our work from UCLA Chem & Biochem: chemistry.ucla.edu/news/brain-pro…

Our work is highlighted UCLA Chem & Biochem! Check out the news here: chemistry.ucla.edu/news/brain-pro…

Do you wear an Apple watch or another personal monitoring device? Soon you will be able to monitor your stress hormone levels simply by wearing your fitness device! Out today in Science Advances-our smartwatch realtime cortisol sensor. science.org/doi/10.1126/sc…

Check out this #wearable #biosensor for noninvasive #cortisol monitoring! science.org/doi/10.1126/sc…

UCLA researchers have invented a smartwatch that measures cortisol levels found in sweat, an essential indicator of stress. 😅 The watch could help identify depression, post-traumatic stress and other conditions. CNSI at UCLA newsroom.ucla.edu/releases/corti…

Researchers at UCLA—including Bo Wang, Chuanzhen Zhao, Paul Weiss, Anne Andrews Andrews’ Research Group, and Sam Emaminejad—have developed a #smartwatch that tracks cortisol—a #stress hormone found in sweat: bit.ly/cortisol-22 UCLA Chem & Biochem UCLA Samueli Engineering Science Advances #cnsiatucla

Wearable sensor technology news story bit.ly/WearUCLA22 from UCLAnewsroom on our bit.ly/WrCort Science Advances paper Chuanzhen Zhao Kevin Anne Andrews Anne Andrews & Sam Emaminejad @UCLA #nano #wearable

Researchers from UCLA develop a #SmartWatch for tracking key stress hormone in #sweat. techxplore.com/news/2022-02-s…

The BBC News (UK) recently aired a highlight of the cortisol-tracking #wearabletechnology developed by CNSI at UCLA members Paul Weiss, Anne Andrews, and Sam Emaminejad, and UCLA researchers Bo Wang and Chuanzhen Zhao. Check out the recap from @bbcclick: bbc.co.uk/programmes/p0b…

Since softer is better for the brain--Chuanzhen Zhao fabricated our electronic serotonin senors on soft polyimide neuroprobes. pubs.acs.org/doi/10.1021/ac… Check out the movie to see how he solved the problem of implantation. pubs.acs.org/doi/suppl/10.1…

I'm honored to be listed in the #ForbesUnder30 science category! I'm grateful for the recognition of my work in making biosensors for healthcare monitoring. I want to thank my advisers, Anne Andrews, Paul Weiss, and Zhenan Bao for their strong support！forbes.com/30-under-30/20…

I’m deeply honored to receive the recognition from IEEE! I appreciate the strong support from my advisors Anne Andrews, Paul Weiss, and Zhenan Bao. Thanks to all my mentors, colleagues, and friends for your help! Check out the nice piece from UCLA Chem & Biochem: chemistry.ucla.edu/news/ieee-nano…

Bioelectronic devices made from soft, polymer-based electronic materials form natural interfaces with the human body! In their Review, Zhenan Bao et al outline molecular and materials design concepts to engineer bioelectronics with skin-inspired properties go.nature.com/3KMqguw

Excited to share our review on skin-like soft and stretchable devices and their recent progress in biomedical applications! nature.com/articles/s4422…

I am excited to share our work on skin-like, drift-free OFET biosensors, published today in Nature Electronics! We reported the first intrinsically stretchable OFET biosensors. Thank you to all my mentors, friends, and colleagues for your continued support! nature.com/articles/s4192…