Chuanzhen Zhao
@chuanzhenzhao
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Postdoc @ZhenanBao @Stanford | Ph.D. @UCLAChem | Biosensors | @ForbesUnder30 | NIH/NIBIB F32 Fellow
Stanford, CA
Joined July 2014
What if we can monitor body hormone levels on the smartwatch that many people wear every day? In the recent @ScienceAdvances paper, we developed a smartwatch for noninvasive stress biomarker monitoring, which can provide real-time feedback on psychobiological states to the wearer.
Congratulations to Chuanzhen Zhao @chuanzhenzhao Sam Emaminejad @ECE_UCLA & Anne Andrews @mindceleste @dgsomucla on this #smartwatch based cortisol #sensor @ScienceAdvances #wearables #wearabletech #nano #aptamers
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RT @natrevbioeng: Bioelectronic devices made from soft, polymer-based electronic materials form natural interfaces with the human body! In….
nature.com
Nature Reviews Bioengineering - Soft bioelectronic devices are made from polymer-based and hybrid electronic materials that form natural interfaces with the human body. In this Review, the authors...
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Excited to share our review on skin-like soft and stretchable devices and their recent progress in biomedical applications!
nature.com
Nature Reviews Bioengineering - Soft bioelectronic devices are made from polymer-based and hybrid electronic materials that form natural interfaces with the human body. In this Review, the authors...
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I’m deeply honored to receive the recognition from @IEEEorg! I appreciate the strong support from my advisors @mindceleste, @PSWnano, and @zhenanbao. Thanks to all my mentors, colleagues, and friends for your help! Check out the nice piece from @uclachem:
Congratulations to Dr. Chuanzhen Zhao @chuanzhenzhao on winning the inaugural @IEEEorg #nano best PhD thesis award! @uclachem @UCLACollege @UCLAGradSchool @UCLA
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Check out this news article on our recent work @AMASerotoninLab @PSWnano @uclachem on soft and implantable neuroprobes published in @ACS_Sensors. We are building tools to understand brain chemistry better!
newsroom.ucla.edu
The device’s sensors detect fluctuations in neurotransmitters like serotonin in real time over extended periods.
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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, @mindceleste, @PSWnano, and @zhenanbao for their strong support！
forbes.com
Inventing the future from the atom up.
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RT @AMASerotoninLab: Since softer is better for the brain--@chuanzhenzhao fabricated our electronic serotonin senors on soft polyimide neur….
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RT @cnsiatucla: The @BBCNews recently aired a highlight of the cortisol-tracking #wearabletechnology developed by @cnsiatucla members @PSWn….
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RT @ACS_Sensors: Researchers from @UCLA develop a #SmartWatch for tracking key stress hormone in #sweat.
techxplore.com
The human body responds to stress, from the everyday to the extreme, by producing a hormone called cortisol.
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RT @cnsiatucla: Researchers at @UCLA—including Bo Wang, @chuanzhenzhao, @PSWnano, @mindceleste @AMASerotoninLab, and Sam Emaminejad—have de….
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RT @UCLA: UCLA researchers have invented a smartwatch that measures cortisol levels found in sweat, an essential indicator of stress. 😅. Th….
newsroom.ucla.edu
The device assesses cortisol levels found in sweat accurately, noninvasively and in real time.
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RT @mindceleste: Do you wear an Apple watch or another personal monitoring device? Soon you will be able to monitor your stress hormone lev….
science.org
A smartwatch was developed for noninvasive stress biomarker data acquisition that provides real-time feedback to the wearer.
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Our work is highlighted @uclachem! Check out the news here:
Our first in-brain neurotransmitter FET measurements on a project Anne Andrews @mindceleste started in 1998 & I joined in 2002, first published today in @ScienceAdvances - it became a part of President @BarackObama’s #BRAIN Initiative #nano #neuro
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Check out the news on our work from @uclachem:
What started as a crazy out-of-the-box idea in 1999 has become a reality. Implantable neuroprobes for brain neurotransmitter monitoring. #DreamsDoComeTrue #brainhealth #scienceisasuperpower.
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RT @mindceleste: What started as a crazy out-of-the-box idea in 1999 has become a reality. Implantable neuroprobes for brain neurotransmitt….
science.org
Implantable aptamer transistor probes for in vivo neurotransmitter monitoring advance brain activity recording.
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RT @PSWnano: Our first in-brain neurotransmitter FET measurements on a project Anne Andrews @mindceleste started in 1998 & I joined in 2002….
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In our new @ScienceAdvances paper, we developed implantable aptamer field-effect transistor (FET) neuroprobes for monitoring neurotransmitters in the brain. Neuroprobes are powerful tools for monitoring neurotransmitters in vivo.
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