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Excited to have my cover design selected by PCCP for this work doi.org/10.1039/D1CP02… with Mary Stackaruk and our mentor, @ChristaBrosseau! We explored using physical vapour depostion to coat screen-printed electrodes for Electrochemical-SERS studies. @SMUScience @SMUChemistry
Fantastic @PCCP covers this month! Check them and the articles that inspired them on our Cover Gallery blog post ow.ly/kyh450DOJCL #ChemArt #SciArt
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Ecstatic to be given a poster award at my first GRC! Thank you to @GlazerChemLab and the people who made GRC Metals in Medicine happen.
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We have billions of neurons that "pass notes" to communicate. What if a love note is passed instead of a “Get Well Soon”? Or what if the right type of note is sent, but it’s blank or has too many words? Then our brain doesn’t get the right message & it can lead to brain disorders
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Replying to @cgfarling
The results of this work which propose a way of quantifying glutamate can impact a wide array of research aims including studies of synaptic vesicle physiology, pathogenesis, and drug treatments for glutamate-involved neuronal disorders.
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Replying to @cgfarling
For supplementary information on this work visit: the ACS Publications website at DOI: 10.1021/jacs.9b09414.
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A smart watch that turns your sweat into information about your personal health isn’t a futuristic technology. A recent paper by Bo Wang et al. from the Emaminejad Lab at UCLA explores just that. doi.org/10.1126/sciadv…
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Replying to @cgfarling
The device is flexible/wearable, sensitive at and/or below physiological conditions (1 pM), selective for cortisol, and non-invasive.
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Replying to @cgfarling
Overall, I believe this device is a great step forward for personalized medicine in general. Different aptamers can be implemented into this technology to monitor an array of molecules that impact our health. The ability to monitor these molecules on a wearable device is powerful
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