Rice Neuroengineering Initiative (@riceneuro) 's Twitter Profile
Rice Neuroengineering Initiative

@riceneuro

#RiceNEI works to extend and restore the capabilities of the human brain.

ID: 1172172230941380608

linkhttp://neuroengineering.rice.edu calendar_today12-09-2019 15:37:34

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A team from Rice Neuroengineering Initiative and UTMB Health are developing a new method for stimulating deep brain regions without drilling into the skull. This minimally invasive technique could pave the way for improved therapies for patients with neurological disorders. bit.ly/4iEEJbe

A team from <a href="/RiceNeuro/">Rice Neuroengineering Initiative</a> and <a href="/utmbhealth/">UTMB Health</a> are developing a new method for stimulating deep brain regions without drilling into the skull. This minimally invasive technique could pave the way for improved therapies for patients with neurological disorders. bit.ly/4iEEJbe
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A recent study from Rice Electrical & Computer Engineering and Rice Neuroengineering Initiative Luan Lab in #AdvancedScience explores the #neurophysiological effects of single #microinfarcts using an advanced platform that combines high-resolution imaging and #neuralrecordings. Read more: bit.ly/3GkrOgg

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👀A short feature on Rice Neuroengineering Initiative and CPRIT investigator Christina Tringides and her work applying hydrogel-based electrodes to improve outcomes during complex brain cancer surgeries is in the Spring issue of Rice University Magazine 👀 magazine.rice.edu/spring-2025/be…

đź‘€A short feature on <a href="/RiceNeuro/">Rice Neuroengineering Initiative</a> and <a href="/CPRITTexas/">CPRIT</a>  investigator Christina Tringides and her work applying hydrogel-based electrodes to improve outcomes during complex brain cancer surgeries is in the Spring issue of <a href="/RiceUniversity/">Rice University</a> Magazine đź‘€

magazine.rice.edu/spring-2025/be…
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Day one of Rice-TMC Ecosystem Health Innovations conference in the books! Looking forward to day two TMCHelixPark. Thanks to Rice ENRICH Office for putting on this incredible event! If you're attending tomorrow, stop by our booth and say hello!

Day one of Rice-TMC Ecosystem Health Innovations conference in the books! Looking forward to day two <a href="/TMC_HelixPark/">TMCHelixPark</a>. Thanks to <a href="/ENRICHrice/">Rice ENRICH Office</a> for putting on this incredible event! If you're attending tomorrow, stop by our booth and say hello!
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As part of Brain Tumor Awareness Month, "Meeting of the Minds" is focusing on advancements in areas of brain cancer research, showcasing the many promises that are on the horizon MD Anderson Cancer Center, Rice Neuroengineering Initiative, and UTHealth Houston. Register here: bit.ly/43t5Pgm #GrayMay

As part of Brain Tumor Awareness Month, "Meeting of the Minds" is focusing on advancements in areas of brain cancer research, showcasing the many promises that are on the horizon <a href="/MDAndersonNews/">MD Anderson Cancer Center</a>, <a href="/RiceNeuro/">Rice Neuroengineering Initiative</a>, and <a href="/UTHealthHouston/">UTHealth Houston</a>. Register here:  bit.ly/43t5Pgm #GrayMay
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Rice is proud to celebrate Leah Binkovitz and Daisy Chung '14, winners of the 2025 Pulitzer Prize. Their work exemplifies collaborative, community-focused reporting that brings critical issues to light and drives positive change. bit.ly/4k0cggW

Rice is proud to celebrate Leah Binkovitz and Daisy Chung '14, winners of the 2025 Pulitzer Prize.

Their work exemplifies collaborative, community-focused reporting that brings critical issues to light and drives positive change. bit.ly/4k0cggW
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By recording motor cortical activity, a team of researchers from Rice Neuroengineering Initiative, Wu Tsai Neurosciences Institute, Stanford Medicine, and others, found that multi-finger movements are represented in the brain using a pseudo-linear summation of individual finger movements. More: go.nature.com/4kUVuzz

By recording motor cortical activity, a team of researchers from <a href="/RiceNeuro/">Rice Neuroengineering Initiative</a>, <a href="/StanfordBrain/">Wu Tsai Neurosciences Institute</a>, <a href="/StanfordMed/">Stanford Medicine</a>, and others, found that multi-finger movements are represented in the brain using a pseudo-linear summation of individual finger movements.  More: go.nature.com/4kUVuzz
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🎉An incredible honor that acknowledges the stellar work that Dr. O'Malley and the generations of MAHI lab students have contributed to this field. Congratulations! 🎉

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A study out in bioRxiv from Jerzy Szablowski lab builds on their RMA platform as, "a cost-efficient, noninvasive tool that enables sensitive, multiplexed, and repeatable measurements of gene expression in the brain with a blood test." More: bit.ly/3ZygaW9

A study out in <a href="/biorxivpreprint/">bioRxiv</a> from <a href="/JerzySzablowski/">Jerzy Szablowski</a> lab builds on their RMA platform as, "a cost-efficient, noninvasive tool that enables sensitive, multiplexed, and repeatable measurements of gene expression in the brain with a blood test."

More: bit.ly/3ZygaW9