Omid Yaghmazadeh
@OYaghmazadeh
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Neuro Engineer/Scientist; Assistant Professor at ECE Dep. of Boise State University;
Boise, Idaho, USA
Joined June 2022
I will join the ECE Department of Boise State University as an Assistant Professor in January 2025! @BoiseState @BoiseStateECE .Our lab ( is now hiring Grad Students for Summer or Fall 2025. If interested, please email me!
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RT @julieta__lis: 🚨Postdoc and Postbac positions available in my group at the @NIEHS /@NIH ! . Interested in investigating the neural mecha….
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RT @GeorgeMalliaras: Body Surface Potential Mapping: A Perspective on High‐Density Cutaneous Electrophysiology - @R….
advanced.onlinelibrary.wiley.com
This article explores advancements in body surface potential mapping (BSPM), focusing on high-density electrode arrays. It outlines guidelines for optimal array design based on signal properties and...
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RT @petersenpeter: 🌟 We are recruiting two postdocs to our team 🌟. Focuses:.1. Systems Neuroscience, memory and cognition, and high-through….
petersenlab.org
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RT @OYaghmazadeh: I will join the ECE Department of Boise State University as an Assistant Professor in January 2025! @BoiseState @BoiseSta….
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RT @yutasenzai: Thrilled to announce that I will start my lab at Northwestern University @NUFeinbergMed @Neuroscience_NU @NuinComm in Janua….
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RT @winnieyangwn: How does the brain select what to consolidate during sleep? New in @sciencemagazine , our work (….
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RT @samamckenzie: Ever wonder why some cortical regions show high frequency oscillations and others don't? Are all HFOs made equal? Lots in….
cell.com
Arndt et al. demonstrate that gRSC high-frequency oscillations (HFOs) occur in layer 2/3 aligned with hippocampal sharp wave ripples or the descending phase of the theta oscillation (HOR). Focal...
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RT @LA_NatRes: ✨Our February issue is now live✨. On the cover: 3D printing of a murine MRI platform.Link:. https://….
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Ready-to-print '.stl' files, in addition to the source design file, are also available at:
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Our solution is easy to modify, multi-purpose, versatile, and affordable. We demonstrate its application in MRI and PET/CT imaging modalities. We also show its application in imaging from anesthetized mice and rats and in awake mice.
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Preclinical brain imaging methods are the prominent state-of-the-art translational neuroscience tools. Our recent study, published @LA_NatRes, introduces an open-source 3D print design for rodent conditioning for brain imaging experiments:
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Such effects can happen using RF pulses that are compliant with present regulatory guidelines, showing the urge for revisiting them.
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In a commentary piece, looking into three recent reports, I try to highlight this difference:
ieeexplore.ieee.org
High-power microwave applications are growing for both military and civil purposes, yet they can induce brain-related risks and raise important public health concerns. High-power sub-millisecond...
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Pulsed radio frequency (RF) energy interacts with the brain differently from continuous-wave (CW) RF. Short high-power RF pulses, in contrast to CW RF, can induce neurological and neuropathological changes in the brain in a biologically non-thermal manner.
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RT @petersenpeter: Our lab is growing and we are recruiting both a postdoc and a PhD student for different projects. Learn more about the p….
petersenlab.org
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RT @NobelPrize: BREAKING NEWS.The Norwegian Nobel Committee has decided to award the 2023 #NobelPeacePrize to Narges Mohammadi for her figh….
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RT @AndresGrosmark: The Grosmark lab is all set up and we are hiring! Creative and motivated scientists interested in studying memory conso….
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RT @dk2955: Conformable implantable electronics will expand therapeutic opportunities for bioelectronic devices. Our new transistor, vIGT, ….
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RT @GeorgeMalliaras: Functional neurological restoration of amputated peripheral nerve using biohybrid regenerative bioelectronics https://….
science.org
Implanted human iPSC-derived myocytes with flexible electronics on peripheral nerves allow enhanced electrophysiology recording.
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