Dion Khodagholy

University of California, Irvine

[Nature Neuroscience @NatureNeuro]

Cortical closed-loop electrical stimulation can prevent pathological hippocampal-cortical communication and preserve long-term memory in focal epilepsy

@dk2955 @AhnafRHassan @UCIEngineering @NeuroE_C @UCIrvine @UCI_EpiCenter

https://t.co/SoKQjKVp59

[Dion Khodagholy @dk2955]

Interictal closed-loop neuromodulation: changing the course of epilepsy and protecting memory through modern neuromimetic BCI - check it out!
https://t.co/yNrmKUwKqm

[Dion Khodagholy @dk2955]

Interictal closed-loop neuromodulation: changing the course of epilepsy and protecting memory through modern neuromimetic BCI - check it out!
https://t.co/yNrmKUwKqm

[UCI Engineering @UCIEngineering]

Congratulations to Andrei Shkel for becoming a UCI Chancellor's Professor! 👏 Shkel is a top global expert who pioneered microchip-scale gyroscopes and the UCI Samueli School of Engineering's associate dean of research and innovation. https://t.co/pTQRauKvhw

[Dion Khodagholy @dk2955]

@yvdburgt @rijksmuseum Congrats my friend - well deserved!

[Nature Rev Neurosci @NatRevNeurosci]

Interictal network dysfunction and cognitive impairment in epilepsy — a Review by Jennifer N. Gelinas & Dion Khodagholy
@dk2955

https://t.co/4QBPTYR1iv

[Dion Khodagholy @dk2955]

How to develop network-level interventions to address cognitive comorbidities of epilepsy?
Here is our take!
https://t.co/TtvUnNxaz4

[Dion Khodagholy @dk2955]

How to develop network-level interventions to address cognitive comorbidities of epilepsy?
Here is our take!
https://t.co/TtvUnNxaz4

[Zoran Nenadic @zoran_nenadic]

The deadline for this application has been extended to Wednesday, May 14, 2025 at 11:59pm (Pacific Time). Please help spread the word. @uci_bme

[Michelle Digman @michelledigman]

Exciting opportunity at UCI @uci_bme! We're seeking an innovative Assistant or Tenured Associate Professor in BME to pioneer novel approaches in deep phenotyping and treatment of depression. Apply: https://t.co/TjTzCwmp4w #AcademicJobs #BiomedicalEngineering

[Damiano G. Barone @baronedg]

It was a real pleasure to host Prof. Dion Khodagholy at Houston Methodist as part of the Center for Neural System Restoration Seminar Series. His talk provided a fascinating glimpse into the latest advances from the Translational NeuroElectronics Lab at @UCIrvine, covering innovations in bioelectronic devices, large-scale systems neuroscience, and the translation of novel technologies into clinical use.

From novel device architectures to understanding sleep, memory, and the neural basis of psychiatric disorders, his lab’s work continues to push the boundaries of what’s possible at the interface of engineering, neuroscience, and medicine.

Grateful for the engaging discussion and for the opportunity to learn from one of the leaders in the field!

@dk2955 @HMNeurosurgery @MethodistHosp @HMethodistMD @RiceUniversity @BioelectronicsL
#NeuralEngineering #Neuroscience #Bioelectronics #Neurotechnology #TranslationalResearch #Neurosurgery #HoustonMethodist #CNSR

[UCI Engineering @UCIEngineering]

Diego Pizzagalli is taking on depression with AI and more. He comes to UC Irvine from Harvard and is founding director of UCI's Institute for Translational Depression Discoveries which combines the schools of medicine, biological sciences and engineering. https://t.co/Y9VDGT1gYO

[Zoran Nenadic @zoran_nenadic]

Our department, @uci_bme, has an open position. Please spread the word. ⬇️

https://t.co/FgNfB7b9Ek

[Dion Khodagholy @dk2955]

@ProfJohnARogers @UCIrvine It was a pleasure to have you John!

[UCI Charlie Dunlop School of Biological Sciences @UCIBioSci]

🧠 Transforming #mentalhealth!✨
Join us on March 18 for our Dean's Distinguished Lecture with Diego Pizzagalli, PhD, and learn how #neuroscience is redefining our understanding of #depression.
Register: https://t.co/d0SiScKZlI 
@UCIMedSchool @UCIrvine

[UCI Engineering @UCIEngineering]

Check out the latest research in neuroelectronics from Dion Khodagholy's lab.

[Dion Khodagholy @dk2955]

We made complementary, organic amplifiers (200x, 2 MHz) to record the maturation of neural circuits in developing brain! The asymmetry of transistor's contacts enabled spatial control of de/doping and creation of single-material complementary transistors.
https://t.co/ReE2QERdAW

[Dion Khodagholy @dk2955]

We made complementary, organic amplifiers (200x, 2 MHz) to record the maturation of neural circuits in developing brain! The asymmetry of transistor's contacts enabled spatial control of de/doping and creation of single-material complementary transistors.
https://t.co/ReE2QERdAW

[UCI Engineering @UCIEngineering]

UCI Engineering's newest faculty are working on better neuropyschiatric treatments, alternatives to plastic, and reducing the footprint of computer systems. 👍🤘 More about their research at: https://t.co/JbEeyxDIyC

[Michelle Digman @michelledigman]

Congratulations to our outstanding colleague Prof. Kyriacos Athanasiou for winning the Robert A. Pritzker Distinguished Lecture Award from the Biomedical Engineering Society, the Society’s highest honor! He was awarded at BMES 2024 in Baltimore, MD! @uci_bme #BMES2024