• Mashup Score: 10

    Dr. Manisha Patel’s research focuses on understanding the role of reactive oxygen species (ROS) and metabolic mechanisms in neuronal disorders such as epilepsy and toxicant-induced brain injury. Dr. Patel’s project builds upon twenty years of research to identify the redox and metabolic mechanisms of seizure-induced brain injury. The project aims to test a novel hypothesis linking neuronal…

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    • Congratulations to our First VP + friend @Manisha44510419--recipient of a @NINDSnews Javits #Neuroscience Investigator Award. Her research aims to understand the role of reactive oxygen species + metabolic mechanisms in neuronal disorders. https://t.co/1xuc2xxsDP #AcademicTwitter https://t.co/PFZhig23dn

  • Mashup Score: 0

    This year marks the 47th annual celebration of Black History Month. This month, across NIH and NINDS, we recognize the contributions of the Black community to science and to our society. I find that taking time to learn about and honor these contributions keeps them alive in my everyday conversations, and I am always inspired by the personal stories behind the science NINDS

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    • NINDS Director, Dr. Walter Koroshetz, recognizes the contributions of the Black community to science and to our society, and highlights NINDS-supported Black scientists, staff, and programs. Read more about the featured director's message here: https://t.co/c0ddorqmbN https://t.co/attInDc5WJ

  • Mashup Score: 4

    Dr. Peter Crino’s research program focuses on defining developmental brain disorders, specifically those associated with aberrant mammalian target of rapamycin (mTOR) signaling. Recently, Dr. Crino’s lab identified new mutations in mTOR pathway genes (MPGs) that are associated with a clinical syndrome characterized by megalencephaly (a condition characterized by overdeveloped

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    • Congratulations to AES member + volunteer, @PeterCrino, who received the Javits Award from @NINDSnews. Dr. Crino's lab recently ID'd new mutations in #mTOR pathway genes associated w/ a syndrome marked by megalencephaly, #autism, severe #epilepsy + more. https://t.co/IxrhD2dNvq https://t.co/8fdZZAkiT6