Hidekazu HIROAKI, Ph.D.
@h-hiroaki.bsky.social
創薬科学研究者。タンパク質科学・NMR構造生物学・アミロイド研究・天然変性タンパク質研究。研究に関する内容をこちらに掲載します。おもに自分の読もうとしている論文の備忘録です。大学院生募集中。５月に大学院入試説明会が開催されます。趣味はチヌグレセイゴのフカセ釣りです。
Reposted by Hidekazu HIROAKI, Ph.D.
I don't have examples of *my* work (publication is still a WIP) but I can point to some work from my colleagues!
(Picture from https://doi.org/10.1146/annurev-biophys-042910-155245 but if you search the article on Google scholar you'll get a free pdf result)
(Short 🧵 as I take my train ride home)
(Picture from https://doi.org/10.1146/annurev-biophys-042910-155245 but if you search the article on Google scholar you'll get a free pdf result)
(Short 🧵 as I take my train ride home)
July 6, 2023 at 10:58 PM
I don't have examples of *my* work (publication is still a WIP) but I can point to some work from my colleagues!
(Picture from https://doi.org/10.1146/annurev-biophys-042910-155245 but if you search the article on Google scholar you'll get a free pdf result)
(Short 🧵 as I take my train ride home)
(Picture from https://doi.org/10.1146/annurev-biophys-042910-155245 but if you search the article on Google scholar you'll get a free pdf result)
(Short 🧵 as I take my train ride home)
Reposted by Hidekazu HIROAKI, Ph.D.
To assess, we used @HNNsolver’s biophys model of a cortical column under external drive to predict mechanisms of the FC-ERP features after the stop signal (P2, N2, P3). A sequence of drives strikingly similar to those proposed to produce sensory ERPs can accomplish this. (4/)
October 31, 2023 at 2:07 AM
To assess, we used @HNNsolver’s biophys model of a cortical column under external drive to predict mechanisms of the FC-ERP features after the stop signal (P2, N2, P3). A sequence of drives strikingly similar to those proposed to produce sensory ERPs can accomplish this. (4/)