Brandie Morris Verdone (@brandieverdone) 's Twitter Profile
Brandie Morris Verdone

@brandieverdone

Neuroscientist | @JHU_IRACDA postdoctoral scholar in @TheCullenLab @JHUBME. she/her

ID: 1284558990165397504

calendar_today18-07-2020 18:42:00

70 Tweet

204 Followers

268 Following

Czarina Ramos (@czarinaramos_) 's Twitter Profile Photo

How this year has reminded me that fear and mourning can come so terribly intertwined. How today is reminding me again. Thank you for your service, RBG.

Tim Mosca (he/him) (@drosophilosophy) 's Twitter Profile Photo

we're closing #ABRCMS2020 tonight! join us for the last Thomas Jefferson University booth with Jefferson Admissions, Brandie Morris Verdone, my mahoney, and me! we'd love to tell you all about the biological sciences in philly and your #gradschool opportunities! thanks to @abrcms for a great meeting!

we're closing #ABRCMS2020 tonight! join us for the last <a href="/JeffersonUniv/">Thomas Jefferson University</a> booth with <a href="/JeffAdmissions/">Jefferson Admissions</a>, <a href="/BrandieVerdone/">Brandie Morris Verdone</a>, my mahoney, and me! we'd love to tell you all about the biological sciences in philly and your #gradschool opportunities! thanks to @abrcms for a great meeting!
LeporeLab (@leporelab) 's Twitter Profile Photo

We're hiring!!!! Interested in #SCI Repair or Neuropathic Pain? The Lepore Lab is seeking a new postdoc! Email Dr. Angelo Lepore with CV, references, and research experiences/interests: [email protected]. Please RT!

We're hiring!!!! 

Interested in #SCI Repair or Neuropathic Pain? The Lepore Lab is seeking a new postdoc! 

Email Dr. Angelo Lepore with CV, references, and research experiences/interests: angelo.lepore@jefferson.edu. 

Please RT!
Layla Starr (@laylainlab) 's Twitter Profile Photo

Hot off the press! ✨ Check out our new paper which investigates secondary DNA structures formed by the C9 repeat expansion! ✨

TheCullenLab (@thecullenlab) 's Twitter Profile Photo

Hot off the press in PLOS Biology! Neural pathways require specific input characteristics for optimal performance. We leveraged this knowledge and mimicked natural encoding in our vestibular prosthesis, which shows enhanced functional precision. doi.org/10.1371/journa…

Hot off the press in <a href="/PLOSBiology/">PLOS Biology</a>! Neural pathways require specific input characteristics for optimal performance. We leveraged this knowledge and mimicked natural encoding in our vestibular prosthesis, which shows enhanced functional precision. doi.org/10.1371/journa…