Honored to have been a part of @JMorganLab this summer as part of the @NSF REU program at @MBLScience . This summer has confirmed my desire to pursue a PhD in one of the biological sciences while giving me the tools to achieve this goal. So grateful for this experience!
We are hiring a postdoc at my lab @MBLScience. Please spread the word. Feel free to get in touch with me for informal inquiries. #Platynereis#WormWednesday#AcademicJobs Apply here: https://t.co/NWtyfPLtXs
🚨Ahead-of-print🚨
Katz et al. explore the ability of larval sea lampreys to recover burrowing ability following spinal cord injury. While the ability is recovered 9-11 weeks post spinal cord transection, some deficits persist.
🔗https://t.co/XE9onEVxGN
#neuronalregeneration
Excited to share our new paper examining the recovery of burrowing behavior in the larval lamprey after spinal cord injury! Great work from Postdoc Hilary @hil_katz, RA Kaitlyn @kfouke2, and former @MBLScience REU student Nicole
https://t.co/fGHoN53RY7
So excited to be presenting at #SACNAS2020 Session: "It’s Not Just in Your Mind: How the Brain Coordinates with the Body in health and disease" this Thursday at 4:00p EST. Hope to see you there!!
The Morgan Lab is hiring a new Research Assistant to work on projects related to spinal cord regeneration and neurodegenerative diseases! Please share and RT! @MBLScience
https://t.co/iHQxuGvbp0
New eNeuro Featured Finding on research from @JMorganLab@bankssusanm @audrey_medeiros @MBLScience: Chaperoning the Rescue of Synaptic Vesicle Recycling Defects Caused by Excess Alpha-Synuclein
Read more on the #eNeuro Blog: https://t.co/L2GOTpVn3B
@JMorganLab has a @biorxivpreprint providing additional evidence suggesting that impaired vesicle endocytosis is a cellular target of excess α-synuclein & advances understanding of potential mechanisms underlying disease pathogenesis in synucleinopathies
https://t.co/jzPMD1bYFp
@JMorganLab & colleagues report a "viable chaperone-based strategy for reversing the synaptic vesicle trafficking defects associated with excess α-synuclein, which may be of value for improving synaptic function in #Parkinsons"
https://t.co/LOWZwvqiqJ.
Congrats Susie Banks, @audrey_medeiros, @MollyxMcQuillan, and others on their most recent paper out of the Morgan lab!
Hsc70 Ameliorates the Vesicle Recycling Defects Caused by Excess α-Synuclein at Synapses https://t.co/Ga48KVUS5T
SICB members @GlennaClifton @NoahwithFish @jptownsendii@hil_katz@rosalotalita give back to the Austin community after #SICB2020 through the “What is a Scientist?” event by going to local middle schools to show the students what scientists are, and do experiments! #scicomm
I am excited to announce that @GlennaClifton and I will be organizing the “What is a Scientist?” outreach program again at #SICB2020 on Jan 8th! Feel free to reach out if you have any questions! Learn more and sign up here: https://t.co/oCXcRE3vEu
@SICBtweets @SICB_SPDAC
Vampires are real! This prehistoric fish feeds on the blood and other bodily fluids of fish right here in lake Michigan. See the blood-sucking biology of this invasive species up close in the Great Lakes gallery!