Assistant Professor at University of Maryland, studying the roots of social behavior in the brain

Joined October 2015
17 Photos and videos
There are many changes in DC, but this one is going to cripple education and medical research, even though it sounds minor. The @UWMadison and @UMNAlumni , two places I dearly love, will no longer be receiving indirect costs necessary to keep the lights on.
1
258
Make no mistake, @uwalumni and UM alums, our great universities will be greatly diminished if we allow this to stand!
1
183
Obviously I love my own university in Maryland, but purple and red state outrage is the only the way to save medical research.
139
This is necessary to pay teachers, maintain the plumbing, and other essential functions. “Indirect Cost Sharing” from the NIH pays these bills, and around 2/3 of these payments have just been slashed under the new administration.
120
Scott Juntti retweeted
So happy to see this work out in the word!! Congrats @marconi_aleks and @gregverne!! #proudPI
Many moons ago I asked @emiliapsantos if she could help me study evo-devo of neural crest using African cichlids for my PhD… and the main results are now published in @MolBioEvol 🎉 doi.org/10.1093/molbev/msae2… Thank you @gregverne for joining this chapter of my fishy adventure 🐠
3
24
1,199
Scott Juntti retweeted
It's publication day for "Asymptomatic" via @JHUPress. The book explores the paradox of asymptomatic transmission and rationale for proactive steps to confront future pandemics: bit.ly/asymptomatic-jhupress
4
17
41
17,108
Scott Juntti retweeted
Biology's Dawei Han and Catherine Carr discovered an auditory "sixth sense" in geckos that could have implications for human hearing and balance disorders. Using a part of the brain usually associated with balance, geckos can detect faint vibrations. go.umd.edu/geckos
6
7
3,642
Is olfactory receptor evolution a common pathway by which social systems evolve? We don’t know yet, but cichlid fish are an ideal system, with their behavioral variation and experimental tractability.
1
1
240
Lots more to unpack: How do sexually dimorphic signals regulate the processing of these olfactory signals? What are the central pathways receiving this pheromonal information? We’ve got a lot left to do!
215