Meet Emily Niederst – Assoc. Dir., Research Portfolio Management & Operations @PioneeringMeds in our latest installment of our 🌟employee spotlight series🌟 and learn more about her role working with our research teams to advance novel therapeutics for patients. #WeAreFlagship
@mike_feigin @KizzyPhD Sprinkle a couple broken chairs around the meeting room, but you can't tell until you sit in them, and then move them around every time. #SpeakingFromExperience
Hey all- Register for our symposium on Monday! Its online and in person, and its a really exciting panel of 5 speakers plus 27 poster presenters. I'm really excited to hear all the ways we are advancing technology and applying it to AD, ALS, Parkinson's and more!!
Please RT that the Yang Lab will be open on 1/1/24 @RutgersU and is seeking talented individuals for various positions!! @RutgersResearch@RutgersSAS
Postdoc | Ph.D. Student | Research Scientist | Lab Manager | Research Assistant More details: https://t.co/4Y5VIjrfHN
@aoargunsah@marcia_petyt Partially- 40hz sensory stim seems to cause 40hz activity in the brain to varying degrees regardless of modality (light, sound, vibration). How 40hz clears the brain is in a paper hopefully coming out soon!
Another Tsai lab 40Hz paper is out, this time using tactile stim (ie vibration), bc most people are going to other a 40Hz massage to flashing light and sound! https://t.co/YJf6BcSmTc
For my 23rd B-day, please lend me a few seconds of time & a retweet! Been planning this tweet for days… Here’s why I’m supporting @AgingBrainMIT
🧵 Roadmap:
1) Brain/Alzheimer's Research 🧠 (@DrLiHueiTsai/@manoliskellis/@MIT_Picower/@MIT)
2) Why I picked this
3) How you can help
For my 23rd B-day, please lend me a few seconds of time & a retweet! Been planning this tweet for days… Here’s why I’m supporting @AgingBrainMIT
🧵 Roadmap:
1) Brain/Alzheimer's Research 🧠 (@DrLiHueiTsai/@manoliskellis/@MIT_Picower/@MIT)
2) Why I picked this
3) How you can help
We already knew tactile stim could evoke a matching brain response, but it's nice to see it behaves just like other sensory modalities. Full paper here- https://t.co/puWahXucKb
@KyleRomine12 @MicrobiomDigest Lots of publishers have this already! Its not the most nuanced, but it's good at finding copy/paste repeats (including inversions etc), stitched images, and photoshop-style whiting/blacking out of background
@hgreenmachine @JenniferMusial This! We've seen it make up storms in Kansas, an imaginary bio for an MIT professor, and some rather unusual hypotheses for Alzheimer's disease
This paper was a bit of a struggle to get out, but props to Brian Huang, Verna Peng and @mhmurdock1 for getting it done, and @ScienceTM for recognizing the coolness
I think this paper is interesting! @DrLiHueiTsai lab found a subset of neurons in the mamillary body that are particularly vulnerable to early amyloid in 5xFAD mice, and they have hyperactivity and early neurodegen relative to the spared neurons
https://t.co/4EBakOTygQ