Bioelectronics @ MIT

Anikeeva Lab. @RLEatMIT, @mit_dmse, @mitbrainandcog, @mcgovernmit. Account run by students.

[Nature Biotechnology @NatureBiotech]

Multifunctional microelectronic fibers enable wireless modulation of gut and brain neural circuits https://t.co/SiLQKwhxcX

[Laura Rupprecht @RuptheScientist]

We had such a blast collaborating to make new tools to wirelessly control and record from gut and brain. Check out the paper in @NatureBiotech: https://t.co/RtP1LHYiHV

@ath_1910 @OrgucSirma @AnikeevaLab @gutbrains

[Bioelectronics @ MIT @AnikeevaLab]

Link to paper: https://t.co/jKEo1XcgYS

[Bioelectronics @ MIT @AnikeevaLab]

Our lab’s work on flexible neural interfaces for chronic interrogation of the gut-brain axis is now published in Nature Biotech

Congratulations to Atharva, Laura @gutbrains, Sirma, and all the authors

https://t.co/f7n4U5X33G

[Bioelectronics @ MIT @AnikeevaLab]

Our labs first study combining flexible fibers and
ferromagnetic composites for soft robotics is now out at Advanced Materials.
https://t.co/WlRllD1n0s

[Bioelectronics @ MIT @AnikeevaLab]

Congratulations to Dr. Indie Garwood!

Co-advised by Emery Brown in the Neuroscience Statistics Research Lab, Indie developed multifunctional neural probes and statistical methods for electrophysiology to study mechanisms and biomarkers of anesthesia. @mit_hst @MillerLabMIT

[Ritchie Chen @ritchie_chen]

I am beyond excited to be starting my lab (https://t.co/amFELru2DO) @UCSF in the Department of Neurological Surgery @NeurosurgUCSF in March! We will be developing tools to study brain-body physiology and to explore treatment concepts for circuit disorders.

[Wittrup Lab @TheWittrupLab]

Huge congrats to Dr. Anthony Tabet on a phenomenal PhD defense today.

Anthony was co-advised by the @AnikeevaLab and leveraged the unique skill sets of both labs to push the boundaries of cancer neuroimmunology. Excited to see what you accomplish next!

[Bioelectronics @ MIT @AnikeevaLab]

Congratulations to our very own Dr. Anthony Tabet!

Anthony was the first PhD student in our lab to work on cancer and neuroimmunology. He was co-advised by @TheWittrupLab and brought together two platforms (bioelectronics and engineered proteins) to study brain cancers 🧠

[Nature Reviews Methods Primers @MethodsPrimers]

Our latest Primer describes different magnetic transduction mechanisms, the design of nanotransducers and example applications for studying cell signalling and neuroscience. @AnikeevaLab @mcgovernmit @mit_dmse @RLEatMIT @PralleLab @RomerosLab

https://t.co/Ri6vqG7L5k

[Bioelectronics @ MIT @AnikeevaLab]

Prof. Polina Anikeeva will be giving a Special Lecture at #SfN22 @SfNtweets today, Wednesday Nov 16, at 10:30–11:30 a.m. PST

From Atoms to Behavior: Creating Tools To Probe Neurobiological Complexity

See you there!

[Indie Garwood @IndieGarwood]

I’m presenting at SfN! There will be two chances to catch me at my poster:
Saturday Nov 12 6:30-8:30 at the Trainee Professional Development Awards Session
Wednesday Nov 16 1-5p, Poster 736.22

Can’t wait to catch up! 🧠

#SfN2022 @SfNtweets
@AnikeevaLab @MillerLabMIT

[Bioelectronics @ MIT @AnikeevaLab]

In addition to being a practicing neurosurgeon and PhD scientist, postdoc Caroline Apra is a talented opera singer as well

She had a farewell concert before she leaves to start her independent faculty career in Paris at the end of the month

[Bioelectronics @ MIT @AnikeevaLab]

Our lab’s first NHP study using flexible fiber neurotechnology is now online.

In collaboration with @MillerLabMIT, @IndieGarwood investigated local inhibition of the premotor cortex and putamen during cognitive behavior.

https://t.co/cLsu132SKY

[Science and Innovation at Cancer Research UK @CRUKresearch]

Ready for our #CRUKBrain22 session #2? @bppebattaglia, @TheTabet, @Yoon_Seok_Kim & @swalkersamuel will discuss how novel tools and technologies from the field of neuroscience could be used to probe the nervous system & its contributions to #braintumour development. #btsm

[Nature Reviews Bioengineering @natrevbioeng]

Bioeng pick of the week!
@DekelRosenfeld @AnikeevaLab and team show that nerve growth can be accelerated by magnetothermal activation using nanoparticles, offering a remote and minimally invasive approach for the treatment of nerve injuries @AdvSciNews 👏
https://t.co/AgB4BF1fns

[RosenfeldLab@TAU @DekelRosenfeld]

Very excited to share our new publication with @AnikeevaLab of using the magnetothermal approach for remote control on nerve growth now out at Advanced Functional Materials! @AnikeevaLab @stem_program @TelAvivUni https://t.co/KERS4lhZzB.

[Bioelectronics @ MIT @AnikeevaLab]

Congratulations to our newest PhD graduate, Dr. Juliette Marion! While in our group and in Prof. Yoel Fink's lab, Juliette pioneered a method to create elastic fiber-based electrodes. She returns to France tomorrow to begin the next stage of her career.

Best wishes Juliette!

[Bioelectronics @ MIT @AnikeevaLab]

A preprint of our lab’s first work in neuroimmunology and cancer is now online. This was led by Anthony and is in collaboration with @TheWittrupLab

https://t.co/RXr0fPTnYo