Bhavya Rajasree Bhaskar

Previously, undergrad @iiscbangalore, grad @DDlab_tifr

[Bhavya Rajasree Bhaskar @Bhav_ya81]

Our first paper is out! 🤩
α-synuclein plays a central
role in Parkinson's disease. We show that monomeric α-synuclein directly regulates individual exocytotic release events by modulating fusion pore dynamics.
@TIFRScience @PNASNews
https://t.co/x2OWlaT5Kx

[Bhavya Rajasree Bhaskar @Bhav_ya81]

@anuva_a @scienta_omicron @PhysicsIllinois Congratulations Anuva!

[Bhavya Rajasree Bhaskar @Bhav_ya81]

@SindhanaPS this is only the beginning 🥂 and @ShubhamSinha029 may you both keep collaborating forever 😛

[Yuen-Zhou Research Group UCSD @ucsd_yuen]

What can you do with polariton condensates? Drive chemical reactions! Check out the latest work by @SindhanaPS @JorgeACamGA @LamQ310 and Subham. @UCSDPhySci @UCSDChemBiochem https://t.co/TVXp4tbahX

[Debasis Das Lab @DDlab_tifr]

We are hiring postdoctoral fellows at @DDlab_tifr at the Dept. of Biological Sciences, @TIFRScience to work on an exciting project! For more details, check the poster below 👇🏼
Please RT.
#AcademicTwitter #postdocs #neuroscience

[Bhavya Rajasree Bhaskar @Bhav_ya81]

@TNQTechnologies @PalSuranjana @TIFRScience Congratulations @PalSuranjana!! 🥳 so proud

[Anirban Maitra @Aiims1742]

“Vogt was not recognized, and Dulbecco did not acknowledge her in his Nobel lecture. During her lifetime, Vogt did not receive a single major prize or recognition.”
https://t.co/6ROYfBw5Er
What an infuriating story. Another woman scientist denied her due credit.

[അയ്യൻ Ayyan @entropy_maker]

Two students have died by suicide this week at @iiscbangalore . Few days before a PhD and yesterday an undergraduate.
The administration do not even acknowledge the deaths and students are getting to know about the death of their colleagues through newspapers reports.

[Bhavya Rajasree Bhaskar @Bhav_ya81]

@TushnaKapoor @TIFRScience Congratulations! 😁

[Bhavya Rajasree Bhaskar @Bhav_ya81]

@sciSonja @RuggeriLab Thank you! @sciSonja

[Bhavya Rajasree Bhaskar @Bhav_ya81]

@GinniKhurana3 Thanks Ginnii 😄

[Bhavya Rajasree Bhaskar @Bhav_ya81]

Our first paper is out! 🤩
α-synuclein plays a central
role in Parkinson's disease. We show that monomeric α-synuclein directly regulates individual exocytotic release events by modulating fusion pore dynamics.
@TIFRScience @PNASNews
https://t.co/x2OWlaT5Kx

[Bhavya Rajasree Bhaskar @Bhav_ya81]

@SumitSen616 @TIFRScience @PNASNews Thanks Sumit!

[Bhavya Rajasree Bhaskar @Bhav_ya81]

@biopatrika @TIFRScience @PNASNews Thank you

[Bhavya Rajasree Bhaskar @Bhav_ya81]

@Mojiadie @TIFRScience @PNASNews Thank you

[Bhavya Rajasree Bhaskar @Bhav_ya81]

@tsrinath @pratarora @TIFRScience @PNASNews Thank you Srinath sir! It's been a long time. Hope you are doing well :)

[Bhavya Rajasree Bhaskar @Bhav_ya81]

@SridharSivasub3 @TIFRScience @PNASNews Thank you!

[Bhavya Rajasree Bhaskar @Bhav_ya81]

@NSPSravanthi @TIFRScience @PNASNews Thank you Sravanthi! 😊

[Bhavya Rajasree Bhaskar @Bhav_ya81]

@AgarwalDrSameer @TIFRScience @PNASNews Thank you @AgarwalDrSameer

[Bhavya Rajasree Bhaskar @Bhav_ya81]

@arpandas71 @TIFRScience @PNASNews Thanks Arpan!

[Bhavya Rajasree Bhaskar @Bhav_ya81]

@pd1490 @TIFRScience @PNASNews Thank you Priya!

[Bhavya Rajasree Bhaskar @Bhav_ya81]

@Rajnish_IITR @TIFRScience @PNASNews Thank you!

[Bhavya Rajasree Bhaskar @Bhav_ya81]

@AmartyaPradhan @TIFRScience @PNASNews Thank you Amartya