Rini Ravindran

Researcher, amateur chef, travel enthusiast, nature lover.

[Rini Ravindran @RiniRavindran]

Excited to share my postdoctoral work @UMontreal published in @Nature . In collaboration with @Lydia_Kisley 's lab @PhysicsCWRU, we show the the role of liquid-liquid phase separation in peroxisomal protein import.
https://t.co/emiQIAfuoc

[Sadaf Shadan @sshadan]

On peroxisomal membrane, the pore through which protein transport is thought to occur remains elusive. Work reported @nature shows that, in fact, liquid-liquid phase separation mediates formation of transient protein transport channels on these organelles.
https://t.co/qLM225XKE7

[Rini Ravindran @RiniRavindran]

It is finally out! Our collaborative work with a fantastic group at the University of Arizona, Tucson. So proud to be a co-first author on a PNAS paper!
SDS22 selectively recognizes and traps metal-deficient inactive PP1 https://t.co/MXECSVqGfK

[Rini Ravindran @RiniRavindran]

Celebrating our recent publication in J Cell Sci @J_Cell_Sci https://t.co/HL6EHX2sFR

[J Cell Science @J_Cell_Sci]

Tatchell &co describe a new UBA1 variant that is important for kinase–phosphatase balance; more in our free Research highlight: https://t.co/9GiH3Unuj6

[Rini Ravindran @RiniRavindran]

My first interview! Thank you @J_Cell_Sci for promoting young researchers.

[J Cell Science @J_Cell_Sci]

Our final 'First person' interview in the current Issue is with Rini Ravindran on her work investigating the regulation of Aurora B-protein phosphatase1 @LSUHS https://t.co/hCrVnHsyIZ

[Rini Ravindran @RiniRavindran]

New ubiquitin-dependent mechanisms regulating the Aurora B–protein phosphatase 1 balance in Saccharomyces cerevisiae. My 1st first-author paper! @J_Cell_Sci #PP1 #AuroraB #phosphatase #kinase #ubiquitin #yeast #ChromosomeSegregation #mitosis
https://t.co/HL6EHX2sFR

[Roger Highfield @RogerHighfield]

New drug discovery system allows scientists to target important family of enzymes, called phosphatases, previously considered "undruggable". Scientists at the @MRC_LMB use it to find molecule that could cut Huntington's disease-associated proteins in mice https://t.co/UZWSlJWfxZ

[Dan @SuffolkDan]

Humans shouldn’t be allowed into space until we can learn to stop blowing buses full of children up. #SpaceForce

[Rini Ravindran @RiniRavindran]

@abhirath55 Thanks, @abhirath55 ..

[Rini Ravindran @RiniRavindran]

Hello Twitter! #myfirstTweet