RSanand

[Gabriela Chiosis @GabrielaChiosis]

Cover @TrendsinPharma @CellPressNews
#drugdiscovery targeting #PPInetworks in #Cancer and #Alzheimers via #epichaperomes #precisionmedicine @MSKCancerCenter. Thank you @chiosislabmskcc @CpcrMsk @MSK_DeptOfMed & many wonderful collaborators! Happy holidays!

[Chiosis Lab @chiosislabmskcc]

Thank you so much to @GabrielaChiosis and @MSKEducation for our wonderful #MSKFunFund dinner last week! The @chiosislabmskcc at @MSKCancerCenter appreciates you!

[Gabriela Chiosis @GabrielaChiosis]

.@TrendsinPharma @CellPressNews #drugdiscovery targeting protein-protein interaction networks in #Cancer and #Alzheimers via #epichaperomes #precisionmedicine platform from @MSKCancerCenter @chiosislabmskcc https://t.co/jlw3JoyL16
https://t.co/qX0vjeHvKZ

[MSK ScienceEducation @MSKEducation]

We continue celebrating #WomensHistoryMonth! Today we highlight Suhasini Joshi, PhD (@Suhasini_Joshi) a Sr. Research Scientist in the @chiosislabmskcc. #WomenInSTEM

[RSanand @RSanand]

Interesting findings by @SantagataLab showing the presence of HSF1 condensates in tumors and their dissolution promotes activation of HSF1 transcriptional targets. Findings suggest condensate properties can be used manipulate cell fate
https://t.co/CDRVK7Hc9O

[Gabriela Chiosis @GabrielaChiosis]

Collaborative work from @sloan_kettering between @gclab1 and the @CpcrMsk David M. Rubenstein Center for #PancreaticCancer Research, GI #Oncology service @YJanjigianMD, Surgery #Hepatopancreatobiliary Service published in @CommsBio https://t.co/P80xFubOi6

[Suhasini Joshi, PhD @Suhasini_Joshi]

To understand the importance and the essence of the paper, read our blog by clicking the following link
#precisionmedicine #pancreaticcancer #chemoresistance #chaperome #epichaperome
https://t.co/6Cbm6F3F4x

[RSanand @RSanand]

An interesting approach to target the finite ways by which cancer cells develop drug resistance.

Pharmacologically controlling protein-protein interactions through epichaperomes for therapeutic vulnerability in… https://t.co/GxQ2Vv4Rex

[Gabriela Chiosis @GabrielaChiosis]

A Cellular Traffic Jam For Precision Medicine In Cancer https://t.co/dyrYOKWxPk via @ein_news @gclab1

[RSanand @RSanand]

Congratulations to Blair's group for their finding that overexpression of FKBP52 or AHA1 is in itself sufficient to induce hallmarks of AD in mice. The findings point to an interesting mechanism of chaperone imbalance in the initiation of AD.
doi: 10.1186/s40478-021-01159-w