Jason Miska

[Malnati Brain Tumor Institute at Northwestern @BrainTumorInst]

This new study highlights the critical role of #MyeloidCells in promoting #gbm progression. Led by @JasonMiska1, the findings published in @CellCellPress suggest that targeting these cells may be a promising route for treatment: https://t.co/IPip5XYBBw @NUFeinbergMed @LurieCancer

[Lurie Cancer Center @LurieCancer]

Lurie Cancer Center investigators at @NorthwesternMed discovered that immune cells in the #glioblastoma tumor microenvironment use a unique “feeding” mechanism that promotes tumor growth and immunosuppression, according to findings @Cell_Metabolism. https://t.co/qMJ4TD503w #BTSM

[Cell Metabolism @Cell_Metabolism]

New! Online now: Myeloid cell-derived creatine in the hypoxic niche promotes glioblastoma growth https://t.co/sgp8g8HJDN

[Lurie Cancer Center @LurieCancer]

A new study in @NatureComms from @maciejlesniakmd, @pengzhangphd, @JasonMiska1 and colleagues @LurieCancer describes a #nanotechnology-based approach to boost antitumor immunity against #glioblastoma https://t.co/XltmpT422m #BTSM #GBM @NUFeinbergMed @NorthwesternMed @BrainTumorInst

[Atique Ahmed, PhD @atiqueahmedphd]

@JasonMiska1 presenting @ #sno2022 @NeurosurgeryNM on #metabolism #gbm

[Jason Miska @JasonMiska1]

@d_bayik @SylvesterCancer @univmiami @JustinLathia Congrats Defne!!!!! UMiami is lucky to have gained such an incredible scientist! Excited to see what epic science comes out of your lab!

[Amy Heimberger, MD @HeimbergerAmy]

This study shows that electron transport chain generated ATP is shuttled into the cytoplasm triggering NLRP3 inflammasome activation - powerful implications for inflammation - congrats Navdeep, Peng and Jason! @Nature @NeurosurgeryNM @BrainTumorInst from
https://t.co/FVT3tDrFpE

[Neurosurgery at NM @NeurosurgeryNM]

Polyamines drive myeloid cell survival by buffering intracellular pH to promote immunosuppression in #glioblastoma https://t.co/LakrCbQuIW #btsm #gbm #neurosurgery @JasonMiska1 @CatyLeechang @RachelBurga @CraigHorbinski @maciejlesniakmd #Nsgy

[Maciej Lesniak, MD @maciejlesniakmd]

Important work by @JasonMiska1 just out in Science Advances. Polyamines drive myeloid cell survival by buffering intracellular pH to promote immunosuppression in glioblastoma https://t.co/IgOMoDALqI

[Leonidas Platanias, MD @LeonidasPlatan1]

Never happened before. The leader of the worlds’ most powerful nation, publicly taking of his mask while sick with a very infectious deadly virus during a pandemic, to send a message to his supporters that they can do the same. Probably one of the worst moments in world history.

[Neurosurgery at NM @NeurosurgeryNM]

This past week, @JasonMiska1, received his first @NIH #R01 grant entitled “Arginine metabolism regulates myeloid immune suppression in #glioblastoma”. The grant, in the amount of $1.9 million is one of the first of its kind in the dept, since it focuses on #tumor metabolism.

[Cancer Immunology Research @CIR_AACR]

This CIR Spotlight highlights a research article investigating immune regulatory mechanisms in #glioblastoma. Take a look! @CatyLeechang
@maciejlesniakmd #RegulatoryBcells
#MDSCs
#ExtracellularVesicles
@NeurosurgeryNM
https://t.co/fxgkJ27xjF

[Irina Balyasnikova @IrinaBalyasnik2]

Jason Miska, Ph.D. @JasonMiska1 gathered attention with his work on tumor metabolism @SNO2019
Check his work out!

[Jason Miska @JasonMiska1]

Check it out 😳 - Peng is my hero! @IrinaBalyasnik2 https://t.co/Z9ysB1Du63