#IOSpotlight‼️#PIIO member @GangXin1 studies T-cell exhaustion & metabolic regulation of myeloid cells in tumors. He discovered that the novel metabolic pathway Pim1-PPARg modulated MDSCs, which impacted immune checkpoint resistance. To learn more, vis
RT @Adri_CIR: Great talk by #PingChihHo at #AACRtii21! Read more about their work on #FattyAcid #metabolism and immune suppression here in…
Great talk by #PingChihHo at #AACRtii21! Read more about their work on #FattyAcid #metabolism and immune suppression here in this @CIR_AACR paper. #CIRReviewerStar⭐️ #immunometabolism #MyeloidCells #MDSCs #PIM1 https://t.co/05lvNRknmz
RT @CIR_AACR: Interested in #MDSCs? #PIM1 is shown to facilitate #FattyAcid uptake, which promotes MDSC immunosuppressive activity. Read on…
Interested in #MDSCs? #PIM1 is shown to facilitate #FattyAcid uptake, which promotes MDSC immunosuppressive activity. Read on to find out how PIM1 inhibition has therapeutic potential! @HolabUnil #PPAR #CD36 #CIRReviewerStar⭐ https://t.co/9pIht8MJmL http
#Research showing the influence of #FAO #metabolism and its regulation via #PIM1 #PPARg in #MDSCs in the #TME on #immunecheckpointblockade resistance to exploit it therapeutically @CIR_AACR Great paper! @HolabUnil https://t.co/Bis0catAHS
RT @CIR_AACR: Interested in #MDSCs? #PIM1 is shown to facilitate #FattyAcid uptake, which promotes MDSC immunosuppressive activity. Read on…
Interested in #MDSCs? #PIM1 is shown to facilitate #FattyAcid uptake, which promotes MDSC immunosuppressive activity. Read on to find out how PIM1 inhibition has therapeutic potential! #PPAR #CD36 #CIRReviewerStar ⭐ @HolabUnil. https://t.co/GsEquehfhM http
RT @CIR_AACR: Interested in #MDSCs? #PIM1 is shown to facilitate #FattyAcid uptake, which promotes MDSC immunosuppressive activity. Learn h…
RT @HolabUnil: @GangXin1 congrats again on this interesting work! Thanks for mentioning by @CIR_AACR
RT @CIR_AACR: Interested in #MDSCs? #PIM1 is shown to facilitate #FattyAcid uptake, which promotes MDSC immunosuppressive activity. Learn h…
RT @CIR_AACR: Interested in #MDSCs? #PIM1 is shown to facilitate #FattyAcid uptake, which promotes MDSC immunosuppressive activity. Learn h…
@GangXin1 congrats again on this interesting work! Thanks for mentioning by @CIR_AACR
Interested in #MDSCs? #PIM1 is shown to facilitate #FattyAcid uptake, which promotes MDSC immunosuppressive activity. Learn how PIM1 inhibition has therapeutic potential! #PPAR #CD36 #CIRReviewerStar ⭐ @HolabUnil https://t.co/PUppEKsJUm https://t.co/477
RT @Cui_Lab: PIM1 as a metabolic modulator in MDSCs that is associated with immune checkpoint blockade resistance -> therapeutic potential…
RT @Cui_Lab: PIM1 as a metabolic modulator in MDSCs that is associated with immune checkpoint blockade resistance -> therapeutic potential…
RT @Cui_Lab: PIM1 as a metabolic modulator in MDSCs that is associated with immune checkpoint blockade resistance -> therapeutic potential…
PIM1 as a metabolic modulator in MDSCs that is associated with immune checkpoint blockade resistance -> therapeutic potential @GangXin1 @PurpleVikingYao @PTopchyan @MoujtabaK @RSilversteinMD #CancerImmunology https://t.co/L735E8UDMU
RT @HolabUnil: It is great to help on this interesting study led by my previous labmate, Weiguo Cui, and @GangXin1 ! Congrats!!! More about…
It is great to help on this interesting study led by my previous labmate, Weiguo Cui, and @GangXin1 ! Congrats!!! More about PIM1 is coming soon! https://t.co/iiGj5ztDKS