Top Tweets for #RIPK3
Although #RIPK3 is mostly known to play an inflammatory role in neurons, new results in mice show that it can also dampen inflammation in astrocytes during #flavivirus infections by increasing the abundance of Serpin3A. @briandanielsli @RutgersU https://t.co/xTwbBMVabJ
A study decodes what makes it possible for #RIPK3, a kinase that triggers cell death, to play a different role in neurons by protecting them from invading viruses, adding another dimension to the function of this kinase in #CellBiology. @UW_Immunology https://t.co/kBXOigbpL0
A @SciSignal study decodes what makes it possible for #RIPK3, a kinase that triggers cell death, to play a different role in neurons by protecting them from invading viruses, adding another dimension to the function of this kinase in #CellBiology. https://t.co/rsdWRttwC9
A study decodes what makes it possible for #RIPK3, a kinase that triggers cell death, to play a different role in neurons by protecting them from invading viruses, adding another dimension to the function of this kinase in #CellBiology. @UW_Immunology https://t.co/kBXOigbpL0
A @SciSignal study decodes what makes it possible for #RIPK3, a kinase that triggers cell death, to play a different role in neurons by protecting them from invading viruses, adding another dimension to the function of this kinase in #CellBiology. https://t.co/rsdWRttwC9
#research #kinaseinhibitors #RIPK2 #RIPK3
Exploring positions 6 and 7 of a quinazoline-based scaffold leads to changes in selectivity and potency towards RIPK2/3 kinases (Nencka) - European Journal of Medicinal Chemistry: https://t.co/aF8EqMC7kD
@IOCBPrague @science_charles
1/ We are happy to share our report of inherited RIPK3 deficiency in a child with HSV-1 encephalitis (HSE) in @SciImmunology (https://t.co/goxo1olEPm). HUGE thanks to all collaborators (list below)!
5/ We studied an otherwise healthy individual with HSE carrying compound heterozygous variants (R422*/P493fs9*) in RIPK3. This allows us, for the first time, to characterize the effects of #RIPK3 deficiency in humans.
📢 Paper Alert 📢 Check out the new publication by @BernhardScherm1 and his Team in which they report that #PrimaryCilia suppress #Ripk3-mediated #necroptosis. Congratulations to this great work within the #sfb1403 🎉☠️➡️ https://t.co/pMWZPNimqh
@YaqiuWang is on a role lately and has another first author paper out, this one in CMLS @SpringerNature!
Using expansion #microscopy, he and the team visualized colocalization of #ASC, #caspase-8, and #RIPK3 in PANoptosomes. Great work! @StJudeResearch https://t.co/JKasv9ka6g
@AndreCardador, from our Institute @iMedULisboa @facfarmaciaUL, presents data @my_ueg #UEGWeek, suggesting that #RIPK3 plays a role in inflammation and immune cell activation during liver #cancer development 🔝👏🏼 @MartaBAfonso @CRodriguesUL #LiverTwitter
Today in @JVS_VascSci : Receptor Interacting Protein Kinase 3 in Venous Thrombosis #venous #thrombus #RIPK3 from @henke1965 @MitriKhouryMD @elise_deroo https://t.co/tzyoqg8h50 Following work of @josediazvumc and others
Checkout our latest work on the cell death independent role of RIP kinases in regulating innate B cell development
#Bcells #RIPkinase #RIPK1 #RIPK3
New Research: Receptor Interacting Protein Kinase Pathways Regulate Innate B Cell Developmental Checkpoints But Not Effector Function in Mice: Mutations in the scaffolding domain of Receptor Interacting Protein kinases (RIP) underlie the… https://t.co/Fdidj3oQRe #immunology
Very happy that our latest review about #RIPK3 and #MLKL #ubiquitination in #necroptosis is now online!!!
FEBS Press https://t.co/wTYjCo8J7A
Intriguing new insights in #necroptosis ! #MLKL phospho oligomers leave #RIPK3 to form pores in the plasma membrane to finally cause it ruptures! Cool work @NatureComms by @pseudokinase @SarahGarnish & friends! https://t.co/cA0sL95KSo
#VKSTumor21 Check out how #RIPK3 shifts #TAMs to an #antitumor phenotype in #HCC by modulating #FattyAcid #metabolism, thus decreasing #tumorigenesis. #FAO #M2 @CIR_AACR 👇 https://t.co/hV7csGAn7g
Our recent paper is now online in which we identify the DUB USP22 as regulator of #RIPK3 #ubiquitination and #necroptosis
USP22 controls necroptosis by regulating receptor‐interacting protein kinase 3 ubiquitination | EMBO reports https://t.co/Y4A46lUGuZ
Do you know that the reactivation of the #necrosis protein #RIPK3 is essential for #breast #tumor recurrence? Have a look at this paper on
#CellDeath&Differentiation!
#cancer #breastcancer
https://t.co/pFAhy7cUVg
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