#SIRT4 - Twitter Hashtag

about 1 year ago

Mitochondrial, stress-responsive #SIRT4 worsens #cardiomyopathy when overexpressed by increasing mitochondrial #ROS and profibrotic transcriptional activity. Cardiac function improved and fibrosis reversed with mitochondria-targeted antioxidant #MitoQ. 🔗https://t.co/ZeB8GJQ73a

JMCCPlus's tweet photo. Mitochondrial, stress-responsive #SIRT4 worsens #cardiomyopathy when overexpressed by increasing mitochondrial #ROS and profibrotic transcriptional activity.
Cardiac function improved and fibrosis reversed with mitochondria-targeted antioxidant #MitoQ.

🔗https://t.co/ZeB8GJQ73a https://t.co/bFKlzuakyR

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Organelle Therapeutics @organelletx

over 1 year ago

Running Toward Brain Recovery! Treadmill exercise reduces cognitive decline in morphine-exposed rats by lowering inflammation via SIRT3/4 and boosting BDNF. #NeuroRecovery #ExerciseBenefits #SIRT3 #SIRT4 #BDNF #CognitiveHealth #BrainInflammation #Aging https://t.co/UJdAXLfY1Q

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Rene Sugar @renesugar

over 2 years ago

Sirtuin 4 activates autophagy and inhibits tumorigenesis by upregulating the p53 signaling pathway #SIRT4 #MECFS #LongCovid https://t.co/yuAp2x1Y2Y

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FEBS Open Bio

@FEBSOpenBio

almost 3 years ago

Stress-induced protein degradation of SIRT4 occurs through two mechanisms 1⃣via mitochondrial autophagy/mitophagy 2⃣via proteasomal degradation within the cytoplasm 🔬Check out the experiments 👉https://t.co/wvUkwN8RJs #SIRT4 #Mitochondria #MitoMonday #Mitophagy #Autophagy

FEBSOpenBio's tweet photo. Stress-induced protein degradation of SIRT4 occurs through two mechanisms

1⃣via mitochondrial autophagy/mitophagy

2⃣via proteasomal degradation within the cytoplasm

🔬Check out the experiments
👉https://t.co/wvUkwN8RJs

#SIRT4 #Mitochondria #MitoMonday
#Mitophagy #Autophagy https://t.co/5sVfylH4ev

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Atherosclerosis @ATHjournal

about 3 years ago

#Sirt4 deficiency promotes the development of #atherosclerosis by activating the NF-κB/IκB/CXCL2/3 pathway @ELS_Cardiology @society_eas #CardioTwitter https://t.co/lIDnpKa7sQ

ATHjournal's tweet photo. #Sirt4 deficiency promotes the development of #atherosclerosis by activating the NF-κB/IκB/CXCL2/3 pathway
@ELS_Cardiology @society_eas #CardioTwitter
https://t.co/lIDnpKa7sQ https://t.co/ILqWLdqYV0

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Atherosclerosis @ATHjournal

over 3 years ago

🧩 #Sirt4 deficiency aggravates #inflammation & promotes the development of #ath 🧩 Sirt4 deficiency activates the #phosphorylation of NF-κB 🧩 Sirt4 exhibits a protective effect in #atherosclerosis @ELS_Cardiology @society_eas #CardioTwitter #macrophages https://t.co/lIDnpKaFio

ATHjournal's tweet photo. 🧩 #Sirt4 deficiency aggravates #inflammation & promotes the development of #ath
🧩 Sirt4 deficiency activates the #phosphorylation of NF-κB
🧩 Sirt4 exhibits a protective effect in #atherosclerosis
@ELS_Cardiology @society_eas #CardioTwitter #macrophages
https://t.co/lIDnpKaFio https://t.co/mLwJDJ741t

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Atherosclerosis @ATHjournal

over 3 years ago

The study by Chang et al shown that #Sirt4 def promotes the development of #ath by activating the NF-κB/IκB/CXCL2/3 pathway, suggesting that Sirt4 may exhibit a protective effect in #atherosclerosis @ELS_Cardiology @society_eas #CardioTwitter #macrophages https://t.co/lIDnpKaFio

ATHjournal's tweet photo. The study by Chang et al shown that #Sirt4 def promotes the development of #ath by activating the NF-κB/IκB/CXCL2/3 pathway, suggesting that Sirt4 may exhibit a protective effect in #atherosclerosis
@ELS_Cardiology @society_eas #CardioTwitter #macrophages
https://t.co/lIDnpKaFio https://t.co/kuW5PBgKSM

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Michael Ristow, MD @Prof_M_Ristow

about 5 years ago

#Sirtuin 4 is an early regulator of #branched-chain #aminoacid #metabolism that promotes #adipogenesis. #SIRT4 #BCAA #PPAR #PPARgamma @HaigisLab https://t.co/d4LkPVfmrW

Prof_M_Ristow's tweet photo. #Sirtuin 4 is an early regulator of #branched-chain #aminoacid #metabolism that promotes #adipogenesis. #SIRT4 #BCAA #PPAR #PPARgamma @HaigisLab https://t.co/d4LkPVfmrW https://t.co/F3Keb7Yx9f

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AJP-Endocrinology and Metabolism @AJPEndoMetab

about 6 years ago

Physiological effects of weight cycle in hypoestrogenism; new #ArticlesinPresS to read here: https://t.co/IvJr1nRnbS #sirtuins #weightcycle #ovariectomized #SIRT1 #SIRT4

AJPEndoMetab's tweet photo. Physiological effects of weight cycle in hypoestrogenism; new #ArticlesinPresS to read here: https://t.co/IvJr1nRnbS #sirtuins #weightcycle #ovariectomized #SIRT1 #SIRT4 https://t.co/wPwYNIbu6i

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Sable Systems Int'l @SableSysInt

over 6 years ago

We love it when our customers use our products to help them investigate important theories and answer big questions. Like the #endosymbiotic theory! 😲🤓 Check out how #Sirt4 has species-dependent phenotypes in #Drosophila #mtDNA haplotypes. https://t.co/LqdeqdQueR #OpenAccess

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Ullas Kolthur @UllasKolthur

almost 7 years ago

Just out! Our exciting findings show Glutamine sparing by mitochondria controls TORC1. Links anabolic #SIRT4 in #mitochondria with #mTOR to regulate #autophagy & #lipogenesis under fed and fasted conditions. https://t.co/cxrZ96XxMG

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Frank Huynh @fkhuynh

almost 7 years ago

Strong showing by the Huynh Lab at the @SJSU Biology Dept Halloween party! 1st in the pumpkin carving contest and 3rd in group costume. Shout out to baby Connor for his input. #Huynhing #jackolantern #sirt4 #tetris

fkhuynh's tweet photo. Strong showing by the Huynh Lab at the @SJSU Biology Dept Halloween party! 1st in the pumpkin carving contest and 3rd in group costume. Shout out to baby Connor for his input. #Huynhing #jackolantern #sirt4 #tetris https://t.co/lj8wYzPlVP

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AFAR @AFARorg

over 8 years ago

Research by AFAR grantees Stephen Helfand, Bjoern Schwer, & Jason Wood @BrownUniversity on #Sirt4 #gene & #fruitflies #lifespan #metabolism in Proceedings of the National Academy of Sciences. @theNASciences @PNASNews @Marcia4Science https://t.co/dTZsdR5NaV

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