Science Immunology (@sciimmunology) 's Twitter Profile Photo

New In Science #Immunology: Tumor-produced lactate drives dendritic cell dysfunction in #tumor microenvironment, via cholesterol metabolism regulator #SREBP2. Duke University School of Medicine UNC Lineberger scim.ag/6WQ

New In Science #Immunology: Tumor-produced lactate drives dendritic cell dysfunction in #tumor microenvironment, via  cholesterol metabolism regulator #SREBP2. <a href="/DukeMedSchool/">Duke University School of Medicine</a> <a href="/UNC_Lineberger/">UNC Lineberger</a> scim.ag/6WQ
Science Immunology (@sciimmunology) 's Twitter Profile Photo

Blocking tumor-induced activation of #SREBP2 in #DendriticCells promotes anti-tumor activity in a mouse model of melanoma, according to a new study. Duke University School of Medicine UNC Lineberger 📄: scim.ag/6UO

Blocking tumor-induced activation of #SREBP2 in #DendriticCells promotes anti-tumor activity in a mouse model of melanoma, according to a new study. <a href="/DukeMedSchool/">Duke University School of Medicine</a> <a href="/UNC_Lineberger/">UNC Lineberger</a>

📄: scim.ag/6UO
Lipotype (@lipotype_global) 's Twitter Profile Photo

Sterol Regulatory Element-Binding Protein 2 (#SREBP2). The disruption of this mechanism through genetic or pharmacological means disrupts both lipidomic composition and the biophysical homeostasis of the membrane. 28/nn

The EMBO Journal (@embojournal) 's Twitter Profile Photo

#Hypoxia activates SREBP2 through Golgi disassembly in bone marrow-derived #monocytes Tsuyoshi Osawa et al show that low oxygen induces activation of #SREBP2 via #Golgi-ER fusion, causing lipid biosynthesis, myeloid cell infiltration, & #tumorigenesis embopress.org/doi/full/10.15…

#Hypoxia activates SREBP2 through Golgi disassembly in bone marrow-derived #monocytes
Tsuyoshi Osawa et al show that  low oxygen induces activation of #SREBP2 via #Golgi-ER fusion, causing lipid biosynthesis, myeloid cell infiltration, &amp; #tumorigenesis
embopress.org/doi/full/10.15…
FEBS Letters (@febs_letters) 's Twitter Profile Photo

🌟Editor's Choice 🌟 🧠Knockout of the #Golgi pH regulator (GPHR) in the brain leads to ▪loss of Golgi integrity ▪#neurodegeneration ▪⬇ #SREBP2 transcriptional activity & ▪⬇ #CholesterolBiosynthesis 👉bit.ly/3UhOxuQ #neuroscience

🌟Editor's Choice 🌟
🧠Knockout of the #Golgi pH regulator (GPHR) in the brain leads to
▪loss of Golgi integrity
▪#neurodegeneration
▪⬇ #SREBP2 transcriptional activity &amp; 
▪⬇ #CholesterolBiosynthesis 

👉bit.ly/3UhOxuQ

#neuroscience
Atherosclerosis Articles (@atherojc) 's Twitter Profile Photo

Irisin inhibits PCSK9 expression through activating AMPK-SREBP2 pathway doi.org/10.1016/j.bbrc… #atherosclerosis #Irisin #PCSK9 #AMPK #SREBP2

FEBS Letters (@febs_letters) 's Twitter Profile Photo

🧠The #Golgi pH regulator (GPHR) links ↪Golgi integrity ↪#Neurodegeneration ↪#SREBP2-mediated cholesterol biosynthesis 👀Read study: GPHR-mediated acidification of the Golgi lumen is essential for #CholesterolBiosynthesis in the brain ➡bit.ly/3S7KgcR #neuroscience

🧠The #Golgi pH regulator (GPHR) links
↪Golgi integrity
↪#Neurodegeneration
↪#SREBP2-mediated cholesterol biosynthesis 

👀Read study:
GPHR-mediated acidification of the Golgi lumen is essential for #CholesterolBiosynthesis in the brain
➡bit.ly/3S7KgcR

#neuroscience
PHRI.ca Population Health Research Institute 🇨🇦 (@phriresearch) 's Twitter Profile Photo

📢It's tiiiime for.... Recent Publications by #PHRI Researchers! 📖 Read: PHRI.ca/recent-publica… Nature Communications #caffeine #SREBP2 #LDLR #cholesterol JMIR Publications #mhealth #VERDICT study #virtualcare #remotepatientmonitoring #bloodpressure #wearable JASN_News #genetics #KidneyDisease

📢It's tiiiime for.... Recent Publications by #PHRI Researchers! 📖
Read: PHRI.ca/recent-publica…
<a href="/NatureComms/">Nature Communications</a> #caffeine #SREBP2 #LDLR #cholesterol 
<a href="/jmirpub/">JMIR Publications</a> #mhealth #VERDICT study #virtualcare #remotepatientmonitoring #bloodpressure #wearable
<a href="/JASN_News/">JASN_News</a> #genetics #KidneyDisease
EMBO Reports (@emboreports) 's Twitter Profile Photo

Wenjing Du and colleagues show that #p53 directly represses SQLE #transcription to restrict #cholesterol biosynthesis, which is critical for inhibiting #tumor growth. #cancermetabolism #SREBP2 ➡️➡️ embopress.org/doi/full/10.15…

Wenjing Du and colleagues show that #p53 directly represses SQLE #transcription to restrict #cholesterol biosynthesis, which is critical for inhibiting #tumor growth.

#cancermetabolism #SREBP2 
➡️➡️
embopress.org/doi/full/10.15…
Professor Erwin Loh (@erwinloh) 's Twitter Profile Photo

#COVID19-activated #SREBP2 disturbs #cholesterol biosynthesis and leads to #cytokinestorm. Sterol regulatory element binding protein-2 (SREBP-2) is activated by cytokines or pathogen, such as virus or bacteria. SREBP-2 can serve as an indicator for severi…lnkd.in/g6D-RUC

Naveen Pemmaraju, MD (@doctorpemm) 's Twitter Profile Photo

Thought-provoking article in ⁦NEJM⁩ by Winther&Lutgens |The Link between Hematopoiesis and Atherosclerosis | ⁦NEJM⁩ | #AIBP2 #SREBP2 #NOTCH | cc: #CHIPsm ⁦David Steensma, MD⁩ ⁦Peggy Goodell⁩ ⁦Koichi Takahashi⁩ ⁦Siddhartha Jaiswal⁩ nejm.org/doi/full/10.10…

Molecular Metabolism (@molmetab) 's Twitter Profile Photo

An actionable #sterol-regulated feedback loop modulates #statin sensitivity in #prostatecancer sciencedirect.com/science/articl… #HMGCR #tumor #SREBP2 #PCa

An actionable #sterol-regulated feedback loop modulates #statin sensitivity in #prostatecancer
sciencedirect.com/science/articl…
#HMGCR #tumor #SREBP2 #PCa