#PRDM16 - Twitter Hashtag

Weill Cornell Medicine Pathology @WCMCPathology

9 months ago

Congratulations to our @WCMCPathology colleague Dr. Annarita Di Lorenzo (@ar_dilorenzo) on her new @ScienceMagazine paper "Ablation of #Prdm16 and beige fat identity causes vascular remodeling and elevated #bloodpressure." #adiposity #hypertension https://t.co/ICF8lSUxtt

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Orly Reiner @orly_reiner

over 2 years ago

Excited to share our latest manuscript on PRDM16's role in the developing human brain! PRDM16 is a key regulator of various stem cell niches, including neural stem cells. Our findings shed light on its implications in 1p36 deletion syndrome and cortical development. #PRDM16

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Muscle Cell News

@musclecellnews

over 3 years ago

✨ In an exciting @JCI_insight study, a team of scientists show that PR domain-containing protein 16 deficiency (#PRDM16) in vascular smooth muscle cells aggravates abdominal aortic aneurysm (#AAA). 🤔 Find out how they arrived at this conclusion: ➡️ https://t.co/mBVEs27vQq

musclecellnews's tweet photo. ✨ In an exciting @JCI_insight study, a team of scientists show that PR domain-containing protein 16 deficiency (#PRDM16) in vascular smooth muscle cells aggravates abdominal aortic aneurysm (#AAA).

🤔 Find out how they arrived at this conclusion:
➡️ https://t.co/mBVEs27vQq https://t.co/6Hgo7wfazc

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Sable Systems Int'l @SableSysInt

about 4 years ago

Beige #adipose tissue helps to prevent #metabolicdisease — so how to generate more? With help from a Promethion system, researchers showed how #PRDM16 stabilization boosts beige #adipocyte #biogenesis, countering #obesity, #dysglycemia, and #dyslipidemia. https://t.co/RspT9Nh5Zh

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Circulation Research @CircRes

about 5 years ago

Craps et al. identify #Prdm16 as an arterial-specific transcription factor and loss impairs arterial flow recovery. #scRNAseq revealed affected Ca++ homeostasis and NO bioavailability in #EndothelialCells. Learn more at https://t.co/WvIGjPX8Mq @CMVB_KULeuven @WouterDdn

CircRes's tweet photo. Craps et al. identify #Prdm16 as an arterial-specific transcription factor and loss impairs arterial flow recovery. #scRNAseq revealed affected Ca++ homeostasis and NO bioavailability in #EndothelialCells. Learn more at https://t.co/WvIGjPX8Mq

@CMVB_KULeuven @WouterDdn https://t.co/prIPTHOzgA

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Norwegian PURE-3® @npure3

over 6 years ago

@JuliaB_fitness @kaspernilsen @foundmyfitness @onelifemax Many well known #AntiAging factors involved under this "#MetaMechanism": (#FGF21, #PRDM16, #PGC1α, #PGI2, #Resolvins/#SPM's etc: #Omega3 fatty acids as regulators of brown/beige adipose tissue: from mechanisms to therapeutic potential. https://t.co/dzOiNaCrSN

npure3's tweet photo. @JuliaB_fitness @kaspernilsen @foundmyfitness @onelifemax Many well known #AntiAging factors involved under this "#MetaMechanism": (#FGF21, #PRDM16, #PGC1α, #PGI2, #Resolvins/#SPM's etc: #Omega3 fatty acids as regulators of brown/beige adipose tissue: from mechanisms to therapeutic potential. https://t.co/dzOiNaCrSN https://t.co/gpuy7m3YJb

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AJP-Heart and Circ @ajpheartcirc

over 6 years ago

#FREE Article of the Week: Nam et al describes "aberrant cardiac function & cardiomyopathy-associated phenotypes in an appropriate murine genetic model with cardiomyocyte-specific #Prdm16 -null mutation" https://t.co/FH0aLRXCW7 @kh_univ #electrocardiogram #cardiomyopathy #RNA

ajpheartcirc's tweet photo. #FREE Article of the Week: Nam et al describes "aberrant cardiac function & cardiomyopathy-associated phenotypes in an appropriate murine genetic model with cardiomyocyte-specific #Prdm16 -null mutation"
https://t.co/FH0aLRXCW7
@kh_univ

#electrocardiogram #cardiomyopathy #RNA https://t.co/iLCO36OCV3

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AJP-Heart and Circ @ajpheartcirc

over 6 years ago

Suggested Read - #MicroRNAs as regulators of mitochondrial dysfunction and #obesity https://t.co/AlEVK0lc6U #Prdm16 #miRNAs #FreeContent

ajpheartcirc's tweet photo. Suggested Read - #MicroRNAs as regulators of mitochondrial dysfunction and #obesity https://t.co/AlEVK0lc6U #Prdm16 #miRNAs #FreeContent https://t.co/xGP15Zyf4i

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いつまでも健康 @healthiest365

over 7 years ago

肥満の鍵となる酵素解明　広島大大学院のグループ https://t.co/Hvy14SoHq2 #Pin1 #PRDM16 #肥満 #脂肪肝 #基礎代謝 #クルミ #緑茶 #カテキン

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#JaimeLaine #CFMamaWarrior #NoFearThisYear @iamjaimelaine

about 8 years ago

“Can #CBD #oil help you #lose #weight,”capitalized on that research in order to answer that question. They used #CBD to #enhance “expression of a core set of brown fat-specific marker genes (#Ucp1, #Cited1, #Tmem26, #Prdm16, #Cidea, #Tbx1, #Fgf21, and #Pgc-1α)