#Dll4 - Twitter Hashtag

3 months ago

Wang et al identify monocyte-derived #Dll4 as a key contributor to chronic #inflammation & a potential biomarker & therapeutic target for #HIV-associated #CV risk. Learn more at https://t.co/39YseXDvHj @CraigMorrell5

CircRes's tweet photo. Wang et al identify monocyte-derived #Dll4 as a key contributor to chronic #inflammation & a potential biomarker & therapeutic target for #HIV-associated #CV risk. Learn more at https://t.co/39YseXDvHj
@CraigMorrell5 https://t.co/TgahqiLUAo

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Endothelial Cell News

@endothelialnews

over 3 years ago

🌟 In new angiogenesis research, Dr. Christina Mitchell and team report that PI(4,5)P2 is critical for β-catenin/#DLL4/NOTCH signaling, which governs tip cell specification during #angiogenesis 🩸. 📓 Available in @ScienceAdvances 📌 https://t.co/dZLb01YXXr

endothelialnews's tweet photo. 🌟 In new angiogenesis research, Dr. Christina Mitchell and team report that PI(4,5)P2 is critical for β-catenin/#DLL4/NOTCH signaling, which governs tip cell specification during #angiogenesis 🩸.

📓 Available in @ScienceAdvances
📌 https://t.co/dZLb01YXXr https://t.co/oqyK9wzFgV

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Endothelial Cell News

@endothelialnews

over 3 years ago

Under the leadership of Drs. Anne Bouloumié and Anaïs Briot, a team of scientists 🧑‍🔬 conclude that endothelial #DLL4 is an #adipose depot–specific fasting sensor 📡regulating fatty acid fluxes Learn more in this @atvbahajournals study: 🔎 https://t.co/uAE5mGFkSf

endothelialnews's tweet photo. Under the leadership of Drs. Anne Bouloumié and Anaïs Briot, a team of scientists 🧑‍🔬 conclude that endothelial #DLL4 is an #adipose depot–specific fasting sensor 📡regulating fatty acid fluxes

Learn more in this @atvbahajournals study:
🔎 https://t.co/uAE5mGFkSf https://t.co/3AtbYwuio8

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ATVB: An AHA Journal @atvbahajournals

over 3 years ago

Role of #DLL4 in the adaptation of #adipose tissue #endothelium to regulate #lipid fluxes in response to energy transition #metabolism #vascular #endocytosis #obesity @i2mcT @alexaupetit @ChapoulyC https://t.co/6dphU9fXH5

atvbahajournals's tweet photo. Role of #DLL4 in the adaptation of #adipose tissue #endothelium to regulate #lipid fluxes in response to energy transition #metabolism #vascular #endocytosis #obesity @i2mcT @alexaupetit @ChapoulyC https://t.co/6dphU9fXH5 https://t.co/MFDsL3xGEN

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Circulation Research @CircRes

over 6 years ago

#Dll4-#SREBP1 signaling in the #retina controls #transcytosis independently of #TightJunction permeability. Dll4 dysregulation may underlie #hypertension-induced pathological leakage of the #CNS vascular barrier. https://t.co/NEL57VS5MG

CircRes's tweet photo. #Dll4-#SREBP1 signaling in the #retina controls #transcytosis independently of #TightJunction permeability.

Dll4 dysregulation may underlie #hypertension-induced pathological leakage of the #CNS vascular barrier. https://t.co/NEL57VS5MG https://t.co/L3GNomuQgs

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AJP-Heart and Circ @ajpheartcirc

over 7 years ago

#ArticlesInPress Activation of Notch signalling by soluble Dll4 decreases vascular permeability via a cAMP/PKA-dependent pathway https://t.co/3urinT9PB3 @UniofNottingham #DLL4 #notch #endothelialcells

ajpheartcirc's tweet photo. #ArticlesInPress Activation of Notch signalling by soluble Dll4 decreases vascular permeability via a cAMP/PKA-dependent pathway https://t.co/3urinT9PB3
@UniofNottingham

#DLL4 #notch #endothelialcells https://t.co/hQnO46mcWg

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Cell @CellCellPress

over 8 years ago

Using #QuantitativeSingleCellImaging, Nandagopal et al. show that cells use dynamics to discriminate signaling by the #ligands #Dll1 and #Dll4 that induce opposite cell fates during embryonic myogenesis through the same #Notch receptor. Free article: https://t.co/VHiM21XFav

CellCellPress's tweet photo. Using #QuantitativeSingleCellImaging, Nandagopal et al. show that cells use dynamics to discriminate signaling by the #ligands #Dll1 and #Dll4 that induce opposite cell fates during embryonic myogenesis through the same #Notch receptor. Free article: https://t.co/VHiM21XFav https://t.co/PIiPAcvxlX

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