SM22α+ vascular mural cells are essential for vessel stability in tumors and undergo phenotype transition regulated by Notch signaling

Overview of attention for article published in Journal of Experimental & Clinical Cancer Research, July 2020

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RT @HaoYin20: Notch signaling renders a contractile & anti-inflammatory phenotype of #MicrovascularMuralCell, promotes tumor microvascular…

20 Nov 2021

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RT @HaoYin20: Notch signaling renders a contractile & anti-inflammatory phenotype of #MicrovascularMuralCell, promotes tumor microvascular…

19 Nov 2021

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RT @HaoYin20: Notch signaling renders a contractile & anti-inflammatory phenotype of #MicrovascularMuralCell, promotes tumor microvascular…

19 Nov 2021

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Notch signaling renders a contractile & anti-inflammatory phenotype of #MicrovascularMuralCell, promotes tumor microvascular perfusion & reduces #Metastasis in🐭LLC tumor s.c. xenograft Dr. Xianchun Yan, Jian Zhang & Hua Han labs @JournalofExpe

19 Nov 2021

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