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AS-0164 Inhibition of Hypoxia Inducible Factor 2α Suppresses Vascular Smooth Muscle Cell Phenotype Switching and Hypertension via Targeting Nox4-Mediated Mitochondrial Oxidative Stress.

• Authors : Zhang, Qi¹ (AUTHOR); Zhu, Xinxin¹ (AUTHOR); Jia, Jinmeng² (AUTHOR)

Subjects: *VASCULAR smooth muscle; *MUSCLE cells; *OXIDATIVE stress

• Source: Journal of the American College of Cardiology (JACC). 2024 Supplement, Vol. 84 Issue 22, pC1-C2. 2p.

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LncRNA MFRL regulates the phenotypic switch of vascular smooth muscle cells to attenuate arterial remodeling by encoding a novel micropeptide MFRLP.

• Authors : Liu, Xiaocong; Chen, Siyu; Luo, Wei

• Source: Translational Research: The Journal of Laboratory & Clinical Medicine; Oct2024, Vol. 272, p54-67, 14p

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Hydrostatic pressure under hypoxia facilitates fabrication of tissue-engineered vascular grafts derived from human vascular smooth muscle cells in vitro.

• Authors : Kojima, Tomoyuki; Nakamura, Takashi; Saito, Junichi

Subjects: VASCULAR smooth muscle; VASCULAR grafts; MUSCLE cells

• Source: Acta Biomaterialia; Nov2023, Vol. 171, p209-222, 14p

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Interaction between Protein Disulfide Isomerase-A1 and Enolase-1 contributes to plasmin activation in vascular smooth muscle cells.

• Authors : Ventura, Sara¹ (AUTHOR); Gaspar, Renato² (AUTHOR); Kajihara, Daniela³ (AUTHOR)

Subjects: *VASCULAR smooth muscle; *MUSCLE cells; *PROTEIN-protein interactions

• Source: Free Radical Biology & Medicine. 2023 Supplement 1, Vol. 208, pS36-S37. 2p.

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Targeted NAD+ repletion via biomimetic nanoparticle enables simultaneous management of intimal hyperplasia and accelerated re-endothelialization: A proof-of-concept study toward next-generation of endothelium-protective, anti-restenotic therapy.

• Authors : Yin, Li^1,2,3 (AUTHOR); Tong, Yao^1,4,5 (AUTHOR); Xie, Ruosen^4,6 (AUTHOR)

Subjects: *VASCULAR smooth muscle; *MUSCLE cells; *HUMAN cell culture

• Source: Journal of Controlled Release. Dec2024, Vol. 376, p806-815. 10p.

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Glutamine-stimulated in vitro hypertrophy is preserved in muscle cells from older women.

• Authors : Chaillou, Thomas¹ (AUTHOR) ; Sanna, Igor¹ (AUTHOR) ; Kadi, Fawzi¹ (AUTHOR)

Subjects: MUSCLE cells; MYOBLASTS; PROTEIN synthesis

• Source: Mechanisms of Ageing & Development. Apr2020, Vol. 187, pN.PAG-N.PAG. 1p.

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Retinol binding protein 4 promotes the phenotypic transformation of vascular smooth muscle cells under high glucose condition via modulating RhoA/ROCK1 pathway.

• Authors : Zhou, Wan; Yuan, Xiaojing; Li, Jie

• Source: Translational Research: The Journal of Laboratory & Clinical Medicine; Sep2023, Vol. 259, p13-27, 15p

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The Role of Bile Acid Signaling in Differentiation of Vascular Smooth Muscle Cells.

• Authors : Holden, Claire¹ (AUTHOR); Bogan, Bethany² (AUTHOR); San Martin, Alejandra¹ (AUTHOR)

Subjects: *VASCULAR smooth muscle; *MUSCLE cells; *BILE acids

• Source: Free Radical Biology & Medicine. 2022 Supplement 1, Vol. 192, p62-63. 2p.

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Fluorinated perhexiline derivative attenuates vascular proliferation in pulmonary arterial hypertension smooth muscle cells.

• Authors : Griffiths, Kayleigh¹ (AUTHOR); Grand, Roger J.^1,2 (AUTHOR); Horan, Ian³ (AUTHOR)

Subjects: *PULMONARY arterial hypertension; *MUSCLE cells; *SMOOTH muscle

• Source: Vascular Pharmacology. Sep2024, Vol. 156, pN.PAG-N.PAG. 1p.

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N-acetylcysteine stimulates the proliferation and differentiation in heat-stressed skeletal muscle cells.

• Authors : Lu, Jiawei¹ (AUTHOR); Zhao, Peng¹ (AUTHOR); Ding, Xiuhu¹ (AUTHOR)

Subjects: *MUSCLE cells; *HEAT shock proteins; *SKELETAL muscle

• Source: Journal of Thermal Biology. Aug2024, Vol. 124, pN.PAG-N.PAG. 1p.

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