Table 3.
Preclinical experiment of vascular calcification based on “crosstalk”
Model | Intervene | Mechanism | Results | Refs |
---|---|---|---|---|
Intramuscular injection of vit D3 and nicotine by gavage | Oral/Rectal propionate administration or FMT intervention or intragastric administration Akkermansia | Propionate can reduce VC by mediating intestinal microbiota remodelling and supplementation with Akkermansia can also alleviate VC | Improved VDN-induced VC | [322] |
Intraperitoneally injected with VD3 | Intravenous injection AB-EVs or YB-EVs | AB-EVs are transported into circulation and deposited in blood vessels to stimulate RUNX2 expression and osteogenic transition of VSMCs via transferring miR-2861 | AB-EVs aggravated VC | [10] |
Subcutaneous injection of Vit D | Intraperitoneally injection of Torin- 1 (an mTOR inhibitor) | Torin-1 significantly reduced the co-localization of mTOR vs Lamp-1 and increased lysosome-MVB interaction | Reduced Pi-induced mineral deposition | [230] |
Intraperitoneal injection of Vit D3 | Curcumin by gavage | Curcumin increased miR-92b-3p loading in EVs and decreased expression of its target KLF4 | Improved vit D-induced VC | [245] |
High-fat diet (HFD) and intraperitoneal injection of STZ and vit D | Tail vein injection of A-EC/sEVs | AGEs stimulate the secretion of miR126-5prich sEVs, targeting BMPR1 to block the smad1/5/9 signaling pathway | Improved T2D-mediated VC | [70] |
HFD and intraperitoneal injection of STZ | BMCs of LV galectin-3 were transplanted into ApoE−/− mice | Galectin-3 in macrophages promoted migration of VSMC- derived EVs to the intima | Induced diabetic intima calcification | [293] |
5/6 nephrectomy + high phosphate diet |
•GW4869 •miR-670-3p endothelial cell-specific knock-in (miR-670-3pEC−KI) and knock-out (miR-670-3pEC−KO) mice |
•GW4869 eliminated the formation and release of EVs •miR-670-3p regulated the downstream target IGF-1 |
•GW4869 improved high phosphorus-induced VC •miR-670-3p in ECs-derived EVs promoted VC |
[68] |
5/6 nephrectomy + high phosphate diet | Tail vein injection of BMSC-Exo | BMSC-Exo down-regulated NFAT5 by delivering miR-381-3p | Improved CKD-VC | [189] |
5/6 nephrectomy + high phosphate diet | Tail vein injection of BMSC-Exo |
BMSC-Exo regulated of the NONHSAT 084969.2/NF- κB axis |
Inhibited high phosphorus-induced VC and improved renal function | [191] |
5/6 nephrectomy + high phosphate diet |
Tail vein injection of adenovirus encoding omentin1/ omentin-1-deficient (omentin-1−/−) mice |
Omentin-1 activated AMPK and Akt signaling pathways | Adipose tissue-derived omentin-1 reduced arterial calcification | [217] |
5/6 nephrectomy + high phosphate diet | Tail vein injection of VSMCs-Exo for melatonin treatment |
Melatonin up-regulated miR-204/miR-211 in EVs |
Improved VC and aging | [71] |
CKD (high phosphorus diet) | Increased BßGlucans diet (CKD + BßGlucans) from barley flour | Barley-ß-glucans inhibited SMPD3 expression | Reduced inflammation, kidney damage and aortic calcification | [229] |
High-cholesterol (HC) diet | Tail vein injection of miR-214 specific-siRNA | miR-214-specific-siRNA leads to increased expression of the downstream target TWIST1 | Improved HC diet-induced aortic valve calcification (AVC) | [291] |