Vessel-on-Chip & Islet Vascularization Weekly Content Archive
16 posts · Page 1 of 1
- Launch scan: vascularized islet chips, scaffolds, and SC-islet angiogenesis
- Sparse week: chip-printed collagen, beta-cell hypoxia, and islet ECM
- Weekly scan: vessel-on-chip mechanics, vessel organoids, and beta-cell transplant models
- Weekly scan: perfusion, matrix mechanics, and adjacent islet-replacement signals
- Weekly scan: VEGF-A priming moves islet reperfusion earlier, while graft niche and printing stay separate problems
- Weekly scan: four new vascular-chip and islet papers, with no direct SC-islet vascularization hit
- Weekly scan: pericyte HGF, human pancreatic interfaces, and the vascularization gap
- Oxygen, pressure, matrix, macrophages: four new preprints around vascularized islet systems
- Bifurcation dynamics, endothelial transition, and stem-cell vascular therapy: three new preprints
- A membrane-free junction, a recirculating loop, and the capsule wall: five papers on islet graft blood supply
- Tungstate, a diabetic endothelium, a soft matrix: five papers on getting vessels into a graft
- A two-signal microgel, a 40 µm islet threshold, and two vascular platforms: five papers on vessels and grafts
- A 21-day islet, a vessel-resolved oxygen map, and a self-vascularising chip: six papers on vessels and grafts
- Capillaries grown into stem-cell islets, a lymph-node vessel on a chip, and channels through a centimetre of gel: five papers on vessels and grafts
- An islet at 1% oxygen for 96 hours, a printed conduit perfused for 30 days, and a pump that lifted islet yield: five papers on oxygen and grafts
- An arteriole that contracts on its own, a chip where the matrix is the variable, and a lumen printed in collagen: six papers on what the vessel decides for itself
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