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Microvascularized tumor organoids-on-chips: advancing preclinical drug screening with pathophysiological relevance

机译:微血管化肿瘤有机体 - 芯片:推进具有病理生理学相关性的临床前药物筛选

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摘要

Microvasculature-on-a-chip technology. a Microfluidic platform to reconstruct a self-organized microvascular network. Configurations and confocal microscopy images presenting the microvasculature constructed by (i) vasculogenesis (scale bar: 100 μm) and (ii) angiogenesis (scale bar: 20 μm) at day 4. [62]. b Self-assembled BBB microvascular network. Schematic diagram of BBB-on-a-chip consisting of endothelial cells, astrocytes (ACs), and neurons (top). Confocal microscopy images of astrocytes (GFAP, white), neurons (Synaptophysin, green), and microvasculature (CD31, red) (bottom-left). Immunostaining of CD31 (red) and tight junctions, ZO-1 (green) of the vascular network—astrocyte interface (bottom-right). [63]. c Microfluidic device to culture endothelial barriers. Configurations of blood-lymphatic endothelial cells layer culture (top). Immunostaining of an endothelial-specific protein, claudin-5, and an endothelial-specific adhesion molecule, VE-cadherin (bottom). Scale bar, 100 μm. [64]. d BBB structure emulated by the microfluidic culture of endothelial cells monolayer. Schematic representation of the microfluidic BBB model (top). (i) Confocal image of the bottom of the chip with endothelium (ZO-1, red) and network of astrocytes (GFAP, white). Scale bar, 50 µm. (ii) Tight endothelial monolayer (ZO-1, red; DAPI, blue), pericytes cultured under the porous membrane (α-SMA, green; DAPI, blue), and astrocytes labeled with GFAP (GFAP, white) and S100β (S100β, magenta). Scale bar, 50 μm [65]. e Tubular endothelial barrier-on-a-chip. Schematic representation of the microfluidic system(top). Confocal microscopy images of the overall endothelialized ductal structure and the magnified section of network corner (red, CD31; blue, nuclei) (bottom). Scale bar, 100 μm [66]. f Ductal structure of BBB reproduced by microfluidic technology. Cross-section view of the center of the chip for a three-lane coculture system of endothelial cells, pericytes, and astrocytes (top). (i) Z-stack confocal image of 3D reconstructed BBB (Calcein-AM, green and magenta; PECAM-1, red; nuclei, blue). (ii) Images of FITC-dextran (20 kDa) perfused in the microchannels [67]
机译:微血管固结芯片技术。重建自组织微血管网络的微流体平台。呈现(i)血管发生(尺度棒:100μm)和(ii)血管生成(尺度棒:20μm)构建的微血管结构的配置和共聚焦显微镜图像。[62]。 B自组装BBB微血管网络。由内皮细胞,星形胶质细胞(ACS)和神经元(顶部)组成的BBB on-on-a芯片的示意图。周性胶质细胞(GFAP,白色),神经元(突触蛋白,绿色)和微血管(CD31,红色)(左下)的共聚焦显微镜图像。 CD31(红色)和紧密结,血管网络星形胶质细胞界面(右下)的ZO-1(绿色)免疫染色。 [63]。 C微流体装置培养内皮屏障。血淋巴内皮细胞层培养(顶部)的配置。内皮特异性蛋白质,克劳蛋白-5和内皮特异性粘附分子,Ve-Cadherin(底部)的免疫染色。秤杆,100μm。 [64]。通过内皮细胞单层微流体培养物模拟的D BBB结构。微流体BBB模型(顶部)的示意图。 (i)芯片底部的共聚焦图像与内皮(ZO-1,红色)和星形胶质细胞网络(GFAP,白色)。秤条,50μm。 (ii)紧密内皮单层(ZO-1,红色; DAPI,蓝色),在多孔膜(α-SMA,绿色; DAPI,蓝色)和用GFAP(GFAP,白色)和S100β标记的星形胶质细胞(S100β ,洋红色)。秤条,50μm[65]。 e管状内皮屏障屏蔽芯片。微流体系统(顶部)的示意图。共聚焦显微镜图像的整体内皮大学结构和网络角的放大部分(红色,CD31;蓝色,核)(底部)。秤条,100μm[66]。 M微流体技术再现BBB的v型材结构。用于内皮细胞,周围的三车道共培养系统的芯片中心的横截面视图,周细胞和星形胶质细胞(上)。 (i)3D重建BBB(Calcein-Am,Green和Magenta; Pecam-1,红色;核,蓝色)的Z堆叠共聚焦图像。 (ii)在微通道中灌注的FITC-DEXTRAN(20kDA)的图像[67]

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