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A versatile microfluidic platform measures hyphal interactions between

机译:多功能的微流体平台测量与之间的菌丝相互作用

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摘要

a Overview of the FFI device, showing the nature of the interaction and control channels and how they are connected to the fungal inocula. The enlarged regions of interest (dashed boxes) illustrate the directed growth of the fungal inoculum towards the control and interaction channels (duplicates of each channel type). Scale bar = 1 mm. b Photograph illustrating the FFI device. Two fungal inocula plugs of equal size (F1 and F2) can be introduced into the device, allowing hyphal growth and therefore confrontation of two fungal strains via interconnected microchannels. Microchannels feature on the surface of a poly(dimethylsiloxane) (PDMS) slab bonded to a glass-bottomed Petri dish. Scale bar = 1 cm. c Schematic representation of the interaction zone between the two fungi, consisting of equally sized, diamond-shaped segments that trigger a funnel effect and therefore regulate hyphal advance along the microchannel. Scale bar = 250 µm. d Phase contrast image taken from the interaction zone showing hyphae from two different fungal strains growing towards one another. Scale bar = 250 µm.
机译:FFI设备的概述,显示相互作用和控制通道的性质以及它们与真菌接种物的连接方式。感兴趣的放大区域(虚线盒)阐述了对控制和交互通道的真菌接种物的定向生长(每个通道类型的重复)。秤杆= 1毫米。 B图示了FFI设备的照片。可以将两个真菌接种塞(F1和F2)引入装置中,允许悬垂的生长,从而通过互连的微通道对抗两个真菌菌株。在聚(二甲基硅氧烷)(PDMS)板表面上的微通道特征与玻璃底培养皿粘合。秤杆= 1厘米。 C两种真菌之间的相互作用区域的示意图,包括触发漏斗效果的同等尺寸的菱形段,因此调节沿着微通道调节悬垂的前进。秤栏=250μm。 D相比相对于彼此生长两种不同的真菌菌株的相互作用区域捕获的相互作用区。秤杆=250μm。

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