The scientists used microfluidics, a technique that allowed them to probe blood clotting on surfaces that mimic vascular damage on the micron scale, a unit of measurement much narrower than the diameter of a human hair.
The scientists used microfluidics, a technique that allowed them to probe blood clotting on surfaces that mimic vascular damage on the micron scale, a unit of measurement much narrower than the diameter of a human hair.
他们使用了一种微流体技术，这项技术使科学家们能够检测在微米（比人头发直径小的多）水平上模拟的血管损伤后血液的凝固过程。