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1import{_ as t,o as e,u as i,b as a,c,i as d}from"./index-c3Se3CC5.js";const s={class:"container"},o=d('<div data-v-4f097fcc><div class="slide-item-split" data-v-4f097fcc><div class="slide-item-img" data-aos="fade-right" data-v-4f097fcc><video poster="http://www.hehutek.com/img/case/RUSH3D/binglixue/RUSH3D_blx_video_02.png" class="video-container" controls="" preload="none" data-v-4f097fcc><source src="http://www.hehutek.com/img/case/RUSH3D/binglixue/RUSH3D_blx_video_02.mp4" type="video/mp4" data-v-4f097fcc></video></div><div class="slide-item-text" data-v-4f097fcc><div data-aos="fade-left" data-v-4f097fcc><div class="title" style="width:390px;text-align:left;" data-v-4f097fcc>脑损伤后小鼠大脑皮层的血管与中性粒细胞成像</div><div class="content" style="width:423px;text-align:left;" data-v-4f097fcc>• 与普通光场显微镜相比，RUSH3D能够更清晰地观测到中性粒细胞在不同时刻下的状态。</div><div class="content" style="width:423px;text-align:left;" data-v-4f097fcc>• 通过RUSH3D能够⻓时程、实时追踪中性粒细胞的运动轨迹，发现其中一个细胞反向跨内皮迁移的罕⻅现象。</div></div></div></div></div>',1),l=[o],n={__name:"Binglixue",setup(v){return e(()=>{new i.init({duration:800,once:!0,disable:"mobile"})}),(f,_)=>(a(),c("div",s,l))}},p=t(n,[["__scopeId","data-v-4f097fcc"]]);export{p as default};