bioimaging research
生物成像研究
bioimaging techniques
生物成像技术
advanced bioimaging
先进生物成像
bioimaging data
生物成像数据
bioimaging analysis
生物成像分析
bioimaging workflow
生物成像流程
bioimaging software
生物成像软件
bioimaging studies
生物成像平台
bioimaging platform
生物成像应用
bioimaging applications
bioimaging revealed subtle inflammation in the lung tissue.
生物成像揭示了肺组织中的轻微炎症。
we used bioimaging to track tumor growth over time.
我们使用生物成像来随时间追踪肿瘤生长。
high-resolution bioimaging improved the accuracy of the diagnosis.
高分辨率生物成像提高了诊断的准确性。
noninvasive bioimaging allowed repeated measurements without surgery.
无创生物成像使得无需手术即可反复测量。
fluorescence bioimaging highlighted the boundaries of the lesion.
荧光生物成像突出显示了病灶的边界。
live-cell bioimaging captured vesicles moving inside neurons.
活细胞生物成像捕捉到了神经元内囊泡的运动。
bioimaging data were processed with automated segmentation.
生物成像数据通过自动分割进行了处理。
quantitative bioimaging enabled objective comparisons between samples.
定量生物成像实现了样本之间的客观比较。
multimodal bioimaging combined mri and optical methods.
多模态生物成像结合了磁共振成像与光学方法。
bioimaging experiments require careful control of exposure and focus.
生物成像实验需要仔细控制曝光与对焦。
advanced bioimaging techniques can visualize protein interactions in real time.
先进的生物成像技术可以实时可视化蛋白质相互作用。
bioimaging pipelines often include denoising, registration, and quantification.
生物成像流程通常包括去噪、配准与定量。
bioimaging research
生物成像研究
bioimaging techniques
生物成像技术
advanced bioimaging
先进生物成像
bioimaging data
生物成像数据
bioimaging analysis
生物成像分析
bioimaging workflow
生物成像流程
bioimaging software
生物成像软件
bioimaging studies
生物成像平台
bioimaging platform
生物成像应用
bioimaging applications
bioimaging revealed subtle inflammation in the lung tissue.
生物成像揭示了肺组织中的轻微炎症。
we used bioimaging to track tumor growth over time.
我们使用生物成像来随时间追踪肿瘤生长。
high-resolution bioimaging improved the accuracy of the diagnosis.
高分辨率生物成像提高了诊断的准确性。
noninvasive bioimaging allowed repeated measurements without surgery.
无创生物成像使得无需手术即可反复测量。
fluorescence bioimaging highlighted the boundaries of the lesion.
荧光生物成像突出显示了病灶的边界。
live-cell bioimaging captured vesicles moving inside neurons.
活细胞生物成像捕捉到了神经元内囊泡的运动。
bioimaging data were processed with automated segmentation.
生物成像数据通过自动分割进行了处理。
quantitative bioimaging enabled objective comparisons between samples.
定量生物成像实现了样本之间的客观比较。
multimodal bioimaging combined mri and optical methods.
多模态生物成像结合了磁共振成像与光学方法。
bioimaging experiments require careful control of exposure and focus.
生物成像实验需要仔细控制曝光与对焦。
advanced bioimaging techniques can visualize protein interactions in real time.
先进的生物成像技术可以实时可视化蛋白质相互作用。
bioimaging pipelines often include denoising, registration, and quantification.
生物成像流程通常包括去噪、配准与定量。
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