![2016 – antibody-conjugated nanoparticles target to proteins in tissue](https://yuwang2uw.files.wordpress.com/2018/01/small-paper1.png?w=450&h=450&crop=1)
Tag: Rhinoceros
![2016 – antibody-conjugated nanoparticles target to proteins in tissue](https://yuwang2uw.files.wordpress.com/2018/01/small-paper1.png?w=450&h=450&crop=1)
![2017 – Nanoparticle-based imaging technique for intraoperative guidance of tumor removal](https://yuwang2uw.files.wordpress.com/2018/01/figure-2-system-and-images.jpg?w=450&h=450&crop=1)
2017 – Nanoparticle-based imaging technique for intraoperative guidance of tumor removal
![2016 – a mechanical device to accelerate the binding of nanoparticles to the protein targets in tissue](https://yuwang2uw.files.wordpress.com/2018/01/3d_fig-2_r3c2.jpg?w=450&h=450&crop=1)
2016 – a mechanical device to accelerate the binding of nanoparticles to the protein targets in tissue
![2016 – spectral imaging system and channel-compression strategy](https://yuwang2uw.files.wordpress.com/2018/01/3d_fig-1_r3.jpg?w=450&h=450&crop=1)
2016 – spectral imaging system and channel-compression strategy
![2016 – automated tissue staining and imaging](https://yuwang2uw.files.wordpress.com/2018/01/fig-6_visiob.jpg?w=450&h=450&crop=1)
2016 – automated tissue staining and imaging
![2017 – Conventional confocal vs. light-sheet microscopy](https://yuwang2uw.files.wordpress.com/2018/01/3d_tissue-lsm_12_3-2.png?w=450&h=450&crop=1)
2017 – Conventional confocal vs. light-sheet microscopy
![2016 – Comparison of four microscope geometries](https://yuwang2uw.files.wordpress.com/2018/01/3d_fig-1_r91.jpeg?w=450&h=450&crop=1)