Automated chondrocyte viability analysis of articular cartilage based on deep learning segmentation and classification of two-photon microscopic images

H Fan, P Xu, M Le, J Hsu, X Chen, Y Li… - Three-Dimensional …, 2022 - spiedigitallibrary.org
Chondrocyte viability is an important measure to consider when assessing cartilage health.
Dye-based cell viability assays are not suitable for in vivo or long-term studies. We have …
被引用次数：4 相关文章

Automated chondrocyte viability analysis of articular cartilage based on deep learning segmentation and classification of two-photon microscopic images

H Fana, P Xub, M Lea, J Hsua, X Chena, Y Lia… - Proc. of SPIE … - spiedigitallibrary.org
Chondrocyte viability is an important measure to consider when assessing cartilage health.
Dye-based cell viability assays are not suitable for in vivo or long-term studies. We have …

Automated chondrocyte viability analysis of articular cartilage based on deep learning segmentation and classification of two-photon microscopic images

H Fan, P Xu, M Le, J Hsu, X Chen, Y Li… - Three-Dimensional …, 2022 - ui.adsabs.harvard.edu
Chondrocyte viability is an important measure to consider when assessing cartilage health.
Dye-based cell viability assays are not suitable for in vivo or long-term studies. We have …
[PDF] nsf.gov

[PDF][PDF] Automated chondrocyte viability analysis of articular cartilage based on deep learning segmentation and classification of two-photon microscopic images

H Fan, P Xu, M Le, J Xsu, X Chen, Y Li… - Three-Dimensional and …, 2022 - par.nsf.gov
Chondrocyte viability is an important measure to consider when assessing cartilage health.
Dye-based cell viability assays are not suitable for in vivo or long-term studies. We have …