[HTML][HTML] Multi-spectral clinical prototype for fluorophore detection
K Grygoryev, H Lu, CL Li, AV Zhdanov, R Burke… - Frontiers in …, 2021 - frontiersin.org
Identification of tumour margins during resection of the brain is critical for improving the post-
operative outcomes. Current methods of tumour identification use 5-ALA, an exogenous …
operative outcomes. Current methods of tumour identification use 5-ALA, an exogenous …
[引用][C] Multi-Spectral Clinical Prototype for Fluorophore Detection
K Grygoryev, H Lu, CL Li, R Burke… - Frontiers in …, 2021 - elibrary.ru
[PDF][PDF] Multi-Spectral Clinical Prototype for Fluorophore Detection
K Grygoryev, H Lu, CL Li, AV Zhdanov… - Front. Phys. 9 …, 2021 - researchgate.net
Identification of tumour margins during resection of the brain is critical for improving the post-
operative outcomes. Current methods of tumour identification use 5-ALA, an exogenous …
operative outcomes. Current methods of tumour identification use 5-ALA, an exogenous …
Multi-spectral clinical prototype for fluorophore detection
K Grygoryev, H Lu, CL Li, AV Zhdanov… - Frontiers in …, 2021 - ui.adsabs.harvard.edu
Identification of tumour margins during resection of the brain is critical for improving the post-
operative outcomes. Current methods of tumour identification use 5-ALA, an exogenous …
operative outcomes. Current methods of tumour identification use 5-ALA, an exogenous …