Three-dimensional(3D)histology has exhibited tremendous potential in fundamental research and clini-cal disease grading,but compatible labeling techniques are still lacking.Recently in Science Advances,Pac et al.repor...Three-dimensional(3D)histology has exhibited tremendous potential in fundamental research and clini-cal disease grading,but compatible labeling techniques are still lacking.Recently in Science Advances,Pac et al.report a new histological technique termed 3DNFC,which realizes 3D fluorescence imaging of thick tissues via citrate-based in situ fluorophore formation.展开更多
文摘Three-dimensional(3D)histology has exhibited tremendous potential in fundamental research and clini-cal disease grading,but compatible labeling techniques are still lacking.Recently in Science Advances,Pac et al.report a new histological technique termed 3DNFC,which realizes 3D fluorescence imaging of thick tissues via citrate-based in situ fluorophore formation.
