![]() 3D reconstruction software(SRFIII) |
virtual slide(SRF-VS) |
Pathological tissue 3D reconstruction/ observation software |
![]() Large-scale image analysis |
![]() |
![]() |
feature |
1. Manual tracing is almost never required. Automatically extract contours from color images. 2. The 3D construction image can be rotated and cut in real time, and a movie can be displayed. 3. Saved data in TRI/SRF can be displayed. |
Measurement DaTa |
Print out the microscope serial section images and trace the outline of the tissue with a colored felt-tip pen. It is read by the scanner and used as an input image to SRF-R. Input images to SRF-R: Print out serial section images, The outline of the tissue is traced with a red felt-tip pen ![]() Mouse embryo gestation day 11 part of serial section (Epon embedded, 1 μm thick) Saitama Medical University Anatomy 2nd Professor Tamiko Hiruma Provided 29 sheets ![]() ![]() Image generated from extracted contours Volume image of outline |
3D construction example in SRF |
![]() Cerebellar nucleus-derived nerve endings and surrounding structures in feline thalamic VL nucleus Doc Futami Sato ![]() Fetal lung bronchus reconstructed from 50 light microscope section images ![]() Rat kidney and glomeruli prepared from 30 serial electron microscope sections Mr. Nobuaki Yamanaka Ontoshi |
From input to output |
INPUT ![]() Trace a photo with color pens scanner input ![]() ![]() Rat intestinal/cell bile duct and surrounding vessels Coronary arteries with intimal thickening <Provide materials> Waseda University Akita University School of Medicine Kyushu University School of Medicine Professor Terumasa Komuro Professor Tetsuo Kato Hiroaki Yoshino Professor Yutaka Nakajima |