A CMOS sucrose image sensor with a 30 \mu \mathrm{m} -pitch and 256 \times 256 pixels was fabricated based on redox sensing using the enzymatic method.
This study is the first of its kind to report real-time imaging of sucrose in the sliced-tomato stem. Keywords—bioimaging; agricultural sensors; CMOS.
The research provides a detailed analysis of the primary sources of non-uniformity in color CMOS image sensors. It introduces the fundamental theory of ...
Fabrication of CMOS Sucrose Image Sensor to Visualize Photosynthetic Products in Plants ... Authors: Yusuke Matsushita; Taichi Yoshida; Hideo Doi; Yong-Joon Choi ...
A 30 µm-pitch and 256 × 256 pixels CMOS sucrose image sensor was fabricated based on redox sensing using the enzymatic method. We successfully obtained sucrose ...
Fabrication of CMOS Sucrose Image Sensor to Visualize Photosynthetic Products in Plants. DOI · Yusuke Matsushita · Taichi Yoshida · Hideo Doi · Yong-Joon Choi.
CMOS-Based Multimodal Image Sensor Enabling Simultaneous Visualization ... Fabrication of CMOS Sucrose Image Sensor to Visualize Photosynthetic Products in Plants
Fabrication of CMOS Sucrose Image Sensor to Visualize Photosynthetic Products in Plants. SENSORS. Yusuke Matsushita; ,; Taichi Yoshida; ,; Hideo Doi; ,; Yong- ...
Fabrication of CMOS Sucrose Image Sensor to Visualize Photosynthetic Products in Plants , IEEE SENSORS 2023, 1210, poster, 2023.10.30, Vienna, Austria. Runa ...
This paper presents a brief review on these imaging techniques and their applications in plant phenotyping.