Development of growth control device by interposing pH control system

在这项研究中，生物相容性材料和植物的生物潜力是明确的。作为生物相容性材料，选择由酚醛清漆树脂组成的光致抗蚀剂。通过在植物的制备过程中监测300 mV左右的生物电位，可以检测到诸如K^+的可移动离子。证实了用电子器件控制植物生长的可能性。从环境耐久性的角度，可以讨论植物种子的开发。

In this study, a biocompatible material and bio-potential for a plant are clarified. As a biocompatible material, a photoresist composed by a novolac resin is selected. By monitoring a bio-potential around 300mV during preparation process of a plant, a movable ion such as K^+ can be detected. The possibility of plant growth control by electronic devices is confirmed. On the point of environmental durability, development of plant seeds can be discussed.