biostudies-literatureGuo QDoctoral research start-up project of China West Normal UniversityChina West Normal UniversityFundamental Research Funds of China West Normal UniversityNational Natural Science Foundation of ChinaFundamental Research Funds of China  West Normal University4898https://www.ebi.ac.uk/biostudies/studies/S-EPMC11510495biostudies-literatureUnknown29(20)At present, the effects of environmental electromagnetic irradiation on the metabolism of organisms have attracted extensive attention, but the mechanism is still not clear. D-glucose plays an important role in the metabolism of organisms. In this work, the change in the optical rotation of D-glucose solution under an electrostatic field is measured experimentally, so as to explain the mechanism of the electric field-induced biological effect. The experimental results show that the electrostatic field can alter the optical rotation of D-glucose solution at different temperatures. Under the different strengths of electrostatic field, the specific rotation of D-glucose solution increases at different temperatures; the maximum increase can reach 2.07%, but the effect of temperature and electrMolecules (Basel, Switzerland)Influence of Electrostatic Field on Optical Rotation of D-Glucose Solution: Experimental Research for Electric Field-Induced Biological Effect.PMC11510495KCXTD2024-262401478No.412980No.62401478412980Zhao CZhu JMa YChen CGuo QGou DfalseInfluence of Electrostatic Field on Optical Rotation of D-Glucose Solution: Experimental Research for Electric Field-Induced Biological Effect.At present, the effects of environmental electromagnetic irradiation on the metabolism of organisms have attracted extensive attention, but the mechanism is still not clear. D-glucose plays an important role in the metabolism of organisms. In this work, the change in the optical rotation of D-glucose solution under an electrostatic field is measured experimentally, so as to explain the mechanism of the electric field-induced biological effect. The experimental results show that the electrostatic field can alter the optical rotation of D-glucose solution at different temperatures. Under the different strengths of electrostatic field, the specific rotation of D-glucose solution increases at different temperatures; the maximum increase can reach 2.07%, but the effect of temperature and electr2024-01-01T00:00:00Z2024 Oct2025-04-04T03:04:05.483Z2025-04-04T03:04:05.483ZS-EPMC115104953945926610.3390/molecules29204898