AI Article Synopsis
- The study investigates how exposure to infrared light for 30 days alters the microstructure of rat blood, testis, and brain, analyzed using Fourier Transform Infrared Spectroscopy (FTIR) in the 1,700 - 1,000 cm(-1) range.
- The authors utilized second derivative spectra to assess the biological characteristics of the tissue microstructure affected by the infrared light.
- Findings suggest that FTIR spectroscopy is a valid method for analyzing changes in biological tissues caused by infrared light exposure.
Article Abstract
Structure of biological molecules may change when exposure to electromagnetic field, the change can be recognized from the change of the infrared spectrum. The present paper studied microstructure of rat blood, testis and brain after its exposure to infrared light for 30 days via their FTIR characteristics within the 1 700 - 1 000 cm(-1) range, and the authors also analysed biological characteristics of tissue microstructure with infrared light exposure on rat by their second derivative spectra. Mechanisms of biological effects induced by infrared light were further explored through the findings. All the results indicate that the Fourier transform infrared spectroscopy can be used to analyze infrared light exposure for biological tissue microstructure.
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