Biomedical optical analytical techniques to analyse the medicinal drugs and optical properties of tissues

TLDR: In this paper, the biomedical optical analytical techniques such as ultra-violet spectroscopy, Fourier transform infrared spectrograms, and Fourier Transform-Raman spectrographs are used to characterise and quantise the medicinal drugs.

Abstract: In this research paper, the biomedical optical analytical techniques such as ultra-violet spectroscopy, Fourier transform infrared spectroscopy and Fourier transform-Raman spectroscopy are used to characterise and quantise the medicinal drugs. The hydroxyl group and methyl group was assigned to the wave numbers 3230.67 cm–1 and 2928.50 cm–1. The functional groups are also identified –N=C=O, –N=C=S, –N=C=N–, –N3 at 4.67 µm. The CH, CH2, and CH3 three bands with strong intensity are assigned to the wave numbers 2985 cm–1 to 2850 cm–1. The FT-Raman spectra is obtained for the blue sample, the functional group C≡C is assigned to the wave number 2129.84 to 2191.41 cm–1. The wave numbers 2558.71–2620.73 cm–1 are obtained for the functional bond –S–H. The wave number 1610.95 cm–1 is obtained for the C=N functional group. In this paper one sample namely Fibril-SF is taken by a patient and his Saliva sample is collected for Fourier Transform Infrared spectroscopy test to analyse the reaction of drugs with human body tissues.