Programming of Computer’s Infrared Spectroscopy of the Tumors of the Bones

Abstract

The processing of infrared spectroscopy data of bone tumors using a computer permits not only to identify the diagnosis of the disease and, by the diagnosis, to prescribe the necessary treatment, but also to conduct research on the physicochemical causes of tumor formation.
Previous studies permitted to establish the differences between a healthy, benign and malignant bone tumor sample by the IR spectra of the samples and thus diagnose a benign or malignant bone tumor.
An algorithm for mathematical processing of infrared spectroscopy data has been developed, which displays the infrared spectrum on a computer screen and allows, based on the results of mathematical processing of IR spectrum and early established difference between a healthy, benign and malignant bone tumor sample in accordance to this spectrum, to diagnose a healthy, benign or malignant bone tumor. The paper presents the use of the programmable language Turbo Basic for programming a developed algorithm for the diagnosis of healthy, benign, or malignant bone tumors.