Introduction: The cervical screening goal is to detect and treat precancers before cancer. We wanted to understand why errors in the clinical diagnostic and management of patients with persistence of human papillomavirus (HPV); infection occur in gynecological practice.
Aim: Aim of the study was to evaluate 3 clinically important complications of situations for women aged 18-45 years. The study aimed to assess the diagnostic accuracy by colposcopy visualization, cytology and biopsy results, and presence of HPV infection. We aimed to analyze the false-negative (FN) cytology diagnoses inpatients with presence of HPV, colposcopy visualization, histologically proven cervical intraepithelial neoplasia (CIN) 2-3.
Material and Methods: A retrospective analysis of errors in the management of patients was carried out, in treatment methods, especially with the use of cryodestruction, colposcopy pictures, results of cytological and histological conclusion, results of examination for oncogenic types of papillomavirus were presented.
Discussion: After analyzing all errors in the management of patients with persistence of papillomavirus and preliminary cryotherapy of the cervix, the main reasons that led to the progression of the disease up to cervical cancer were noted.
Conclusion: In the presence of papillomavirus, cryodestruction of the cervix is not advisable, even if no cervical dysplasia was detected by histological conclusions

The purpose of this section is to highlight the opportunities for digitizing important processes in the healthcare system to improve the efficiency of population health management. The introduction of these digital processes will increase patient satisfaction with the healthcare system, as well as provide a holistic outlook of patient health through access to data and give patients more control over their own health. Healthcare managers will also be using the developed Internet applications to conduct clinical audits and monitor health problems in the administrative district. It is proposed to develop and use free Internet applications and computer programs, namely: 1) Drug Compatibility Test online application, which is designed primarily for students. This app is designed to test knowledge of drug compatibility and
certain aspects of diet and behavioral habits; 2) electronic individual antenatal drug passport for a promising way to predict, prevent and reduce the risk of allergic reactions; and 3) Medical Intelligence app using the artificial intelligence technologies to develop an individual educational trajectory for doctors and pharmacists. 

The purpose of this chapter is to highlight the opportunities for digitizing important processes in the healthcare system to improve the efficiency of population health management. The introduction of these digital processes will increase patient satisfaction with the healthcare system, as well as provide a holistic outlook of patient health through access to data and give patients more control over their own health. Healthcare managers will also be using the developed internet applications to conduct clinical audits and monitor health problems in the administrative district. It is proposed to develop and use free internet applications and computer programs, namely 1) drug compatibility test online application, which is designed primarily for students; 2) electronic individual antenatal drug passport for a promising way to predict, prevent, and reduce the risk of allergic reactions; and 3) medical intelligence app using the artificial intelligence technologies to develop an individual educational trajectory for doctors and pharmacists.