TAILIEUCHUNG - Engineering solutions to reduce vulnerabilities in biotechnical systems

To assess the clinical significance of electrophysiological, functional, and morphometric studies of the optic nerve in patients with serous meningitis during the recovery period. | Engineering solutions to reduce vulnerabilities in biotechnical systems International Journal of Mechanical Engineering and Technology IJMET Volume 10 Issue 03 March 2019 pp. 636-643. Article ID IJMET_10_03_066 Available online at http ijmet JType IJMET amp VType 10 amp IType 3 ISSN Print 0976-6340 and ISSN Online 0976-6359 IAEME Publication Scopus Indexed ENGINEERING SOLUTIONS TO REDUCE VULNERABILITIES IN BIOTECHNICAL SYSTEMS Lyudmila Khasanova Department of Infectious Diseases Ryazan State Medical University Ryazan. Russia. Kira Ageeva Department of Infectious Diseases Ryazan State Medical University Ryazan. Russia. Maria Chernobavskaya Department of Eye and ENT Diseases Ryazan State Medical University Ryazan. Russia. Alexander Kolesnikov Department of Eye and ENT Diseases Ryazan State Medical University Ryazan. Russia. Vladimir Martynov Department of Infectious Diseases Ryazan State Medical University Ryazan. Russia. ABSTRACT To assess the clinical significance of electrophysiological functional and morphometric studies of the optic nerve in patients with serous meningitis during the recovery period. Congestive fundus changes during the follow-up observation period in patients with serous meningitis were diagnosed more often 6 compared with changes in the fundus in the acute period 13 4 . Analysis of perimetric indices revealed a significant decrease in photosensitivity in 80 8 patients with serous meningitis during the recovery period compared with the control group. According to optical coherence tomography in patients with serous meningitis significant changes were detected in 90 9 patients. According to the data of visual evoked potentials and electroretinography in patients with serous meningitis a deterioration in visual afferentation was detected. Key words Serous meningitis optic nerve damage. http IJMET 636 editor@ Lyudmila Khasanova Kira Ageeva Maria Chernobavskaya Alexander Kolesnikov .

• Sinh học
• Clinical significance of electrophysiological
• Morphometric studies of the optic nerve
• Follow up observation period
• Analysis of perimetric indices
• Data of visual evoked potentials