Ozan Emre EYUPOGLU

Istanbul Medipol University, Turkey

Title: The Prevention Of Viral Particles In Nano-Liposomic Aerosol Form By Herbal Molecules

---

Biography

Ozan Emre Eyupoglu is an Assistant Professor in School of Pharmacy at Istanbul Medipol University, ?stanbul, Turkey He received his PhD Degree from Graduate School of Natural & Applied Sciences, Chemistry (Biochemistry), Karadeniz Technical University, Turkey in 2017. His area of interest includes Health Sciences, Medicine, Basic Medical Sciences, Biochemistry, Biophysics, Biomolecules, Proteomics and Biological Spectroscopy. He has published number of researches and conference articles about the chromatographic analysis and antioxidant activities of medicinal plants in reputed journals. He is closely related to topics such as artificial intelligence, machine learning, and innovative techniques, and plans studies for processing biochemical data for disease diagnosis. He is an interdisciplinary scientist who specializes in developing on-line chromatographic methods. He supervised 2 Master degree candidates who are making  thesis on the coagulation system and aromatherapy recently. 

Abstract

Aerosol particle films are dispersed in the Z space direction according to the orbital coordinates with a collision energy of 0.3 eV per atom on the alumina substrate surface through the nebulizer nozzle (<4 ?m), taking into account the structure and physical properties, size distribution and morphology of the particles, as well as Langevin dynamics and Monte Carlo pore width. The volatile herbal molecules absorbed into the cartridge effective liposomal nanofiber filter technology were sent with aerosol particles on the respiratory fluids and gases in the magnetic field created against gravity formed with a copper cable wrapped in a combined silicon nanowire transistor coil, simulating the change of covid-19 virulence. Extracts containing herbal molecules in nebulized aerosol form in nano liposome were successful with 90% efficiency on virulence. Viral particle propagation was also pictured with thermal cameras.