In April and in July 2021 supported by ZEISS Russia & CIS two workshops on ear microsurgery by Professor Kosyakov Sergey Yakovlevich took place.
During workshops Professor Kosyakov performed a model basic temporal bone dissection, demonstrated transmeatal and endaural approaches, transmastoidal access and a technique to save a posterior wall of an external auditory canal. In addition, Nersesyan Marina Vladislavovna, Doctor of Medicine, from the N. N. Burdenko Research Institute of Neurosurgery read a lecture on treatment of vestibular schwannoma.
Kosyakov Sergey Yakovlevich, Doctor of Medicine, Professor, Head of the Department of Otorhinolaryngology in Russian Medical Academy of Continuous Professional Education
“When performing a surgery on ear it’s highly important to find anatomical landmarks but the essential part is to understand what to do in a live surgical situation and to choose the most appropriate tactic for each certain case”.
Professor Kosyakov is a leading expert in ear microsurgery and an old friend of ZEISS Russia & CIS, a member of international associations of otosurgeons and rhinologists, the owner of the first in Russia and the sixth in the world OPMI Sensera microscope. One of the scientific publications by Dr.Sergey Kosyakov is the big Handbook for Temporal Bone Dissection containing images made with ZEISS surgical microscopes. In 2009 and 2012 Dr.Sergey Kosyakov became a founder and a head of international conferences called Moscow Ear Days which were held with ZEISS Russia & CIS support.
During workshops they used cadaver material under OPMI pico techno technoscopes and Professor Kosyakov himself used ZEISS OPMI pico ENT surgical microscope.
OPMI pico techno is a compact microscope for classrooms. ZEISS optics detects small structures most clearly and with the highest resolution and provides for a necessary view of a surgical field, and a desk mount makes a microscope mobile and easy to use. ZEISS OPMI pico ENT is a microscope of high quality for microsurgery with a reliable and compact design. It ensures uniform illumination to work with thin structures and tissues and allows for easy and rapid adjustment of a focus distance in relation to the research object. Read more >>