Publications by authors named "M Yu Ulupov"
Background: Acute tonsillopharyngitis is one of the most common types of respiratory tract infections. In case of bacterial etiologies of the disease, penicillin antibiotics are prescribed, in particular amoxicillin + clavulanic acid. Dispersible forms of antibiotics have a number of advantages over film-coated tablets and are characterized by better pharmacokinetic parameters that increase the effectiveness and safety of treatment, as well as patient compliance.
View Article and Find Full Text PDFObjective: To perform a comparative analysis of phonosurgical interventions, which were made using a 445 nm semiconductor laser or cold microinstrumentation in patients with «vocal fold polyp» diagnosis.
Material And Methods: The number of surgical interventions equal 30 regarding vocal fold polyp was done in otorhinolaryngology clinic of Pavlov First State Medical University of St. Petersburg in the period from September 2021 yr.
[Comparison of pain after laser and traditional extracapsular tonsillectomy].
Vestn Otorinolaringol
October 2023
Article Synopsis
- The study compares postoperative pain levels after two tonsillectomy methods: laser (1.94 µm) and cold steel.
- Sixty patients with chronic tonsillitis were divided into two groups, one undergoing each type of procedure, and their pain levels and medication use were monitored.
- Results showed that patients with a history of peritonsillar abscesses experienced significantly less pain using the laser method, without increased bleeding risk compared to the cold steel method.
Background: We present a new method of diode laser stapedoplasty - high-power short-pulse mode with preliminary carbonization of the waveguide and a single spot of laser ablation.
Aims/objective: The aim of our research is the safety evaluation of presented mode 0.98 µm diode laser cochleostomy in guinea pigs.
Objective: To evaluate the thermal effects of a 970 nm diode laser and select the modes necessary for the safe and effective use of this laser to reduce the nasal septum elevation (NSB) in volume in vitro.
Material And Methods: Laser exposure was carried out through a quartz fiber with a diameter of 400 μm in a continuous contact mode at a power from 2 W to 10 W with a step of 2 W. Three linear cuts 1 cm long were applied to the specimens.