ul. Kultury, 9, Kharkov, Ukraine
lorkharkov@gmail.com
Work time:
+38 (057) 705-13-49
Rhinomanometer "Optimus"
Certified system for clinical practice and research
Specifications
Rhinomanometer "Optimus" meets all modern requirements, using the high accuracy sensors
Certificate
Ukrainian certification has similar requirements with certification in European Union
The new scheme for measuring the dif
The scheme provides the high accuracy of the differential pressure measurement
The method of measuring pressure
Patent № 107855, Ukraine.The method of measuring differential pressure for the assessment of nasal breath.
Software
The "Opimus" is compatible with MS Windows XP ,7, 8, Vista. Easy user-friendly interface, C#, SQLite, platform «NET». Software provides export data to MS Excel for further evaluation and calculation.
Nasal airway resistance
Visualization of pressure-airflow curve. Determination of NAR: R2 from Broms’ algorithm and R150, R100, R75.
6 Phases
On the one hand, 6-Phase Rhinomanometry is further development of the 4-Phase Rhinomanometry, and on the other hand it is the innovative diagnostic approach
6-Phase Rhinomanometry
6-Phase -Rhinomanometry a further development of 4-Phase-Rhinomanometry. A new look at the aerodynamics of airflow through the nasal cavity
Dimensionless coefficient ζ
Easy and precise diagnosis. Determination of "norm" is based on physiology of nasal breathing
3D anatomical models
The most precise 3D stereolithographic anatomical models.
Expertise
Expert's evaluation approves a high accuracy of models.
Lateral side of nose
3D models are suitable for learning of anatomy.
Internal Nose and Paranasal Sinuses
3 D models are suitable for planning of surgical interventions. Accessibility of detailed anatomy of the internal nose and paranasal sinuses allows developing a new surgical techniques in complex clinical cases.
Study of particle deposition
3 D models can be used to predict particle deposition in nasal cavity. Both CFD numerical simulation and usage of printed 3 D models are very important for study of aerodynamics of nasal airflow.
Study of nasal filtration function
The study of nasal filtration function showed connection of filtration function with aerodynamics. We investigate an impact of aerodynamic characteristics on filtration function.
System "Imed"
Software and hardware system "Imed" for measuring the differential pressure in the maxillary sinus.
Aerodynamics of maxillary sinus
We obtained a characteristic of air pressure during nasal breathing in maxillary sinus when ostium and nasal cavity function normally.
Aerodynamics of maxillary sinus
Partial block of the maxillary sinus ostium in both directions.
Intraoperative measurements
Intraoperative measurements are additional tool for diagnostics and treatment.
Novel diagnostic features. Determination of treatment strategy for sinusitis.