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ESTABLISHING AN ACCURATE AND TARGETED ASSESSMENT OF OPTIONAL AIR ROUTES USING COMPUTERIZED IMAGING

Dr. Shazia Bano, Dr. Hassan Raza Khan, Rida Javed

Objective: Current research has a focus on language, but are abstract and differ greatly depending on the specialist who performs them. We needed to develop a procedure that uses computerized imaging to decide the size and condition of the language and territory than other empty parts in oral depression. Our objective was to establish an accurate and targeted assessment of optional air routes. Methods: Our current research was conducted at Sir Ganga Ram Hospital in Lahore from August 2017 to June 2018. The photographs were taken by the current medical research group. A total of 12 photos were taken by 10 people using the ImageJ programming created by Sir Ganga Ram Hospital in Lahore and decomposed to quantify the size and condition of the tongue by territorial estimation (in cm2), the tooth area, the area of abandoned space, the area of the entire oral hole (short lips). The proportion of abandoned territory to total oral depression was determined by dividing the area of the vacant area by the area of the absolute oral cavity and increasing it by 120. In addition, the intra- and between lateral unshakeable quality was also estimated to assess the accuracy of the objective evaluation. Results: Different sizes and different language states were found in the oral hole. The proportion of abandoned areas to be added to oral depression ranged from 23.9 to 49.5. In addition, we have discovered high accuracy, characterized by unshakeable quality inside and between 1.638×12-6 and 4.349×11-5, separately. Conclusion: Due to differences in language size and condition, the remaining unoccupied area in the oral hole varied from one image to another. In this way, the proportion of the vacant territory to the complete oral pit differed extraordinarily. In general, our elective technique can allow a progressively accurate and targeted assessment of air routes. Keywords: Airway; Valuation; Digital imaging; ImageJ; Tongue.

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