 Hello everyone. My name is Dr. Raj Shah. I'm a junior resident of Redwood, I'm going to present a paper. The topic of which is ultrasonography and computer tomography comparison in assessing thyroid fatulation in laryngeal cancer in a tertiary care hospital. Laryngeal cancers represent almost one-third of all head and neck cancers and in India alone laryngeal cancers can do about six percent of all cancers in men. This vegetable are alone having an incidence of five to seven percent. Therefore, early diagnosis crucial for increasing twidobility and reducing the morbidity. Ultrasonography is non-invasive, deep and routinely available in a low-economic country like India where it can be used to reduce the risk of laryngeal cancer. It also influence patients with sensitive diacritics, limited jaw mobility, immobilized patients, infants, children and pregnant women, where laryngeal scab become intolerable in cities contraindicated. Ultrasonography is also the advantage of assessing individual laryngeal spread of advanced cancers and helps in getting subclinical improvements and characterizing involvement. Therefore, you will see the very good alternative formulation of laryngeal cancer. The objective of my study is to study the efficacy of laryngeal tomography in the assessment of laryngeal cancers along with computer tomography. The materials and methods that it consumes in patients undergoing ultrasonography and computer tomography choose to have laryngeal cancer. In this study, one specialist, that is me, who was blinded in the patient's screen, is going to be able to evaluate thyroid-hybrid inhibition on ultrasonography and see the CT scan then separately and independently. The study area was another medical college and hospital department of radio diagnosis, pathology, other various clinical departments from where the patient was treated. The study population was 30 patients was chosen. That is the first study that I was in terms of mito-throat expression and then analyzed by a software that has been summarized as standard division for a medical variant and count and percentage for categorical variables and their professions were functioned as a result. The value of laryngeal tomography was 15 patients were 51 to 60 years, which is the maximum. And six patients were 61 to 70 years. The question of aging for the rest of the process was not significantly significant. Patients with thyroid-hybrid inhibition, seven patients were familiar whereas the majority of patients with milk, there was 22 patients. The solution of sex with the HP was also not statistically significant. We also found that among 30 study patients, 18 patients had inhibition of thyroid-hybrid inhibition on ultrason imaging and 12 patients with negative for inhibition in ultrasonopinib. In ultrasonopinib, but the HP was similar. In CT, 25 persons had inhibition of thyroid-hybrid inhibition and five patients had no inhibition. Yesterday, the sensitivity and specificity of ultrasound for detecting thyroid-hybrid inhibition with HP was found to be 62.1% and 100% respectively. Similarly, for CT, the sensitivity and specificity were 850 to 100%. Hence, we consider CT more sensitive while compared to ultrasonography in detecting thyroid-hybrid inhibition. We must take the HP as the standard. Discussion in the current study, we combined the diagnostic process of CT and ultrason, we featured an HP detecting thyroid-hybrid inhibition plan. This is particularly important for management decision-making while function-preserving therapy in connectivity with a clear point of view. It means fewer verbal language problems. During the early 90s, CT obtained a high specificity of 87.7%. It was an unlicensed and free mediation of hydrochloric inhibition. In the late 1990s, the criteria for evolution and exposure in the spirit we introduced and sensitivity of sensitivity were present. After major technological advances, CT patients, the reactor reported a sensitivity of 85%. That's the specificity. So, in the mid-multi-digit capacity, in our study, we used the proposed criteria for catalyzed inhibition and multi-digit capacity, and achieved a sensitivity of 91% and specificity of 75%. The probability of negative activity was 98%. However, in a recent review article by adults, eight-year-old pro-studies were included in the final analysis. Only one study, negative activity, was reported in the final analysis. And they were 81%. The person was negative activity, probability of negative activity. For thyroid-hybrid inhibition, we are investigating with free studies and range from 45% to 80%. And from 85% to 100% respectively. This isn't something negative activity, but it was a positive activity. Of this study and our study, we used a small group of study. In our study, we also provide evidence that CT could supply valuable information on the diagnosis of thyroid-hybrid inhibition. We found that CT findings were from derivative ultrasound findings. The sensitivity was high. It attained a positive activity of 100%. And it was a positive activity of 20%. The cultivation of thyroid-hybrid inhibition was by and within the laryngeal capabilities provided challenges during the experiment for the laryngeal cancer. A more common illness, whether thyroid-hybrid calcification, often earlier, and is more common, complete learning primal. Our 50% or less calcification of laryngeal cancer, which is the satisfactory inflammation of all or part of the laryngeal structure, 90 to 98% of them possible. And that's a very area that thyroid-hybrid inhibition is. How does it do that? We found that laryngeal cancer could be visualized much better because of the execution of laryngeal cancer. But we might say, it was also proven in our studies with some carcinoma. The detection rate and specificity of CT and U.S. virus in CT were more sensitive at 6.2% and then ultrasound. The results are that CT has a satisfactory detection rate for laryngeal cancer, even in male adults and with thyroid-hybrid calcification. It can be used completely only in U.S.G. when in doubt of minor carcinomas. Mali is proved to be more sensitive than CT for cartilaginous sensitivities up to 96%. However, this is of course, because it requires a lot of information. Implementary changes for common in thyroid-hybrid and specificity of MR. But the detection and inflammation of the thyroid cartilage is only 56% to 65%. Money-imaging is compromised by motor artifacts like lage and lage in sector. Other MRIs generally are not widely available. We did not use the MRI industry. Our study had certain limitations because the number of cases in hospital decreased on further studies with a bit of publishability findings and it could turn into a clinical effect. Secondly, only one examiner scans the laryngeal laryngeal leading to issues with the delivery of surgery and endocrinology. It is not difficult for an examiner to understand whether or not the laryngeal after training is food-based. So, we use a foundation in U.S. and then play for company. Even scores of further research. In addition, CT allows excellent depiction of internal antimens and learnings, along with the endoscopy of the laryngeal, and it compels the therapeutic treatment of the patient, learning the 5-pronged program, and having a proper business. We are putting this in the community. So, we are using the diagnosis of laryngeal cancers. So, we must have a good treatment and survival. The findings in the patient was shown in 18 cases in U.S. No invention to work. Total 30 CT, 25 patient inversion, 5% in U.S. and 30% in the community. This was a similar study. The findings were shown in large scale, showed thyroid cartilage inversion. The second image shows that the normal, the thyroid gland is not removed. Over here, we can see there is an increase in the mass within the laryngeal mass. The CT showed the mass out here, and there is clearly showing the dilution of the thyroid cartilage inversion. And similarly, the PhD is showing the involvement of bilateral vocal cord and anterior commissure at the thyroid cartilage inversion. The second image shows there is a mass out here. The thyroid cartilage is that the thyroid gland is intact, but there is no invasion of the thyroid cartilage inversion. This action on the coronal system shows the mass out here, and there is no involvement of the thyroid cartilage inversion. Thank you.