Abstract

Uncinateprocess is essential to the architecture of the nasal cavity and paranasal sinuses, few research have looked at its anatomical variations. This study examines various differences in computed tomography imaging to investigate how they could affect medical treatments and sinusitis care. Methods: A retrospective analysis of CT PNS from diverse patients, examined for morphological variantionsof the uncinate process, focusing on its size, shape, orientation and relationships with adjacent structures. Patient demographics, age, sex, and ethnicity were considered to identify potential correlations with specific anatomical variants. Results: The results showed that the study cohort had a range of anatomical variations in the uncinate process. There were variations in the ethmoid labyrinth's size, shape, and attachment sites. Furthermore, there was a noticeable variability in the way the uncinate process was oriented in relation to the ethmoid infundibulum. Anatomical variations and patient demographics were correlated, and this suggested possible correlations with age. These results highlight the intricate structure of the uncinate process and how it interacts with individual traits. Conclusion: This study examines anatomical variations of the uncinate process using computed tomographyimaging, highlighting the significance of unique anatomical traits in clinical practice. The findings have implications for medical therapies and add to our understanding of sinonasal anatomy. The quality of patient care and treatment results will increase with a deeper understanding of uncinate process variability.

Description