Karya Tulis Ilmiah
ANALISIS TEKNIK PEMERIKSAAN BNO-IVP TANPA KOMPRESI DENGAN KLINIS COLIC URETER DI INSTALASI RADIOLOGI RUMAH SAKIT UIN SYARIF HIDAYATULLAH JAKARTA
Physiologically, urinary system functions to transport urine from the kidneys to the outside of the body, and one of its common disorders is ureteric colic caused by urinary tract obstruction, typically due to stones. In relation to which, BNO-IVP (Plain Abdomen and Intravenous Pyelography) examination is commonly used to assess the anatomy and function of the urinary system. At UIN Syarif Hidayatullah Hospital Jakarta, BNO-IVP technique for the patients with ureteric colic is performed without compression, using AP supine and PA prone projections. This research aims to evaluate the procedure and analyse the radiographic imaging results of the BNO-IVP examination in the patients with clinical ureteric colic undertaken at Radiology Department of UIN Syarif Hidayatullah Hospital Jakarta. Thereafter, by using a qualitative descriptive method with a case study approach, data were then collected through among the other things observation and interviews, employing observation sheets and Google Forms as instruments. The results of this research show that the non-compression BNO-IVP technique provides excellent visualization of the urinary system’s anatomical structures. The examination is carried out with specific patient preparation, and the images are taken in every 5 minutes starting from the plain abdominal film (BNO polos) through to the post-void phase. This technique offers greater patient comfort and allows for the assessment of natural urine flow. At UIN Syarif Hidayatullah Hospital, BNO-IVP examination is performed using AP supine and PA prone projections, without mixing the contrast agent with NaCl. This technique produces diagnostic images that meet clinical criteria, enhances radiologic diagnostic accuracy, and improves patient comfort.rnKeywords : BNO-IVP, Non-Compression, PA Prone, Ureteric ColicrnReferences : 3 Textbooks, 15 Journal Articles (2012–2021)
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