Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

DIAGNOSTIC VALUE OF SINGLE SHOT FAST SPIN ECHO (SS-FSE) SEQUENCE AND THREE DIMENSIONAL FAST SPIN ECHO (3D-FSE) TECHNIQUE MAGNETIC RESONANCE UROGRAPHY IN EVALUATION OF OBSTRUCTIVE UROPATHY

View through CrossRef
Introduction: Magnetic Resonance Urography (MRU) is a relatively new and developing technique for the evaluation of obstructive uropathy. It offers unique advantages in terms of safety, particularly in patients where exposure to radiation and contrast are of concern. Aims and objectives: The current study aims to evaluate the diagnostic value of SS-FSE and 3D-FSE techniques of MRU in identifying the varied etiology of obstructive uropathy (OU) and grading the level of obstruction. Materials and methods: A prospective cross-sectional study was conducted using demographic and clinical data of obstructive uropathy (OU) patients (n=30) who underwent Magnetic Resonance Urography (MRU) evaluation using SS-FSE and 3D-FSE sequences after informed consent was obtained. Individual case details documented included age, gender, complaint, location of lesion/obstruction, laterality, hydronephrosis grade, blood urea and serum creatinine, urinary pH, calcium, and oxalates levels. Statistical analysis of the data thus documented in a Microsoft Excel sheet was performed using Version 25 SPSS. Results: The study showed calculus obstruction as the leading cause of uropathy in the study population (76.7%, n=23 out of 30 patients) with distal ureter being the most commonly obstructed (39%, n=9 out of 23 patients). Our analysis revealed the overall diagnostic accuracy of SS-FSE (n=22, 95.7%) and 3D FSE (n=23,100%) sequences when used in conjunction to be very similar to that of CT (n=23,100%) in evaluating etiology. Conclusion: The study concludes that both the MRU sequences of single-shot fast echo and three-dimensional fast spin echo sequence have signicantly high diagnostic value in identifying etiology and grading obstructive uropathy (OU). Further advancements in Magnetic Resonance Urography (MRU) sequences can play a major role in developing a comprehensive protocol or even single step investigation for evaluation of Obstructive uropathy.
Title: DIAGNOSTIC VALUE OF SINGLE SHOT FAST SPIN ECHO (SS-FSE) SEQUENCE AND THREE DIMENSIONAL FAST SPIN ECHO (3D-FSE) TECHNIQUE MAGNETIC RESONANCE UROGRAPHY IN EVALUATION OF OBSTRUCTIVE UROPATHY
Description:
Introduction: Magnetic Resonance Urography (MRU) is a relatively new and developing technique for the evaluation of obstructive uropathy.
It offers unique advantages in terms of safety, particularly in patients where exposure to radiation and contrast are of concern.
Aims and objectives: The current study aims to evaluate the diagnostic value of SS-FSE and 3D-FSE techniques of MRU in identifying the varied etiology of obstructive uropathy (OU) and grading the level of obstruction.
Materials and methods: A prospective cross-sectional study was conducted using demographic and clinical data of obstructive uropathy (OU) patients (n=30) who underwent Magnetic Resonance Urography (MRU) evaluation using SS-FSE and 3D-FSE sequences after informed consent was obtained.
Individual case details documented included age, gender, complaint, location of lesion/obstruction, laterality, hydronephrosis grade, blood urea and serum creatinine, urinary pH, calcium, and oxalates levels.
Statistical analysis of the data thus documented in a Microsoft Excel sheet was performed using Version 25 SPSS.
Results: The study showed calculus obstruction as the leading cause of uropathy in the study population (76.
7%, n=23 out of 30 patients) with distal ureter being the most commonly obstructed (39%, n=9 out of 23 patients).
Our analysis revealed the overall diagnostic accuracy of SS-FSE (n=22, 95.
7%) and 3D FSE (n=23,100%) sequences when used in conjunction to be very similar to that of CT (n=23,100%) in evaluating etiology.
Conclusion: The study concludes that both the MRU sequences of single-shot fast echo and three-dimensional fast spin echo sequence have signicantly high diagnostic value in identifying etiology and grading obstructive uropathy (OU).
Further advancements in Magnetic Resonance Urography (MRU) sequences can play a major role in developing a comprehensive protocol or even single step investigation for evaluation of Obstructive uropathy.

Related Results

Dynamics of spinor fermions
Dynamics of spinor fermions
Ultracold atomic gases have established themselves as quantum systems, which are clean and offer a high degree of control over crucial parameters. They are well isolated from their...
Tailoring spin dynamics in asymmetric FM1/Pt/FM2 trilayers via Pt spacer thickness
Tailoring spin dynamics in asymmetric FM1/Pt/FM2 trilayers via Pt spacer thickness
The study of trilayers with a non-magnetic (NM) spacer layer separating two ferromagnetic layers (FM/NM/FM) has been an active area of spintronics research due to their real-world ...
Abstract P4-01-06: Evaluation of 3D T2-weighted Breast MRI
Abstract P4-01-06: Evaluation of 3D T2-weighted Breast MRI
Abstract Background: Although the dynamic contrast enhanced (DCE) sequence has long been considered the most important sequence to characterize benign and malignant ...
Spin to charge current interconversion in Rasha interfaces and topological insulators
Spin to charge current interconversion in Rasha interfaces and topological insulators
Conversion entre courant de spin et courant de charge dans des interfaces Rashba et des isolants topologiques L'interconversion entre courants de spin et de charge ...
Gynecological malignancy with obstructive uropathy patient profile in Cipto Mangunkusumo Hospital: Our 2-year experience
Gynecological malignancy with obstructive uropathy patient profile in Cipto Mangunkusumo Hospital: Our 2-year experience
Introduction: Gynecological malignancies are one of the most common causes of death from cancer in women. Hydronephrosis or obstructive uropathy is the most common finding in patie...

Back to Top