Abstract

Background Aetiology of chronic kidney disease (CKD) has shown geographical clustering. Renal ultrasound (USS) is used to diagnose CKD, but USS features are known to vary with aetiology of CKD. Objectives To describe aetiological factors and USS features of CKD. Methods Renal USS was performed in diagnosed adult CKD patients (n=100) and a control group (CG) with normal renal function (n=90). Demographic data, associated comorbidities, serum creatinine values, renal length (RL), renal cortical echogenicity, and number of renal cysts were recorded. CKD severity was graded. Results Hypertension (38%) and diabetes (17%) were commonest aetiological factors of CKD. Severity of CKD was as follows: 35% grade 3a, 39% grade 3b, 11% grade 2, and 15% grade 4. Mean RL of CKD group (9.07cm; SD=0.84) was significantly lower (p<0.001) than the CG (9.83cm; SD=0.79). In CG, the left kidney was longer than the right kidney (T=2.89; P=0.04); but no significant RL difference between both sides in the CKD group (T=0.19; p=0.19). CKD patients (14%) had small kidneys with increased renal cortical echogenicity (95.7%); 55% in sonographic echogenicity grade 2, 20% grade 1, 30% grade 3, 3% normal echogenicity, and 2% grade 4. RL has progressively decreased with CKD severity. Renal cysts were prevalent in CKD group (34%). Compared to diabetics (5.8%), small kidneys were frequently found in hypertensive patients (21.2%). Conclusion Hypertension and diabetes as the commonest aetiological factors of CKD had shown as influence on renal length. Renal length and the echogenicity had varied with the severity of CKD.

Highlights

  • Parallel to the global epidemic of chronic kidney disease (CKD), the CKD prevalence in Sri Lanka has increased[1]

  • In the control group (CG), the left kidney was longer than the right kidney (T=2.89; P=0.04); but no significant renal length (RL) difference between both sides was seen in the CKD group (T=0.19; p=0.19)

  • The epidemical spread of chronic interstitial nephritis in agricultural communities” (CINAC) in the North Central Province has been attributed to dry weather and the widely spread rice cultivating areas that utilize the feeds from a network of water reservoirs

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Summary

Introduction

Parallel to the global epidemic of chronic kidney disease (CKD), the CKD prevalence in Sri Lanka has increased[1]. The rising prevalence of CKD in Sri Lanka is multifactorial. The increasing diagnosis of a novel disease entity called “chronic interstitial nephritis in agricultural communities” (CINAC; previously known as CKDu). CINAC clusters are pronounced in the North Central Province while having a low prevalence in Uva and North Western Provinces[1,2,3]. Hambantota district is located in the Southern province of Sri Lanka. It shares similar climatic and agricultural features to the North Central Province[4]. The aetiology of chronic kidney disease (CKD) has shown geographical clustering. Renal ultrasound (USS) is used as an aid to diagnose CKD, but USS features are known to vary with aetiology of CKD

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