Kidney blood tests measure waste levels and electrolytes to check how well your kidneys are filtering the blood. At Bids Chemist, early testing can detect issues like kidney disease or dehydration. Regular monitoring supports better hydration, organ protection, and overall body balance through early prevention and personalised care.
This test evaluates kidney function without including electrolyte analysis. Blood is drawn to measure markers such as creatinine and urea, which indicate how effectively the kidneys filter waste. Abnormal results may suggest impaired kidney function or early-stage kidney disease. Healthcare providers use results to guide monitoring, treatment, and lifestyle recommendations. Patients benefit by detecting kidney issues early, preventing complications, and maintaining long-term renal and overall health.
This comprehensive kidney profile evaluates kidney function including electrolytes such as sodium, potassium, and chloride. Blood is collected to assess filtration efficiency, metabolic balance, and risk of kidney disease. Abnormal results guide healthcare providers in diagnosis, medication adjustment, hydration, and dietary advice. Patients benefit by understanding renal health, preventing complications, and supporting long-term kidney function. Early detection allows proactive interventions to maintain optimal metabolic and cardiovascular health.
This test measures microalbumin in urine, an early marker of kidney damage, particularly in diabetes or hypertension. Urine is collected and analysed to detect small amounts of albumin leakage. Early detection allows healthcare providers to implement interventions such as lifestyle changes, medication adjustments, and monitoring. Patients benefit by preventing progression to chronic kidney disease, maintaining kidney function, and supporting long-term health. Early identification supports proactive care and protects overall metabolic and cardiovascular wellness.
This test measures urine osmolality, reflecting kidney concentrating ability and hydration status. Urine is collected and analysed to detect imbalances caused by dehydration, kidney dysfunction, or metabolic disorders. Abnormal results guide healthcare providers in treatment, hydration strategies, and monitoring. Patients benefit by maintaining proper fluid balance, supporting kidney function, and preventing complications related to electrolyte or fluid imbalance. Timely testing allows early intervention and promotes long-term wellness.
This test analyses renal stones to determine composition, such as calcium, uric acid, or cystine. Stone analysis helps healthcare providers understand the cause of stone formation, guide dietary and lifestyle changes, and recommend preventive strategies. Patients benefit by identifying risk factors, reducing recurrence, and maintaining long-term kidney health. Timely assessment supports effective management and overall wellness.
This test measures uric acid in urine to assess excretion and metabolic status. Urine is collected and analysed to evaluate kidney function and risk of stones or metabolic disorders. Abnormal results guide healthcare providers in preventive measures, therapy, or dietary adjustments. Patients benefit by understanding excretion status, maintaining kidney health, preventing complications, and supporting long-term wellness. Early assessment enables proactive management and informed health decisions.
This test measures urine albumin-to-creatinine ratio (ACR) to detect early kidney damage, particularly in diabetes or hypertension. Urine is collected and analysed to identify albumin leakage. Elevated ACR allows healthcare providers to implement early interventions, monitor kidney function, and prevent progression to chronic kidney disease. Patients benefit by understanding renal health, taking preventive action, and maintaining overall wellness. Timely assessment supports proactive care, long-term kidney function, and overall health optimization.
