What Your Urine test is telling you
WHAT YOUR URINE TEST
IS TELLING YOU
A Complete Plain-Language Guide to Understanding Your Urinalysis Results
Published by: Omokos Diagnostics and Clinical Services Ltd
Reviewed by: Scientist Shuaibu Omoko, | Founder, Omokos Diagnostics
Published: 2026 | Benin City, Edo State, Nigeria
Medical Disclaimer: This article is for educational purposes only. It does not constitute medical advice or replace professional diagnosis. Consult a qualified healthcare provider about your specific results.
You have just collected your urine test result. The paper is filled with words like protein, leucocytes, nitrites, specific gravity, and pH. Some fields say POSITIVE. Others say a number followed by a unit you do not recognise. And you are sitting there wondering — what does any of this actually mean for my health?
You are not alone. The urinalysis — or urine test — is one of the most commonly performed laboratory tests in Nigeria, requested by doctors for almost every clinical condition. Yet most patients receive their results with little or no explanation of what those results are actually revealing about their body.
This guide changes that. Written in plain, clear language by the team at Omokos Diagnostics and Clinical Services Ltd in Benin City, this article explains every component of a standard urine test — what it measures, what normal looks like, and what abnormal results may indicate about your health.
Urine is far more than waste. It is a detailed biological report produced by your kidneys every day — reflecting the health of your kidneys, urinary tract, liver, metabolic system, and more. Learning to read that report gives you powerful insight into your own body.
What This Guide Covers
- What Is a Urine Test and Why Is It Done?
- The Three Parts of a Urinalysis
- Physical Examination — Colour, Appearance, and Odour
- Chemical Examination — The Dipstick Test Results Explained
- Microscopic Examination — What Is Seen Under the Microscope
- Urine Microscopy, Culture, and Sensitivity (Urine MCS)
- Reading Your Complete Urinalysis Result Sheet
- What Urine Tests Reveal About Specific Health Conditions
- Special Urine Tests You May Also Be Asked to Do
- Frequently Asked Questions
- References
1. What Is a Urine Test and Why Is It Done?
A urinalysis is a laboratory examination of urine. It analyses the physical, chemical, and microscopic properties of your urine sample to provide information about your health. It is one of the oldest, simplest, and most informative tests in all of medicine.
The kidneys filter approximately 180 litres of blood every single day, removing waste products, excess fluid, hormones, and other substances. Everything the kidneys filter ends up in urine. That is why urine carries so much diagnostic information — it is literally a filtered sample of your blood chemistry.
Doctors request urinalysis for many reasons:
- As part of a routine health check or medical examination
- To investigate symptoms like frequent or painful urination, back pain, swelling, or foamy urine
- To screen for kidney disease, diabetes, or urinary tract infections
- To monitor known conditions like hypertension, diabetes, or kidney disease
- As part of antenatal care for pregnant women
- Before surgical procedures or hospital admission
- To monitor the effects of medications on kidney function
A single urine test can simultaneously reveal signs of kidney disease, diabetes, urinary tract infection, liver disease, dehydration, and even some cancers. It is one of the most cost-effective diagnostic tools available in medicine.
2. The Three Parts of a Urinalysis
A complete urinalysis has three components, each providing different types of information:
| Component | How It Is Done | What It Reveals |
| Physical Examination | Visual inspection of the urine sample | Colour, clarity, appearance, and odour of the urine |
| Chemical Examination | Dipstick test — a strip dipped into the urine that changes colour | pH, specific gravity, protein, glucose, blood, ketones, bilirubin, nitrites, leucocytes, and urobilinogen |
| Microscopic Examination | Urine is centrifuged and examined under a microscope | Cells (red blood cells, white blood cells), casts, crystals, bacteria, and other particles |
Some laboratories provide all three components in one report. Others may only provide the physical and chemical examination unless specifically requested to perform microscopy. If your doctor has requested a full urinalysis, all three should be included.
3. Physical Examination — Colour, Appearance, and Odour
The first thing a laboratory scientist does with your urine sample is simply look at it. Urine colour, clarity, and appearance provide immediate, valuable information.
Urine Colour
| Urine Colour | What It Usually Means | Action |
| Pale yellow to light amber | Normal — well hydrated | No action needed |
| Dark yellow to amber | Mild to moderate dehydration | Increase water intake |
| Orange | Severe dehydration, liver disease, or certain medications (e.g. rifampicin) | Consult doctor if persists |
| Pink or red | Blood in urine (haematuria) — kidney stones, infection, kidney disease, or rarely cancer | Urgent medical evaluation |
| Brown or cola-coloured | Severe liver disease, haemolysis, or muscle breakdown (rhabdomyolysis) | Seek medical care promptly |
| Green or blue | Rare — certain medications or bacterial infection (Pseudomonas) | Consult doctor |
| Cloudy or milky white | Urinary tract infection, phosphate crystals, chyluria (lymph in urine) | Laboratory and clinical evaluation |
| Foamy or frothy | Significant protein in urine — possible kidney disease | Urgent kidney function evaluation |
Foamy or frothy urine that persists is one of the most important warning signs of kidney disease. The foam is caused by excess protein leaking into the urine through damaged kidney filters. If your urine looks consistently foamy, do not ignore it — get a urinalysis done today.
Urine Appearance / Clarity
| Appearance | What It Means |
| Clear | Normal — no significant particles |
| Slightly turbid (cloudy) | May indicate phosphates (normal), early infection, or mucus |
| Turbid (clearly cloudy) | Suggests urinary tract infection, cells, crystals, or significant debris |
| Milky | Possible pus (pyuria), fat (lipiduria), or lymph (chyluria) |
Urine Odour
- Normal urine has a mild, characteristic odour from urea and other waste products
- Ammonia-like odour — strongly concentrated urine or old urine sample that has been left standing
- Foul or offensive odour — urinary tract infection with bacteria
- Sweet or fruity odour — possible diabetic ketoacidosis (DKA) — a medical emergency in uncontrolled diabetes
- Musty odour — rare metabolic conditions
4. Chemical Examination — The Dipstick Test Results Explained
The chemical examination uses a dipstick — a plastic strip with coloured pads that react to specific substances in urine when dipped into the sample. Each pad changes colour depending on the substance present, and the colour is compared to a reference chart to give a result.
This is the section of the urinalysis that most patients find confusing. Let us go through every parameter one by one, in plain language.
4.1 pH — Acid-Base Balance
The pH measures how acidic or alkaline your urine is. The scale runs from 1 (most acidic) to 14 (most alkaline), with 7 being neutral.
| pH Value | Classification | Common Causes |
| 4.5 to 5.5 | Acidic — normal range | High protein diet, diabetes, dehydration, respiratory acidosis |
| 5.5 to 7.0 | Normal range | Balanced diet and normal metabolism |
| 7.0 to 8.5 | Alkaline | Vegetarian diet, urinary tract infection, kidney tubular acidosis, prolonged vomiting |
| Above 8.5 | Very alkaline — abnormal | Pseudomonas UTI, contaminated sample, or metabolic alkalosis |
For most clinical purposes, urine pH alone is not highly diagnostic. It is used alongside other parameters to understand kidney function and acid-base balance.
4.2 Specific Gravity — Concentration
Specific gravity measures how concentrated your urine is — how many dissolved substances it contains relative to pure water. It is a direct reflection of your hydration status and your kidneys’ ability to concentrate urine.
| Specific Gravity | What It Means |
| 1.001 to 1.010 | Dilute urine — well hydrated, or possible diabetes insipidus if consistently very low |
| 1.010 to 1.020 | Normal concentration range |
| 1.020 to 1.030 | Concentrated urine — mildly to moderately dehydrated |
| Above 1.030 | Very concentrated — significant dehydration, or SIADH |
| Fixed at 1.010 | Kidney cannot concentrate or dilute urine — suggests chronic kidney disease |
If your specific gravity is consistently very low (very dilute urine) or very high (very concentrated), alongside other abnormal parameters, your kidneys may not be concentrating urine normally. This is worth discussing with your doctor.
4.3 Protein — One of the Most Important Parameters
Protein in urine — called proteinuria — is one of the most clinically significant findings in urinalysis. Healthy kidneys retain protein in the blood. When kidney filters are damaged, protein leaks through into the urine.
| Protein Result | Clinical Significance |
| Negative / Trace | Normal — no significant protein in urine |
| 1+ (30 mg/dL) | Mild proteinuria — may be temporary (fever, exercise, dehydration) or early kidney disease |
| 2+ (100 mg/dL) | Moderate proteinuria — more likely to indicate kidney disease — warrants further investigation |
| 3+ (300 mg/dL) | Significant proteinuria — strong indicator of kidney disease or pre-eclampsia in pregnant women |
| 4+ (1000 mg/dL or above) | Severe proteinuria — nephrotic syndrome or advanced kidney disease |
Common causes of proteinuria include:
- Chronic kidney disease — the most important cause to rule out
- Diabetes mellitus — diabetic nephropathy causes protein leakage
- Hypertension — high blood pressure damages kidney filters
- Pre-eclampsia — protein plus high blood pressure in pregnancy is an emergency
- Glomerulonephritis — immune-mediated kidney inflammation
- Temporary causes — vigorous exercise, fever, prolonged standing, dehydration
Persistent protein in your urine — even at low levels — should never be dismissed as insignificant. It is one of the earliest and most reliable signs of kidney damage. Always follow up a positive protein result with your doctor.
4.4 Glucose — Sugar in Urine
Normally, there is no glucose in urine. The kidneys reabsorb all the glucose from the filtered fluid back into the bloodstream. Glucose only appears in urine when blood glucose levels exceed the kidney’s reabsorption threshold — called the renal threshold — typically above approximately 10 mmol/L (180 mg/dL).
| Glucose Result | What It Suggests | Next Steps |
| Negative | Normal | No action needed |
| Trace to 1+ | Blood glucose may be elevated — or renal glycosuria (rare) | Confirm with fasting blood sugar test |
| 2+ and above | Likely uncontrolled diabetes mellitus or gestational diabetes | Urgent fasting blood sugar and HbA1c |
Important: Glucose in urine does not diagnose diabetes — it is a screening signal that warrants a blood glucose test. A person with normal blood sugar can occasionally have glucose in urine (renal glycosuria). And a person with well-controlled diabetes may have no glucose in their urine. The blood glucose test is the definitive test for diabetes.
4.5 Blood (Haematuria) — Red Blood Cells in Urine
The dipstick detects haemoglobin — the protein in red blood cells — in urine. Blood in urine is called haematuria and can be visible (gross haematuria — you can see the red colour) or invisible (microscopic haematuria — only detected by the dipstick or microscope).
| Blood Result | Possible Causes |
| Negative | Normal |
| Trace | May be contamination during sample collection, vigorous exercise, or very early kidney injury |
| Positive (1+ to 4+) | Urinary tract infection, kidney stones, kidney disease, bladder pathology, prostate problems, or urinary tract injury |
| Strongly positive with very dark urine | Significant blood loss — requires urgent evaluation |
Important causes of blood in urine that must never be ignored:
- Urinary tract infection — most common cause in Nigeria
- Kidney stones — cause colicky pain and blood in urine
- Kidney disease — glomerulonephritis or other kidney conditions
- Bladder or kidney tumours — painless blood in urine in older adults is always urgent
- Prostate disease — in men, enlarged prostate or prostate cancer
- Schistosomiasis — a parasitic infection prevalent in parts of Nigeria that causes blood in urine
Blood in urine — whether visible or found only on dipstick — always warrants medical evaluation. Never assume it will go away on its own. In older adults especially, painless blood in urine must be urgently investigated to exclude urinary tract cancer.
4.6 Ketones
Ketones are produced when the body breaks down fat for energy instead of glucose. They are found in urine when:
- A person is fasting or has not eaten for a prolonged period
- A person is on a very low carbohydrate or ketogenic diet
- A person has uncontrolled diabetes mellitus — particularly Type 1 diabetes — leading to diabetic ketoacidosis (DKA)
- A person has severe vomiting — common in early pregnancy (hyperemesis gravidarum)
- A person has a high fever with reduced food intake
Trace or small ketones in someone who has been fasting or vomiting is not alarming. However, moderate to large ketones — especially in a person with diabetes — is a medical emergency indicating diabetic ketoacidosis (DKA). This requires immediate hospital care.
4.7 Bilirubin and Urobilinogen
These two parameters reflect liver function and the processing of red blood cells.
| Parameter | Normal | Abnormal Result and Meaning |
| Bilirubin | Negative — bilirubin should not be in urine | Positive bilirubin suggests liver disease, bile duct obstruction, or jaundice — urine may appear dark brown or tea-coloured |
| Urobilinogen | 0.1 to 1.0 Ehrlich units/dL — trace normally present | Elevated: liver disease, haemolytic anaemia — Absent: bile duct obstruction preventing bile from reaching intestines |
4.8 Nitrites — Bacterial Infection Marker
Nitrites in urine are produced when certain bacteria — particularly gram-negative bacteria like E. coli — convert nitrates (normally present in urine) to nitrites. This is a rapid screening test for bacterial urinary tract infection.
- Nitrite Negative — either no bacterial infection, or the infecting bacteria do not produce nitrites
- Nitrite Positive — strongly suggests bacterial urinary tract infection — urine culture should be done to identify the bacteria and determine antibiotic sensitivity
A positive nitrite result on dipstick does not definitively diagnose a UTI — it is a screening signal. A negative nitrite does not rule out UTI. The definitive test for UTI is a urine culture (Urine MCS). However, a positive nitrite in someone with UTI symptoms is a strong indication to begin treatment promptly.
4.9 Leucocytes (White Blood Cells) — Infection and Inflammation
Leucocytes (white blood cells) in urine — called pyuria — indicate inflammation or infection in the urinary tract. The dipstick detects an enzyme called leucocyte esterase, which is released by white blood cells.
| Leucocytes Result | What It Suggests |
| Negative | No significant inflammation — normal |
| Trace | Borderline — may be contamination or very mild inflammation |
| 1+ to 2+ | Mild pyuria — possible UTI, kidney inflammation, or contamination from genital secretions |
| 3+ to 4+ | Significant pyuria — very likely UTI or kidney infection — urine culture required |
5. Microscopic Examination — What Is Seen Under the Microscope
In microscopic examination, the urine sample is spun in a centrifuge to concentrate the particles, and the sediment is examined under a microscope. This reveals cells, casts, crystals, and organisms that the dipstick cannot detect.
Red Blood Cells (RBCs)
| RBC Count | Significance |
| 0 to 2 per high power field (HPF) | Normal |
| 3 to 5 per HPF | Microscopic haematuria — further investigation needed |
| Above 5 per HPF | Significant haematuria — urgent evaluation required |
| Dysmorphic RBCs (misshapen) | Suggests kidney (glomerular) source of bleeding — glomerulonephritis |
| Normal shaped RBCs | Suggests lower urinary tract source — bladder, prostate, or urethra |
White Blood Cells (WBCs)
| WBC Count | Significance |
| 0 to 5 per HPF | Normal |
| 5 to 10 per HPF | Borderline — possible early infection or contamination |
| Above 10 per HPF | Significant pyuria — strong indicator of urinary tract infection or kidney inflammation |
| WBCs plus bacteria | Active urinary tract infection — urine culture urgently needed |
Casts — Important Kidney Markers
Casts are cylindrical structures formed in the kidney tubules when proteins or cells become compacted. They are then washed into the urine. Finding casts in urine is highly significant because they can only form inside the kidney.
| Type of Cast | What It Indicates |
| Hyaline casts | May be normal in small numbers — also seen in dehydration and concentrated urine |
| RBC casts (red blood cell casts) | Glomerulonephritis — active kidney inflammation with bleeding — always significant |
| WBC casts (white blood cell casts) | Pyelonephritis — kidney infection — or interstitial nephritis |
| Granular casts | Chronic kidney disease or post-exercise — always warrants evaluation |
| Waxy casts | Advanced chronic kidney disease — significant finding |
| Fatty casts | Nephrotic syndrome — protein leakage with fat in urine |
| Broad casts | End-stage kidney disease — very serious finding |
Finding RBC casts in urine is one of the most important findings in all of nephrology (kidney medicine). It always indicates active glomerular kidney disease and requires urgent specialist referral. Never dismiss a result that mentions RBC casts.
Crystals
| Crystal Type | Significance |
| Calcium oxalate | Most common — often seen in kidney stone formers or after eating oxalate-rich foods (spinach, nuts) |
| Uric acid crystals | Gout, high purine diet, or kidney stone risk |
| Triple phosphate (struvite) | Associated with urinary tract infections — particularly Proteus infections |
| Cystine crystals | Rare — indicates cystinuria — a hereditary condition causing recurrent kidney stones |
| Calcium phosphate | Associated with alkaline urine and kidney stone formation |
Bacteria and Other Organisms
- Bacteria — presence of bacteria in urine, particularly alongside WBCs, strongly suggests UTI. A properly collected midstream clean-catch urine sample that shows bacteria has diagnostic significance. Contamination from genital skin bacteria is possible with poorly collected samples.
- Yeast (Candida) — fungal infection of the urinary tract, more common in diabetics, immunocompromised patients, and those on antibiotics
- Trichomonas — a sexually transmitted parasite occasionally found in urine, particularly in women — indicates Trichomonas vaginalis infection
- Schistosoma haematobium eggs — the eggs of the parasitic worm that causes urinary schistosomiasis — found in urine in endemic areas of Nigeria
6. Urine Microscopy, Culture, and Sensitivity (Urine MCS)
The Urine MCS is a more detailed and more definitive test than a standard urinalysis. While urinalysis detects signs of infection, the Urine MCS actually grows the bacteria in a laboratory culture, identifies exactly which species is causing the infection, and then tests which antibiotics are effective against it.
| Component | What It Does | Why It Matters |
| Microscopy | Examines urine under the microscope for cells, organisms, and casts | Provides immediate information about infection and kidney changes |
| Culture | Grows any bacteria present on a culture plate in controlled conditions — takes 24 to 48 hours | Identifies the exact species of bacteria causing the infection |
| Sensitivity (Antibiotic Sensitivity Testing) | Tests which antibiotics kill the grown bacteria | Ensures you receive the right antibiotic — not one the bacteria is resistant to |
Why is the Urine MCS so important? Because in Nigeria, antibiotic resistance is a growing and serious problem. Many bacterial UTIs are resistant to commonly prescribed antibiotics like ciprofloxacin and cotrimoxazole. Without a sensitivity test, a doctor may prescribe an antibiotic that appears to treat the UTI initially but fails because the bacteria is resistant — leading to repeated infections, spreading infection to the kidneys, and the development of further antibiotic resistance.
Never take antibiotics for a UTI without first doing a Urine MCS test if possible — especially if this is a recurrent infection. At Omokos Diagnostics, we offer Urine MCS with full culture and antibiotic sensitivity results. Walk in or book at www.omokosdiagnostics.com.ng
How to collect your urine sample correctly for MCS:
- Collect the sample early in the morning when urine is most concentrated and has the highest bacterial count
- Wash your hands thoroughly before collection
- Clean the genital area with water — no soap — before collecting
- Collect midstream urine — pass the first part into the toilet, then collect mid-flow into the sterile container, then finish into the toilet
- Bring the sample to the laboratory within 1 to 2 hours of collection — or refrigerate it
- Use only the sterile container provided by the laboratory — never use any other container
7. Reading Your Complete Urinalysis Result Sheet
Here is a complete reference guide to help you read every parameter on a standard urinalysis result sheet:
| Parameter | Normal Result | Abnormal Result — Possible Meaning |
| Colour | Pale to amber yellow | See colour chart in Section 3 |
| Appearance | Clear | Cloudy / turbid — infection, crystals, cells |
| pH | 4.5 to 8.0 | Very acidic or very alkaline — see Section 4.1 |
| Specific Gravity | 1.005 to 1.030 | Very low — over-hydration or diabetes insipidus; Very high — dehydration |
| Protein | Negative to trace | 1+ and above — kidney disease, pre-eclampsia, hypertension, diabetes |
| Glucose | Negative | Positive — hyperglycaemia or diabetes; confirm with blood sugar |
| Ketones | Negative | Positive — fasting, DKA, severe vomiting, ketogenic diet |
| Blood | Negative | Positive — UTI, kidney stones, glomerulonephritis, urinary tract tumour |
| Bilirubin | Negative | Positive — liver disease, bile duct obstruction, jaundice |
| Urobilinogen | 0.1 to 1.0 EU/dL | High — liver disease, haemolysis; Absent — bile duct obstruction |
| Nitrites | Negative | Positive — bacterial UTI (gram-negative organisms) |
| Leucocyte Esterase | Negative to trace | Positive — UTI, kidney infection, urinary tract inflammation |
| RBCs (microscopy) | 0 to 2 per HPF | Above 5 per HPF — haematuria; dysmorphic RBCs — glomerular disease |
| WBCs (microscopy) | 0 to 5 per HPF | Above 10 per HPF — infection, pyelonephritis |
| Casts | None or occasional hyaline | RBC casts — glomerulonephritis; WBC casts — pyelonephritis; granular — CKD |
| Crystals | Occasional — context dependent | Calcium oxalate, uric acid — kidney stone risk; struvite — infection stones |
| Bacteria | None or few | Significant bacteria plus WBCs — UTI; confirm with Urine MCS |
8. What Urine Tests Reveal About Specific Health Conditions
Urinary Tract Infection (UTI)
UTIs are among the most common infections in Nigeria, particularly in women, pregnant women, older men, and people with diabetes. The typical urinalysis in a UTI shows:
- Cloudy appearance
- Positive leucocytes (white blood cells)
- Positive nitrites
- Positive blood in some cases
- WBCs and bacteria under microscopy
Diabetes Mellitus
Uncontrolled or undiagnosed diabetes often shows signs in the urine before the person experiences significant symptoms:
- Glucose in urine — spillover from high blood sugar
- Ketones in urine — particularly in Type 1 diabetes or DKA
- Protein in urine (early diabetic nephropathy) — kidneys beginning to leak protein
- Increased specific gravity — from glucose adding to urine density
Kidney Disease
The urine test is the most sensitive and earliest marker of kidney disease, often detecting problems years before symptoms or blood tests become abnormal:
- Protein in urine — the hallmark of kidney damage
- Blood in urine (haematuria) — particularly with dysmorphic RBCs
- RBC and WBC casts — indicating active kidney inflammation
- Fixed specific gravity — kidney losing ability to concentrate urine
- Foamy appearance — significant proteinuria
Liver Disease
- Dark brown or tea-coloured urine — bilirubin spilling into urine
- Positive bilirubin on dipstick — hepatitis, cirrhosis, or bile duct obstruction
- Elevated urobilinogen — liver disease or haemolysis
Pre-Eclampsia in Pregnancy
In pregnancy, protein in urine combined with elevated blood pressure is the definition of pre-eclampsia — one of the most dangerous complications of pregnancy:
- Protein 2+ or higher in pregnant women with high blood pressure — pre-eclampsia until proven otherwise
- Every pregnant woman should have urinalysis at every antenatal visit
- Early detection of pre-eclampsia saves lives — both mother and baby
If you are pregnant and your antenatal urinalysis shows protein in your urine, inform your doctor immediately. This must be evaluated urgently alongside your blood pressure measurement.
9. Special Urine Tests You May Also Be Asked to Do
| Special Test | What It Measures | When It Is Requested |
| 24-Hour Urine Protein | Total protein leaked over 24 hours — more accurate than a spot sample | Monitoring known kidney disease or nephrotic syndrome |
| Urine Protein-Creatinine Ratio (UPCR) | Ratio of protein to creatinine — quick alternative to 24-hour collection | Screening and monitoring kidney disease in diabetics and hypertensives |
| Urine Albumin-Creatinine Ratio (UACR) | Microalbuminuria — detects very small amounts of albumin not picked up by dipstick | Earliest detection of diabetic kidney disease |
| Urine Electrolytes (Na, K, Cl) | Sodium, potassium, chloride in urine | Investigating kidney tubular function, fluid balance disorders |
| Urine Uric Acid | Uric acid excretion in urine | Gout, kidney stone workup |
| Urine Calcium | Calcium levels in urine | Recurrent kidney stone workup, hypercalcaemia |
| Urine Osmolality | Precise measurement of urine concentration | Investigating diabetes insipidus, SIADH, kidney tubular disease |
| Urine Cytology | Examination of cells shed into urine | Investigating haematuria, suspected bladder or urinary tract cancer |
| Pregnancy Test (Urine hCG) | Human chorionic gonadotropin — pregnancy hormone | Confirming pregnancy |
| Drug Screening (Urine) | Detection of drugs of abuse or therapeutic drug monitoring | Pre-employment, clinical monitoring, forensic purposes |
10. Frequently Asked Questions About Urine Tests
Do I need to fast before a urine test?
For a standard urinalysis, fasting is not required. However, for a fasting urine glucose test or if your doctor specifically requests a fasting urine sample, you will need to fast for at least 8 hours. Your laboratory will advise you on preparation requirements when you book your test.
Does my menstrual period affect my urine test?
Yes. Menstrual blood can contaminate a urine sample, causing a false positive result for blood in urine. If you are menstruating, inform the laboratory staff. They may advise you to use a tampon during collection, to clean the genital area carefully before collection, or to wait until your period has ended. A properly collected midstream clean-catch sample with a tampon in place can still produce a usable result in many cases.
Why is the first morning urine preferred for testing?
First morning urine is the most concentrated sample of the day because it has been in the bladder overnight without dilution from drinking fluids. This makes abnormal substances like protein, glucose, and bacteria easier to detect. It also provides the most accurate specific gravity reading. For routine urinalysis, first morning urine gives the most informative results.
My urine test was normal but I still have symptoms. What should I do?
A normal urinalysis does not rule out all possible conditions. Some kidney diseases may only show abnormalities intermittently. Some UTIs may not show on dipstick. Symptoms from the bladder or urethra can exist with a normal urine result. If your symptoms persist despite a normal urinalysis, discuss further investigation with your doctor — which may include a urine culture, imaging, or blood tests.
How often should I do a urine test if I have diabetes or hypertension?
People with diabetes or hypertension should have a urine test — particularly for protein — at least every 6 months. Early detection of protein in urine (microalbuminuria) in these conditions is one of the best opportunities to slow the progression of kidney disease through medication and lifestyle changes. Do not wait until symptoms develop.
Where can I get a urine test done in Benin City?
Omokos Diagnostics and Clinical Services Ltd offers comprehensive urinalysis and Urine MCS testing at our facility in Igo Community, After Ekehuan Barracks, Benin City, Edo State. We provide fast, accurate, and affordable urine testing with professional care. Walk in or book your appointment at www.omokosdiagnostics.com.ng
Conclusion — Your Urine Speaks. Are You Listening?
Your urine tells a story every single day. It reveals whether your kidneys are filtering properly, whether your blood sugar is under control, whether there is an infection brewing in your urinary tract, whether your liver is under stress, and whether your body is properly hydrated.
Most people flush that story away without a second thought. But for the patients at Omokos Diagnostics who take their urinalysis seriously — who follow up on abnormal results, who test regularly when they have diabetes or hypertension, who pay attention when their urine changes colour or consistency — that story has saved kidneys, detected diabetes before it caused damage, caught pre-eclampsia before it became eclampsia, and identified infections before they became life-threatening.
A urine test is simple, affordable, non-invasive, and incredibly informative. There is very little reason not to do one — and many reasons why you should.
Your body is talking. Listen to what it is saying.
Book your urinalysis or Urine MCS today at Omokos Diagnostics and Clinical Services Ltd — Igo Community, After Ekehuan Barracks, Benin City, Edo State. Fast results. Affordable pricing. Professional service. Visit www.omokosdiagnostics.com.ng
References
1. Simerville, J.A., Maxted, W.C., and Pahira, J.J. (2005). Urinalysis: a comprehensive review. American Family Physician, 71(6), 1153–1162.
2. Fogazzi, G.B., and Cameron, J.S. (1996). Urinary microscopy from 19th century to now. Kidney International, 50(4), 1058–1068.
3. Kidney Disease Improving Global Outcomes (KDIGO) (2012). KDIGO 2012 Clinical Practice Guideline for the Evaluation and Management of Chronic Kidney Disease. Kidney International Supplements, 3(1), 1–150.
4. Akinlade, O.M., Atanda, O.O., and Olatunde, L.O. (2019). Urinary tract infections in Nigeria: antimicrobial susceptibility patterns. African Journal of Infectious Diseases, 13(2), 32–38.
5. World Health Organization (2021). Chronic Kidney Disease: Key Facts. Geneva: WHO. Available at: www.who.int
Reviewer’s Note
This article has been reviewed for scientific accuracy and community health relevance by Scientist Shuaibu Omoko, Founder of Omokos Diagnostics and Clinical Services Ltd, Benin City. This content is provided for general health education purposes only and does not replace professional medical advice. Readers are encouraged to consult a qualified healthcare provider for interpretation of their specific laboratory results.
Scientist Shuaibu Omoko | Founder, Omokos Diagnostics and Clinical Services Ltd
Igo Community, After Ekehuan Barracks, Benin City, Edo State | www.omokosdiagnostics.com.ng
