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Your Health is Our Priority

At the end of the day, my priority is your health and well-being. Whether you're dealing with a complex urological issue or seeking advice on a sensitive matter, I am here to provide the expert care you need with the compassion and understanding you deserve.

Trauma or Injury

Direct injury to the kidneys, bladder, or urethra—from accidents, falls, blunt abdominal trauma, or pelvic fractures—can cause haematuria. This requires urgent assessment in an A&E setting.

Medications

Certain medications can increase bleeding risk:

- Anticoagulants:
- Drugs like warfarin, apixaban, rivaroxaban, or aspirin can make even minor urinary tract lesions bleed more readily.
- Important:
- Being on anticoagulants does NOT mean your haematuria is automatically "explained"—it still requires full investigation as the anticoagulant may simply be unmasking an underlying problem.
- Other drugs:
- Cyclophosphamide (chemotherapy), certain antibiotics, and some pain relievers can occasionally cause kidney inflammation (interstitial nephritis) or direct bladder irritation.

Strenuous Exercise

Intense physical activity, particularly long-distance running or cycling, can sometimes cause temporary microscopic or even visible haematuria. This is likely due to minor bladder trauma, dehydration effects, or transient changes in kidney filtration. This diagnosis is one of exclusion—we need to rule out other causes first.

Inherited Conditions

Less commonly:

- Polycystic Kidney Disease (PKD):
- Multiple cysts in the kidneys can bleed, causing haematuria
- Sickle Cell Disease/Trait:
- Can affect kidney function and cause haematuria

"Idiopathic" Haematuria

In a proportion of cases, especially in younger individuals with microscopic haematuria and no risk factors, no specific cause is identified despite thorough investigation. We call this "idiopathic" haematuria. Even in these cases, follow-up is usually recommended to monitor for any changes over time.

Potential Causes: Key Points

- Causes range from common benign issues (UTIs, stones, BPH) to serious conditions (cancer, kidney disease)
- Visible haematuria carries higher suspicion for malignancy than microscopic haematuria
- The most important cancers to exclude are bladder cancer, kidney cancer, and upper tract urothelial carcinoma (UTUC)
- Being on anticoagulants doesn't automatically explain haematuria—investigation is still essential
- Understanding how different conditions cause bleeding helps guide appropriate investigations
- Even when no cause is found, follow-up monitoring is prudent

Based on large population studies and evidence-based clinical guidelines (including NICE guidance in the UK), the following factors are known to increase the risk of finding a urological malignancy in patients presenting with haematuria:

1. Age

The risk of urological cancer increases significantly with age. Whilst bladder cancer can occur in younger people, the incidence rises sharply particularly from age 50 onwards, with peak incidence in the 60s, 70s, and 80s. Age over 45-50 years is considered a significant risk factor in haematuria assessment.

2. Smoking History

This is one of the most important modifiable risk factors. Current or past smoking dramatically increases the risk of both bladder cancer and kidney cancer:

- Bladder cancer risk is approximately 2-4 times higher in smokers
- The risk correlates with both duration and intensity of smoking (pack-years)
- Risk decreases after smoking cessation but remains elevated for many years

I always take a detailed smoking history, including when you started, when (if) you stopped, and roughly how many cigarettes per day.

3. Type of Haematuria

Visible (macroscopic) haematuria carries substantially higher risk than microscopic haematuria. Studies show that:

- The prevalence of bladder cancer in patients with visible haematuria is approximately 15-20%
- For microscopic haematuria, the risk is considerably lower but still present (approximately 2-5% depending on risk factors)

4. Male Gender

Men have a higher incidence of both bladder cancer and kidney cancer compared to women. This is partly related to higher smoking rates historically, but other factors also contribute.

5. Occupational Exposures

Exposure to certain industrial chemicals increases bladder cancer risk:

- Aromatic amines:
- Used historically in dye, rubber, paint, leather, and printing industries
- Other chemical exposures:
- Petroleum products, coal tar, solvents

The latency period between exposure and cancer development can be many years (20-40 years), so I ask about your entire occupational history.

6. Previous Pelvic Radiation Therapy

Radiotherapy for other pelvic cancers (prostate, cervix, rectum) increases the long-term risk of developing secondary bladder cancer, typically many years after treatment.

7. Chronic Bladder Irritation or Catheterisation

Long-term indwelling urinary catheters or recurrent urinary tract infections over many years can, in some cases, slightly increase bladder cancer risk, particularly for squamous cell carcinoma (a rarer bladder cancer subtype).

8. Certain Medications or Treatments

- Cyclophosphamide:
- A chemotherapy drug used for various cancers and autoimmune conditions is associated with increased bladder cancer risk
- Phenacetin:
- An analgesic now withdrawn from the market, prolonged high-dose use was linked to kidney problems and upper tract urothelial cancer

9. Family History

A strong family history of urological cancers can indicate increased individual risk, although most urological cancers are not strongly hereditary. Certain rare genetic syndromes (e.g., Lynch syndrome, Von Hippel-Lindau disease) do carry higher risks.

The specific sequence and extent of investigations are individualised based on:

- Your risk factors:
- Higher-risk patients (older, smoker, visible haematuria) typically undergo comprehensive investigation (CT urogram + flexible cystoscopy) urgently, often within the 2-week suspected cancer pathway
- Type of haematuria:
- Visible haematuria generally triggers more urgent and extensive investigation than isolated microscopic haematuria
- Initial urine test findings:
- If urine tests suggest glomerular disease (casts, dysmorphic cells, heavy proteinuria), nephrology referral may be prioritised
- Your medical history:
- Pre-existing kidney disease, allergies to contrast dye, or other medical conditions may influence investigation choices
- NHS vs Private:
- Investigation pathways are similar, but timings may differ. Private investigation may sometimes proceed more rapidly.

Clinical Example (Diagnostic Reasoning):

Mrs Evans, 65, a former smoker, presented with one episode of visible haematuria (cola-coloured urine). Urine dipstick confirmed blood, but microscopy showed no infection and normal red cell morphology. Kidney function was normal. Due to her age, smoking history, and visible haematuria (all high-risk factors), I arranged a CT Urogram and Flexible Cystoscopy promptly according to suspected cancer pathway guidelines. The CT scan was clear of kidney or ureteric lesions and showed no stones. However, flexible cystoscopy revealed a small papillary (frond-like) lesion on the bladder wall, requiring further investigation via rigid cystoscopy under anaesthetic and TURBT for definitive diagnosis. This illustrates how risk factors guide the necessary investigations.

The Haematuria Diagnostic Pathway: Key Steps

- Starts with detailed
- history, examination, and risk factor assessment
- Baseline urine tests
- (dipstick, microscopy, culture, +/- cytology) are fundamental
- Blood tests
- assess kidney function and provide overall health context (including PSA discussion for men)
- Imaging
- (Ultrasound, CT Urogram) visualises kidneys, ureters, and bladder structure
- Cystoscopy
- provides direct visualisation of the bladder lining to exclude tumours or other causes
- The pathway is intelligently
- tailored based on risk stratification
- and initial findings
- Goal: thorough investigation whilst being efficient and avoiding unnecessary tests

What It Is

An ultrasound scan uses high-frequency sound waves to create real-time images of your kidneys and bladder. It's completely non-invasive, involves no radiation exposure, and is generally very comfortable.

How It's Performed

The sonographer (the specialist performing the scan) applies gel to your skin over the kidney areas and lower abdomen, then moves a handheld probe (transducer) over these areas. The scan is usually performed in two phases:

- Full bladder phase:
- You're asked to attend with a full bladder initially. This distends the bladder, making it easier to visualise the bladder wall clearly
- Post-void phase:
- After you empty your bladder, the scan is repeated to measure the
- Post-Void Residual (PVR)
- —the amount of urine remaining in your bladder after urination. An elevated PVR can indicate bladder outlet obstruction or poor bladder emptying

What Ultrasound is Good At (Strengths)

- Readily available:
- Ultrasound is widely accessible in most hospitals and clinics
- No radiation:
- Completely safe, no X-ray exposure
- Excellent for kidneys:
- Very good at assessing kidney size and structure, detecting larger kidney masses (tumours), simple or complex kidney cysts, and signs of obstruction (hydronephrosis—swelling of the kidney collecting system)
- Bladder wall assessment:
- Can visualise the bladder wall for significant thickening or larger bladder tumours/stones
- Accurate PVR measurement:
- Reliably measures residual urine volume

Limitations of Ultrasound

Whilst ultrasound is a valuable tool, it has certain limitations in haematuria investigation:

- Lower sensitivity for small tumours:
- Particularly in the ureters or renal pelvis (the collecting system of the kidney). Small urothelial tumours in these areas are often missed on ultrasound
- Operator dependent:
- Image quality and interpretation depend significantly on the skill and experience of the sonographer
- Limited by patient factors:
- Body habitus (obesity), bowel gas, and patient cooperation can affect image quality
- Ureteric visualisation:
- The ureters are difficult to see on ultrasound unless they're significantly dilated

When I Use Ultrasound

- As an initial imaging test in lower-risk patients (younger, non-smoker, microscopic haematuria)
- When CT contrast is contraindicated (severe renal impairment, significant contrast allergy)
- For pregnant women (no radiation)
- To assess PVR and bladder emptying specifically

Important: In higher-risk patients or those with visible haematuria, ultrasound alone is generally insufficient, and CT urogram is preferred.

What It Is

CT Urography is considered the gold-standard imaging investigation for haematuria, particularly in higher-risk patients or cases of visible haematuria. It uses X-rays and a intravenous iodine-based contrast dye to provide exceptionally detailed images of the kidneys, ureters, and bladder acquired at different phases.

Why CT Urogram is the Gold Standard

CT urogram offers several crucial advantages over ultrasound:

- Excellent sensitivity and specificity:
- Highly accurate for detecting even small tumours anywhere in the urinary tract
- Superior visualisation of ureters and renal pelvis:
- This is critically important because Upper Tract Urothelial Carcinoma (UTUC) – cancer in the lining of the ureters or renal pelvis – is often missed on ultrasound but clearly seen on CT urogram. UTUC, whilst less common than bladder cancer, requires prompt diagnosis
- Stone detection:
- Picks up kidney and ureteric stones with excellent clarity (stones appear bright white on the initial non-contrast scan)
- Detailed anatomical information:
- Provides comprehensive information about kidney structure, cysts (distinguishing simple from complex cysts), structural abnormalities, and signs of obstruction
- Bladder assessment:
- Images the bladder very well, particularly in the delayed (excretory) phase when the bladder fills with contrast-enhanced urine

How CT Urogram is Performed

The scan is typically acquired in three phases:

1. Non-Contrast Scan (Plain Film):
1. An initial scan without contrast injection. This is crucial for detecting stones (which are bright white and easily visible) and establishing a baseline appearance of the kidneys
1. Nephrographic Phase (Cortical/Parenchymal Phase):
1. Scan performed shortly after intravenous contrast injection (typically 80-100 seconds). At this stage, the kidney tissue itself enhances brightly. This phase is excellent for detecting renal masses (kidney tumours) and assessing kidney perfusion and structure
1. Delayed/Excretory Phase (Urographic Phase):
1. Scan performed several minutes later (typically 5-10 minutes after injection) when the contrast has been filtered by the kidneys and now fills the collecting system (renal pelvis, ureters) and bladder. This phase beautifully outlines the lining of the collecting system and ureters, making it ideal for detecting Upper Tract Urothelial Carcinoma (UTUC) and bladder lesions

What You'll Experience

- Preparation:
- You'll be asked not to eat for a few hours before (to reduce bowel gas) and to drink plenty of water to ensure good hydration and optimal contrast excretion
- IV line insertion:
- A small cannula (thin tube) is inserted into a vein in your arm for contrast injection
- Contrast injection:
- When the contrast is injected, you'll typically feel a temporary warm flushing sensation spreading through your body, sometimes with a metallic taste. This is completely normal and passes quickly
- The scan itself:
- You lie flat on the scanner bed, which moves through the large circular CT scanner (a "doughnut"). You may be asked to hold your breath briefly for each scan phase. The actual scanning takes only seconds for each phase, though the whole appointment might take 20-30 minutes

Important Considerations Before CT Urogram

Kidney Function Check Essential

Why it's necessary: Iodinated contrast dye is filtered by the kidneys. In patients with significantly impaired kidney function (eGFR typically <30 ml/min/1.73m²), there's a risk of contrast-induced acute kidney injury (contrast nephropathy). Therefore:

- I always check your renal function (blood test for creatinine and eGFR)
- before
- ordering a CT urogram
- If kidney function is severely impaired, alternative imaging (MRI urography or ultrasound) is used instead
- If kidney function is moderately impaired, we discuss risks/benefits carefully and may proceed with precautions (hydration, lower contrast dose)

Contrast Allergy History

Allergy risk: A small percentage of people experience allergic reactions to iodinated contrast:

- Mild reactions:
- Nausea, hives, itching—relatively common (a few percent), usually self-limiting or treatable
- Severe reactions (anaphylaxis):
- Very rare (<0.1%), but potentially life-threatening. Radiology departments are equipped to manage these emergencies

I will always ask if you've had previous reactions to contrast or have significant allergies (particularly seafood or iodine-containing substances). If you have a history of significant contrast allergy, we may use MRI urography instead or proceed with CT under specialist supervision with pre-medication (steroids, antihistamines).

Radiation Exposure

CT scans use ionising radiation (X-rays). Whilst the radiation dose from modern CT scanners is relatively low and the diagnostic benefit usually far outweighs the tiny risk, it's a consideration, particularly in:

- Younger patients:
- Where we aim to minimise lifetime radiation exposure
- Pregnancy:
- CT is generally avoided. Ultrasound and, if absolutely essential, MRI are alternatives

The decision to proceed with CT is always based on careful clinical judgement—balancing the critical need for accurate diagnosis against a very small radiation risk.

MRI Urography as an Alternative

In situations where CT urogram is contraindicated (severe contrast allergy, significant renal impairment, pregnancy), MRI Urography can be an alternative. MRI uses strong magnets and radio waves (no radiation) and can use gadolinium-based contrast (a different type of contrast agent with different safety profile). MRI provides excellent soft tissue detail but is:

- Less readily available than CT
- Takes longer to perform
- Less sensitive for small stones (though still good for tumours)
- More expensive

What It Is

Flexible cystoscopy is the most common type performed for initial haematuria diagnosis. It uses a thin, flexible telescope (about the thickness of a pencil) that can bend and navigate around corners, making it comfortable for examination in an awake patient in an outpatient clinic setting.

Why It's Done for Haematuria

Flexible cystoscopy is absolutely essential because:

- Direct visualisation:
- It provides a clear, magnified, real-time view of the entire bladder lining (urothelium), allowing me to look for tumours, suspicious red patches (potential carcinoma in situ—CIS), stones, inflammation, or other abnormalities
- Bladder neck and urethral inspection:
- I can also examine the bladder neck and, in men, the prostatic urethra (the part of the urethra passing through the prostate)
- Guides further management:
- The findings determine whether further procedures under anaesthesia (rigid cystoscopy and biopsy/TURBT) are needed

What You Can Expect (Patient Experience)

I understand that the idea of having a telescope passed into your bladder can sound daunting, but let me reassure you about what actually happens:

- Clinic setting:
- The procedure is performed in a dedicated cystoscopy clinic room. You remain awake and can talk to me throughout
- Local anaesthetic gel:
- I insert local anaesthetic lubricating gel (typically lignocaine gel) into the urethra several minutes before starting. This numbs the urethra and makes passage of the cystoscope much more comfortable. Men need a slightly larger volume of gel (due to longer urethra) so we wait a few minutes for it to work
- Positioning:
- You lie on an examination couch in a reclined position
- The procedure:
- I gently pass the flexible cystoscope through your urethra into the bladder. You'll feel some pressure and perhaps a slight stinging or odd sensation, but most patients find it much less uncomfortable than they anticipated. The flexible nature of the scope means it navigates the anatomy comfortably. As the scope enters the bladder, I fill the bladder with sterile water (or saline) to distend it gently. This allows clear visualisation of the entire bladder lining as I systematically rotate and angle the scope to examine every area
- Duration:
- The actual examination typically takes only 5-10 minutes
- Watching the screen:
- You can watch the images on a screen alongside me if you wish—many patients find this fascinating and reassuring to see what I'm seeing
- Communication:
- I'll talk you through what I'm observing and what I can see

After the Procedure

- Mild discomfort:
- Some stinging or mild burning sensation when passing urine for the first few times afterwards is very common. This usually settles within 6-12 hours
- Increased frequency:
- You might feel you need to urinate more frequently for a short period
- Light blood in urine:
- A small amount of pink-tinged urine after cystoscopy is normal and expected, particularly if biopsies were taken. This should clear within 24-48 hours
- Driving:
- You can usually drive yourself home after flexible cystoscopy
- Activities:
- You can generally resume normal activities the same day

What Flexible Cystoscopy Can Miss

Whilst flexible cystoscopy is excellent, it's not perfect:

- Very small or flat lesions:
- Particularly carcinoma in situ (CIS)—a flat, aggressive form of bladder cancer—can sometimes be subtle under standard white-light cystoscopy
- Limited biopsy capability:
- Small biopsies can be taken through a flexible cystoscope, but if a larger lesion needs complete resection, rigid cystoscopy under anaesthetic is required

What It Is

Rigid cystoscopy uses a straight, non-flexible telescope. This procedure is performed in an operating theatre under general or spinal anaesthesia. Whilst the "rigid" name might sound uncomfortable, you're asleep or numb, so you feel nothing during the procedure.

When and Why It's Done in Haematuria Diagnosis

Rigid cystoscopy becomes necessary when:

- Flexible cystoscopy identifies a suspicious lesion or tumour:
- A tissue sample (biopsy) is needed for definitive diagnosis. Rigid cystoscopy allows for better instrumentation
- Targeted biopsy required:
- For small, suspicious areas, we can take 'cold cup' biopsies (pinch biopsies without using electrical current)
- Transurethral Resection of Bladder Tumour (TURBT) needed:
- If a visible bladder tumour is present, TURBT is performed. This serves a dual purpose:
- Diagnostic:
- To completely remove the tumour tissue so the pathologist can examine it under the microscope, determine the exact type of cancer, and crucially, assess how deeply it invades the bladder wall (staging). This staging information is critical for deciding further management
- Therapeutic:
- For non-muscle-invasive bladder tumours, TURBT is also the primary treatment. By resecting the tumour completely (including a margin of normal-looking tissue at the base), we aim to remove the cancer entirely from the bladder
- Better visualisation:
- Rigid cystoscopy provides slightly better optical quality and allows for more extensive examination if needed

Important Note on Scope

This haematuria diagnostic guide focuses primarily on diagnosis. Whilst TURBT is mentioned here because it's the definitive way to obtain tissue for diagnosis and staging when a visible bladder tumour is found, the detailed discussion of TURBT as a treatment for bladder cancer—including its variations, risks, recovery, and follow-up protocols—belongs on dedicated bladder cancer treatment pages. My role here is to explain how TURBT fits into the diagnostic pathway.

What You Can Expect (Patient Experience for Rigid Cystoscopy/TURBT)

- Anaesthesia:
- Either general anaesthetic (asleep) or spinal anaesthetic (numb from the waist down but awake). The anaesthetist will discuss which is most appropriate for you
- Setting:
- Operating theatre. Usually performed as a day-case procedure, though occasionally an overnight stay may be recommended depending on the extent of resection
- Duration:
- Typically 15-45 minutes, depending on complexity
- Catheter:
- A temporary urinary catheter is often placed at the end of the procedure to ensure the bladder drains well whilst initial healing occurs and to allow any bleeding to wash out. This usually stays in for 12-48 hours depending on circumstances
- Recovery:
- You'll recover in the hospital's recovery area and day-surgery ward. Once you're comfortable, eating/drinking, and have passed urine (if catheter removed), you can usually go home the same day
- After discharge:
- You'll experience some bladder discomfort, frequency, and blood-tinged urine for a few days. This settles gradually. I'll provide clear written instructions and emergency contact information

In specific situations, particularly when looking for very subtle lesions like carcinoma in situ (CIS) or when monitoring patients with a known history of bladder cancer, we might use specialised cystoscopy techniques alongside standard white-light examination:

Photodynamic Diagnosis (PDD) / Blue Light Cystoscopy

How it works: About 1-2 hours before cystoscopy, a photosensitising agent (such as Hexvix® / hexaminolevulinate) is instilled into the bladder via a catheter. Cancerous or pre-cancerous cells preferentially absorb and retain this agent. During cystoscopy, when I switch from standard white light to blue light, areas containing abnormal cells fluoresce bright pink or red, making them stand out vividly against the normal bladder lining.

Benefits: Significantly improves detection of carcinoma in situ (CIS) and some small papillary tumours that might be missed or appear very subtle under white light alone.

When used: Typically during rigid cystoscopy/TURBT in patients with:

- High-grade bladder cancer
- Positive urine cytology but normal-looking bladder on white-light cystoscopy
- Recurrent bladder cancer

Narrow Band Imaging (NBI)

How it works: NBI uses filtered light at specific wavelengths (blue and green light) that enhance the appearance of blood vessels on the bladder surface. Abnormal tumour blood vessels often appear more prominent and have a different pattern under NBI compared to normal bladder vasculature.

Benefits: Helps highlight suspicious areas that might be subtle under white light, improving detection of non-muscle-invasive bladder cancer.

When used: Can be used during flexible or rigid cystoscopy. Particularly helpful in surveillance of patients with previous bladder cancer.

When I Use Enhanced Techniques

These are typically used in specialised centres or during rigid cystoscopy/TURBT when:

- We need higher diagnostic accuracy for subtle lesions
- There's high suspicion of CIS (e.g., positive cytology, high-grade tumour history)
- We're performing surveillance in patients with previous high-grade bladder cancer

Enhanced cystoscopy is not routinely required for all haematuria cases but can be invaluable in specific situations.

Focus on Cystoscopy: Key Points

- Flexible cystoscopy
- is the standard outpatient test to directly visualise the bladder lining—it checks for tumours, stones, inflammation, and other causes of haematuria
- Performed awake with local anaesthetic gel; generally well-tolerated with minimal discomfort
- Rigid cystoscopy
- (under anaesthesia) is needed for biopsy or diagnostic resection (TURBT) of suspicious lesions found on flexible cystoscopy or imaging
- TURBT's initial diagnostic role is to obtain tissue for accurate cancer type and staging information, which directs further management (it's also a treatment)
- Enhanced techniques
- (Blue Light cystoscopy, NBI) can significantly improve detection of subtle bladder lesions, particularly CIS, in selected patients
- Cystoscopy is essential even when imaging is clear, as it remains the gold standard for bladder assessment

Here are some examples of how different diagnoses lead to specific management approaches:

- If a Urinary Tract Infection (UTI) is found:
- The treatment is a course of appropriate antibiotics based on urine culture and sensitivity results. Symptoms typically resolve within days. We may then arrange follow-up urine tests to ensure clearance, and potentially repeat imaging if initial infection prevented clear assessment.
- If Kidney or Bladder Stones are diagnosed:
- Management depends on stone size, location, and your symptoms. Options include:
- Conservative management (hydration, pain relief, medication to help pass the stone) for small stones
- Extracorporeal Shock Wave Lithotripsy (ESWL) to break up stones
- Ureteroscopy (keyhole procedure) to remove or break up stones
- Rarely, open or laparoscopic surgery for very large stones
- If Benign Prostatic Hyperplasia (BPH) is the main cause (in men):
- Treatment options range from lifestyle modifications and watchful waiting for mild symptoms, through medication (alpha-blockers, 5-alpha reductase inhibitors) for moderate symptoms, to surgical procedures (TURP, laser procedures, UroLift, Rezūm) for more severe obstruction or if medications aren't effective.
- If Bladder Cancer is diagnosed via biopsy/TURBT:
- Further management depends entirely on the stage and grade of the cancer determined by the pathologist's report:
- Staging scans (CT chest/abdomen/pelvis) to check for spread
- Further TURBT if initial resection was incomplete
- Intravesical therapy (chemotherapy or immunotherapy instilled directly into the bladder) for certain non-muscle-invasive cancers
- Radical cystectomy (bladder removal) for muscle-invasive bladder cancer
- Radiotherapy or systemic chemotherapy in selected cases
- Lifelong surveillance cystoscopy protocols
- (Detailed bladder cancer treatment information is available on dedicated bladder cancer pages.)
- If a Kidney Tumour (Renal Cell Carcinoma) is found:
- Management typically involves:
- Staging CT chest to check for metastases
- Partial nephrectomy (removing the tumour whilst preserving most of the kidney) for smaller tumours
- Radical nephrectomy (removing the entire affected kidney) for larger tumours
- Active surveillance for very small tumours in older/frail patients
- Ablative therapies (radiofrequency or cryo-ablation) in selected cases
- If a Glomerular Kidney Disease is suspected or confirmed:
- Referral to a nephrologist (kidney specialist physician) for specialised management is necessary. This often involves:
- Kidney biopsy to confirm diagnosis
- Monitoring kidney function closely
- Blood pressure control
- Immunosuppressive medications in some conditions
- If no specific cause is identified despite thorough investigation (Idiopathic Haematuria):
- This is relatively common, particularly with microscopic haematuria in lower-risk individuals. In these cases:
- I'll reassure you that serious pathology has been excluded to the best of our ability
- We'll establish a follow-up and monitoring plan, often involving:
- Repeat urine dipstick/microscopy at intervals (e.g., 6, 12, and 24 months)
- Potentially repeat imaging or cystoscopy if haematuria persists or increases
- If haematuria completely resolves, extended follow-up might not be needed

Your Health is Our Priority

Haematuria (Blood in Urine): Causes, Diagnosis & When to Worry

Worried after seing blood in your urine?

Important: This Guide's Purpose

What This Guide Covers

What is Haematuria? Understanding Visible vs Microscopic Blood

Understanding the Types: Macroscopic vs Microscopic

Macroscopic (Visible/Gross) Haematuria

Microscopic (Non-Visible) Haematuria

Why the Distinction Matters

Understanding the Source: Glomerular vs Non-Glomerular Bleeding

How do we tell the difference? Certain findings in your urine tests provide clues:

What is Haematuria? Key Points

2. Potential Causes: Why Might There Be Blood in My Urine?

Common Benign Causes

Urinary Tract Infections (UTIs)

Kidney or Bladder Stones (Urolithiasis)

Benign Prostatic Hyperplasia (BPH) - in Men

Prostatitis - in Men

Serious Causes That Must Be Excluded: Urological Cancers

Bladder Cancer

Kidney Cancer (Renal Cell Carcinoma)

Upper Tract Urothelial Carcinoma (UTUC)

Prostate Cancer (Less Common Presentation)

Kidney Diseases (Glomerular Causes)

Other Important Causes

Trauma or Injury

Medications

Strenuous Exercise

Inherited Conditions

"Idiopathic" Haematuria

Potential Causes: Key Points

3. Understanding Your Individual Risk Factors for Serious Causes

Key Risk Factors for Urological Malignancy

1. Age

2. Smoking History

3. Type of Haematuria

4. Male Gender

5. Occupational Exposures

6. Previous Pelvic Radiation Therapy

7. Chronic Bladder Irritation or Catheterisation

8. Certain Medications or Treatments

9. Family History

How Risk Stratification Guides Investigation

Risk Factors for Serious Causes: Key Points

4. The Diagnostic Pathway: How We Systematically Investigate Haematuria

Step 1: Initial Consultation, History & Examination

Taking a Detailed History

Physical Examination

Step 2: Essential Urine Tests

Urine Dipstick Test

Urine Microscopy, Culture & Sensitivity (MC&S)

Urine Cytology

Step 3: Important Blood Tests

Renal Function Tests (U&Es)

Full Blood Count (FBC)

Prostate-Specific Antigen (PSA) - in Men

Step 4: Imaging the Urinary Tract

Renal Tract Ultrasound Scan (USS)

CT Urogram (CT IVU / CT KUB with Contrast)

Step 5: Looking Inside the Bladder - Cystoscopy

Flexible Cystoscopy

Rigid Cystoscopy Under Anaesthesia

How the Pathway is Tailored to You

The Haematuria Diagnostic Pathway: Key Steps

5. Focus on Imaging: Ultrasound & CT Urogram

Ultrasound Scan (USS) of the Renal Tract

What It Is

How It's Performed

What Ultrasound is Good At (Strengths)

Limitations of Ultrasound

When I Use Ultrasound

CT Urography (CT Urogram / CT IVU)

What It Is

Why CT Urogram is the Gold Standard

How CT Urogram is Performed

What You'll Experience

Important Considerations Before CT Urogram

MRI Urography as an Alternative

How Imaging Findings Guide Next Steps