3-Methyl Histidine Quantitative Serum Test in Dubai and across the UAE to assess skeletal muscle breakdown and protein metabolism. This advanced test measures levels of 3-methylhistidine, a biomarker released during muscle protein degradation. It is particularly valuable for monitoring muscle health in athletes, critically ill patients, and those with chronic diseases. Results available within 7–10 days.

Overview

The 3-Methyl Histidine Quantitative Serum Test measures the concentration of 3-methylhistidine — a modified amino acid formed exclusively in skeletal muscle proteins (actin and myosin) — in the bloodstream. Since 3-methylhistidine is not reutilized by the body and excreted unchanged, its levels reflect the rate of **muscle protein breakdown (proteolysis)**. Elevated levels may indicate increased muscle catabolism due to trauma, illness, malnutrition, or overtraining. This test provides critical insights into muscle metabolism and recovery status. Results are typically available within 7–10 business days.

Why You Need This Test

• Assess skeletal muscle breakdown in hospitalized, post-surgical, or critically ill patients.
• Monitor muscle wasting** in chronic conditions like cancer, kidney disease, or heart failure.
• Evaluate protein metabolism in athletes and fitness enthusiasts.
• Support diagnosis of muscle disorders or metabolic myopathies.
• Track response to nutritional interventions, exercise programs, or rehabilitation.
• Investigate unexplained fatigue, weakness, or weight loss.
• Available with home blood collection service across Dubai, Abu Dhabi, Sharjah, and all Emirates.

Symptoms & Risk Factors

Common Symptoms

• Muscle weakness or wasting (especially in limbs)
• Unintentional weight loss or reduced muscle mass
• Chronic fatigue despite adequate rest
• Slow recovery after exercise or injury
• Poor wound healing or decreased physical performance

Risk Factors

• Critical illness or sepsis leading to muscle catabolism
• Chronic kidney disease (CKD) or dialysis
• Cancer or cachexia (wasting syndrome)
• Malnutrition or protein deficiency
• Extended bed rest or immobilization
• Intense endurance training or overtraining syndrome
• Aging (sarcopenia) — age-related muscle loss

How the Test Works

3-Methylhistidine is released when contractile muscle proteins (actin and myosin) are broken down. Because it is not reincorporated into new proteins, its appearance in blood and urine directly correlates with muscle degradation.

• Step 1 — Appointment: schedule a convenient time for blood draw at home or clinic.
• Step 2 — Sample collection: a trained phlebotomist collects a small blood sample (serum) from your arm.
• Step 3 — Processing: sample is centrifuged and prepared for specialized analysis.
• Step 4 — Testing: quantitative measurement using advanced techniques like LC-MS/MS (liquid chromatography-tandem mass spectrometry).
• Step 5 — Results: securely delivered within 7–10 business days.

This test is essential for understanding muscle health beyond what standard blood work can reveal.

Sample Type

• We take: Venous blood sample (serum)
• Volume: 2–3 mL of blood in a red-top or serum separator tube (SST)
• Collection method: standard venipuncture (arm draw)
• Processing: must be centrifuged within 2 hours of collection to separate serum
• Storage: serum stored at 2–8°C or frozen if delayed
• Note: hemolyzed or lipemic samples may affect accuracy

Risks & Safety

• Minimal risk — standard blood draw with brief discomfort.
• No fasting or special prep required unless specified.
• Safe for adults and older children.
• Rare risks include bruising, dizziness, or infection at the puncture site.

Result Interpretation

Normal Range

• Normal: 0.5 – 3.0 µmol/L (lab-dependent reference range)
• Values may vary slightly between laboratories due to methodology

Elevated Levels

• May indicate:
  • Increased muscle breakdown (e.g., trauma, surgery, burns)
  • Catabolic states (sepsis, cancer cachexia, renal failure)
  • Excessive endurance training or overtraining
  • Neuromuscular disorders involving muscle degeneration

Low or Normal Levels

• Typically reflect:
  • Stable muscle mass and balanced protein turnover
  • Effective recovery or adequate nutritional support
  • May rule out significant ongoing muscle catabolism

Consequences if Untreated

• Progressive muscle loss (sarcopenia) leading to frailty and falls.
• Reduced physical function and independence, especially in elderly patients.
• Delayed recovery from illness or surgery.
• Increased risk of complications in chronic diseases.
• Lower quality of life and reduced athletic performance.

Factors Affecting Test Results

• Recent intense exercise: can temporarily elevate 3-methylhistidine.
• Dietary meat intake: negligible impact (dietary 3-methylhistidine is poorly absorbed).
• Muscle mass: higher baseline in individuals with greater muscle volume.
• Kidney function: impaired excretion may alter serum levels.
• Acute illness or trauma: spikes levels due to rapid proteolysis.
• Medications: corticosteroids increase muscle breakdown.

FAQs

What does the 3-Methyl Histidine test measure?

It measures the amount of 3-methylhistidine in serum, a specific marker of skeletal muscle protein breakdown.

Is fasting required?

No fasting is required. You can eat and drink normally before the test.

How is the sample collected?

A small blood sample is drawn from your arm — similar to routine blood tests.

Can this test detect overtraining in athletes?

Yes — persistently elevated levels may indicate excessive muscle breakdown from overtraining, helping guide recovery and training adjustments.

How long for results?

Results are typically available within 7–10 days after the lab receives the sample.

What is the price of the test?

The 3-Methyl Histidine Quantitative Serum Test costs AED 1000 in the UAE, including home blood collection and lab processing.

Is this test useful for older adults?

Yes — it helps detect early signs of muscle loss (sarcopenia) and supports interventions to maintain strength and mobility.

Limitations

• Not a standalone diagnostic — must be interpreted with clinical context and other tests.
• Results reflect recent muscle breakdown, not long-term trends unless serial testing is done.
• Specialized test — not widely available; requires advanced lab equipment (LC-MS/MS).
• Levels can be influenced by acute events (e.g., surgery, infection).
• Does not identify the cause of muscle breakdown — further evaluation needed.

Book Your 3-Methyl Histidine Quantitative Serum Test Today

Understand your muscle health at a deeper level — whether you're an athlete, recovering patient, or managing a chronic condition.

• Home Blood Collection Available (Dubai, Abu Dhabi, Sharjah & All Emirates)
• Detailed Results in 7–10 Days
• Price: AED 1000
• ✅ Advanced LC-MS/MS Technology | High Precision
• 🩸 Professional Phlebotomist | Comfortable Draw
• 🔒 Confidential Reporting | Doctor-Ready Results

3-Methyl Histidine Quantitative Urine Test in Dubai and across the UAE to assess skeletal muscle breakdown and protein metabolism. This specialized test measures the amount of 3-methyl histidine, a biomarker released during muscle degradation, providing insights into muscle health, nutritional status, and metabolic disorders. Results available within 7–10 days.

Overview

The 3-Methyl Histidine Quantitative Urine Test measures the concentration of 3-methyl histidine excreted in urine over a 24-hour period (or spot sample, if specified). This compound is formed exclusively from the breakdown of actin and myosin — structural proteins in skeletal muscle — and is not reused by the body, making it a reliable indicator of muscle protein degradation. Elevated levels suggest increased muscle catabolism due to trauma, illness, malnutrition, or intense physical stress. Results are typically available within 7–10 business days.

Why You Need This Test

• Assess muscle protein breakdown (catabolism) in chronic or acute conditions.
• Evaluate patients with unexplained muscle wasting or weakness.
• Monitor metabolic stress in critical illness, burns, or post-surgery recovery.
• Support diagnosis of inherited metabolic disorders affecting muscle.
• Track response to nutritional support or rehabilitation programs.
• Investigate malnutrition or sarcopenia in elderly or chronically ill patients.
• Available with home urine collection kit across Dubai, Abu Dhabi, Sharjah, and all Emirates.

Symptoms & Risk Factors

Common Symptoms

• Unintentional weight loss or muscle mass reduction
• Progressive weakness or fatigue
• Reduced physical performance or mobility
• Slow recovery from injury or illness
• Frequent infections due to poor nutritional status

Risk Factors

• Chronic diseases: cancer, COPD, heart failure, kidney disease
• Critical illness or major surgery
• Burns or trauma leading to hypermetabolism
• Prolonged immobility or bed rest
• Eating disorders or malnutrition
• Aging (sarcopenia) or neuromuscular disorders
• Intense athletic training without adequate recovery

How the Test Works

3-Methyl histidine is released into the bloodstream when muscle proteins break down and is excreted unchanged in urine. Since it’s not metabolized or recycled, urinary levels reflect the rate of muscle protein degradation.

• Step 1 — Kit delivery: receive a urine collection container and detailed instructions.
• Step 2 — Collection: perform a 24-hour urine collection (preferred) or provide a spot urine sample as directed.
• Step 3 — Storage: keep the sample refrigerated (2–8°C) throughout the collection period.
• Step 4 — Return: return the sample to the lab via courier or drop-off.
• Step 5 — Analysis: lab quantifies 3-methyl histidine using advanced techniques like LC-MS/MS.
• Step 6 — Results: delivered securely within 7–10 business days.

This test is vital for understanding muscle health in complex medical and nutritional cases.

Sample Type

• We take: 24-hour urine collection (preferred) or random/spot urine sample
• Minimum volume: 5 mL (for spot), full 24-hr volume recommended for accuracy
• Container: provided plastic jug (no preservative required)
• How it’s collected: collect all urine passed over 24 hours, or single void if spot test
• Storage: refrigerate during collection (2–8°C); freeze if delay expected
• Note: incomplete collections or improper storage may affect accuracy

Risks & Safety

• No physical risks — non-invasive urine collection.
• No pain or side effects associated with the test.
• Safe for all ages, including children and elderly patients.
• Minimal inconvenience during 24-hour collection.

Result Interpretation

Normal Range

• Adults: ~300–600 µmol/24hr (varies by muscle mass, gender, age)
• Children: lower values; adjusted for body surface area
• Results often normalized to creatinine (µmol/mmol creatinine) for spot samples

Elevated Levels

• May indicate:
  • Increased muscle breakdown (catabolism)
  • Trauma, burns, or critical illness
  • Malnutrition or protein-energy wasting
  • Neuromuscular disorders (e.g., muscular dystrophy)
  • Excessive exercise or overtraining syndrome

Low or Normal Levels

• Suggest:
  • Stable muscle mass and balanced protein turnover
  • Effective nutritional support or recovery phase
  • May rule out significant ongoing muscle degradation

Consequences if Untreated

• Progressive muscle loss leading to weakness, falls, and disability.
• Reduced recovery capacity after surgery or illness.
• Impaired immune function and higher infection risk.
• Decreased quality of life and independence, especially in older adults.
• Longer hospital stays and complications in critically ill patients.

Factors Affecting Test Results

• Muscle mass: higher baseline in athletic individuals.
• Diet: meat consumption does not affect 3-methyl histidine (it’s from body’s own muscle, not dietary protein).
• Physical activity: intense exercise increases muscle breakdown.
• Incomplete urine collection: leads to falsely low results.
• Kidney function: impaired excretion may alter levels.
• Acute illness or fever: increases catabolic rate.

FAQs

Limitations

• Requires accurate 24-hour urine collection — incomplete samples compromise results.
• Not a standalone diagnostic — must be interpreted with clinical context and other labs.
• Not useful for short-term fluctuations; reflects average muscle breakdown over time.
• Reference ranges vary by age, sex, and muscle mass — individualized interpretation needed.
• Not widely available; requires specialized lab equipment (LC-MS/MS).

Book Your 3-Methyl Histidine Quantitative Urine Test Today

Understand your muscle health — identify hidden catabolism and support recovery with precise metabolic insights.

• Home Collection Kit Included (Delivered to Dubai, Abu Dhabi, Sharjah, Ajman, RAK, Umm Al Quwain, Fujairah)
• Detailed Results in 7–10 Days
• Price: AED 1000
• ✅ Advanced LC-MS/MS Technology | Specialist Metabolic Testing
• 📦 Free Kit Delivery & Return
• 🔒 Confidential & Secure Reporting

Acetone – Whole Blood Test in Dubai and across the UAE to detect ketone buildup, particularly in cases of suspected diabetic ketoacidosis (DKA), metabolic disorders, or prolonged fasting. This specialized test measures acetone levels directly in whole blood, offering critical insights during acute illness. Results available within 3 weeks.

Overview

The Acetone – Whole Blood Test quantifies the concentration of acetone, one of the three ketone bodies produced when the body breaks down fat for energy. Elevated levels often occur in diabetic ketoacidosis (DKA), starvation, alcohol abuse, or inherited metabolic conditions. While breath and urine tests are common, this **blood-based test** provides a more specific assessment in complex or unclear cases. Due to its specialized nature, results are typically available within 3 weeks after sample collection. Testing is available with **home blood draw service** across Dubai, Abu Dhabi, Sharjah, and all Emirates.

Why You Need This Test

• Help diagnose diabetic ketoacidosis (DKA) — a life-threatening complication of type 1 (and sometimes type 2) diabetes.
• Evaluate unexplained nausea, vomiting, confusion, or rapid breathing.
• Assess ketosis in patients with prolonged fasting, very low-carb diets, or alcohol misuse.
• Investigate suspected inborn errors of metabolism in infants and children.
• Monitor patients with mitochondrial disorders or organic acidemias.
• Used when urine ketone tests are inconclusive or require confirmation.
• Available via home blood collection across the UAE for urgent or immobile patients.

Symptoms & Risk Factors

Common Symptoms of Elevated Acetone (Ketosis/Ketoacidosis)

• Fruity-smelling breath (due to acetone exhalation)
• Excessive thirst and frequent urination
• Nausea, vomiting, or abdominal pain
• Rapid, deep breathing (Kussmaul respirations)
• Confusion, fatigue, or drowsiness
• High blood sugar (in diabetic patients)
• Low energy or muscle weakness

Risk Factors

• Type 1 diabetes (especially with missed insulin doses)
• Undiagnosed diabetes in children or adults
• Prolonged fasting or starvation
• Alcohol use disorder (alcoholic ketoacidosis)
• Very low-carbohydrate (ketogenic) diets
• Inborn metabolic disorders (e.g., MCAD deficiency)
• Severe illness or infection triggering metabolic stress

How the Test Works

When glucose is unavailable, the body burns fat, producing ketones — including **acetoacetate, beta-hydroxybutyrate, and acetone**. Acetone, though less abundant, is volatile and can be measured in blood to support ketosis diagnosis. Unlike urine dipsticks that detect acetoacetate, this test analyzes **whole blood** using gas chromatography or mass spectrometry for precision.

• Step 1 — Blood draw: a small volume of whole blood is collected into a specialized tube (gray top, fluoride/oxalate).
• Step 2 — Immediate chilling: sample must be kept cold (2–8°C) and processed quickly to prevent acetone loss.
• Step 3 — Transport: sent under controlled conditions to a reference lab for analysis.
• Step 4 — Results: securely delivered within 3 weeks due to advanced testing requirements.

This test is especially valuable in diagnosing rare metabolic diseases and confirming severe ketosis when standard tests are insufficient.

Sample Type

• We take: Whole blood (not serum or plasma)
• Volume: 2–3 mL
• Container: Gray-top tube (contains fluoride and oxalate as preservatives)
• Collection method: Venipuncture (arm draw) by trained phlebotomist
• Storage: Must be **chilled immediately** (2–8°C) and not frozen
• Note: Delayed processing or improper handling can lead to **false-negative results** due to acetone evaporation
• Home collection available: Yes, with strict cold-chain transport across UAE

Risks & Safety

• Minimal risk — standard blood draw with sterile needle.
• Slight bruising or discomfort at the site (temporary).
• No side effects from the test itself.
• Safe for adults and children.
• Special care taken to maintain sample integrity during transport.

Result Interpretation

Normal Range

• Normal: Not detectable or < 0.8 mg/dL (< 1.4 mmol/L)
• Acetone is typically absent or very low in healthy individuals

Elevated Levels

• May indicate:
  • Diabetic ketoacidosis (DKA)
  • Alcoholic ketoacidosis
  • Starvation or prolonged fasting
  • Inborn errors of metabolism (e.g., MCAD, SCAD deficiency)
  • Ketogenic diet-induced ketosis (usually milder)

Low or Undetectable Levels

• Normal in individuals with balanced metabolism and adequate carbohydrate intake.
• May also occur if sample was delayed or improperly stored (acetone evaporates).

Consequences if Untreated

• Diabetic ketoacidosis can lead to coma or death without prompt insulin and fluid therapy.
• Metabolic crises in children may cause brain damage or developmental delays.
• Severe dehydration and electrolyte imbalances affecting heart and kidney function.
• Respiratory failure due to acidosis and Kussmaul breathing.
• Long-term organ damage from repeated ketotic episodes.

Factors Affecting Test Results

• Sample delay: acetone is volatile — results degrade if not chilled and processed quickly.
• Improper tube: must use gray-top (fluoride/oxalate) tube; others may give false results.
• Fasting: short-term fasting can mildly increase acetone.
• Alcohol consumption: leads to ketone and acetone production.
• Diabetes control: missed insulin doses rapidly increase ketones.
• Diet: ketogenic or low-carb diets elevate ketones and acetone.

FAQs

Limitations

• **Long turnaround time** (up to 3 weeks) — not suitable for emergency diagnosis.
• Acetone is **less abundant** than other ketones (e.g., beta-hydroxybutyrate), so it may not be the best initial marker.
• Highly dependent on **proper sample handling** — warm or delayed samples yield false negatives.
• Not routinely used — mostly reserved for **metabolic disease workups or complex DKA cases**.
• Must be interpreted alongside blood glucose, pH, electrolytes, and other ketone levels.

Book Your Acetone – Whole Blood Test Today

Suspect ketosis or metabolic imbalance? Get precise, lab-confirmed results with professional home collection.

• Home Blood Draw Available (Dubai, Abu Dhabi, Sharjah, Ajman, RAK, Umm Al Quwain, Fujairah)
• Specialized Testing with Cold-Chain Transport
• Results in 3 Weeks
• Price: AED 350
• ✅ Certified Reference Lab | Metabolic Disease Expertise
• 🩸 Chilled Sample Collection & Transport
• 🔒 Secure Online Results

Acetone Ketone Serum Test in Dubai and across the UAE to detect ketone levels in the blood and assess metabolic imbalance. This test identifies the presence of **acetone**, one of the three primary ketone bodies, in serum — helping diagnose **ketoacidosis**, especially in individuals with diabetes, prolonged fasting, or alcohol abuse. Results available within 3–5 days.

Overview

The Acetone Ketone Serum Test measures the concentration of acetone — a volatile ketone produced during the breakdown of fats for energy — in your bloodstream. While small amounts of ketones are normal during fasting, elevated levels may indicate **diabetic ketoacidosis (DKA)**, **alcoholic ketoacidosis**, or **starvation ketosis**. Unlike urine ketone tests, this serum test provides a more accurate and early assessment of metabolic status, especially in emergency or high-risk situations. Results are typically available within 3–5 business days.

Why You Need This Test

• Diagnose or monitor diabetic ketoacidosis (DKA) in type 1 or type 2 diabetes.
• Evaluate patients with high blood sugar, nausea, vomiting, or abdominal pain.
• Assess metabolic crisis in individuals with prolonged fasting or malnutrition.
• Investigate suspected alcoholic ketoacidosis in chronic alcohol users.
• Support diagnosis in unexplained confusion, rapid breathing, or fatigue.
• Monitor critically ill patients in ICU settings.
• Available with home blood collection across Dubai, Abu Dhabi, Sharjah, and all Emirates.

Symptoms & Risk Factors

Common Symptoms of High Ketones

• Frequent urination and extreme thirst (signs of hyperglycemia)
• Nausea, vomiting, or abdominal pain
• Fruity-smelling breath (due to acetone exhalation)
• Rapid, deep breathing (Kussmaul respirations)
• Confusion, drowsiness, or weakness
• Dehydration or dry mouth

Risk Factors

• Type 1 diabetes — especially with missed insulin doses
• Uncontrolled type 2 diabetes under stress (infection, surgery)
• Prolonged fasting or extreme low-carb diets (e.g., ketogenic diet gone awry)
• Chronic alcohol use leading to alcoholic ketoacidosis
• Severe illness or infection increasing metabolic demand
• Pregnancy with gestational diabetes
• Post-surgery or trauma in diabetic patients

How the Test Works

When glucose is unavailable, the body burns fat, producing ketone bodies — **acetoacetate, beta-hydroxybutyrate, and acetone**. Acetone is formed spontaneously from acetoacetate and is exhaled or excreted. This test measures acetone specifically in **serum** using gas chromatography or enzymatic methods.

• Step 1 — Booking: schedule your blood draw at a clinic or home visit.
• Step 2 — Sample Collection: a phlebotomist draws blood from your arm into a serum separator tube.
• Step 3 — Processing: blood is centrifuged and serum is isolated.
• Step 4 — Analysis: specialized lab testing detects and quantifies acetone levels.
• Step 5 — Reporting: results delivered securely within 3–5 business days.

This test is critical for confirming ketosis and differentiating between metabolic emergencies.

Sample Type

• We take: Venous blood (from the arm)
• Volume: 3–5 mL in a serum separator tube (SST – gold or red-gray top)
• Collection method: standard venipuncture by certified technician
• Processing: serum must be separated quickly and stored properly to prevent degradation
• Fasting: not required, but test is often ordered during acute symptoms
• Note: hemolysis or delayed processing may affect accuracy

Risks & Safety

• Minimal risk — brief discomfort during blood draw.
• No side effects in most cases.
• Safe for adults and children when performed by trained staff.
• Very low infection risk — sterile, single-use equipment used.

Result Interpretation

Normal Range

• Normal: Trace to < 0.8 mg/dL (or < 1.0 mmol/L)
• Ketones are typically **undetectable or very low** in fasting-adapted individuals

Elevated Levels

• Mild elevation: 0.8–2.0 mg/dL – early ketosis (fasting, diet-related)
• Moderate to high: >2.0 mg/dL – suggests pathological ketosis
• Possible causes:
  • Diabetic ketoacidosis (DKA)
  • Alcoholic ketoacidosis
  • Starvation or prolonged fasting
  • High-fat, low-carbohydrate (ketogenic) diets

Clinical Correlation

• Acetone alone does not confirm DKA — must be interpreted with blood glucose, pH, beta-hydroxybutyrate, and electrolytes.
• High acetone with **normal glucose** may suggest alcoholic or starvation ketosis.
• Very high ketones with **hyperglycemia and acidosis** confirm DKA.

Consequences if Untreated

• Progression to diabetic ketoacidosis — a life-threatening emergency.
• Severe dehydration and electrolyte imbalance leading to arrhythmias.
• Cerebral edema (especially in children with DKA).
• Coma or death if metabolic acidosis is not corrected.
• Organ failure due to prolonged acidosis and poor perfusion.

Factors Affecting Test Results

• Diet: ketogenic, low-carb, or starvation diets increase ketones.
• Alcohol consumption: chronic or binge drinking can trigger ketoacidosis.
• Insulin deficiency: missed doses in diabetics lead to fat breakdown.
• Infection or illness: increases metabolic stress and ketone production.
• Sample handling: delayed separation or improper storage degrades ketones.
• Medications: SGLT2 inhibitors (e.g., empagliflozin) can cause euglycemic DKA.

FAQs

Limitations

• Acetone is **less abundant** than beta-hydroxybutyrate in ketoacidosis — newer labs often test BHB instead.
• Not routinely used as a first-line test; **beta-hydroxybutyrate** is preferred in many hospitals.
• Results take longer (3–5 days) compared to point-of-care urine or blood ketone meters.
• Requires specialized lab equipment and careful sample handling.
• Must be interpreted alongside glucose, electrolytes, and clinical signs.

Book Your Acetone Ketone Serum Test Today

Don’t ignore warning signs of metabolic imbalance — get accurate answers when it matters most.

• Home Blood Collection Available (Dubai, Abu Dhabi, Sharjah, Ajman, RAK, Umm Al Quwain, Fujairah)
• Detailed, Lab-Confirmed Results in 3–5 Days
• Price: AED 110
• ✅ Accredited Labs | Advanced Metabolic Testing
• 🩸 Certified Phlebotomy Team
• 🔒 Confidential & Secure Reporting

Acetone Serum / Beta-Hydroxybutyrate Test in Dubai and across the UAE to evaluate ketone levels and diagnose metabolic imbalances. This essential blood test helps identify ketoacidosis, a dangerous complication of diabetes, fasting, or alcohol abuse. It measures beta-hydroxybutyrate (BHB), the primary and most accurate ketone marker in the blood. Results available within 4–6 days.

Overview

The Acetone Serum / Beta-Hydroxybutyrate (BHB) Test measures the level of beta-hydroxybutyrate — the predominant ketone body produced during fat breakdown — in the bloodstream. When glucose is unavailable (due to starvation, prolonged fasting, or uncontrolled diabetes), the body burns fat for energy, producing ketones. Elevated BHB levels indicate ketosis or ketoacidosis, which can be life-threatening if untreated. This test is more sensitive and reliable than urine ketone testing. Results are typically available within 4–6 business days.

Why You Need This Test

• Diagnose diabetic ketoacidosis (DKA) — a medical emergency in type 1 and sometimes type 2 diabetes.
• Evaluate patients with high blood sugar, nausea, vomiting, or abdominal pain.
• Monitor ketone levels in insulin-dependent diabetics during illness or hyperglycemia.
• Assess alcoholic ketoacidosis in individuals with chronic alcohol use.
• Investigate fasting ketosis in malnourished or extremely low-carb diet users (e.g., keto diet).
• Rule out metabolic causes of altered mental status or fatigue.
• Available with home blood collection across Dubai, Abu Dhabi, Sharjah, and all Emirates.

Symptoms & Risk Factors

Common Symptoms

• Excessive thirst and frequent urination (signs of hyperglycemia)
• Nausea, vomiting, or abdominal pain
• Rapid breathing (Kussmaul respirations) with fruity-smelling breath
• Confusion, drowsiness, or fatigue
• High blood sugar levels (above 250 mg/dL)
• Dehydration or dry mouth and skin

Risk Factors

• Type 1 diabetes (highest risk for DKA)
• Poorly controlled type 2 diabetes
• Recent illness or infection (e.g., flu, UTI) increasing insulin needs
• Missed insulin doses or pump failure
• Chronic alcohol use leading to alcoholic ketoacidosis
• Very low-calorie or ketogenic diets
• Fasting or starvation states

How the Test Works

When the body lacks insulin or glucose, it breaks down fat, producing ketones — with beta-hydroxybutyrate (BHB) being the most abundant and clinically significant. This blood test directly measures BHB levels for early and accurate detection of ketosis.

• Step 1 — Appointment: schedule a lab visit or opt for home blood draw.
• Step 2 — Sample collection: a small blood sample is taken from your arm vein.
• Step 3 — Analysis: the lab measures beta-hydroxybutyrate concentration in serum.
• Step 4 — Results: securely delivered within 4–6 business days.

This test is critical for timely diagnosis and management of ketoacidosis.

Sample Type

• We take: Venous blood sample (serum)
• Volume: 2–3 mL of blood
• Container: serum separator tube (SST)
• How it’s collected: standard venipuncture (arm draw)
• Stability: sample must be processed within 1 hour or separated and refrigerated
• Note: hemolyzed or delayed samples may affect accuracy

Risks & Safety

• Minimal risk — standard blood draw with slight discomfort or bruising possible.
• No fasting required unless combined with glucose or other tests.
• Safe for adults and children — essential in diabetic emergencies.
• No side effects from the test itself.

Result Interpretation

Normal Range

• Normal: < 0.3 mmol/L
• Trace ketosis may occur during fasting or low-carb diets

Mildly Elevated

• 0.3–1.0 mmol/L: early ketosis — may indicate fasting, diet, or mild insulin deficiency

Moderate to High

• 1.0–3.0 mmol/L: moderate ketosis — requires monitoring and possible intervention
• > 3.0 mmol/L: high risk of diabetic ketoacidosis (DKA) — medical emergency

Consequences if Untreated

• Progression to severe DKA leading to coma or death.
• Severe dehydration and electrolyte imbalances (e.g., low potassium).
• Acute kidney injury due to prolonged acidosis.
• Cerebral edema (especially in children with DKA).
• Cardiac arrhythmias from metabolic disturbances.

Factors Affecting Test Results

• Fasting or ketogenic diets: increase ketone production.
• Alcohol consumption: can trigger alcoholic ketoacidosis.
• Illness or infection: increases insulin demand and ketogenesis.
• Delayed sample processing: BHB levels rise in unseparated blood.
• Medications: SGLT2 inhibitors (e.g., canagliflozin) increase DKA risk even with normal glucose.
• Pregnancy: increased metabolic demands may elevate ketones.

FAQs

Limitations

• Requires prompt sample processing — BHB rises in unseparated blood.
• Not a standalone test — must be interpreted with glucose, electrolytes, and clinical signs.
• Does not distinguish between types of ketoacidosis (diabetic, alcoholic, starvation) without context.
• Home collection requires timely delivery to the lab.
• Normal BHB doesn’t rule out early ketosis — clinical judgment is key.

Book Your Acetone Serum / Beta-Hydroxybutyrate Test Today

Don’t wait if you’re a diabetic feeling unwell — get fast, accurate ketone testing to prevent complications.

• Available with Home Blood Collection (Dubai, Abu Dhabi, Sharjah & all Emirates)
• Accurate, Lab-Based Results in 4–6 Days
• Price: AED 80
• ✅ CLIA-Certified Labs | Diabetes & Critical Care Testing
• 🩸 Fast, Comfortable Blood Draw
• 🔒 Confidential Reporting | Emergency Support

The ANTI IA-2 ANTIBODY test measures various health markers related to autoimmune responses, particularly in the context of diabetes. This test is crucial for assessing the presence of antibodies that may indicate autoimmune diabetes or other related conditions.

The Anti-Insulin Antibodies test measures the presence of antibodies that may interfere with insulin function. This test is essential for assessing autoimmune responses related to diabetes and other metabolic disorders.

The Blood Sugar Profile test measures HAEMOGLOBIN AIC / Glycated Hemoglobin (HbA1C) and Blood Glucose levels. This test is essential for monitoring blood sugar control over time, aiding in the management of diabetes and related conditions.

The C-Peptide - Post Prandial test measures various health markers related to insulin production and glucose metabolism. This test is essential for assessing pancreatic function and can help in the diagnosis and management of diabetes and other metabolic disorders.

The C-peptide (Random) test measures various health markers related to insulin production in the body. This test is crucial for evaluating pancreatic function and diagnosing conditions such as diabetes.

The C-Peptide Level test measures the amount of C-peptide in the blood, which is an important marker for assessing insulin production. This test helps in evaluating various health markers related to diabetes and pancreatic function.

CSF - Glucose Test – Assess Central Nervous System Health

 

The CSF - Glucose Test measures the concentration of glucose in cerebrospinal fluid (CSF), a clear fluid that cushions the brain and spinal cord. This test is a critical diagnostic tool for identifying central nervous system (CNS) infections such as bacterial meningitis, fungal meningitis, and neuroinflammatory conditions. Since glucose in CSF is derived from blood glucose, abnormally low levels can signal that pathogens are consuming it, impairing brain function.

 

Symptoms That Indicate You May Need This Test

 

If you're experiencing any of the following symptoms, your healthcare provider may recommend a CSF glucose test:

 

 
• Severe headache with fever
 
• Stiff neck (nuchal rigidity)
 
• Nausea and vomiting
 
• Sensitivity to light (photophobia)
 
• Confusion, drowsiness, or altered mental state
 
• Seizures
 

 

These signs often point to meningitis or encephalitis, especially when they develop rapidly.

 

Natural Production and Role in the Body

 

Glucose in CSF is transported from the bloodstream across the blood-brain barrier. Normal CSF glucose levels are approximately 60–70% of blood glucose levels (typically 50–80 mg/dL). It serves as the primary energy source for neurons and glial cells. Disruptions in this balance—especially low CSF glucose (hypoglycorrhachia)—are strongly associated with bacterial or fungal infections.

 

What Happens If Left Untreated?

 

Untreated CNS infections can progress rapidly and lead to life-threatening complications, including:

 

 
• Brain damage or permanent neurological deficits
 
• Hearing loss or vision problems
 
• Seizure disorders
 
• Septic shock
 
• Death within 24–48 hours in severe cases
 

 

Early diagnosis through CSF analysis is essential for timely antibiotic or antifungal treatment.

 

Test Overview

 

The test requires a lumbar puncture (spinal tap) to collect 1 mL of CSF. The sample is analyzed in a certified lab, often alongside CSF protein, cell count, Gram stain, and culture. Low glucose with high protein and elevated white blood cells strongly suggests bacterial meningitis.

 

Frequently Asked Questions (FAQs)

 

Is the lumbar puncture painful?

 

Local anesthesia is used to numb the area. Most patients feel pressure or mild discomfort, but not sharp pain.

 

How long do results take?

 

Results are typically available within 2 business days.

 

Do I need to fast before the test?

 

No fasting is required. You can eat and drink normally unless instructed otherwise.

Glucose level in body fluids (e.g., CSF, joint fluid).

The Fluid Uric Acid test measures the concentration of uric acid in bodily fluids, such as synovial fluid or other joint fluids. This test is essential for diagnosing conditions like gout, kidney stones, and other metabolic disorders related to uric acid levels.

The Fructosamine test measures various health markers related to glucose control over a period of 2-3 weeks. It is particularly useful for monitoring diabetes management and assessing glycemic control in patients. This test provides valuable insights into average blood sugar levels, helping healthcare providers make informed treatment decisions.

The GAD Antibody test is a valuable diagnostic tool that measures various health markers related to autoimmune conditions. This test helps in identifying the presence of GAD antibodies, which are associated with type 1 diabetes and other autoimmune disorders.

Blood sugar after 8–12 hours without food.

Measures blood glucose level 2 hours after consuming 75g of glucose.

Measures blood sugar after breakfast.

Measures blood sugar after dinner.

Measures blood sugar after lunch.

Blood glucose measured 2 hours after a meal.

The Glucose Challenge Test (GCT) is a screening tool used to assess glucose metabolism and identify potential diabetes or insulin resistance. This test measures various health markers related to blood sugar levels, providing essential information for early detection and management of metabolic disorders.

The Glucose Challenge Test (GCT) is a screening tool used to assess how well your body processes glucose, helping to identify potential gestational diabetes in pregnant women. This test measures blood glucose levels after a glucose load, providing critical information for managing maternal and fetal health.

The Glucose Tolerance Test (GTT) is a crucial diagnostic tool used to evaluate how your body processes glucose. This test measures various health markers, including blood sugar levels at fasting, one hour, and two hours after glucose administration.

The Glucose Tolerance Test (GTT) measures how well your body processes glucose, helping to diagnose conditions such as prediabetes and diabetes. This test involves fasting blood samples and subsequent glucose measurements after consuming a 75-gram glucose solution, providing crucial insights into your metabolic health.

The Glucose-6-Phosphate Dehydrogenase (G6PD) quantitative test measures the activity of the G6PD enzyme in the blood, which is essential for red blood cell function. This test helps in assessing various health markers related to hemolytic anemia and other conditions. Timely detection of G6PD deficiency can prevent complications associated with certain medications and foods.

Measures average blood glucose over 2–3 months.

The Homa IR test measures various health markers that are essential for assessing insulin resistance and metabolic health. This test provides valuable insights into your body's insulin response and can help identify potential health risks associated with metabolic disorders.

The IA-2 antibody test is designed to measure various health markers related to autoimmune conditions, particularly those affecting insulin production. This test is crucial for diagnosing and monitoring diabetes-related autoimmune disorders.

The Insulin - Random test measures the level of insulin in your blood at a specific point in time. This test is crucial for assessing how well your body is managing glucose levels and can help diagnose conditions such as insulin resistance, prediabetes, and diabetes.

The Insulin - Random test measures various health markers related to insulin levels in the body. This test is essential for assessing insulin production and can aid in diagnosing conditions such as diabetes and insulin resistance.

The Insulin 1 Hour After Glucose test measures various health markers related to insulin response and glucose metabolism. This test is essential for assessing how your body processes sugar and can help identify potential metabolic disorders.

The Insulin 1 Hour After Glucose test measures the level of insulin in your blood one hour after consuming a glucose solution. This test is crucial for assessing how well your body responds to glucose and is commonly used to diagnose insulin resistance and conditions like prediabetes and type 2 diabetes.

The Insulin 2 Hours After Glucose/Lunch test measures various health markers related to insulin response and glucose metabolism. This test is essential for assessing how well your body processes glucose after a meal, providing insights into your metabolic health.

The Insulin 2 Hours After Glucose/Lunch test measures the level of insulin in the blood two hours after consuming a glucose-rich meal. This test is crucial for evaluating how well the body responds to glucose and can help diagnose insulin resistance or diabetes.

The Insulin Fasting test measures the level of insulin in your blood after fasting for a specified period. This test is crucial for diagnosing insulin resistance, diabetes, and other metabolic disorders, helping healthcare providers assess your body's ability to regulate blood sugar levels.

The Insulin Fasting test measures various health markers related to insulin levels in the blood. This test is essential for evaluating insulin resistance and monitoring metabolic health.

The Insulin Post Prandial test measures the level of insulin in the blood after eating, providing crucial insights into how your body processes glucose. This test is essential for diagnosing and managing conditions such as insulin resistance and diabetes, helping healthcare providers tailor treatment plans effectively.

The Insulin Post Prandial test measures various health markers related to insulin levels after eating. This test is essential for monitoring how well your body processes glucose and can help in the management of diabetes and other metabolic conditions.

The Insulin Resistance Profile measures insulin levels at fasting, 1 hour, and 2 hours after glucose administration. This test helps assess how well your body responds to insulin, providing insights into various health markers related to metabolic health.

Kidney & Liver Function Profile – Comprehensive Metabolic Health Screening

The Kidney & Liver Function Profile is an extensive blood panel that measures key biomarkers including Urea, Uric Acid, Creatinine, Electrolytes, Total Protein, Albumin, Globulin, Bilirubin, Calcium, Phosphorus, Alkaline Phosphatase, ALT, AST, and GGT. This test provides a complete picture of your renal and hepatic health, making it ideal for routine checkups, chronic disease monitoring, and pre-treatment assessments.

Symptoms That Indicate You May Need This Test

If you're experiencing any of the following, your doctor may recommend this profile:

• Fatigue, weakness, or swelling (kidney/liver involvement)
• Jaundice (yellowing of skin or eyes)
• Dark urine or pale stools
• Abdominal pain or bloating
• Nausea, vomiting, or loss of appetite
• Frequent urination or edema in legs

These signs may point to liver disease, kidney dysfunction, or metabolic imbalances.

Natural Production and Role in the Body

The liver produces proteins (albumin, globulin), processes bilirubin, and synthesizes enzymes like ALT, AST, and GGT. The kidneys filter waste (urea, creatinine), regulate electrolytes, and maintain acid-base balance. Calcium and phosphorus are regulated by both organs and the parathyroid. Disruptions in these markers can indicate cirrhosis, hepatitis, kidney failure, or bone disorders.

What Happens If Left Untreated?

Chronic liver or kidney disease can progress silently to:

• Cirrhosis and liver failure
• Hepatocellular carcinoma (liver cancer)
• End-stage renal disease (dialysis or transplant)
• Electrolyte imbalances causing arrhythmias
• Malnutrition due to poor protein synthesis

Early detection through this profile enables lifestyle changes and medical interventions that can slow or halt disease progression.

Test Overview

A 2 mL blood sample is collected in an SST or red-top tube. Results are typically available the same day. The test evaluates multiple organ systems at once, making it cost-effective and efficient for comprehensive health screening. Abnormal results may prompt further imaging or specialist referral.

Frequently Asked Questions (FAQs)

Do I need to fast before this test?

Yes—fast for 8–12 hours to ensure accurate lipid and glucose readings if included; otherwise, no specific fasting is required for this panel.

How often should I get tested?

Annually for general screening; more frequently if you have diabetes, hypertension, or liver/kidney conditions.

Can medications affect the results?

Yes—statins, antibiotics, anticonvulsants, and NSAIDs can influence liver enzymes and kidney markers.