Book Diagnostic Tests

A lead blood test is the gold standard for detecting recent or ongoing exposure to lead, a potent neurotoxin that can cause permanent developmental and cognitive damage. It is primarily used to screen children in high-risk areas and adults with industrial exposure to prevent long-term kidney, blood, and nervous system disorders.

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An antimony blood test is used to detect acute exposure to this heavy metal, which is common in industrial manufacturing like plastics, glass, and flame retardants. Elevated levels are highly toxic and can lead to severe gastrointestinal distress, skin irritation, and potential damage to the heart and lungs.

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A selenium blood test assesses levels of this essential trace element to detect either toxicity (selenosis) from over-supplementation or deficiency, which can weaken the immune system and heart. While vital for thyroid and antioxidant function, excessive levels can lead to hair loss, nail brittleness, and neurological damage.

A tin blood test is primarily used to detect industrial exposure or toxicity from organotin compounds, which can cause neurological issues and gastrointestinal distress. While inorganic tin is poorly absorbed, this test helps monitor those working in smelting, soldering, or chemical manufacturing to prevent chronic health complications.

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A strontium blood test is used to monitor exposure to the element, often in industrial settings or during the use of certain bone-strengthening medications. While low levels are naturally present, excessive accumulation can interfere with calcium metabolism and potentially impact bone density and structure.

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A thallium blood test is a critical diagnostic tool used to detect acute or chronic poisoning from this highly toxic heavy metal, which is often found in electronics manufacturing and pesticides. Excessive exposure can lead to severe neurological symptoms, hair loss, and multi-organ failure, making early detection through blood analysis essential for treatment.

A uranium blood test is primarily used to detect recent or high-level exposure to this radioactive metal, which can occur through industrial work or contaminated environmental sources. Because uranium is chemically toxic to the kidneys, this test is vital for monitoring renal health and preventing long-term systemic damage.

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A vanadium blood test is used to detect overexposure to this metal, which is common in industries like steel manufacturing, chemical processing, and fossil fuel combustion. While essential in tiny amounts, high levels can be toxic, leading to respiratory irritation, "green tongue," and potential kidney or gastrointestinal damage.

This test measures the amount of LH in the blood to evaluate reproductive health, specifically tracking ovulation in women and sperm production in men. It helps identify issues with the pituitary gland or gonads that may be contributing to difficulties in achieving pregnancy.

The 25-OH Vitamin D (Total) test measures the sum of Vitamin D2​ and D3​ in your blood to determine if your levels are adequate for bone health and immune function. It is considered the most accurate way to monitor your body's "stored" vitamin D levels obtained from sunlight, diet, and supplements.

A folate test measures the concentration of Vitamin B9 in your blood to diagnose deficiencies that can lead to anemia or nerve damage. It is primarily used to ensure healthy red blood cell production and to monitor nutritional status, particularly during pregnancy.

The Average Blood Glucose (ABG) test provides an estimated daily blood sugar level derived from your HbA1c result, reflecting your average control over the past 2–3 months. Unlike a single finger-prick test, it offers a long-term view of how your body manages sugar, making it a key tool for diagnosing and monitoring diabetes.

Basophils are a type of white blood cell measured in a Complete Hemogram to identify allergic reactions, inflammatory conditions, or potential bone marrow disorders. As part of your immune system's "first responder" team, they release enzymes like histamine to help defend the body against allergens and parasites.

Eosinophils are specialized white blood cells primarily responsible for fighting parasitic infections and playing a key role in the body's response to allergic diseases and asthma. A measurement of these cells helps doctors identify inflammatory conditions, underlying allergies, or specific immune system reactions.

Monocytes are the largest type of white blood cell, acting as "scavengers" that circulate in the blood before moving into tissues to ingest bacteria and debris. They play a critical role in the immune system by presenting fragments of pathogens to other immune cells to trigger a more targeted defense.