Vitamin and mineral blood tests identify deficiencies that may cause fatigue, weakness, or poor immunity. At Bids Chemist, we help you understand your body’s nutritional needs. Knowing your results supports balanced eating, better energy, and long-term health through personalised dietary improvements and professional wellness advice.
This test measures beta-carotene and other carotenoids, antioxidants essential for vision, immune function, and overall health. Blood is drawn and analysed to evaluate dietary intake or identify deficiencies. Low levels may indicate insufficient consumption of fruits and vegetables, while abnormal levels can suggest absorption issues. Understanding carotene levels helps healthcare providers advise on nutrition, supplement use, and lifestyle interventions. Patients benefit by optimising antioxidant intake, supporting immune health, and reducing the risk of chronic disease.
This test measures coenzyme Q10, a compound essential for energy production and antioxidant defense. Blood is collected and analysed to evaluate nutritional status, metabolic function, or response to supplementation. Low levels can affect cardiovascular health, energy levels, or neurological function. Understanding coenzyme Q10 status helps healthcare providers guide therapy, recommend supplementation, and optimise metabolic and cardiovascular wellness. Patients benefit by maintaining energy balance, supporting heart and brain health, and reducing the risk of chronic disease.
This test measures folate in red blood cells, reflecting long-term vitamin B9 status, which is critical for DNA synthesis, red blood cell production, and fetal development. Blood is collected and analysed to detect deficiencies, which may lead to anemia, fatigue, or complications during pregnancy. Early detection allows healthcare providers to recommend dietary adjustments or supplementation. Patients benefit by optimising nutrient intake, preventing health complications, supporting energy levels, and promoting metabolic and reproductive wellness. Monitoring folate helps ensure healthy pregnancy outcomes and long-term hematologic health.
This test measures serum folate, reflecting recent vitamin B9 intake. Blood is drawn and analysed to detect short-term deficiencies that may affect red blood cell formation, energy metabolism, or fetal development. Abnormal levels help healthcare providers guide supplementation and dietary recommendations. Patients benefit by ensuring adequate nutrient intake, reducing risk of anemia, supporting prenatal health, and maintaining overall metabolic wellness. Monitoring folate allows early interventions to prevent complications related to deficiency and supports long-term health.
The Glutathione Peroxidase test measures an antioxidant enzyme that protects cells from oxidative stress caused by free radicals. Oxidative stress is linked to chronic diseases, aging, and inflammation. Low levels may indicate poor antioxidant protection, nutritional deficiencies, or high oxidative stress. Healthcare providers use this information to assess overall cellular health and guide dietary or supplement recommendations. A standard blood draw is used for testing, and results are interpreted in combination with other antioxidant markers. Understanding your enzyme status can help you take proactive steps in nutrition, lifestyle, and disease prevention strategies.
The Red Cell Glutathione test measures glutathione within red blood cells, providing insight into long-term cellular antioxidant capacity. Glutathione is critical for detoxification, immune defense, and preventing oxidative damage. Low levels may contribute to fatigue, increased susceptibility to chronic disease, or impaired detoxification. This test is particularly useful for patients with chronic health issues, nutritional deficiencies, or high oxidative stress. A blood sample is required, and results are interpreted alongside other health markers. Knowing your glutathione status can guide nutritional and lifestyle interventions to support overall cellular health and long-term wellbeing.
Measures iodine levels in the blood, an essential mineral for thyroid function. Deficiency can lead to hypothyroidism, goiter, or impaired growth, while excessive iodine can also disrupt thyroid health. Blood is drawn, and results are interpreted alongside thyroid function tests. Understanding iodine status helps guide dietary adjustments or supplementation to optimise thyroid and overall metabolic health.
This profile assesses iron levels in the body to detect iron overload, which can damage organs such as the liver, heart, and pancreas. Blood is collected and analysed for ferritin, transferrin saturation, and serum iron. Elevated levels may indicate hereditary hemochromatosis, repeated blood transfusions, or other metabolic conditions. Early detection allows healthcare providers to implement interventions like dietary changes, phlebotomy, or medication to reduce iron burden. Patients benefit by understanding their iron status, preventing long-term complications, and maintaining optimal organ function and overall health.
This test evaluates overall iron status in the body, including serum iron, ferritin, total iron-binding capacity, and transferrin saturation. Blood is collected to identify deficiencies that may cause anemia, fatigue, or impaired immune function. Early detection allows healthcare providers to recommend dietary adjustments, supplementation, or further investigations for underlying causes. Patients benefit by optimising iron levels, improving energy, supporting red blood cell health, and preventing long-term complications associated with iron imbalance.
This test measures methylmalonic acid (MMA) in serum, a marker of vitamin B12 status and cellular metabolism. Blood is drawn and analysed to detect B12 deficiency or metabolic disorders. Abnormal results can cause anemia, neurological symptoms, or fatigue. Early detection allows healthcare providers to recommend supplementation, dietary changes, or monitoring strategies. Patients benefit by understanding nutrient status, preventing complications, maintaining neurological and hematologic health, and supporting overall wellness. Monitoring MMA ensures timely interventions for optimal metabolic function.
This test measures methylmalonic acid in urine, reflecting vitamin B12 metabolism over time. Urine is collected and analysed to detect deficiency or metabolic impairment. Abnormal levels help healthcare providers guide supplementation, dietary changes, or further testing. Patients benefit by maintaining red blood cell health, supporting neurological function, preventing fatigue, and avoiding long-term complications. Monitoring urinary MMA supports proactive nutrient management and overall wellness.
This test measures omega-3 and omega-6 fatty acid levels in blood, essential fats critical for cardiovascular, brain, and inflammatory health. Blood is collected and analysed to assess dietary intake, deficiency, or imbalance. Abnormal levels may increase risk for cardiovascular disease, cognitive decline, or chronic inflammation. Healthcare providers use results to guide dietary recommendations, supplementation, and lifestyle adjustments. Patients benefit by understanding fatty acid status, improving heart and brain health, reducing inflammation, and supporting overall wellness. Timely assessment allows proactive nutritional interventions, enhancing long-term health outcomes and preventing chronic disease complications.
This test measures retinol-binding protein, a marker of vitamin A status and kidney function. Blood is collected and analysed to assess nutritional status or early kidney dysfunction. Abnormal levels help healthcare providers guide supplementation, monitor chronic conditions, and prevent complications. Patients benefit by maintaining optimal nutrition, supporting renal and metabolic health, and preventing long-term health issues. Timely assessment allows proactive management and overall wellness.
This test measures serum selenium levels, a trace element important for antioxidant function, thyroid health, and immune defense. Blood is collected and analysed to detect deficiency or excess. Abnormal levels can impact metabolism, immunity, and overall wellness. Healthcare providers use results to guide dietary recommendations, supplementation, or further evaluation. Patients benefit by understanding selenium status, optimising metabolic and immune function, and preventing long-term complications. Monitoring selenium supports proactive management of nutrient-related health and overall well-being.
This test measures red cell selenium, providing insight into long-term selenium status over several months. Blood is collected and analysed to evaluate chronic nutrient levels, detect deficiency or excess, and assess risk for metabolic or thyroid disorders. Results help healthcare providers guide dietary recommendations, supplementation, and monitoring. Patients benefit by understanding long-term selenium status, supporting metabolic and immune health, and preventing deficiency or toxicity. Timely assessment enables proactive management of trace element balance and overall wellness.
This test measures vitamin A (retinol) levels in blood to assess nutritional status, vision health, and immune function. Blood is collected and analysed to detect deficiency or excess. Abnormal levels may impact vision, immunity, or growth. Healthcare providers use results to guide supplementation, dietary adjustments, or further testing. Patients benefit by maintaining optimal vitamin A levels, preventing deficiency-related complications, and supporting overall wellness. Timely assessment enables proactive nutrient management and long-term health.
This test measures vitamin B12 levels in blood, essential for red blood cell production, neurological function, and DNA synthesis. Blood is collected and analysed to detect deficiency or excess. Abnormal levels may cause fatigue, anemia, neurological symptoms, or cognitive changes. Healthcare providers use results to guide supplementation, dietary recommendations, or further investigation. Patients benefit by understanding vitamin B12 status, supporting hematologic and neurological health, and maintaining overall wellness. Timely assessment ensures early detection and preventive management.
This test measures active vitamin B12, the metabolically usable form, to more accurately evaluate vitamin B12 status. Blood is collected and analysed to detect deficiency that may not be apparent with total B12 testing. Early identification allows healthcare providers to recommend supplementation or dietary adjustments, preventing neurological or hematologic complications. Patients benefit by maintaining cognitive and blood health, optimising energy levels, and supporting long-term wellness. Timely assessment ensures proactive nutrient management and overall health maintenance.
This test measures thiamine (vitamin B1) levels in blood to assess nutritional status. Blood is collected and analysed to detect deficiency, which may cause neurological symptoms, fatigue, or cardiovascular issues. Early detection allows healthcare providers to recommend supplementation or dietary adjustments. Patients benefit by maintaining metabolic and neurological health, preventing deficiency-related complications, and supporting long-term wellness. Timely assessment ensures proactive nutrient management and overall health optimization.
This test measures riboflavin (vitamin B2) levels in blood to assess nutritional status. Blood is collected and analysed to detect deficiency, which may affect energy metabolism, skin, eyes, and nervous system function. Healthcare providers use results to guide supplementation, dietary interventions, or further testing. Patients benefit by maintaining energy balance, preventing deficiency-related complications, and supporting long-term wellness. Timely assessment enables proactive nutrient management and overall health.
This test measures niacinamide (vitamin B3) in blood to assess nutritional status and metabolism. Blood is collected and analysed to detect deficiency or imbalance, which can affect energy production, neurological function, and skin health. Healthcare providers use results to guide supplementation, dietary advice, and lifestyle interventions. Patients benefit by optimising metabolic function, preventing deficiency-related complications, and supporting overall wellness. Timely detection allows proactive nutrient management and long-term health maintenance.
This test measures pyridoxine (vitamin B6) levels in blood to assess nutritional status and enzyme cofactor availability. Blood is collected and analysed to detect deficiency or excess, which can affect neurotransmitter production, hemoglobin synthesis, and metabolic pathways. Healthcare providers use results to guide supplementation, dietary interventions, and treatment. Patients benefit by optimising neurological, hematologic, and metabolic health, preventing deficiency-related complications, and supporting overall wellness. Timely assessment enables proactive nutrient management and long-term health optimization.
This test measures biotin (vitamin B7) levels in blood to evaluate nutritional status. Blood is collected and analysed to detect deficiency, which may cause hair loss, skin rashes, or neurological symptoms. Early detection allows healthcare providers to recommend supplementation or dietary adjustments. Patients benefit by maintaining skin, hair, and metabolic health, preventing complications, and supporting overall wellness. Timely assessment ensures proactive nutrient management and long-term health.
This test measures vitamin C (ascorbic acid) levels in blood to assess nutritional status. Blood is collected and analysed to detect deficiency or insufficiency, which may cause fatigue, impaired immunity, or poor wound healing. Healthcare providers use results to guide supplementation, dietary interventions, and preventive care. Patients benefit by maintaining antioxidant protection, immune function, and overall wellness. Early detection allows proactive nutrient management and supports long-term health optimization.
This test measures vitamin D levels in blood to assess bone health, immune function, and metabolic balance. Blood is collected and analysed to detect deficiency or insufficiency, which may contribute to osteoporosis, muscle weakness, or impaired immunity. Healthcare providers use results to guide supplementation, lifestyle changes, and preventive care. Patients benefit by optimising bone and immune health, maintaining metabolic balance, and supporting long-term wellness. Timely assessment enables proactive management and improved overall health outcomes.
This test measures vitamin K (nutritional) levels in blood, which is essential for blood clotting, bone health, and cardiovascular function. Blood is collected and analysed to detect deficiency or imbalance. Abnormal levels may increase bleeding risk or affect bone metabolism. Healthcare providers use results to guide dietary interventions, supplementation, and therapy. Patients benefit by maintaining clotting balance, bone integrity, and overall wellness. Early detection ensures proactive nutrient management and long-term health optimization.
This test measures vitamin K (nutritional) levels in blood, which is essential for blood clotting, bone health, and cardiovascular function. Blood is collected and analysed to detect deficiency or imbalance. Abnormal levels may increase bleeding risk or affect bone metabolism. Healthcare providers use results to guide dietary interventions, supplementation, and therapy. Patients benefit by maintaining clotting balance, bone integrity, and overall wellness. Early detection ensures proactive nutrient management and long-term health optimization.
This test measures a selection of key vitamins to assess nutritional status. Blood is collected and analysed to identify deficiencies or imbalances that may affect energy, immunity, and metabolic function. Healthcare providers use results to guide supplementation, dietary changes, and preventive care. Patients benefit by optimising nutrient status, preventing deficiency-related complications, and supporting overall wellness. Timely assessment ensures proactive nutrient management and long-term health.
This test measures pantothenic acid (vitamin B5) in blood to assess nutritional status and coenzyme function. Blood is collected and analysed to detect deficiency or imbalance, which may affect energy metabolism, neurotransmitter synthesis, and overall cellular function. Healthcare providers use results to guide supplementation, dietary interventions, and therapy. Patients benefit by maintaining energy balance, preventing deficiency-related complications, and supporting long-term wellness. Timely detection enables proactive nutrient management and overall health optimization.
This test measures vitamin E (alpha-tocopherol) in blood to evaluate antioxidant status, cardiovascular health, and cellular protection. Blood is collected and analysed to detect deficiency or insufficiency, which may contribute to oxidative stress, neurological issues, or immune dysfunction. Healthcare providers use results to guide supplementation, lifestyle changes, and preventive interventions. Patients benefit by maintaining antioxidant protection, supporting heart and brain health, and promoting long-term wellness. Timely assessment enables proactive nutrient management and overall health optimization.
This test measures serum zinc levels to assess nutritional status, immune function, and metabolic health. Blood is collected and analysed to detect deficiency or excess. Abnormal levels may affect immunity, wound healing, growth, or cognitive function. Healthcare providers use results to guide supplementation, dietary adjustments, or monitoring. Patients benefit by optimising zinc status, supporting metabolic and immune health, and maintaining overall wellness. Timely assessment enables proactive nutrient management and long-term health optimization.
This test measures zinc in whole blood, providing information about longer-term zinc status. Blood is collected and analysed to detect deficiency or toxicity. Results help healthcare providers recommend supplementation, dietary adjustments, and monitor chronic conditions. Patients benefit by understanding zinc levels, supporting immune, metabolic, and cognitive health, and maintaining long-term wellness. Timely assessment enables proactive nutrient management and overall health.
