This urine test measures diethyl phosphate (DEP), a breakdown product of organophosphate pesticides, to reveal your recent pesticide exposure so you can take steps to reduce it. Lowering exposure may help reduce risks linked to organophosphates, including nervous system effects and potential impacts on child development and reproductive health.

This test measures DEDTP, a urinary biomarker of exposure to diethyl organophosphate pesticides, helping you identify and reduce harmful pesticide exposure. By addressing elevated levels, you may lower the risk of pesticide-related nervous system effects such as headaches, dizziness, cognitive issues, and potential developmental harms.

This urine test measures diethylthiophosphate (DETP), a biomarker of exposure to organophosphate pesticides, helping you identify and reduce recent pesticide exposure. Lowering exposure may reduce risks linked to nervous system effects and potential cognitive/developmental impacts.

This test measures dimethyl phosphate (DMP), a common urine metabolite of organophosphate pesticides, to reveal your recent pesticide exposure. Identifying and reducing exposure may help you avoid nerve-related symptoms (headaches, dizziness, weakness) and potential long-term effects linked to organophosphates, including learning and memory problems.

The Dimethyldithiophosphate (DMDTP) Test measures a urinary biomarker of recent exposure to dimethyl organophosphate pesticides. Identifying and reducing exposure may help you avoid acute symptoms (headaches, nausea) and lower the risk of longer-term nervous system and neurodevelopmental effects linked to these pesticides.

This quick urine creatinine test checks how well your kidneys are working and whether your sample is adequately concentrated, helping flag early kidney disease, dehydration, or muscle issues. Early detection lets you address risks sooner and avoid preventable kidney damage and related complications.

This test measures your body’s level of Bisphenol A (BPA), a common endocrine disruptor, so you can identify and reduce exposure—helping you avoid hormone imbalances, fertility problems, and metabolic and cardiovascular issues linked to BPA.

Check your exposure to 4‑Nonylphenol—an endocrine‑disrupting chemical found in some detergents, plastics, and personal-care products—so you can reduce it. Elevated levels are linked to hormone imbalance, reduced fertility, and developmental effects.

This test detects triclosan (TCS)—a common antimicrobial—so you can identify and reduce exposure. Lowering TCS exposure may help avoid risks linked to hormone (thyroid) disruption, antibiotic resistance, skin irritation, and potential developmental or reproductive effects.

This test measures diphenyl phosphate (DPP) in urine to reveal your recent exposure to organophosphate flame retardants from everyday products. Identifying and reducing high levels may help lower risks linked in studies to hormone and thyroid disruption, fertility problems, developmental effects, and metabolic issues.

This urine test measures MEHHP, a biomarker of exposure to the phthalate DEHP, so you can identify and reduce sources in your environment. Elevated DEHP exposure is linked to hormone disruption, fertility/reproductive issues, pregnancy and developmental concerns, and potential metabolic and cardiovascular risks.

This Atrazine Test quickly checks your drinking water for atrazine, a common agricultural herbicide, so you can take action if contamination is present. Reducing exposure may help lower risks linked to hormone (endocrine) disruption and reproductive/developmental health concerns.

This urine test measures atrazine mercapturate to reveal your recent exposure to atrazine, a widely used herbicide and endocrine disruptor. Knowing your exposure can help you reduce risks linked to hormone imbalance, reproductive issues, and developmental effects.

Measure your body’s exposure to glyphosate—the most widely used herbicide—so you can identify and reduce sources in your diet and environment. Lowering exposure may help reduce potential risks linked in research to glyphosate, including certain cancers (e.g., non-Hodgkin lymphoma) and gut and liver health issues.

This test measures your body’s exposure to 2,4-D, a widely used weed killer, so you can identify and reduce hidden sources in your environment. Lowering exposure may help you avoid irritation (eyes, skin, breathing, nausea) and potential long‑term risks linked in studies, including effects on the thyroid, liver, and nervous system and a possible cancer risk.

Measure 3‑phenoxybenzoic acid (3PBA)—a key urine biomarker of pyrethroid pesticide exposure—to identify and reduce elevated exposure linked to neurological symptoms (headaches, tingling, dizziness), respiratory irritation, and possible hormonal or developmental effects.

The Tiglylglycine (TG) Test measures a key marker of mitochondrial energy production and fatty‑acid/isoleucine metabolism to flag early signs of dysfunction. Catching elevations early can help you address issues (e.g., riboflavin-related enzyme deficits) before they contribute to fatigue, muscle weakness, exercise intolerance, and hypoglycemia.

This test measures urinary N-acetyl-S-(2-carbamoylethyl)-cysteine (AAMA), a key biomarker of acrylamide exposure from food, tobacco smoke, and workplaces. Identifying elevated exposure helps you take action to reduce risks linked to acrylamide, including increased cancer risk and neurotoxic effects like nerve damage.

This urine test measures 2-Hydroxyethyl Mercapturic Acid (HEMA), a marker of ethylene oxide exposure from sources like tobacco smoke and sterilized/industrial products. Identifying and reducing this exposure can help lower risks linked to ethylene oxide, including increased cancer risk and reproductive harm.

This test measures urinary 2‑hydroxyisobutyric acid (2‑HIB), a recognized marker of exposure to gasoline oxygenates (MTBE/ETBE) and related petrochemical solvents. Identifying and reducing these exposures can help you avoid solvent‑related issues like headaches, dizziness, respiratory irritation, and potential liver/kidney stress.

This urine test measures 2‑methylhippuric acid to detect and quantify recent o‑xylene (solvent) exposure. Catching exposure early helps you prevent headaches, dizziness, respiratory irritation, and longer‑term nervous system, liver, and kidney damage from solvent overexposure.

This test measures your body’s exposure to butylparaben—a common preservative and potential endocrine disruptor—so you can take targeted steps to reduce it. Knowing your levels may help lower risks of hormone-related effects, fertility concerns, and allergic skin irritation.

Measure your exposure to ethylparaben—a common preservative in cosmetics, personal care products, and some foods—so you can make safer choices with confidence. Reducing exposure may help you avoid skin irritation/allergic reactions and potential hormone-related effects associated with parabens.

Quickly detects methylparaben in cosmetics and personal-care products so you can avoid hidden parabens and choose safer alternatives. Reducing exposure may help minimize skin irritation/allergic reactions and potential endocrine-related concerns.

Measure your exposure to propylparaben—a common preservative—so you can identify hidden sources and reduce them. Lowering exposure may help you avoid potential hormone-related issues such as endocrine disruption, fertility problems, and skin irritation.

This test checks your water for perchlorate—a thyroid-disrupting contaminant often linked to rocket fuel and fertilizers—so you can fix issues before they affect your household. Finding it early may help you avoid hypothyroidism and goiter, pregnancy complications, and developmental and learning problems in infants and children.

This test measures DDA, a key biomarker of DDT and related organochlorine pesticide exposure, to reveal your body’s burden of these persistent chemicals. Identifying exposure can help you reduce risks linked to hormone disruption, fertility problems, neurodevelopmental effects, and certain cancers.