Trichloro compounds, Urine, total Trichloroethylene
random urine
2
U00
4-10
Gas chromatography
Chromatography A technique for separation of components of a mixture by passing it in a flowing mobile phase (liquid or gas) that passes a stationary phase (solid or liquid). The difference in the affinity of the components to the two phases is used for separation. In liquid chromatography, the mobile phase is a liquid, whereas in gas chromatography, the mobile phase is a gas.
(mg/L)
Trichloro compounds, Urine, total 1,1,1-trichloroethane
random urine
2
U00
4-10
Gas chromatography
Chromatography A technique for separation of components of a mixture by passing it in a flowing mobile phase (liquid or gas) that passes a stationary phase (solid or liquid). The difference in the affinity of the components to the two phases is used for separation. In liquid chromatography, the mobile phase is a liquid, whereas in gas chromatography, the mobile phase is a gas.
(mg/L)
Trichloro compounds, Urine, total Tetrachloroethylene
random urine
2
U00
4-10
Gas chromatography
Chromatography A technique for separation of components of a mixture by passing it in a flowing mobile phase (liquid or gas) that passes a stationary phase (solid or liquid). The difference in the affinity of the components to the two phases is used for separation. In liquid chromatography, the mobile phase is a liquid, whereas in gas chromatography, the mobile phase is a gas.
(mg/L)
Trichloroacetic acid, Urine Trichloroethylene
random urine
2
U00
4-10
Gas chromatography
Chromatography A technique for separation of components of a mixture by passing it in a flowing mobile phase (liquid or gas) that passes a stationary phase (solid or liquid). The difference in the affinity of the components to the two phases is used for separation. In liquid chromatography, the mobile phase is a liquid, whereas in gas chromatography, the mobile phase is a gas.
(mg/L)
Trichloroacetic acid, Urine 1,1,1-trichloroethane
random urine
2
U00
4-10
Gas chromatography
Chromatography A technique for separation of components of a mixture by passing it in a flowing mobile phase (liquid or gas) that passes a stationary phase (solid or liquid). The difference in the affinity of the components to the two phases is used for separation. In liquid chromatography, the mobile phase is a liquid, whereas in gas chromatography, the mobile phase is a gas.
(mg/L)
Trichloroacetic acid, Urine Tetrachloroethylene
random urine
2
U00
4-10
Gas chromatography
Chromatography A technique for separation of components of a mixture by passing it in a flowing mobile phase (liquid or gas) that passes a stationary phase (solid or liquid). The difference in the affinity of the components to the two phases is used for separation. In liquid chromatography, the mobile phase is a liquid, whereas in gas chromatography, the mobile phase is a gas.
(mg/L)
Trichlorethanol, Urine
random urine
2
U00
4-10
Gas chromatography
Chromatography A technique for separation of components of a mixture by passing it in a flowing mobile phase (liquid or gas) that passes a stationary phase (solid or liquid). The difference in the affinity of the components to the two phases is used for separation. In liquid chromatography, the mobile phase is a liquid, whereas in gas chromatography, the mobile phase is a gas.
(mg/L)
Hippuric acid, Urine
random urine
2
U00
4-10
HPLC
High performance liquid chromatography (HPLC) A chromatography technique using a liquid mobile phase. HPLC separates a mixture into components promptly and accurately, using a column filled with a high-density absorbent and a high-pressure pump.
(g/L)
Methylhippuric acid, Urine
random urine
2
U00
4-10
HPLC
High performance liquid chromatography (HPLC) A chromatography technique using a liquid mobile phase. HPLC separates a mixture into components promptly and accurately, using a column filled with a high-density absorbent and a high-pressure pump.
(g/L)
N-methylformamide, Urine
random urine
5
U00
4-10
Gas-chromatography(GC-MSD)
Chromatography A technique for separation of components of a mixture by passing it in a flowing mobile phase (liquid or gas) that passes a stationary phase (solid or liquid). The difference in the affinity of the components to the two phases is used for separation. In liquid chromatography, the mobile phase is a liquid, whereas in gas chromatography, the mobile phase is a gas.
(mg/L)
2,5-hexandione, Urine
random urine
5
U00
4-10
Gas-chromatography(GC-MSD)
Chromatography A technique for separation of components of a mixture by passing it in a flowing mobile phase (liquid or gas) that passes a stationary phase (solid or liquid). The difference in the affinity of the components to the two phases is used for separation. In liquid chromatography, the mobile phase is a liquid, whereas in gas chromatography, the mobile phase is a gas.
(mg/L)
Aluminum (Al)
serum
0.6
SZZ
3-5
Atomic absorption spectrophotometry
Atomic absorption spectrophotometry A technique of element content determination by atomizing an element sample by putting it in a chemical flame or in a heated graphite tube. To the atoms evaporated in a flame, an element specific light is emitted, and the amount of light absorbed is measured to determine the element content.
≦ 10 (μg/L)
Lead (Pb)
whole blood (with heparin)
3.0
PH5
3-5
Atomic absorption spectrophotometry
Atomic absorption spectrophotometry A technique of element content determination by atomizing an element sample by putting it in a chemical flame or in a heated graphite tube. To the atoms evaporated in a flame, an element specific light is emitted, and the amount of light absorbed is measured to determine the element content.
(μg/dL)
Chromium
whole blood (with heparin)
0.7
PH5
6-19
Atomic absorption spectrophotometry
Atomic absorption spectrophotometry A technique of element content determination by atomizing an element sample by putting it in a chemical flame or in a heated graphite tube. To the atoms evaporated in a flame, an element specific light is emitted, and the amount of light absorbed is measured to determine the element content.
≦ 1.0 (μg/dL)
Chromium
random urine
1
AZZ
6-19
Atomic absorption spectrophotometry
Atomic absorption spectrophotometry A technique of element content determination by atomizing an element sample by putting it in a chemical flame or in a heated graphite tube. To the atoms evaporated in a flame, an element specific light is emitted, and the amount of light absorbed is measured to determine the element content.
≦ 2 (μg/L)
Cadmium
whole blood (with heparin)
0.5
PH5
9-14
Atomic absorption spectrophotometry
Atomic absorption spectrophotometry A technique of element content determination by atomizing an element sample by putting it in a chemical flame or in a heated graphite tube. To the atoms evaporated in a flame, an element specific light is emitted, and the amount of light absorbed is measured to determine the element content.
≦ 0.5 (μg/dL)
Cadmium
random urine
1
AZZ
8-14
Atomic absorption spectrophotometry
Atomic absorption spectrophotometry A technique of element content determination by atomizing an element sample by putting it in a chemical flame or in a heated graphite tube. To the atoms evaporated in a flame, an element specific light is emitted, and the amount of light absorbed is measured to determine the element content.
≦ 3.8 (μg/L)
Manganese
whole blood (with heparin)
0.7
PH5
7-20
Atomic absorption spectrophotometry
Atomic absorption spectrophotometry A technique of element content determination by atomizing an element sample by putting it in a chemical flame or in a heated graphite tube. To the atoms evaporated in a flame, an element specific light is emitted, and the amount of light absorbed is measured to determine the element content.
0.8-2.5 (μg/dL)
Lead (Pb)（Suspended beyond orders placed 03-31-2020）
random urine
4
AZZ
Please contact us in advance.
Atomic absorption spectrophotometry
Atomic absorption spectrophotometry A technique of element content determination by atomizing an element sample by putting it in a chemical flame or in a heated graphite tube. To the atoms evaporated in a flame, an element specific light is emitted, and the amount of light absorbed is measured to determine the element content.
< 60 (μg/L)
Lead (Pb)（Suspended beyond orders placed 03-31-2020）
urine collected for 24 hrs
4
AZZ
Please contact us in advance.
Atomic absorption spectrophotometry
Atomic absorption spectrophotometry A technique of element content determination by atomizing an element sample by putting it in a chemical flame or in a heated graphite tube. To the atoms evaporated in a flame, an element specific light is emitted, and the amount of light absorbed is measured to determine the element content.
High performance liquid chromatography (HPLC) A chromatography technique using a liquid mobile phase. HPLC separates a mixture into components promptly and accurately, using a column filled with a high-density absorbent and a high-pressure pump.
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Notifications of URL changes/lab information added
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