Chromatography A substance is passed between a stationary phase (solid or liquid) and a mobile phase (liquid or gas) flowing in contact with it, and the difference in affinity for both phases is used to generate the target substance. How to separate components. When the mobile phase is liquid, it is called liquid chromatography, and when it is gas, it is called gas chromatography.
(mg/L)
1,1,1-trichloroethane in total urine trichloride
Partial urine
0.8
U00
4-10
Gas-Chromatograph method
Chromatography A substance is passed between a stationary phase (solid or liquid) and a mobile phase (liquid or gas) flowing in contact with it, and the difference in affinity for both phases is used to generate the target substance. How to separate components. When the mobile phase is liquid, it is called liquid chromatography, and when it is gas, it is called gas chromatography.
(mg/L)
Tetrachloroethylene in total urine trichloride
Partial urine
0.8
U00
4-10
Gas-Chromatograph method
Chromatography A substance is passed between a stationary phase (solid or liquid) and a mobile phase (liquid or gas) flowing in contact with it, and the difference in affinity for both phases is used to generate the target substance. How to separate components. When the mobile phase is liquid, it is called liquid chromatography, and when it is gas, it is called gas chromatography.
(mg/L)
Trichloroethylene in urine trichloroacetic acid
Partial urine
0.8
U00
4-10
Gas-Chromatograph method
Chromatography A substance is passed between a stationary phase (solid or liquid) and a mobile phase (liquid or gas) flowing in contact with it, and the difference in affinity for both phases is used to generate the target substance. How to separate components. When the mobile phase is liquid, it is called liquid chromatography, and when it is gas, it is called gas chromatography.
(mg/L)
1,1,1-trichloroethane in urine trichloroacetic acid
Partial urine
0.8
U00
4-10
Gas-Chromatograph method
Chromatography A substance is passed between a stationary phase (solid or liquid) and a mobile phase (liquid or gas) flowing in contact with it, and the difference in affinity for both phases is used to generate the target substance. How to separate components. When the mobile phase is liquid, it is called liquid chromatography, and when it is gas, it is called gas chromatography.
(mg/L)
Tetrachloroethylene in urine trichloroacetic acid
Partial urine
0.8
U00
4-10
Gas-Chromatograph method
Chromatography A substance is passed between a stationary phase (solid or liquid) and a mobile phase (liquid or gas) flowing in contact with it, and the difference in affinity for both phases is used to generate the target substance. How to separate components. When the mobile phase is liquid, it is called liquid chromatography, and when it is gas, it is called gas chromatography.
(mg/L)
Urinary hippuric acid
Partial urine
1.3
U00
4-10
HPLC
HPLC (High performance liquid chromatography) High performance liquid chromatography A method of liquid chromatography that uses a liquid as a mobile phase to achieve high speed and high precision separation using a densely packed column and a high pressure pump.
(g/L)
Urinary methylhippuric acid
Partial urine
1.3
U00
4-10
HPLC
HPLC (High performance liquid chromatography) High performance liquid chromatography A method of liquid chromatography that uses a liquid as a mobile phase to achieve high speed and high precision separation using a densely packed column and a high pressure pump.
(g/L)
Urinary styrene metabolites
Partial urine
1.8
U00
（14 days）
4-14
HPLC
HPLC (High performance liquid chromatography) High performance liquid chromatography A method of liquid chromatography that uses a liquid as a mobile phase to achieve high speed and high precision separation using a densely packed column and a high pressure pump.
(g/L)
Urinary ethylbenzene mandelate
Partial urine
1.8
U00
（28 days）
4-14
HPLC
HPLC (High performance liquid chromatography) High performance liquid chromatography A method of liquid chromatography that uses a liquid as a mobile phase to achieve high speed and high precision separation using a densely packed column and a high pressure pump.
(g/L)
Urinary N-methylformamide
Partial urine
1.7
U00
4-10
Gas-Chromatograph method (GC-MSD)
Chromatography A substance is passed between a stationary phase (solid or liquid) and a mobile phase (liquid or gas) flowing in contact with it, and the difference in affinity for both phases is used to generate the target substance. How to separate components. When the mobile phase is liquid, it is called liquid chromatography, and when it is gas, it is called gas chromatography.
(mg/L)
Urinary 2,5-hexanedione
Partial urine
1.7
U00
4-10
Gas-Chromatograph method (GC-MSD)
Chromatography A substance is passed between a stationary phase (solid or liquid) and a mobile phase (liquid or gas) flowing in contact with it, and the difference in affinity for both phases is used to generate the target substance. How to separate components. When the mobile phase is liquid, it is called liquid chromatography, and when it is gas, it is called gas chromatography.
(mg/L)
Aluminum(Al)
Serum
0.6
SZZ
3-5
Atomic absorption spectrometry
Atomic absorption spectrometry Elements are atomized in a chemical flame or in a heated graphite tube, etc., and when a resonance line specific to the element is applied to this atomic vapor, absorption occurs depending on the number of atoms in the atomic vapor. A method of quantifying the amount of an element from absorbance using that fact.
10 or less (μg/L)
Lead (Pb)
Blood (heparin added)
3.0
PH5
3-5
Atomic absorption spectrometry
Atomic absorption spectrometry Elements are atomized in a chemical flame or in a heated graphite tube, etc., and when a resonance line specific to the element is applied to this atomic vapor, absorption occurs depending on the number of atoms in the atomic vapor. A method of quantifying the amount of an element from absorbance using that fact.
(μg/dL)
Chromium
Blood (heparin added)
0.7
PH5
6-19
Atomic absorption spectrophotometry
Atomic absorption spectrometry Elements are atomized in a chemical flame or in a heated graphite tube, etc., and when a resonance line specific to the element is applied to this atomic vapor, absorption occurs depending on the number of atoms in the atomic vapor. A method of quantifying the amount of an element from absorbance using that fact.
1.0 or less (μg/dL)
Chromium
Partial urine
1
AZZ
6-19
Atomic absorption spectrophotometry
Atomic absorption spectrometry Elements are atomized in a chemical flame or in a heated graphite tube, etc., and when a resonance line specific to the element is applied to this atomic vapor, absorption occurs depending on the number of atoms in the atomic vapor. A method of quantifying the amount of an element from absorbance using that fact.
2 or less(μg/L)
Cadmium
Blood (heparin added)
0.5
PH5
7-11
ICP-MS
0.5 or less (μg/dL)
Cadmium
Partial urine
1
AZZ
7-13
ICP-MS
3.8 or less (μg/L)
Manganese
Blood (heparin added)
0.7
PH5
7-20
Atomic absorption spectrophotometry
Atomic absorption spectrometry Elements are atomized in a chemical flame or in a heated graphite tube, etc., and when a resonance line specific to the element is applied to this atomic vapor, absorption occurs depending on the number of atoms in the atomic vapor. A method of quantifying the amount of an element from absorbance using that fact.
0.8-2.5(μg/dL)
Lead (Pb)（Suspended beyond orders placed 03-31-2020）
Partial urine
4.0
AZZ
Please confirm in advance
Atomic absorption spectrometry
Atomic absorbance spectrometry A method to quantify element quantities by absorbance, using the fact that atomic vapor (produced by atomizing element samples in a chemical flame or in a heated graphite tube, etc.) absorbs the irradiated resonance line specific to the element according to the number of atoms in the atomic vapor.
Chromatography A method for passing a substance between a stationary phase (solid or liquid) and a mobile phase (liquid or gas) that flows in contact with it, and separating the components of the target substance using the difference in affinity for the two phases. It is called liquid chromatography when the mobile phase is liquid, and gas chromatography when the mobile phase is gas.
HPLC (High performance liquid chromatography) Liquid chromatography Method for high-speed and high-precision separation using liquid chromatography employing a mobile phase with liquid and employing high-density packing columns and high-pressure pumps
(g/L)
Lead (Pb)（Suspended beyond orders placed 03-31-2020）
Urine storage
4.0
AZZ
Please confirm in advance
Atomic absorption spectrometry
Atomic absorbance spectrometry A method to quantify element quantities by absorbance, using the fact that atomic vapor (produced by atomizing element samples in a chemical flame or in a heated graphite tube, etc.) absorbs the irradiated resonance line specific to the element according to the number of atoms in the atomic vapor.
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