TEST DIRECTORY

AND OR

TOP
biochemical test
trace elements

Laboratory：Hachioji

○trace elements

TEST NAME	SPECIMEN REQUIREMENT （ｍL）	CONTAINER	CAP COLOR	STORE TEMPERATURE (STABILITY)	TURNAROUND TIME (DAY)	METHODOLOGY	REFERENCE RANGE (UNIT)
Iron (Fe)	Serum 0.5	S09 ↓ AZZ		（21 days）	2-4	Nitroso-PSAP method	M54～200F48～154(μg/dL)
Iron (Fe)	Urine storage 10	AZZ			6-11	atomic absorption spectroscopy 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.	0.10～0.20(mg/day)
Total iron binding capacity (TIBC)	Serum 0.5	S09 ↓ AZZ		（28 days）	2-4	Nitroso-PSAP (calculation method)	M253～365F246～410(μg/dL)
Unsaturated iron binding capacity (UIBC)	Serum 0.5	S09 ↓ AZZ		（28 days）	2-4	Nitroso-PSAP method	M104～259F108～325(μg/dL)
Copper (Cu)	Serum 0.5	S09 ↓ AZZ		（28 days）	2-4	Colorimetry Colorimetric method A method in which the substance to be measured is converted into a colored substance, then irradiated with visible wavelengths, the absorbance is measured, and the color tone is compared with a standard solution.	68～128(μg/dL)
Copper (Cu)	Urine storage 5	AZZ			2-6	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.	M4.2～33.0F2.5～20.0(μg/day)
Zinc (Zn)	Serum 0.5	S09 ↓ AZZ		（1 month）	2-4	Colorimetry Colorimetric method A method in which the substance to be measured is converted into a colored substance, then irradiated with visible wavelengths, the absorbance is measured, and the color tone is compared with a standard solution.	80～130(μg/dL)
Zinc (Zn)	Urine storage 5	AZZ			2-8	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.	M260～1000F160～620(μg/day)