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`Bibiiegrannie data: cataaaaaa {at} m 2ddd~tt$~3t
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`Quantitative anaiyzing metned and quantitative anaiyaer ueing eeneer
`
`lnventor(s):
`
`KAZUO IKETAKI [JP]; YOICHI INOUE [JP] i (IKETAKI KAZUO,
`INOUE YOICHI)
`
`;
`
`Applicant(s):
`
`ARKRAY INC [JP] 1*: (ARKRAY INC)
`
`C|assificatiom
`
`- international:
`- cooperative:
`
`GO1N33/487; (IPC1-7): G01 N27/327
`Ct zg‘iifit‘ifi; GGtN2W327‘i
`
`Application
`number:
`
`Priority number
`(8):
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`CN20028003778 20020115
`
`JP20010008§53 20010117
`
`Also published
`as:
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`EP1369684 [At] EP1369884 [A4] U82095258034 [At ]
`
`US7351323]132[ JP3972083 [B22 more
`
`Abatract not available tor eaiaeaaaa {A}
`Abatraet at entreenending deenn‘rent: eereaeeaa {Ati
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`A quantitative analyzing method is provided
`for electrochemically measuring the
`concentration of a substance in a sample
`lidnid using a sensor including a reagent
`layer (30) which contains a reagent for
`reacting with tlie substance and to whicli
`{30) the sample liquid is introduced and a
`first electrode {22) and a second electrode
`(23) for applying a voltage to the reagent
`layer (30} The rnetliod includes. a current
`measuring step for applying a voltage
`across the first electrode {:22} and the
`eecond electrode {23} for measuring current
`flowing between the first and the second
`electrodes (22,23), a parameter calculating
`step for calculating a parameter based on
`the measured current; and a determining
`step for determining a State or the Sample
`liquid introduced to the reagent layer (30}
`based on the parameter and at ieaat one predetermined constant.
`
`
`
`~~~~~~~~~~~~~~~
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`http ://wor1dwide. espacenet.com/publicationDetails/biblio?DB=wor1dwide. espacenet.com&. .. 3/15/2013
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