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    • 3. 发明授权
    • Device for immunochromatographic analysis
    • 免疫层析分析装置
    • US5624809A
    • 1997-04-29
    • US436053
    • 1995-05-05
    • Carl N. SkoldArmen B. ShanafeltVartan GhazarossianEdwin F. Ullman
    • Carl N. SkoldArmen B. ShanafeltVartan GhazarossianEdwin F. Ullman
    • G01N33/543G01N33/558G01N33/548
    • G01N33/54366G01N33/54386G01N33/558Y10S435/805Y10S435/97Y10S435/975Y10T436/19
    • Methods are disclosed for conducting assays. One such method comprises providing in combination a first bibulous member zone ("first zone") and a liquid medium containing a component. The first zone has non-diffusively bound thereto a reagent interreactive with the component. Conditions are selected wherein the liquid medium and at least a portion of the component contained therein traverse all of the first zone and migrate by capillary migration into a second bibulous member zone ("second zone"). The second zone is of a different composition than the first zone and is incapable of specifically binding the component except when an analyte is to be detected and the method further includes causing a reagent to become bound to the first bibulous member zone in relation to the amount of analyte present. The distance the component has migrated into the second zone or the difference in the distances the medium and the component have migrated into the second zone is determined, the distance or the difference being related to the amount of the component in the liquid medium or the amount of the reagent.
    • 公开了用于进行测定的方法。 一种这样的方法包括组合提供第一吸引构件区域(“第一区域”)和含有组分的液体介质。 第一区域非扩散地结合与组分反应的试剂。 选择条件,其中液体介质和其中包含的成分的至少一部分穿过所有第一区域并通过毛细管迁移迁移到第二吸水构件区域(“第二区域”)中。 第二区域具有与第一区域不同的组成,并且不能特异性地结合该组分,除了当要分析物被检测时,该方法还包括使试剂与第一吸水构件区域相关的量结合 的分析物存在。 确定组件已经迁移到第二区域的距离或介质和组件迁移到第二区域的距离差,距离或差异与液体介质中组分的量或量 的试剂。
    • 5. 发明授权
    • Method for immunochromatographic analysis
    • 免疫色谱分析方法
    • US5468647A
    • 1995-11-21
    • US299860
    • 1994-09-01
    • Carl N. SkoldArmen B. ShanafeltVartan GhazarossianEdwin F. Ullman
    • Carl N. SkoldArmen B. ShanafeltVartan GhazarossianEdwin F. Ullman
    • G01N33/543G01N33/558
    • G01N33/54386G01N33/558Y10S435/97Y10S435/971Y10S435/972Y10S435/975Y10S436/807Y10S436/81Y10S436/815Y10S436/816Y10S436/819Y10S436/822
    • A method is disclosed for conducting an assay for an analyte. The method comprises causing a specific binding pair member in a first aqueous medium to become bound to a first bibulous member by contacting a portion of the first bibulous member with the medium. The first bibulous member is in liquid receiving relationship with an absorbent member. The contacting is carried out under conditions wherein the first medium traverses the first bibulous member and at least a portion of the absorbent member by capillary action. The method further comprises causing the first bibulous member to come into liquid receiving relationship with a second bibulous member. A reagent in a second aqueous medium is absorbed by and preferably becomes non-diffusively bound to the second bibulous member in relation to the presence of analyte in the first medium. This is accomplished by contacting a portion of the first bibulous member with the second aqueous medium under conditions wherein the second aqueous medium traverses the first bibulous member by capillary action and at least a portion of the second bibulous member. Next, the presence of the reagent on at least a portion of the second bibulous member is determined.
    • 公开了用于进行分析物测定的方法。 该方法包括使第一含水介质中的特定结合对构件通过使第一吸水构件的一部分与介质接触而结合到第一吸水构件。 第一吸水构件与吸收构件处于液体接收关系。 接触是在第一介质通过毛细管作用横穿第一吸引构件和吸收体的至少一部分的条件下进行的。 该方法还包括使第一吸水构件与第二吸水构件进行液体接收关系。 相对于第一介质中的分析物的存在,第二水性介质中的试剂被第二吸水构件吸收并优选变得非扩散地结合。 这是通过使第一吸水构件的一部分与第二水性介质在第二水性介质通过毛细管作用横穿第一吸水构件和第二吸水构件的至少一部分的条件下接触来实现的。 接下来,确定在第二吸水构件的至少一部分上存在试剂。
    • 6. 发明授权
    • Method for immunochromatographic analysis
    • 免疫色谱分析方法
    • US5164294A
    • 1992-11-17
    • US376723
    • 1989-07-07
    • Carl N. SkoldArmen B. ShanafeltVartan GhazarossianEdwin F. Ullman
    • Carl N. SkoldArmen B. ShanafeltVartan GhazarossianEdwin F. Ullman
    • G01N33/543G01N33/558
    • G01N33/558G01N33/54386Y10S435/805Y10S435/97Y10S436/81
    • Methods are disclosed for conducting assays. One such method comprises providing in combination a first bibulous member zone ("first zone") and a liquid medium containing a component. The first zone has non-diffusively bound thereto a reagent interreactive with the component. Conditions are selected wherein the liquid medium and at least a portion of the component contained therein traverse all of the first zone and migrate by capillary migration into a second bibulous member zone ("second zone"). The second zone is of a different composition than the first zone and is incapable of specifically binding the component except when an analyte is to be detected and the method further includes causing a reagent to become bound to the first bibulous member zone in relation to the amount of analyte present. The distance the component has migrated into the second zone or the difference in the distances the medium and the component have migrated into the second zone is determined, the distance or the difference being related to the amount of the component in the liquid medium or the amount of the reagent.
    • 公开了用于进行测定的方法。 一种这样的方法包括组合提供第一吸引构件区域(“第一区域”)和含有组分的液体介质。 第一区域非扩散地结合与组分反应的试剂。 选择条件,其中液体介质和其中包含的成分的至少一部分穿过所有第一区域并通过毛细管迁移迁移到第二吸水构件区域(“第二区域”)中。 第二区域具有与第一区域不同的组成,并且不能特异性地结合该组分,除了当要分析物被检测时,该方法还包括使试剂与第一吸水构件区域相关的量结合 的分析物存在。 确定组件已经迁移到第二区域的距离或介质和组件迁移到第二区域的距离差,距离或差异与液体介质中组分的量或量 的试剂。
    • 8. 发明授权
    • Method for immunochromatographic analysis
    • 免疫色谱分析方法
    • US5334513A
    • 1994-08-02
    • US940137
    • 1992-09-03
    • Carl N. SkoldArmen B. ShanafeltVartan GhazarossianEdwin F. Ullman
    • Carl N. SkoldArmen B. ShanafeltVartan GhazarossianEdwin F. Ullman
    • G01N33/543G01N33/558G01N30/00
    • G01N33/54366G01N33/54386G01N33/558Y10S435/805Y10S435/97Y10S435/975Y10T436/19
    • Methods are disclosed for conducting assays. One such method comprises providing in combination a first bibulous member zone ("first zone") and a liquid medium containing a component. The first zone has non-diffusively bound thereto a reagent interreactive with the component. Conditions are selected wherein the liquid medium and at least a portion of the component contained therein traverse all of the first zone and migrate by capillary migration into a second bibulous member zone ("second zone"). The second zone is of a different composition than the first zone and is incapable of specifically binding the component except when an analyte is to be detected and the method further includes causing a reagent to become bound to the first bibulous member zone in relation to the amount of analyte present. The distance the component has migrated into the second zone or the difference in the distances the medium and the component have migrated into the second zone is determined, the distance or the difference being related to the amount of the component in the liquid medium or the amount of the reagent.
    • 公开了用于进行测定的方法。 一种这样的方法包括组合提供第一吸引构件区域(“第一区域”)和含有组分的液体介质。 第一区域非扩散地结合与组分反应的试剂。 选择条件,其中液体介质和其中包含的成分的至少一部分穿过所有第一区域并通过毛细管迁移迁移到第二吸水构件区域(“第二区域”)中。 第二区域具有与第一区域不同的组成,并且不能特异性地结合该组分,除了当要分析物被检测时,该方法还包括使试剂与第一吸水构件区域相关的量结合 的分析物存在。 确定组件已经迁移到第二区域的距离或介质和组件迁移到第二区域的距离差,距离或差异与液体介质中组分的量或量 的试剂。