Microchannel biosensor strip capable of simultaneously detecting different human physiological information
First Claim
1. A microchannel biosensor strip capable of simultaneously detecting different human physiological information for detecting the content of biological matters of a testing object, comprising:
- an insulating substrate;
a cover plate, corresponding and coupled to said cover plate and having a testing object disposing opening disposed at an end of said cover plate;
a testing object disposing area, corresponding to said testing object disposing opening;
a plurality of microchannels, coupled with each other, and one end of said each microchannel being coupled to said testing object disposing area and another end coupled to said each enzyme reacting area; and
at least one working and reference circuit, attached onto said substrate and having an end coupled to said enzyme reacting area, and another end extended to an end of said strip, and capable of detecting at least one human biological information.
1 Assignment
0 Petitions
Accused Products
Abstract
This invention discloses a microchannel biosensor strip capable of simultaneously detecting different human physiological information, and particularly a biosensor strip structure has a plurality of microchannels, such that various physiological information can be detected by human body fluid (such as blood), and the test strip has a plurality of microchannels, such that the human body fluid can be guided by a capillary diffusion phenomenon to different biological enzyme reacting areas connected to the microchannel for the reaction, and the content of biological matters of different testing items including glucose, total cholesterol, high density lipoprotein, and uric acid can be detected successively or simultaneously.
5 Citations
4 Claims
-
1. A microchannel biosensor strip capable of simultaneously detecting different human physiological information for detecting the content of biological matters of
a testing object, comprising: -
an insulating substrate;
a cover plate, corresponding and coupled to said cover plate and having a testing object disposing opening disposed at an end of said cover plate;
a testing object disposing area, corresponding to said testing object disposing opening;
a plurality of microchannels, coupled with each other, and one end of said each microchannel being coupled to said testing object disposing area and another end coupled to said each enzyme reacting area; and
at least one working and reference circuit, attached onto said substrate and having an end coupled to said enzyme reacting area, and another end extended to an end of said strip, and capable of detecting at least one human biological information. - View Dependent Claims (2, 3, 4)
-
Specification