Abstract: A gene test platform method gives a recommendation based on a test result to a subject and comprises steps of a subject's test result in a gene test being input to a supporting advice module; the supporting advice module producing a therapeutic formula combination which is correlated with significant genetic data as per the test result and transmitted to a gene test user interface; the gene test user interface displaying the recommended therapeutic formula combination to a subject and further comprising a feedback interface through which a subject raises any question or sends any feedback immediately.

Abstract: A method of diagnosing a sample with an automated genechip array for a fast diagnosis having high accuracy, where the sample is processed through lysis, separation, purification, labeling, reacting in the genechip array, taking a photo thereafter and analyzing the photo.

Abstract: A method of diagnosing a sample with an automated genechip array for a fast diagnosis having high accuracy, where the sample is processed through lysis, separation, purification, labeling, reacting in the genechip array, taking a photo thereafter and analyzing the photo.

Abstract: A sample is diagnosed with a genechip array by the present disclosure. The sample is automatically diagnosed by devices revealed in the present disclosure for a fast diagnosis having high accuracy.

Abstract: A gene-array operation chip device includes a reaction chamber, and a plurality of inlet holes connected respectively to agitation channels for creating agitation currents within the reaction chamber. Each agitation channel has two ends respectively connected to one of the inlet holes and to the reaction chamber. The agitation channels are inclined with respect to radial directions about an axis of the reaction chamber. Preferably, a flow channel interconnecting two reaction chambers has a hydrophobic wall surface to limit a fluid from flowing naturally between the chambers. In an embodiment, the reaction chamber is a hybridization chamber provided with a membrane-array.

Abstract: An assay chip includes a microchannel unit formed in a substrate. The microchannel unit includes a sample channel having inlet and outlet ends, a detection channel which intersects the sample channel and has an injection end and a recycle end on two opposite sides of the sample channel, respectively, and at least one light-exciting channel and at least one light-sensing channel disposed respectively adjacent to two opposite sides of the detection channel between the recycle end and the sample channel. A sensor unit includes first and second optical fibers inserted respectively into the light-exciting and light-sensing channels.