Abstract: An electric connector includes a casing and a plurality of terminals. The casing has an accommodating space, and the plurality of terminals are arranged in the accommodating space. Each terminal has a main body, an upper arm and a lower arm. The upper arm and the lower arm are symmetrically connected to the main body. The upper arm and the lower arm respectively have free ends, first contact portions and second contact portions, and the first contact portions are disposed at the free ends, respectively.

Abstract: An electric connector includes a casing, a plurality of ground terminals, a first connection portion, a plurality of electrical terminals and a second connection portion. The casing has an accommodating space. The plurality of ground terminals and the plurality of electrical terminals are arranged in the accommodating space. The first connection portion connects to the plurality of ground terminals and is bent and extended to form a first extension part. The second connection portion connects to the plurality of electrical terminals and extends a second extension part. One of the first extension part and the second extension part is a plate structure with bent steps.

Abstract: A method of measuring a glycosylated protein proportion by an AC impedance method includes passing an AC voltage or AC to two inspecting electrodes; covering a solution containing glycosylated protein completely onto the inspecting electrodes; measuring an impedance value between the electrodes and calculating the difference between the impedance value and an impedance value of a solution without glycosylated protein by an AC impedance inspection device; comparing the impedance difference with AC impedance difference/glycosylated protein concentration to obtain the proportion of the glycosylated protein in the solution containing glycosylated protein.

Abstract: A display module including a display panel, at least one bracket, a protective plate, a plurality of assembling elements and a back cover is provided. The display panel has a display surface and a back surface opposite to the display surface. The bracket is fixed to the display panel. The protective plate faces the display surface. The assembling elements are fixed on the protective plate, wherein each of the assembling elements has a positioning protrusion and an engaging slot. And the bracket is positioned on the assembling elements through the positioning protrusions. The back cover faces the back surface, wherein the back cover is engaged to the assembling elements through the engaging slots.

Abstract: A method of measuring a glycosylated protein proportion by an AC impedance method includes passing an AC voltage or AC to two inspecting electrodes; covering a solution containing glycosylated protein completely onto the inspecting electrodes; measuring an impedance value between the electrodes and calculating the difference between the impedance value and an impedance value of a solution without glycosylated protein by an AC impedance inspection device; comparing the impedance difference with AC impedance difference/glycosylated protein concentration to obtain the proportion of the glycosylated protein in the solution containing glycosylated protein.

Abstract: A display module including a display panel, at least one bracket, a protective plate, a plurality of assembling elements and a back cover is provided. The display panel has a display surface and a back surface opposite to the display surface. The bracket is fixed to the display panel. The protective plate faces the display surface. The assembling elements are fixed on the protective plate, wherein each of the assembling elements has a positioning protrusion and an engaging slot. And the bracket is positioned on the assembling elements through the positioning protrusions. The back cover faces the back surface, wherein the back cover is engaged to the assembling elements through the engaging slots.

Abstract: Methods, systems, and computer program products that predict an individual's treatment outcome from a sampling of a group of patients' biological profiles. Biological profile information is received from patients who had a medical condition and who received a treatment. Treatment outcome information regarding the patients who had the medical condition and who received the treatment is also received. A discriminant analysis-based pattern recognition process is then performed on the biological profile information and the treatment outcome information, thereby generating a model that correlates between the biological profile information and the treatment outcome information. The model can be used for, among other things, predicting treatment outcome for the new patient for the treatment.