Abstract: Provided is an apparatus for processing medical images, the apparatus including: an imaging processing unit that sets an output range in a three-dimensional (3D) medical image, determines tissue properties for each region of the object that falls within the output range, and converts tissue property data representing the tissue properties of the object and the 3D medical image to a form that can be output by a 3D printer; and a communication unit that transmits the result obtained by converting the tissue property data and the 3D medical image to the 3D printer.

Abstract: The present invention relates to a biosensor including: a bottom plate having a base film having a lead mounted at one side of the top surface thereof, an electrode member formed on the base film, a spacer formed on the top surface of the electrode member so as to secure a recess having a predetermined width formed on the electrode member, and an enzyme reaction layer formed transversely on the top surface of the electrode member in such a fashion as to be positioned in the recess of the spacer; and a top plate formed integrally with the bottom plate and having the same configuration as the bottom plate.

Abstract: The present invention relates to a biosensor including: a bottom plate having a base film having a lead mounted at one side of the top surface thereof, an electrode member formed on the base film, a spacer formed on the top surface of the electrode member so as to secure a recess having a predetermined width formed on the electrode member, and an enzyme reaction layer formed transversely on the top surface of the electrode member in such a fashion as to be positioned in the recess of the spacer; and a top plate formed integrally with the bottom plate and having the same configuration as the bottom plate.

Abstract: The present invention is related to a method of fabricating a liquid crystal display device which includes etching an attached substrate using an etchant to make the substrate thin and light. A plurality of main seal patterns are formed on a first substrate and auxiliary seal patterns are formed around each main seal pattern. Thereafter, a second substrate is attached to the first substrate by pressure. Then, an anti-etching material is formed around the sidewalls of the attached substrates. Due to the anti-etching material, an etchant etching the surfaces of the attached substrate does not penetrate into the interval between the first and second substrates.

Abstract: The present invention is related to a method of fabricating a liquid crystal display device which includes etching an attached substrate using an etchant to make the substrate thin and light. A plurality of main seal patterns are formed on a first substrate and auxiliary seal patterns are formed around each main seal pattern. Thereafter, a second substrate is attached to the first substrate by pressure. Then, an anti-etching material is formed around the sidewalls of the attached substrates. Due to the anti-etching material, an etchant etching the surfaces of the attached substrate does not penetrate into the interval between the first and second substrates.