Abstract: Provided is a computing device for supporting medical image analysis. The computing device may include: at least one or more memories for storing a program composed of one or more modules for performing medical image analysis; a communication unit for acquiring a medical image and a facial image for a patient's head; and at least one processor for detecting a plurality of feature points from the facial image through a feature point detection module performing artificial neural network-based machine learning to thus superimpose the medical image and the facial image on top of each other with respect to a plurality of first feature points displayed on the medical image and a plurality of second feature points as at least some of the feature points detected from the facial image, wherein the first feature points are anatomical reference points indicating relative positions of at least one of facial skeleton, teeth, and facial contour.

Abstract: Provided is a method for generating an orthodontic teeth alignment shape for an orthodontic treatment, the method including the steps of: extracting specific points from a plurality of teeth in at least one of the upper and lower jaws, based on a patient's teeth shape information; generating a three-dimensional patient arch form based on the extracted specific points; comparing the patient arch form with a plurality of standard arch forms to select the standard arch form most similar to the patient arch form from the plurality of standard arch forms; and generating the orthodontic teeth alignment shape based on the selected standard arch form.

Abstract: Embolization compositions and methods for controlling undesired bleeding and other treatments are provided. Preferred composition may comprise (a) a crosslinked hydrogel material; and (b) a fiber material, wherein the composition comprises a plurality of macropores; and the hydrogel material and fiber material are bonded by covalent and/or non-covalent bonds.

Abstract: Provided is a method of analyzing a dental image for a correction diagnosis and an apparatus using the same. The method includes the steps of obtaining a dental image of an examinee and detecting at least some of a plurality of landmarks for a correction diagnosis in the dental image using a landmark detection module, wherein the landmark is an anatomical reference point indicative of a relative position of at least one of a facial skeleton, a tooth and a face contour necessary for t correction diagnosis, and the landmark detection module may include a machine learning module based on an artificial neural network.

Abstract: Provided is a method of analyzing a dental image for a correction diagnosis and an apparatus using the same. The method includes the steps of obtaining a dental image of an examinee and detecting at least some of a plurality of landmarks for a correction diagnosis in the dental image using a landmark detection module, wherein the landmark is an anatomical reference point indicative of a relative position of at least one of a facial skeleton, a tooth and a face contour necessary for t correction diagnosis, and the landmark detection module may include a machine learning module based on an artificial neural network.

Abstract: The present invention relates to an implant that is implanted into a human body by means of osseointegration. A drug delivery system comprises: an implant (10) for performing a support function, which is implanted into a human body; and a cover unit (20) for performing a covering function, which is coupled to the implant (10). The drug delivery system further comprises: an accommodating unit (12) formed in the implant (10) for accommodating a drug cartridge (30) and intended to be opened/closed by the cover unit (20); a plurality of diffusion units (14) formed in the wall surface of the accommodating unit (12) so as to diffuse and discharge contents of the drug cartridge (30); and injection units (16) formed at the respective ends of the diffusion units (14) for injecting the contents of the drug cartridge (30) into the human body.

Abstract: An apparatus and a method for controlling a program information display on an electronic program guide (EPG) screen to supply perfect program information on the EPG screen to viewers by controlling length of the program information serviced through a set top box. A descriptor analysis is performed through SDT (service description table) and EIT (event information table) filtering processes for the corresponding channels by grouping channel IDs to be shown to the viewers on one screen. And, a display range of the program information is controlled by using length data of the program information obtained through the analysis processes, thereby showing the perfect program information to the viewers.