Abstract: The present disclosure provides a marker for predicting prognosis of liver cancer, a composition or kit for predicting prognosis of liver cancer, preferably, a composition or kit for predicting prognosis of liver cancer for predicting the prognosis according to the stage of liver cancer. The marker, composition or kit, and method of the present disclosure make it possible to effectively predict prognosis of liver cancer, preferably, prognosis of liver cancer according to stage.

Abstract: The present invention relates to proteomic markers for early detection of hepatocellular carcinoma, compositions for detecting changes of these proteomic markers, kits for detection of hepatocellular carcinoma, methods for detecting proteomic markers including these compositions, methods for screening drugs for hepatocellular carcinoma using these proteomic markers, and antibodies specific for these proteomic markers.

Abstract: The present disclosure provides a marker for predicting prognosis of liver cancer, a composition or kit for predicting prognosis of liver cancer, preferably, a composition or kit for predicting prognosis of liver cancer for predicting the prognosis according to the stage of liver cancer. The marker, composition or kit, and method of the present disclosure make it possible to effectively predict prognosis of liver cancer, preferably, prognosis of liver cancer according to stage.

Abstract: Disclosed is a vanadium/titania-based catalyst including natural manganese ore for removing nitrogen oxides and dioxin in a wide operating temperature range and a method of using the same. Specifically, this invention pertains to a vanadium/titania (V/TiO2)-based catalyst, including natural manganese ore, and a method for removing nitrogen oxides and dioxin over a wide operating temperature range, in which the WTiO2 catalyst for selective catalytic reduction of nitrogen oxides and removal of dioxin contained in flue gas includes 5-30 wt % of natural manganese ore.

Abstract: Disclosed is a vanadium/titania-based catalyst including natural manganese ore for removing nitrogen oxides and dioxin in a wide operating temperature range and a method of using the same. Specifically, this invention pertains to a vanadium/titania (V/TiO2)-based catalyst, including natural manganese ore, and a method for removing nitrogen oxides and dioxin over a wide operating temperature range, in which the WTiO2 catalyst for selective catalytic reduction of nitrogen oxides and removal of dioxin contained in flue gas includes 5-30 wt of natural manganese ore.

Abstract: The present invention relates to a marker for the prognosis of liver cancer; a composition for estimating the prognosis of liver cancer, which contains a substance for detecting a change in the expression level of the prognostic marker for liver cancer; a kit for estimating the prognosis of liver cancer, which contains the composition for estimating liver cancer prognosis; a method for estimating the prognosis of liver cancer using the marker for liver cancer prognosis; and a method for screening a therapeutic agent for liver cancer using the marker for the prognosis of liver cancer.

Abstract: Disclosed are a method for preparing a catalyst, which has excellent nitrogen oxide-removal performance and resistance over a wide temperature range, and the use of the catalyst. According to the disclosed method, the oxidation number and surface defects of the catalyst are changed by applying artificial high energy through mechanical ball milling during the preparation process of the catalyst, instead of applying the addition of a precious metal, the deformation of a support and the use of a co-catalyst in order to increase NOx removal activity, such that activation energy for inducing redox reactions can be decreased.

Abstract: The present invention relates to proteomic markers for early detection of hepatocellular carcinoma, compositions for detecting changes of these proteomic markers, kits for detection of hepatocellular carcinoma, methods for detecting proteomic markers including these compositions, methods for screening drugs for hepatocellular carcinoma using these proteomic markers, and antibodies specific for these proteomic markers.

Abstract: Disclosed is a method of preparing a vanadium/titania-based catalyst containing non-stoichiometric vanadium and titanium having excellent ability to remove nitrogen oxides at a wide temperature window, particularly, at a relatively low temperature window of 300° C. or lower.

Abstract: Disclosed is a vanadium/titania-based catalyst including natural manganese ore for removing nitrogen oxides and dioxin in a wide operating temperature range and a method of using the same. Specifically, this invention pertains to a vanadium/titania (V/TiO2)-based catalyst including natural manganese ore for removing nitrogen oxides and dioxin in a wide operating temperature range, in which the WTiO2 catalyst for selective catalytic reduction of nitrogen oxides and removal of dioxin contained in flue gas includes 5-30 wt % of natural manganese ore, thus exhibiting excellent activity of removing nitrogen oxides even in the low temperature range and of removing dioxin at the same time, and to a method of using the same. The catalyst of this invention has good thermal stability and thus can simultaneously manifest nitrogen oxides removal performance and dioxin removal performance superior to conventional vanadium/titania catalysts in a wide temperature range (150˜450° C.

Abstract: Disclosed are a method for preparing a catalyst, which has excellent nitrogen oxide-removal performance and resistance over a wide temperature range, and the use of the catalyst. According to the disclosed method, the oxidation number and surface defects of the catalyst are changed by applying artificial high energy through mechanical ball milling during the preparation process of the catalyst, instead of applying the addition of a precious metal, the deformation of a support and the use of a co-catalyst in order to increase NOx removal activity, such that activation energy for inducing redox reactions can be decreased.

Abstract: Disclosed is a method of preparing a vanadium/titania-based catalyst containing non-stoichiometric vanadium and titanium having excellent ability to remove nitrogen oxides at a wide temperature window, particularly, at a relatively low temperature window of 300° C. or lower.

Abstract: Disclosed is a vanadium/titania-based catalyst for removing nitrogen oxides, and a process for removing nitrogen oxides in a flue gas using the same. The vanadium/titania-based catalyst containing a vanadium trioxide and/or vanadium tetraoxide has excellent activity to remove nitrogen oxides in a wide temperature range, particularly, at the low temperature window.

Abstract: There is disclosed a method for removing nitrogen oxides of exhaust gas using natural manganese ores. In the method, ammonia is used as a reductant to selectively reduce the nitrogen oxides in the presence of a catalyst prepared from the natural manganese ores. The catalyst allows nitrogen oxides to be completely removed from exhaust gas at a relatively low temperature of 130-250° C. without discharging unreacted ammonia through oxidation reaction. The catalyst is superior in economic terms in addition to preventing the deleterious effects which occur when discharging ammonia.

Abstract: There is disclosed a method for removing nitrogen oxides of exhaust gas using natural manganese ores. In the method, ammonia is used as a reductant to selectively reduce the nitrogen oxides in the presence of a catalyst prepared from the natural manganese ores. The catalyst allows nitrogen oxides to be completely removed from exhaust gas at a relatively low temperature of 130-250° C. without discharging unreacted ammonia through oxidation reaction. The catalyst is superior in economic terms in addition to preventing the deleterious effects which occur when discharging ammonia.

Abstract: A method for handling an alarm that occurs when an administrator changes channel cards in a digital cellular system.

Abstract: Methods are provided for inhibiting and allowing alarm handling and displaying when an alarm is inhibited in a digital cellular system. A method for inhibiting alarm handling in a digital cellular system includes the step of inputting an Inhibit Alarm On/Off (INH-ALM-ONOFF) command in a base station manager (BSM). The range of the system to inhibit alarm handling and the type of alarm to be inhibited is set up. An option of inputted variables corresponding to the steps of setting up the range and the type of the alarm are checked. A state of equipment of program loaded data (PLD) is checked to determine whether one of a component group and components groups of the digital cellular system corresponding to the range is in use. It is then determined whether the alarm has occurred. Counts are reduced by as many times as occurrences of the alarm and clearing the alarm, when the alarm has occurred. It is then determined whether the alarm is performed with an Inhibit Alarm Message (INH-ALM-MSG).