Abstract:
The present invention relates to a method for manufacturing handmade mudfish noodles. The method for manufacturing handmade mudfish noodles includes: a step of manufacturing mudfish broth including a step of manufacturing a mixture of water, mudfish, and soju, a step of putting the mixture manufactured in the step of manufacturing the mixture into a heating container to initially heat the mixture, a step of removing bones from the mudfish by straining the mixture in which the step of initially heating the mixture is performed to manufacture initial mudfish broth from which the bones of the mudfish are removed, and a step of injecting water having the same weight as the mudfish broth into the initial mudfish broth from which the bones of the mudfish have been removed to re-heat the mixture, thereby manufacturing a finished mudfish broth; a step of mixing about 20% by weight to about 40% by weight of the final mudfish broth manufactured in the step of re-heating the mixture of the step of manufacturing the mudfish broth and about 60% by weight to about 80% by weight of rice flour or flour to manufacture mudfish paste; a step of putting the mudfish paste manufactured in the step of manufacturing the mudfish paste into a stirrer to stir the mudfish paste for about 10 minutes to about 20 minutes, and simultaneously adding ginseng to increase the viscosity of the mudfish paste and to add ginseng powder into the mudfish paste; and a step of putting the mudfish paste having increased viscosity into a noodle maker to extract knife-cut noodles. Thus, since mudfish which provides superior nourishment may be manufactured in knife-cut noodle form, the average person can have handmade mudfish noodles.
Abstract:
The present invention relates to a novel hydrogenase isolated from a novel hyperthermophilic strain which belongs to Thermococcus sp., a gene encoding the same, and a method for producing hydrogen using the hydrogenase and gene. According to the hydrogen production method of the present invention, a large amount of hydrogen can be generated by only culturing the strain under specific culture conditions. Therefore, the method is economical and efficient compared to a conventional hydrogen production method and is able to produce hydrogen at a high temperature.
Abstract:
The present invention relates to a kit for cancer diagnosis or prognosis analysis. An MEST according to the present invention is a marker for cancer having significantly improved accuracy and reliability. Particularly, the marker of the present invention has superior accuracy and reliability as a marker for breast cancer and liver cancer. The MEST of the present invention exhibits extremely superior accuracy and reliability as a marker for metastatic cancer. Moreover, according to the present invention, early cancer diagnosis and prognostic determination may be enabled in a very specific manner from a biological sample (for example, blood or serum) using the MEST, the expression of which specifically increases only in the cells and tissue of a cancer patient.
Abstract:
A portable communication terminal for extracting subjects of interest to the user comprises: a term-vector-generating unit for generating term vectors representing various items of text data in accordance with the types of text data stored in a mobile communication terminal; a subject-classification-tree storage unit which comprises at least one item of training data and which stores a subject-classification tree in which a plurality of nodes expressing subjects are linked by means of a tree structure; and a similarity-level calculating unit for calculating the level of similarity between training data items broken down by the nodes contained in the subject-classification tree and the term vectors; wherein the similarity-level calculating unit extracts node names for representing subjects of interest to the user within the subject-classification tree in accordance with the similarity level.
Abstract:
The present invention relates to a novel dITPase, protein for enhancing DNA polymerase activity, and genes encoding it. More specifically, the present invention relates to a dITPase isolated from Thermococcus sp NAl. strain. Also, the present invention provides gene fragments encoding said protein, recombinant vectors containing thereof, host cells transformed with thereof and methods for producing dITPase using said host cells.
Abstract:
The present invention relates to a novel protease, a polynucleotide encoding the protease, and a fibrinolytic agent comprising the same. The protease is obtained from a new gene source by using metagenomic library technology, and can replace the conventional fibrinolytic agent.
Abstract:
The present invention relates to a method for preparing a conductive thin film comprising reduced graphene oxide and a carbon nanotube, and a transparent electrode including the conductive thin film prepared thereby. The transparent electrode according to the invention has excellent electric conductivity and transparency and thus can be used for various display devices, solar cells, etc.
Abstract:
The present invention relates to mutant DNA polymerases, their genes and their uses. More specifically, the present invention relates to mutant DNA polymerases which are originally isolated from Thermococcus sp NA1. strain and produced by site-specific mutagenesis, their ammo acid sequences, genes encoding said mutant DNA polymerases, their nucleic acids and PCR methods by using thereof. As mutant DNA polymerases according to the present invention have decreased proofreading activity and changed function of inosine sensing effectively compared to wild type DNA polymerase, PCR using primers with specific nucleic acids has made rapid progress. Therefore, the present invention is broadly applicable for PCR in various molecular genetic technologies.
Abstract:
The present invention relates to a kit for cancer diagnosis or prognosis analysis. An MEST according to the present invention is a marker for cancer having significantly improved accuracy and reliability. Particularly, the marker of the present invention has superior accuracy and reliability as a marker for breast cancer and liver cancer. The MEST of the present invention exhibits extremely superior accuracy and reliability as a marker for metastatic cancer. Moreover, according to the present invention, early cancer diagnosis and prognostic determination may be enabled in a very specific manner from a biological sample (for example, blood or serum) using the MEST, the expression of which specifically increases only in the cells and tissue of a cancer patient.
Abstract:
The present invention relates to mutant DNA polymerases and their genes isolated from Thermococcus sp. More specifically, the present invention relates to mutant DNA polymerases which are originally isolated from Thermococcus sp NAl. strain and produced by site-specific mutagenesis, their amino acid sequences, genes encoding said mutant DNA polymerases, their nucleic acids sequences, recombinant vectors containing said nucleic acids sequences, host cells transformed with thereof and methods for producing mutant DNA polymerase protein by using thereof. As mutant DNA polymerases according to the present invention have increased processivity by site-specific mutagenesis on exonuclease active site compared to wild type DNA polymerase, the present invention is broadly applicable for PCR in various molecular genetic technologies.