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    • 2. 发明申请
    • METHOD OF DISCRIMINATING NUCLEIC ACID AND TESTING SET FOR DISCRIMINATING NUCLEIC ACID
    • 分离核酸的方法和用于分离核酸的测试仪
    • WO1995002068A1
    • 1995-01-19
    • PCT/JP1994001106
    • 1994-07-07
    • WAKUNAGA SEIYAKU KABUSHIKI KAISHAOKA, TakanoriMATSUNAGA, HironariYAMANE, Akio
    • WAKUNAGA SEIYAKU KABUSHIKI KAISHA
    • C12Q01/68
    • C12Q1/6827C12Q2565/102C12Q2545/101C12Q2531/113
    • A method of discriminating nucleic acids by examining the presence or absence of variant genes in a nucleic acid, the ratio of normal genes to variant genes, or the identity among specified genes present in various samples, which method comprises amplifying a specified region of a target nucleic acid present in a specimen by the polymerase chain reaction using a primer bearing a detectable marker and a primer bearing a site capable of binding to a solid-phase carrier, conducting competitive hybridization by adding the resultant nucleic acid as a marker sample DNA in at least an equimolar amount to a non-marker standard DNA of which the identity with the sample DNA is to be discriminated, and then measuring the marker intensity of the product of hybridization. A testing set for discriminating nucleic acids according to the above method comprises a primer to be used for amplifying a target nucleic acid and comprising a primer bearing a detectable marker and a primer bearing a site capable of binding to a solid-phase carrier, and a non-marker standard DNA of which the identity with a gene amplified by the amplifying primer is to be discriminated.
    • 通过检查核酸中变体基因的存在或不存在,正常基因​​与变体基因的比例或存在于各种样品中的特定基因之间的同一性来区分核酸的方法包括扩增靶的特定区域 通过使用具有可检测标记的引物通过聚合酶链式反应存在于样品中的核酸和具有能够结合固相载体的位点的引物,通过将所得到的核酸作为标记物样品DNA加入进行竞争性杂交 至少与待标识样品DNA的同一性的非标记标准DNA等摩尔量,然后测量杂交产物的标记强度。 根据上述方法的用于鉴别核酸的测试组包括用于扩增靶核酸的引物,并且包含具有可检测标记的引物和具有能够结合固相载体的位点的引物,以及 对与扩增引物扩增的基因同一性的非标记标准DNA进行鉴别。
    • 6. 发明专利
    • HOT WATER DEVICE UTILIZING SOLAR HEAT
    • JPS56144355A
    • 1981-11-10
    • JP4679980
    • 1980-04-11
    • YAMANE AKIO
    • YAMANE AKIO
    • F24J2/04
    • PURPOSE:To efficiently absorb solar energy even with stationary type of a hot water device by arranging collectors over approximately half peripheral part of the outer peripheral plate of a hot water tank formed in a trapezoidal conical shape having approx. 45 deg. at the top. CONSTITUTION:A tank unit (a) is formed of a hot water tank (a1) formed in a trapezoidal conical shape having approx. 45 deg. at the top, a chilled water tank (a2) formed in the same conical shape and a heat insulating segmented chamber (a3). The tank unit (a) is installed on a post tube 4. Approximately half peripheral part of the outer peripheral plate of the hot water tank (a1) is utilized at the collector mounting body plate 7, and extension plate 7a extended obliquely downwardly is integrally formed thereat. Upper and lower collector groups are radially arranged at the collector mounting plates 7, 7a.
    • 7. 发明专利
    • TOWER ARRANGEMENT FOR HOT AND COLD WATER
    • JPS56146950A
    • 1981-11-14
    • JP4914980
    • 1980-04-16
    • YAMANE AKIO
    • YAMANE AKIO
    • F24J2/04F24J2/34F24J2/52
    • PURPOSE:To enable to absorb the solar energy efficiently at all times by a construction wherein the main body of tank arrangement having a truncated cone shape with collectors over nearly semicircular portion on the side surface plates of the cone is provided high up at the top of a columnar tube. CONSTITUTION:The main body of tank arrangement a consists of the hot water tank a1 having the shape of a truncated cone with an apex angle of nearly 45 deg., the cold water tank a2 having the shape of an inverse truncated cone with an apex angle of nearly 45 deg. same as the apex angle of the tank a1, and an insulation compartment a3. A vertical pipe 3 for piping is provided at the center of the main body of tank arrangement a. The upper collector group 8 consisting of a large number of pipes 8a and the lower collector group 9 consisting of a large number of pipes 9a are connectingly supported at the plate part 7 of the main body for fitting the collectors. The main body of tank arrangement a is provided high up at the top of the columnar tube 4 and the height of the columnar tube 4 is selected at will. When the collector group 8 and 9 are heated by insolation, the water is sent forth from each pipe 8a to the upper part of the hot water tank 91 and, due to the convection, the temperature of the hot water in the tank 91 rises. The hot water at the upper part of the tank 91 is supplied to the desired positions by opening the valve (not shown) of a hot water take-out pipe 24.