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    • 5. 发明申请
    • METHOD FOR FABRICATING COMPOSITE POROSITY STANDARDS
    • 制作复合孔隙标准的方法
    • WO2014193601A1
    • 2014-12-04
    • PCT/US2014/036559
    • 2014-05-02
    • THE BOEING COMPANY
    • FERGUSON, Kathy L.SPALDING, John F.
    • G01N15/08
    • G01N29/30G01N15/088G01N2001/2893Y10T436/10Y10T436/109163
    • A method for fabricating composite porosity standards may include the steps of providing a plurality of uncured composite coupons, each uncured composite coupon being formed from a composite material, providing a plurality of curing processes, selecting a curing process for each of the uncured composite coupons, curing each uncured composite coupon in accordance with a selected curing process to form a plurality of cured composite coupons, each cured composite coupon being formed from the composite material and having a percent porosity, measuring the percent porosity of each cured composite coupon, and correlating each measured percent porosity of a plurality of measure percent porosities to a corresponding cured composite coupon of the plurality of cured composite coupons to form a plurality of porosity standards.
    • 制备复合孔隙率标准品的方法可以包括提供多个未固化复合试样的步骤,每个未固化的复合试样由复合材料形成,提供多种固化方法,选择每种未固化的复合试样的固化过程, 根据所选择的固化方法固化每个未固化的复合试样以形成多个固化的复合试样,每个固化的复合试样由复合材料形成并具有百分比孔隙率,测量每个固化的复合试样的孔隙率百分比, 测量多个测量百分比孔隙率与多个固化的复合试样的相应固化的复合试样的孔隙率,以形成多个孔隙率标准。
    • 6. 发明申请
    • METHOD FOR GENERATION AND USE OF ISOTOPIC PATTERNS IN MASS SPECTRAL DATA OF SIMPLE ORGANISMS
    • 在简单有机体的质谱数据中生成和使用等位基因图谱的方法
    • WO2009021056A1
    • 2009-02-12
    • PCT/US2008/072358
    • 2008-08-06
    • METABOLIC ANALYSES, INC.
    • BEECHER, Christopher, William, Ward
    • C07H21/04
    • G01N33/5038A01H1/04G01N33/6848Y10T436/105831Y10T436/109163Y10T436/13
    • A method for identifying a biological analyte that is affected by a stressor is disclosed in which two substantially identical biological samples are provided, with a first sample being a control sample and a second sample being an experimental sample. The control sample is grown with a nutrient having an isotope of a first atom, whereas the experimental sample is grown with a nutrient having a second isotope of the first atom. The experimental sample is grown with a stressing agent and regimen. The samples are admixed, and the formed composite is mass spectroscopically assayed for analyte peaks. The ratio of first isotope to second isotope is determined for the peaks, as is a sample median isotopic ratio. The ratio for assayed analyte peaks is compared with the median ratio. An analyte whose isotopic ratio significantly deviates from the median ratio is an analyte affected by the stressing agent.
    • 公开了一种用于识别受应激源影响的生物分析物的方法,其中提供了两个基本上相同的生物样品,其中第一样品是对照样品,第二样品是实验样品。 对照样品用具有第一原子的同位素的营养物生长,而实验样品用具有第一原子的第二同位素的营养物生长。 实验样品用应激剂和方案生长。 将样品混合,并将形成的复合物质谱分析测定分析物峰。 确定峰的第一同位素与第二同位素的比例,以及样品中位数同位素比。 将测定的分析物峰的比率与中值比进行比较。 同位素比显着偏离中位数的分析物是受应力剂影响的分析物。
    • 8. 发明公开
    • rpoB 유전자 단편 및 이를 이용한 결핵균과 비결핵마이코박테리아의 동정방법
    • 基因组DNA分型及识别MYCOBACTERIA TUBCCOSOSIS和非结核菌微生物的方法
    • KR1020010038701A
    • 2001-05-15
    • KR1019990046795
    • 1999-10-27
    • 주식회사 제니스라이프사이언스
    • 이혜영박영길배길한김상재조상래김연박희정
    • C12Q1/68C12N15/11
    • C12Q1/689C12Q2600/156Y10T436/109163
    • PURPOSE: A gene rpoB segment is provided and a method for identifying Mycobacteria tuberculosis and non-tuberculosis Microbacteria using the gene is also provided in order to complete experiments more rapidly and with fewer efforts and to correctly determine obscure bacteria. CONSTITUTION: Provided is gene rpoB segments of sequence ID. NO. 1-4 and sequence ID. NO. 6-24 showing conservativity all Mycobacteria and polymorphism. A method for identifying Mycobacteria tuberculosis and non-tuberculosis Microbacteria includes the following steps of: i) cutting one of 1-24 segments with restriction enzyme and measuring length polymorphism of obtained segments; ii) separating DNA of bacteria to be identified; iii) amplifying DNA and cutting the amplified DNA with the same restriction enzyme as the enzyme used in step (i); iv) measuring length polymorphism of obtained DNA segments; and v) comparing the pattern of the length polymorphism in step (iv) to the pattern in step (i).
    • 目的:提供基因rpoB片段,并提供用于鉴定结核分枝杆菌和非结核病的方法使用该基因的微生物细菌,以便更快速地完成实验,并且更少的努力和正确地确定模糊的细菌。 构成:提供序列ID的基因rpoB片段。 没有。 1-4和序列ID。 没有。 6-24显示保守性所有分枝杆菌和多态性。 用于鉴定结核分枝杆菌和非结核分枝杆菌的方法微细菌包括以下步骤:i)用限制性内切酶切割1-24个片段并测定所得片段的长度多态性; ii)分离待鉴定的细菌的DNA; iii)用与步骤(i)中使用的酶相同的限制酶扩增DNA并切割扩增的DNA; iv)测量获得的DNA片段的长度多态性; 和v)将步骤(iv)中的长度多态性的模式与步骤(i)中的模式进行比较。
    • 10. 发明专利
    • Liquid-state biological phantom and manufacturing method of liquid-state biological phantom
    • 液态生物学的液体生物学和制备方法
    • JP2012189322A
    • 2012-10-04
    • JP2011050432
    • 2011-03-08
    • Olympus Corpオリンパス株式会社
    • MUKAI ASUKAYOSHIDA KOJI
    • G01N21/64G01N21/01G02B21/34
    • G01N1/2806A61B8/587G02B21/34Y10T436/10Y10T436/109163Y10T436/25
    • PROBLEM TO BE SOLVED: To provide a liquid-state biological phantom which extremely reduces characteristic non-uniformity, variation and aging and enables long-term preservation, transportation, device calibration and performance evaluation.SOLUTION: When using an image of an examination specimen in a prepared specimen (1) captured via a microscope objective lens and via imaging means and predetermined optical characteristics obtained from that image to evaluate a performance of the microscope objective lens, a biological phantom (4) is used as the examination specimen in the prepared specimen (1). The biological phantom is comprised of a non-gel-state solution containing at least a solvent containing at least water, a refractive index adjusting agent and a scatterer or a solvent containing at least a refractive index adjusting agent and a scatterer and a thickener.
    • 要解决的问题:提供极度降低特性不均匀性,变化和老化的液态生物体模,并能够进行长期保存,运输,装置校准和性能评估。 解决方案:当通过显微镜物镜和通过成像装置捕获的制备的样品(1)中的检查样本的图像和从该图像获得的预定光学特性来评估显微镜物镜的性能时,生物 使用幻影(4)作为准备样品(1)中的检查样本。 生物体模包含至少含有至少含有水的溶剂,折射率调节剂和散射体或至少含有折射率调节剂和散射体和增稠剂的溶剂的非凝胶状溶液。 版权所有(C)2013,JPO&INPIT