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    • 11. 发明申请
    • METHOD FOR PRODUCING A STRESS TOLERANT PLANT OR PRECURSOR THEREOF
    • 用于生产耐应变材料或其前体的方法
    • WO2011157995A1
    • 2011-12-22
    • PCT/GB2011/000904
    • 2011-06-14
    • ABERYSTWYTH UNIVERSITYWILKINSON, Michael JamesLOPEZ, Carlos Marcelino RodriguezTRICKER, PenelopeHADLEY, Paul
    • WILKINSON, Michael JamesLOPEZ, Carlos Marcelino RodriguezTRICKER, PenelopeHADLEY, Paul
    • A01H1/04
    • A01H3/00A01H1/04
    • Provided are methods for the production of a stress tolerant plant or precursor thereof. The methods comprise (i) subjecting one or more parental plants to one or more stress conditions selected from unfavourable conditions relating to relative humidity, water availability, periodic drought, nutrients, sunlight, wind, temperature, pH, exogenous chemicals, chemical toxins such as salt, herbivory, prophylactic chemicals, fertilizers, pathogen attack such as bacterial, fungal, or virus infection and pest infestation; and (ii) generating offspring from said one or more parental plants. The offspring show enhanced tolerance relative to the one or more parental plants to one or more stress conditions selected from unfavourable conditions relating to relative humidity, water availability, periodic drought, nutrients, sunlight, wind, temperature, pH, exogenous chemicals, chemical toxins such as salt, herbivory, prophylactic chemicals, fertilizers, pathogen attack such as bacterial, fungal, or virus infection and pest infestation. Also provided are plants, or precursor thereof, produced by the methods and assays for identifying a plant, or precursor thereof, produced by the methods.
    • 提供了用于生产胁迫耐受植物或其前体的方法。 所述方法包括(i)使一种或多种亲本植物经受一种或多种胁迫条件,所述胁迫条件选自与相对湿度,水可利用性,周期性干旱,营养物,阳光,风,温度,pH,外源化学物质,化学毒素如 盐,食草,预防化学品,化肥,细菌,真菌或病毒感染和虫害等病原体攻击; 和(ii)从所述一个或多个亲本植物产生后代。 后代显示相对于一个或多个亲本植物对一种或多种胁迫条件的增强的耐受性,所述胁迫条件选自与相对湿度,水可用性,周期性干旱,营养物,阳光,风,温度,pH,外源性化学物质,化学毒素等有关的不利条件 作为盐,食草,预防化学物质,肥料,病原体攻击如细菌,真菌或病毒感染和害虫侵袭。 还提供了通过用于鉴定通过该方法产生的植物或其前体的方法和测定法产生的植物或其前体。
    • 12. 发明申请
    • DUAL-FLUORESCENCE ASSAY
    • 双色荧光测定
    • WO2011033290A2
    • 2011-03-24
    • PCT/GB2010/051527
    • 2010-09-13
    • ABERYSTWYTH UNIVERSITYPEAK, EmilyHOFFMANN, Karl Francis
    • PEAK, EmilyHOFFMANN, Karl Francis
    • G01N33/569
    • G01N33/5308G01N33/5085G01N2021/6441G01N2333/43526
    • A two colour fluorescent assay and a kit are described that permit the determination of live and dead parasitic or non-parasitic worms, for example helminths. The assay permits screening for the effect of one or more agents or an event on the viability of a parasitic or non-parasitic worm, In one example, the assay comprises (a) providing a sample comprising one or more parasitic or non-parasitic worms; (b) contacting the parasitic or non-parasitic worms with a concentration of fluorescein diacetate sufficient to yield detectable green fluorescence in any live parasitic or non-parasitic worms present in the sample and a concentration of propidium iodide sufficient to yield detectable red fluorescence in any dead parasitic or non-parasitic worms present in the sample; and (c) detecting the red and green fluorescence of the parasitic or non-parasitic worms. The assay further comprises contacting the parasitic or non-parasitic worms with one or more test agents, or subjecting the parasitic or non-parasitic worms to an event. The assay allows for a rapid and objective score of parasitic or non-parasitic worm death and survival and enables the performance of high- throughput screens for the identification of potential agents against diseases such as schistosomiasis. Also described are methods and kits for discriminatory analysis of parasitic or non-parasitic worm phenotype and/or metabolics using FTIR analysis.
    • 描述了双色荧光测定和试剂盒,其允许测定活的和死的寄生虫或非寄生虫,例如蠕虫。 该测定允许筛选一种或多种试剂或事件对寄生虫或非寄生虫的活力的影响。在一个实例中,测定包括(a)提供包含一种或多种寄生虫或非寄生虫的样品 ; (b)将寄生虫或非寄生虫与一种浓度的荧光素二乙酸酯接触,足以在样品中存在的任何活的寄生虫或非寄生虫中产生可检测的绿色荧光,以及足以产生任何可检测的红色荧光的碘化丙啶浓度 存在于样品中的死寄生虫或非寄生虫; 和(c)检测寄生虫或非寄生虫的红色和绿色荧光。 该测定还包括将寄生虫或非寄生虫与一种或多种测试试剂接触,或将寄生虫或非寄生虫蠕虫接触事件。 该测定允许寄生虫或非寄生虫蠕虫死亡和存活的快速客观评分,并且能够实现高通量筛选用于鉴定针对诸如血吸虫病的疾病的潜在药剂。 还描述了使用FTIR分析对寄生虫或非寄生虫表型和/或代谢物进行鉴别分析的方法和试剂盒。
    • 13. 发明申请
    • FAECAL MARKERS
    • WO2010103261A2
    • 2010-09-16
    • PCT/GB2010/000412
    • 2010-03-09
    • ABERYSTWYTH UNIVERSITYLEE, MichaelTHEODOROU, MichaelOUGHAM, HelenTHOMAS, Howard
    • LEE, MichaelTHEODOROU, MichaelOUGHAM, HelenTHOMAS, Howard
    • C09B61/00
    • C09B61/00G01N33/12
    • Described are methods for analysing an animal carcass, meat obtained therefrom, or product produced by or obtained from an animal for the presence or absence of faecal matter. The methods comprise analysing an animal carcass, meat obtained therefrom, or product produced by or obtained from the animal for the presence or absence of a detectable marker, the presence of the detectable marker being indicative of the presence of faecal matter and the absence of the detectable marker being indicative of the absence of faecal matter, wherein the animal carcass, meat obtained therefrom, or product produced by or obtained from the animal has been obtained from an animal fed a composition comprising a supplement of the detectable marker and/or a precursor thereof. Also described are compositions for feeding to an animal and for use in the methods.
    • 描述了用于分析动物尸体,由其获得的肉或由动物产生或从动物获得的产品的方法,用于存在或不存在粪便物质。 所述方法包括分析动物尸体,由其获得的肉或由动物产生或从动物获得的产品是否存在可检测标志物,所述可检测标志物的存在表明存在粪便物质且不存在 其中动物尸体,由其获得的肉或由动物产生或从动物获得的产品已经从饲喂包含可检测标记和/或前体的补充物的组合物的动物获得, 它们。 还描述了用于喂养动物和用于该方法的组合物。
    • 14. 发明授权
    • Identification of texture connectivity
    • 识别纹理连接
    • US08913795B2
    • 2014-12-16
    • US13512525
    • 2010-11-25
    • Reyer ZwiggelaarHarry Strange
    • Reyer ZwiggelaarHarry Strange
    • G06K9/00G06T7/40
    • G06T7/40G06T2207/30004
    • A method for identifying the connectivity of texture types represented in a digital image comprising pixels, each pixel having a texture value which is representative of texture at a respective position, the method comprising: partitioning the texture values into local neighborhoods of texture values; determining a directionality for each neighborhood; using the directionality of the neighborhoods to determine their nearest neighborhood or neighborhoods; connecting the neighborhoods with their nearest neighborhood or neighborhoods; and determining the connectivity of the texture types of the digital image based on the connections formed between neighborhoods.
    • 一种用于识别在包括像素的数字图像中表示的纹理类型的连接性的方法,每个像素具有代表各个位置处的纹理的纹理值,所述方法包括:将纹理值分割成纹理值的本地邻域; 确定每个邻域的方向性; 使用社区的方向性来确定他们最近的邻里或邻域; 将邻里与邻近邻里连接起来; 并且基于在邻域之间形成的连接来确定数字图像的纹理类型的连接性。
    • 16. 发明申请
    • FAECAL MARKERS
    • US20120061588A1
    • 2012-03-15
    • US13255288
    • 2010-03-09
    • Michael LeeMichael TheodorouHelen OughamHoward Thomas
    • Michael LeeMichael TheodorouHelen OughamHoward Thomas
    • G01N21/64A23K1/00
    • C09B61/00G01N33/12
    • Described are methods for analysing an animal carcass, meat obtained therefrom, or product produced by or obtained from an animal for the presence or absence of faecal matter. The methods comprise analysing an animal carcass, meat obtained therefrom, or product produced by or obtained from the animal for the presence or absence of a detectable marker, the presence of the detectable marker being indicative of the presence of faecal matter and the absence of the detectable marker being indicative of the absence of faecal matter, wherein the animal carcass, meat obtained therefrom, or product produced by or obtained from the animal has been obtained from an animal fed a composition comprising a supplement of the detectable marker and/or a precursor thereof. Also described are compositions for feeding to an animal and for use in the methods.
    • 描述了用于分析动物屠体,从其获得的肉,或由动物产生或获得的用于粪便物质的存在或不存在的产品的方法。 所述方法包括分析动物屠体,从其获得的肉,或由动物产生或获自动物的产物,以检测标记的存在或不存在,可检测标记物是否存在指示粪便物质的存在和不存在 可检测标记指示不存在粪便物质,其中动物尸体,由其获得的肉或由动物产生或从动物获得的产品已经从喂食包含可检测标记物和/或前体的补充物的组合物的动物获得 其中。 还描述了用于喂养动物并用于该方法的组合物。