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    • 6. 发明公开
    • ALGORITHMS FOR GENE SIGNATURE-BASED PREDICTOR OF SENSITIVITY TO MDM2 INHIBITORS
    • 基于基因特征的MDM2抑制剂灵敏度预测算法
    • EP3204514A1
    • 2017-08-16
    • EP15790296.6
    • 2015-10-09
    • Daiichi Sankyo Co., Ltd.
    • TSE, Ngai-chiu ArchieNAKAMARU, KenjiTAZAKI, KoichiWATANABE, KenjiSEKI, Takahiko
    • C12Q1/68A61K31/499
    • C12Q1/6886A61K31/4439A61K31/499C12Q2600/106C12Q2600/156C12Q2600/158G01N33/574
    • Provided are gene signatures that are predictive of the sensitivity of a cancer or tumor to an MDM2i or an antagonist of the MDM2-p53 interaction. Differentially expressed genes in the provided gene signatures serve as biomarkers for determining and assessing the sensitivity of cancer and tumor samples to treatment or therapy with an MDM2i. Also provided are methods of determining MDM2i sensitivity of a test sample such as different cancer and tumor types and subtypes, based on the expression of genes in the MDM2i sensitive gene signatures in reference samples and the test sample even if all of the MDM2i sensitivities of the reference samples are unknown, and treating individuals with an MDM2i if their cancers are determined to be MDM2i-sensitive, based on the practice of the described methods. TP53 gene and p53 protein status can also be determined for the samples undergoing analysis for MDM2i sensitivity.
    • 提供可预测癌症或肿瘤对MDM2i或MDM2-p53相互作用拮抗剂敏感性的基因标记。 所提供的基因标记中的差异表达基因充当用于确定和评估癌症和肿瘤样品对用MDM2i治疗或治疗的敏感性的生物标志物。 还提供了基于参考样品和测试样品中MDM2i敏感性基因标签中的基因表达来确定测试样品(例如不同癌症和肿瘤类型和亚型)的MDM2i敏感性的方法,即使所有MDM2i敏感性 参考样本是未知的,并且基于所描述的方法的实践,如果MDM2i的癌症被确定为MDM2i敏感的,则用MDM2i治疗个体。 对于MDM2i敏感性分析的样品,也可以确定TP53基因和p53蛋白的状态。 本发明的方法,平台,试剂盒,试剂和组合物提供了用于个体化或个体化治疗其癌症对MDM2抑制剂显示敏感性的有利方法和工具,如通过基因标记中的基因相对于对照 到所描述的方法。
    • 9. 发明授权
    • CONTROLLED PILL DISPENSING CONTAINER
    • GESTEUERTERTABLETTENAUSGABEBEHÄLTER
    • EP2853505B1
    • 2017-05-03
    • EP13793387
    • 2013-05-22
    • DAIICHI SANKYO CO LTD
    • DODO MASAAKIKUBOTA KIYOSHIIKEMOTO KENJIMIWATA TORU
    • B65D83/04A61J1/03A61J7/00A61J7/02A61J7/04
    • B65D83/04A61J7/0076A61J7/0418A61J7/0436A61J7/0481A61J2200/30B65D83/0409B65D2583/0454B65D2583/0486B65D2585/56
    • An upper case is provided with a stopper projection that extends downward between an outlet and a dispensing standby space, in a situation where a container body is closed. A lower case is provided with a pusher member that is positioned on a side opposed to the stopper projection with respect to the dispensing standby space, in a situation where the container body is closed, the pusher member being configured to, during an operation for opening the upper case, push a tablet located in the dispensing standby space toward the outlet. During the operation for opening the upper case, the stopper projection is configured to get over a side surface of the tablet located in the dispensing standby space, and is configured to stop an outlet-side surface of a tablet succeeding to the tablet having been located in the dispensing standby space. A sensor unit is configured to detect passage of one tablet moving from the dispensing standby space to the outlet so as to detect occurrence of dispensing of the tablet. The detection result is recorded in a data recording unit.
    • 在上壳体设置有在容器本体关闭的情况下在出口和分配待机空间之间向下延伸的止动突起。 下壳体设置有推动构件,该推动构件在关闭容器主体的情况下位于与止动突起相对的一侧上,推动构件构造成在打开操作期间 上壳体将位于分配待机空间内的药片推向出口。 在打开上壳体的操作期间,止动器突起被构造成越过位于分配待机空间中的药片的侧表面,并且被配置为停止药片的位于已定位的药片的出口侧表面 在分配待机空间中。 传感器单元被构造成检测一个片剂从分配待机空间移动到出口的通过,以检测片剂分配的发生。 检测结果被记录在数据记录单元中。