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    • 3. 发明申请
    • SYSTEM AND METHOD FOR MEANINGFUL RESEARCH INVESTMENT METROLOGY
    • 用于研究投资计量的系统和方法
    • WO2017218260A1
    • 2017-12-21
    • PCT/US2017/036360
    • 2017-06-07
    • STRATOCORE S.A.S.MARCHAND, MathieuSHORTE, Spencer
    • MARCHAND, MathieuSHORTE, Spencer
    • G06Q10/06G06F17/30G06F19/28
    • G06F16/2365G06F16/93G06Q10/06G06Q10/10
    • In a method for assessing instrument performance, a list of instrument user names of active users is queried (621) and active users are retrieved (622). The list of instrument user names for previous documents is queried (623) and a list of existing documents is retrieved (624). The content server is queried (625) with a list of active users and a list of documents that users published in a time period containing the past time period is retrieved (626). The list of documents that users published is compared with the list of existing documents (627). New documents are saved into a database (528). Emails are sent to web pages or mobile messaging tools including SMS to instrument users with a link to validate or not the documents (629). The database is updated according to reply emails returned from instrument users, validating the documents (722).
    • 在用于评估仪器性能的方法中,查询活动用户的仪器用户名称列表(621)并且检索活跃用户(622)。 查询以前文档的工具用户名列表(623),并检索现有文档的列表(624)。 用活动用户列表查询(625)内容服务器,并且检索用户在包含过去时间段的时间段内发布的文档列表(626)。 将用户发布的文档列表与现有文档列表进行比较(627)。 新文档被保存到数据库中(528)。 电子邮件会发送到网页或手机短信工具,包括SMS,以便用户通过链接验证或不验证文档(629)。 数据库根据从仪器用户返回的回复电子邮件进行更新,验证文档(722)。
    • 5. 发明申请
    • METHOD TO INCREASE THE NUMBER OF DETECTABLE PHOTONS DURING THE IMAGING OF A BIOLOGICAL MARKER
    • 在生物标记成像期间增加可检测光子数量的方法
    • WO2011117847A9
    • 2011-12-15
    • PCT/IB2011051282
    • 2011-03-25
    • PASTEUR INSTITUTROGERS KELLYSHORTE SPENCER LDRAGAVON JOSEPHBLAZQUEZ SAMANTHA
    • ROGERS KELLYSHORTE SPENCER LDRAGAVON JOSEPHBLAZQUEZ SAMANTHA
    • G01N21/64B82Y15/00
    • G01N21/6486B82Y15/00G01N21/6428G01N2201/06193
    • The present invention relates a method to determine the presence of a photon producing biological marker in a cell, tissue or organism of interest. The method is based on Fluorescence by Unbound Excitation from Luminescence (FUEL) and comprises the steps of a) providing conditions suitable for the biological marker to produce at least one first photon by luminescence; b) providing a FUEL probe pair-upper (FPP-U) disposed in proximity to the cell, tissue or organism, wherein the at least one first photon of step a) excites the FPP-U, which emits at least one second photon. The FPP-U may be selected from the group of quantum dots, carbon nanotubes, fluorescent proteins, diamond nanocrystals and metalloporphyrins. This method is charcterized in that said biological marker and said FPP-U are not bound and in that each of the at least one second photon (s) are of a longer wavelength than each of the at least one first photon (s).
    • 本发明涉及确定感兴趣的细胞,组织或生物体中产生光子的生物标志物的存在的方法。 该方法基于通过未结合激发从荧光(FUEL)的荧光,并且包括以下步骤:a)提供适合于生物标记以通过发光产生至少一个第一光子的条件; b)提供设置在细胞,组织或生物体附近的FUEL探针对上(FPP-U),其中步骤a)的至少一个第一光子激发FPP-U,其发射至少一个第二光子。 FPP-U可以选自量子点组,碳纳米管,荧光蛋白,金刚石纳米晶体和金属卟啉。 该方法的特征在于所述生物标记和所述FPP-U不结合,并且所述至少一个第二光子中的每一个具有比所述至少一个第一光子中的每一个更长的波长。