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    • 9. 发明申请
    • DIMERIZATION SWITCHES AND USES THEREOF
    • 二极管开关及其用途
    • WO2016098078A2
    • 2016-06-23
    • PCT/IB2015/059796
    • 2015-12-18
    • NOVARTIS AGLOEW, AndreasVASH, Brian
    • LOEW, AndreasVASH, Brian
    • C12N15/62
    • C12N9/90C07K2319/09C07K2319/70C07K2319/81C12N9/12C12Y207/11001C12Y502/01008
    • The present invention provides gene editing systems comprising gene editing dimerization switches comprising a first and second gene editing switch domain that allow for the regulation of a gene editing function by the introduction, e.g., administration, of a gene editing dimerization molecule having the ability to bring together a first gene editing switch domain and a second gene editing switch domain. A regulated gene editing function provides, e.g., less off-target side effects, and increases the therapeutic window. The present invention also provides improved FKBP/FRB-based dimerization switches wherein the FRB switch domain or the FKBP switch domain, or both the FRB and FKBP switch domains, comprise one or more mutations that optimize performance, e.g., that alter, e.g., enhance the formation of a complex between the first switch domain, the second switch domain, and the dimerization molecule, rapamycin, or a rapalog, e.g., RAD001.
    • 本发明提供了基因编辑系统,其包括基因编辑二聚转换开关,其包括第一和第二基因编辑开关结构域,其允许通过引入(例如)施用具有带来能力的基因编辑二聚化分子来调节基因编辑功能 一起是第一个基因编辑开关域和第二个基因编辑开关域。 调节基因编辑功能提供例如较少的目标外副作用,并增加治疗窗口。 本发明还提供改进的基于FKBP / FRB的二聚开关,其中FRB开关域或FKBP开关域,或FRB和FKBP开关结构域两者都包含优化性能的一个或多个突变,例如改变,例如增强 在第一开关结构域,第二开关结构域和二聚化分子雷帕霉素或rapalog(例如RAD001)之间形成复合物。
    • 10. 发明申请
    • SMALL ANTIBODY-LIKE SINGLE CHAIN PROTEINS
    • 小抗体样单链蛋白
    • WO2011051327A2
    • 2011-05-05
    • PCT/EP2010/066243
    • 2010-10-27
    • NOVARTIS AGLOEW, Andreas
    • LOEW, Andreas
    • C07K16/00
    • C07K16/468C07K16/00C07K16/081C07K16/1232C07K16/14C07K16/16C07K16/464C07K2317/22C07K2317/569
    • The present invention provides a "ASCP-body" that comprises a bottomside epitope binding domain ("BEBD") comprising four Bottomside Binding Regions (BBR1, BBR2, BBR3, and BBR4). This epitope binding domain is in addition to the topside epitope binding domain (TEBD) formed by the three Complementarity Determining Regions (CDR1, CDR2, and CDR3). The invention encompasses mono-specific, bi-specific and multi-specific, and mono-valent, bi-valent and multi-valent ASCP-bodies. The invention also encompasses fusion proteins in which one or more ASCP-bodies with a BEBD is conjugated to one or more ASCP-bodies with a BEBD and, optionally, a TEBD; to one or more ASCP- bodies with a TEBD and, optionally, a BEBD; or to one or more non-ASCP-body entity(ies). The various ASCP-bodies in the bi-specific and multi-specific ASCP-bodies and fusion proteins may all bind to the same epitopes or antigens or may bind to different epitopes or antigens.
    • 本发明提供了包含四个底部结合区(BBR1,BBR2,BBR3和BBR4)的底部表位结合结构域(“BEBD”)的“ASCP体”。 该表位结合结构域除了由三个互补决定区(CDR1,CDR2和CDR3)形成的顶侧表位结合结构域(TEBD)之外。 本发明包括单特异性,双特异性和多特异性以及一价,一价和多价的ASCP体。 本发明还包括融合蛋白,其中具有BEBD的一个或多个ASCP-体与一种或多种具有BEBD和任选的TEBD的ASCP-体共轭; 具有TEBD和可选的BEBD的一个或多个ASCP体; 或一个或多个非ASCP身体实体。 双特异性和多特异性ASCP体和融合蛋白中的各种ASCP-体都可以结合相同的表位或抗原,或者可以结合不同的表位或抗原。