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    • 3. 发明授权
    • Cyclic peptide analogues for non-invasive imaging of pancreatic beta-cells
    • 用于胰腺β细胞非侵入性成像的环肽类似物
    • US08992886B2
    • 2015-03-31
    • US13263320
    • 2010-04-06
    • Jung-Mo AhnXiankai Sun
    • Jung-Mo AhnXiankai Sun
    • C07K14/06A61K51/08A61K49/14A61B5/055
    • A61K51/088
    • Compositions, methods of using and methods of making a cyclic peptide analog imaging agent that includes at least portions of a peptide or protein that binds specifically to the GLP-1 receptor (GLP-1R) and the cyclic analog has one or more conformational restrictions including, but not limited to, lactam bridges, disulfide bridges, hydrocarbon bridges, and their combinations, salts and derivatives thereof wherein the cyclic analog is more stable than a non-cyclic analog when incubated in the presence of enzymes that degrade GLP-1 and have an increased serum half-live, wherein the cyclic analog comprises at least a portion of a GLP-1 peptide or at least a portion of an Exendin peptide salts, derivatives or combinations thereof.
    • 包含至少部分与GLP-1受体(GLP-1R)和环状类似物结合的肽或蛋白质的部分的环肽模拟成像剂的组合物,使用方法和制备方法具有一个或多个构象限制,包括 但不限于,内酰胺桥,二硫桥,烃桥及其组合,其盐和衍生物,其中环状类似物在降解GLP-1的酶存在下温育时具有比非环状类似物更稳定并具有 增加的血清半活性,其中所述环状类似物包含至少一部分GLP-1肽或至少一部分毒蜥外泌肽肽,其衍生物或组合。
    • 6. 发明申请
    • Cyclic Peptide Analogues For Non-Invasive Imaging of Pancreatic Beta-Cells
    • 循环肽类似物用于胰腺β细胞的非侵入性成像
    • US20120100070A1
    • 2012-04-26
    • US13263320
    • 2010-04-06
    • Jung-Mo AhnXiankai Sun
    • Jung-Mo AhnXiankai Sun
    • A61K51/08C12N11/02A61K49/14C07K14/605A61K49/00
    • A61K51/088
    • Compositions, methods of using and methods of making a cyclic peptide analog imaging agent that includes at least portions of a peptide or protein that binds specifically to the GLP-1 receptor (GLP-1R) and the cyclic analog has one or more conformational restrictions including, but not limited to, lactam bridges, disulfide bridges, hydrocarbon bridges, and their combinations, salts and derivatives thereof wherein the cyclic analog is more stable than a non-cyclic analog when incubated in the presence of enzymes that degrade GLP-1 and have an increased serum half-live, wherein the cyclic analog comprises at least a portion of a GLP-1 peptide or at least a portion of an Exendin peptide salts, derivatives or combinations thereof.
    • 包含至少部分与GLP-1受体(GLP-1R)和环状类似物结合的肽或蛋白质的部分的环肽模拟成像剂的组合物,使用方法和制备方法具有一个或多个构象限制,包括 但不限于,内酰胺桥,二硫桥,烃桥及其组合,其盐和衍生物,其中环状类似物在降解GLP-1的酶存在下温育时具有比非环状类似物更稳定并具有 增加的血清半活性,其中所述环状类似物包含至少一部分GLP-1肽或至少一部分毒蜥外泌肽肽,其衍生物或组合。
    • 7. 发明申请
    • HYBRID WAVEGUIDE SYSTEMS AND RELATED METHODS
    • 混合波导系统及相关方法
    • US20080273567A1
    • 2008-11-06
    • US12110310
    • 2008-04-26
    • Amnon YARIVXiankai SUN
    • Amnon YARIVXiankai SUN
    • H01S5/026H01L31/0336G02B6/10
    • G02B6/12G02B2006/12078G02B2006/12104G02B2006/12121H01L31/102H01S5/026H01S5/1014H01S5/1032H01S5/125H01S5/50
    • A III-V semiconductor waveguide is coupled with a Si waveguide to form a hybrid structure. Spatial location of the optical mode (or supermode) of the hybrid structure is controlled by controlling at least one between the geometry and the refractive index of the structure, e.g., varying width of the Si waveguide. Control of such spatial location allows location of the optical mode either almost entirely in the III-V semiconductor waveguide or almost entirely in the Si waveguide, thus allowing various optical arrangements to be obtained according to the location of the optical mode and the proprieties of the waveguides. For example, if the III-V semiconductor waveguide is amplifying and is provided with a highly reflective mirror at one end, the Si waveguide is provided with a partially reflective mirror at the other end, the optical mode is almost entirely located in the gain region of the III-V semiconductor waveguide, and is also almost entirely located in the coupling region of the Si waveguide, a resonator for laser oscillation is obtained.
    • III-V半导体波导与Si波导耦合以形成混合结构。 通过控制结构的几何形状和折射率之间的至少一个,例如Si波导的变化的宽度来控制混合结构的光学模式(或超模)的空间位置。 这种空间位置的控制允许光学模式几乎完全位于III-V半导体波导或几乎完全在Si波导中,从而允许根据光学模式的位置和 波导。 例如,如果III-V半导体波导放大并且在一端设置有高反射镜,则在另一端设置有Si反射镜,所述光学模式几乎完全位于增益区域 的III-V半导体波导,并且也几乎完全位于Si波导的耦合区域中,获得用于激光振荡的谐振器。