Method for preparing an external surface of a planar waveguide capable of Uniting Target samples along a Plurality of Predetermined lines and a planar waveguide

摘要

Method for preparing an external surface (11) of a planar waveguide (1) that is capable of linking Target samples along a Plurality of Predetermined Lines (4),Default still prepared Lines (4), so in operationAn evanescent Field of Coherent Light coupled and spread through the planar waveguide (1) Dispersing in target samples along the Plurality of Predetermined Lines (4) RNterferir Constructively in a Predetermined location detection with a difference in Optical Path length that is an integer multiple of the Wavelength of the Coherent light is proPaid through the planar waveguide, or when the Predetermined Lines (4) arranged such that in operation,The evanescent Field of the Coherent Light coupled and spread through the planar waveguide (1) Dispersing in target samples arranged along lines of the Plurality of Predetermined.(4) to interfere in predetermined directions within the planar waveguide (1),Understanding the stages of the procedure: - to provide a planar waveguide (1) which has an external surface (11) suitable for the accession of a Molecule linking the product (2)(11); and external Applied sequentially to a Plurality of enlazadoras molecules (2, 5, 2) The Outer Surface (11),Assembling a Plurality of at least a Plurality of Molecules enlazadoras (2, 5; 2) to form a single layer of Molecules enlazadoras (25; 2) with individual layers that are formed on top of one another from the external surface (11) of the planar waveguide (1), (2, Understanding each Molecule Linking5; 2) a functional Group (22, 52; 22) and a group of Head (21, 51; 21), the Head Group (21,51; 21) being capable of adhering to the Outer Surface (11) of the planar waveguide (1) or Functional groups (22) of the previous layer of Molecules enlazadoras (2),And in which Functional groups (52; 22 (5) of the enlazadoras molecules; 2) the top layer are connected to the Protecting groups fotolu00e1biles (3) so that each Functional Group (52; 22 (d)And the Upper Layer attached to said Group fotolu00e1bil protector (3) is incapable of binding to a complementary Functional Group of a Molecule to expose these additional Protective groups; and (3) fotolu00e1bilesThe top layer disposed along the Plurality of Predetermined Lines (4) in the light of a Predetermined Wavelength to remove the Protecting groups fotolu00e1biles exposed (3) dAnd the functional groups (52; 22) capable of binding to a complementary additional Functional Group of a Molecule.