Method and system for separating biomolecules from a mixture containing same
AssigneeRamot at Tel-Aviv University Ltd.
InventorsFernando PATOLSKY, Vadim KRIVITSKY
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AssigneeRamot at Tel-Aviv University Ltd.
InventorsFernando PATOLSKY, Vadim KRIVITSKY
Estimating the term…
A system featuring a substrate and a multiplicity of nanostructures arranged on the substrate is provided. At least one portion of the nanostructures feature a capturing moiety covalently attached to a surface thereof and at least another portion of the nanostructures, which can be the same or different from the first portion, feature a light-activatable moiety covalently attached to a surface thereof. The capturing moiety is such that selectively interacts with an analyte, and the light-activatable moiety generates, upon exposure to light, a reactive moiety that interferes with an interaction of the capturing moiety and the analyte. Further provided are systems featuring a substrate and a multiplicity of nanostructures aligned generally vertically to the substrate, at least a portion of these nanostructures being branched nanostructures. Uses of the systems in extracting, and optionally identifying, the analyte from a sample are also provided.
1-42. (canceled)
A system comprising a substrate and a multiplicity of nanostructures arranged on the substrate at a density of at least 100,000 nanostructures per 1 cm2, each nanostructure in at least a first portion of said nanostructures featuring a capturing moiety covalently attached to a surface thereof and each nanostructure in at least a second portion of said nanostructures featuring a light-activatable moiety covalently attached to a surface thereof, wherein said capturing moiety selectively interacts with an analyte, and said light-activatable moiety generates, upon exposure to light, a reactive moiety that interferes with an interaction of said capturing moiety and said analyte.
A system comprising a substrate and a multiplicity of nanostructures aligned generally vertically to the substrate at a density of least 100,000 nanostructures per 1 cm2, at least a portion of said nanostructures are branched nanostructures.
Dependencies are inferred from the claim text.