Sensors for unbiased proteomic studies, method of manufacture and use thereof
AssigneeNanoMosaic Inc.
InventorsJohn Boyce, Audrey Warner, Qimin Quan, Joseph Wilkinson
Life of this patent
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Abstract
The invention relates generally to articles (e.g., sensors) and methods that facilitate proteome, exome, or exome-codon sequence region wide interrogation for the discovery, screening and/or quantification of one or more proteins that contribute to a phenotype.
Claims38
A method of determining a protein panel comprising a set of test proteins selected from a whole protein coding genome of a species to which a study subject belongs or is related to, the method comprising the steps of:
- (a) splicing protein coding genes from a whole genome to construct a protein-coding genome;
- (b) determining a plurality of marker locations substantially evenly spaced across the protein-coding genome;
- and
- (c) identifying a protein associated with each marker location across the protein-coding genome to produce the set of test proteins, wherein each protein is encoded by a gene that includes a single nucleotide polymorphism (SNP) located close to each marker location in the protein-coding genome.
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A method of determining a protein panel comprising a set of test proteins selected from a whole protein coding genome of a species to which a study subject belongs or is related to, the method comprising the steps of:
- (a) splicing protein coding genes from a whole genome to construct a protein-coding genome;
- (b) determining a plurality of marker locations substantially evenly spaced across the protein-coding genome;
- and
- (c) identifying a protein associated with each marker location across the protein-coding genome to produce the set of test proteins, wherein each protein is the protein encoded by a region of the protein coding genome in which the associated marker is located.
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A sensor for detecting presence, or quantifying the amount of a plurality of proteins in a sample harvested from a study subject thereby to conduct a bias-free proteome, exome or exome-CDS association study on the sample, the sensor comprising:
- a plate defining a plurality of addressable wells, each well comprising a grid disposed therein, wherein (i) the grid comprises a plurality of nanostructure arrays with each nanostructure array comprising a plurality of nanostructures, (ii) each nanostructure array is functionalized with one or more binding moieties for binding one or more proteins of a set of test proteins for conducting a bias-free proteome, exome or exome-CDS association study, and (iii) each nanostructure is integral with at least one of a planar support or a flexible substrate.
The sensor of claim 46, wherein the SNPs are synonymous SNPs, non-synonymous SNPs, or a combination thereof.
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The sensor of claim 46, wherein the SNP is the closest ASNP to the marker location in the protein-coding genome, exome or exome-CDS.
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The sensor of claim 46, wherein the SNP is located less than 1,000 bases from a corresponding marker location.
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A method of producing a sensor for detecting the presence, or quantifying the amount, of a plurality of proteins in a sample harvested from a study subject thereby to conduct a bias-free proteome, exome or exome-CDS association study on the sample, the method comprising the steps of:
- (a) determining a plurality of marker locations substantially evenly spaced across an protein-coding genome, exome or exome-CDS of a species to which the study subject belongs or is related to;
- (b) identifying a protein associated with each marker location across the protein-coding genome, exome or exome-CDS to produce a set of test proteins, wherein each protein is encoded by a gene that includes a single nucleotide polymorphism (SNP) located closely to each marker location in the exome;
- and
- (c) functionalizing nanostructures of the sensor with a plurality of different binding moieties each capable of binding a protein in the set of test proteins thereby to detect the presence, or quantify the amount, of the test proteins if present in the sample, wherein each nanostructure is integral with at least one of a planar support or a flexible substrate.
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Dependencies are inferred from the claim text.