Nucleic acid, biomolecule and polymer identifier codes

A system comprising a plurality of individually identifiable nucleic acid barcodes comprising overlapping dibase color positions which are sequenced in a color space with at least two fluorophore encoded dibase probes in a fluorophore color calling dibase sequencing system, wherein the plurality of nucleic acid barcodes are designed to yield a color call that lacks repeating one fluorophore color that is called 4 or more times in a row.

A system comprising a plurality of individually identifiable nucleic acid barcodes comprising overlapping dibase color positions which are sequenced in a color space with at least two fluorophore encoded dibase probes in a fluorophore color calling dibase sequencing system, wherein the plurality of nucleic acid barcodes are designed to yield a color balance having the colors of the at least two fluorophore encoded dibase probes called at least once in all color positions of the barcode.

A system comprising a plurality of individually identifiable nucleic acid barcodes comprising overlapping dibase color positions which are sequenced in a color space with at least two fluorophore encoded dibase probes in a fluorophore color calling dibase sequencing system, wherein the plurality of nucleic acid barcodes are designed to yield a color call of any two nucleic acid barcodes will differ in at least three of the same color positions of both barcodes.

A system comprising a plurality of individually identifiable nucleic acid barcodes comprising overlapping dibase color positions which are sequenced in a color space with at least two fluorophore encoded dibase probes in a fluorophore color calling dibase sequencing system, wherein the plurality of nucleic acid barcodes are designed to yield a nested subset which satisfies the criterion that the plurality of the nucleic acid barcodes satisfies.

A composition comprising an individually identifiable nucleic acid barcode comprising overlapping dibase color positions which are sequenced in a color space with at least two fluorophore encoded dibase probes in a fluorophore color calling dibase sequencing system, wherein the nucleic acid barcode is designed to yield a color call that lacks repeating one fluorophore color that is called 4 or more times in a row.

A composition comprising an individually identifiable nucleic acid barcodes comprising overlapping dibase color positions which are sequenced in a color space with at least two fluorophore encoded dibase probes in a fluorophore color calling dibase sequencing system, wherein the nucleic acid barcode is designed to yield a color balance having the colors of the at least two fluorophore encoded dibase probes called at least once in all color positions of the barcode.

A composition comprising an individually identifiable nucleic acid barcode comprising overlapping dibase color positions which are sequenced in a color space with at least two fluorophore encoded dibase probes in a fluorophore color calling dibase sequencing system, wherein the nucleic acid barcode is designed to yield a color call of any two nucleic acid barcodes that differ in at least three of the same color positions of both barcodes.

A composition comprising any one individually identifiable nucleic acid barcode selected from a group consisting of SEQ ID NOS:1-96.

A composition comprising a color position equivalent of any one individually identifiable nucleic acid barcodes selected from a group consisting of SEQ ID NOS:1-96.