Table 6

Representation of the investigation design in Figure 5 as an SDRF.

Source ID

Sample ID

Extract ID

LabeledExtract ID

Label

Hybridization ID


BS_TKAC_13

BSM_TKAC_01m

BSM_TKAC_22p

BSM_TKAC_22p

biotin

HFB2002012101A

BS_TKAC_13

BSM_TKAC_02m

BSM_TKAC_23p

BSM_TKAC_23p

biotin

HFB2002012102A

BS_TKAC_13

BSM_TKAC_03m

BSM_TKAC_24p

BSM_TKAC_24p

biotin

HFB2002012103A

BS_TKAC_13

BSM_TKAC_04m

BSM_TKAC_25p

BSM_TKAC_25p

biotin

HFB2002012104A

BS_TKAC_13

BSM_TKAC_05m

BSM_TKAC_26p

BSM_TKAC_26p

biotin

HFB2002012105A

BS_TKAC_13

BSM_TKAC_06m

BSM_TKAC_27p

BSM_TKAC_27p

biotin

HFB2002012106A

BS_TKAC_13

BSM_TKAC_07m

BSM_TKAC_28p

BSM_TKAC_28p

biotin

HFB2002012107A

BS_TKAC_13

BSM_TKAC_08m

BSM_TKAC_29p

BSM_TKAC_29p

biotin

HFB2002012108A

BS_TKAC_13

BSM_TKAC_09m

BSM_TKAC_30p

BSM_TKAC_30p

biotin

HFB2002012109A

BS_TKAC_13

BSM_TKAC-10m

BSM_TKAC_31p

BSM_TKAC_31p

biotin

HFB2002012110A

BS_TKAC_14

BSM_TKAC_01n

BSM_TKAC_22p

BSM_TKAC_22p

biotin

HFB2002012101A

BS_TKAC_14

BSM_TKAC_02n

BSM_TKAC_23p

BSM_TKAC_23p

biotin

HFB2002012102A

BS_TKAC_14

BSM_TKAC_03n

BSM_TKAC_24p

BSM_TKAC_24p

biotin

HFB2002012103A

BS_TKAC_14

BSM_TKAC_04n

BSM_TKAC_25p

BSM_TKAC_25p

biotin

HFB2002012104A

BS_TKAC_14

BSM_TKAC_05n

BSM_TKAC_26p

BSM_TKAC_26p

biotin

HFB2002012105A

BS_TKAC_14

BSM_TKAC_06n

BSM_TKAC_27p

BSM_TKAC_27p

biotin

HFB2002012106A

BS_TKAC_14

BSM_TKAC_07n

BSM_TKAC_28p

BSM_TKAC_28p

biotin

HFB2002012107A

BS_TKAC_14

BSM_TKAC_08n

BSM_TKAC_29p

BSM_TKAC_29p

biotin

HFB2002012108A

BS_TKAC_14

BSM_TKAC_09n

BSM_TKAC_30p

BSM_TKAC_30p

biotin

HFB2002012109A

BS_TKAC_14

BSM_TKAC-10n

BSM_TKAC_31p

BSM_TKAC_31p

biotin

HFB2002012110A

BS_TKAC_15

BSM_TKAC_01o

BSM_TKAC_22p

BSM_TKAC_22p

biotin

HFB2002012101A

BS_TKAC_15

BSM_TKAC_02o

BSM_TKAC_23p

BSM_TKAC_23p

biotin

HFB2002012102A

BS_TKAC_15

BSM_TKAC_03o

BSM_TKAC_24p

BSM_TKAC_24p

biotin

HFB2002012103A

BS_TKAC_15

BSM_TKAC_04o

BSM_TKAC_25p

BSM_TKAC_25p

biotin

HFB2002012104A

BS_TKAC_15

BSM_TKAC_05o

BSM_TKAC_26p

BSM_TKAC_26p

biotin

HFB2002012105A

BS_TKAC_15

BSM_TKAC_06o

BSM_TKAC_27p

BSM_TKAC_27p

biotin

HFB2002012106A

BS_TKAC_15

BSM_TKAC_07o

BSM_TKAC_28p

BSM_TKAC_28p

biotin

HFB2002012107A

BS_TKAC_15

BSM_TKAC_08o

BSM_TKAC_29p

BSM_TKAC_29p

biotin

HFB2002012108A

BS_TKAC_15

BSM_TKAC_09o

BSM_TKAC_30p

BSM_TKAC_30p

biotin

HFB2002012109A

BS_TKAC_15

BSM_TKAC_10o

BSM_TKAC_31p

BSM_TKAC_31p

biotin

HFB2002012110A

BS_TKAC_16

BSM_TKAC_01q

BSM_TKAC_22p

BSM_TKAC_22p

biotin

HFB2002012101A

BS_TKAC_16

BSM_TKAC_02q

BSM_TKAC_23p

BSM_TKAC_23p

biotin

HFB2002012102A

BS_TKAC_16

BSM_TKAC_03q

BSM_TKAC_24p

BSM_TKAC_24p

biotin

HFB2002012103A

BS_TKAC_16

BSM_TKAC_04q

BSM_TKAC_25p

BSM_TKAC_25p

biotin

HFB2002012104A

BS_TKAC_16

BSM_TKAC_05q

BSM_TKAC_26p

BSM_TKAC_26p

biotin

HFB2002012105A

BS_TKAC_16

BSM_TKAC_06q

BSM_TKAC_27p

BSM_TKAC_27p

biotin

HFB2002012106A

BS_TKAC_16

BSM_TKAC_07q

BSM_TKAC_28p

BSM_TKAC_28p

biotin

HFB2002012107A

BS_TKAC_16

BSM_TKAC_08q

BSM_TKAC_29p

BSM_TKAC_29p

biotin

HFB2002012108A

BS_TKAC_16

BSM_TKAC_09q

BSM_TKAC_30p

BSM_TKAC_30p

biotin

HFB2002012109A

BS_TKAC_16

BSM_TKAC_10q

BSM_TKAC_31p

BSM_TKAC_31p

biotin

HFB2002012110A


The bold highlighting indicates the materials linked to a single hybridization for ease of viewing this example.

Rayner et al. BMC Bioinformatics 2006 7:489   doi:10.1186/1471-2105-7-489

Open Data