text: RNA silencing and control of Transposition, Institute of Human Genetics, CNRS

text: live

characteristic: INSDC status

text: Generic

text: 3 days

characteristic: age

text: female

characteristic: gender

text: Drosophila melanogaster

text: 3-day-old ovaries

text: Cha-RL x Cha-I

characteristic: strain

text: ovaries

text: Ovaries_3d_SFL(low capacity to repress)


status: PUBLIC

characteristic: External Id

characteristic: INSDC center name

characteristic: INSDC first public

characteristic: INSDC last update

characteristic: INSDC secondary accession

text: live

text: Generic

characteristic: NCBI submission model

characteristic: NCBI submission package

characteristic: SRA accession

text: 3 days

tag: attribute

text: female

text: Drosophila melanogaster

characteristic: organism

text: 3-day-old ovaries

text: Cha-RL x Cha-I

text: ovaries

characteristic: tissue

text: Ovaries_3d_SFH(high capacity to repress)

characteristic: title


text: live

text: Generic

text: 3 days

text: female

text: Drosophila melanogaster

text: 3-day-old ovaries

text: Cha-RL

text: ovaries

text: Ovaries_3d_RL(low capacity to repress)


text: Non-coding RNA, epigenetics and genome stability, Institute of Human Genetics, CNRS

text: live

text: Generic

text: 3 days

text: female

text: Drosophila melanogaster

text: 3-day-old ovaries

text: Cha-RL

text: ovaries

text: Ovaries_3d_RH(high capacity to repress)


text: live

text: Generic

text: 25 days

text: female

text: Drosophila melanogaster

text: 25-day-old ovaries

text: Cha-RL

text: ovaries

text: Ovaries_25d_RH(high capacity to repress)


text: live

text: Generic

text: 0-2 hours

text: female

text: Drosophila melanogaster

text: 0-2 hour eggs

text: Cha-RL

text: eggs

text: Eggs_0-2hrs_RH(high capacity to repress)


text: Brigham Young University DNA Sequencing Center -Udall Lab

text: live

text: Generic

text: Whole genome DNA samples were extracted using a modified CTAB protocol. Twelve samples were tagged with multiplex identifiers (MIDs), each with a different MID. They were idependently hybridized to a custom Nimblegen Sequence Capture Array (12-plex). After washing, the samples were all eluted into a single tube and subjected to ligation-mediated PCR (i.e. PCR using the 454 sequence adapters) to amplify the captured fragments to a high enough concentration for sequencing. Subsequently, the libraries were prepared for 454 sequencing (size selection on a Capliper XL, emPCR, and bead preparation etc.). The twelve captured samples tagged with multiplex identifiers (MIDs) were run on a single plate (2 large regions) of 454. The samples were prepared using 'traditional' WGS libraries from Roche. Below is a list of the samples and MIDs included in this run. Sample Name MID MID Forward Sequence (in that order). TX_2002 1 ACGAGTGCGT; TX_2090 2 ACGCTCGACA; TX_2091 3 AGACGCACTC; TX_2092 4 AGCACTGTAG; TX_2093 5 ATCAGACACG; TX_2094 6 ATATCGCGAG; TX_2095 7 CGTGTCTCTA; TX_2096 8 CTCGCGTGTC; ARK_2402 9 TAGTATCAGC; ST825 10 TCTCTATGCG; TX_1988 11 TGATACGTCT; DP90 12 TACTGAGCTA;

characteristic: description

text: Gossypium hirsutum


text: live

text: Generic

text: Despite the 3635 Taxon ID, this sequence capture sample contains some reads from diploids related to G. histutum. See the Sample Names below. Whole genome DNA samples were extracted using a modified CTAB protocol. Twelve samples were tagged with multiplex identifiers (MIDs), each with a different MID. They were independently hybridized to a custom Nimblegen Sequence Capture Array (12-plex). After washing, the samples were all eluted into a single tube and subjected to ligation-mediated PCR (i.e. PCR using the 454 sequence adapters) to amplify the captured fragments to a high enough concentration for sequencing. Subsequently, the libraries were prepared for 454 sequencing (size selection on a Capliper XL, emPCR, and bead preparation etc.). The twelve captured samples tagged with multiplex identifiers (MIDs) were run on a single plate (2 large regions) of 454. The samples were prepared using 'traditional' WGS libraries from Roche. Below is a list of the samples and MIDs included in this run. Sample Name MID MID Forward Sequence (in that order). Sample Name MID MID Forward Sequence Coker_315 1 ACGAGTGCGT; Cascot_L7 2 ACGCTCGACA; Lkt_511 3 AGACGCACTC; PM_145 4 AGCACTGTAG; FM_958 5 ATCAGACACG; BR_110 6 ATATCGCGAG; Maxxa 7 CGTGTCTCTA; D5 8 CTCGCGTGTC; AD3 9 TAGTATCAGC; GK 10 TCTCTATGCG; TAM 11 TGATACGTCT; A2 12 TACTGAGCTA;

text: Gossypium hirsutum


Rhesus

text: University of Nebraska - Non Human Primate Genomics Center

text: live

text: Generic

text: Indian origin female rhesus macaque obtained from the Southwest National Primate Research Center. Rhesus macaque 17573

characteristic: individual id

text: Macaca mulatta

text: female

characteristic: sex

text: Rhesus macaque (animal number 17573)


Barley - Oregon Wolfe Barley

text: USDA-ARS / Kansas State University

text: live

characteristic: INSDC status

text: Generic

text: Plant Material. Two community resource double-haploid (DH) populations were used for genetic mapping. In barley, the Oregon Wolfe Barley (OWB) DH population was developed from a cross between morphologically diverse genotypes that are differentiated by a number of dominant morphological markers [23,28]. We used a set of 82 DH lines from this population along with replicated samples of each parent (OWBdom and OWBrec, the dominant and recessive parents, respectively) to develop two 48-plex libraries. The OWB lines have been genotyped with 2,832 SNP, DArT (Diversity Arrays Technology Pty Ltd) and SSR markers and a combined reference map is available (www.barleyworld.org). In wheat, we used 147 lines from the Synthetic W9784 x Opata M85 DH population [24]. These lines have been genotyped with 1,351 DArT markers. DNA from each populations was extracted from seedling tissue using a standard CTAB protocol [29]. DNA was quantified in plates using PicoGreen and DNA concentrations were normalized to 20ng/ul. Adapters. A set of 48 barcoded adapters with a PstI overhang was designed using a custom script in Java (sourceforge.net/projects/tassel/). The barcodes were designed with the following criteria 1) each barcode must be 2 or more bp different from all other barcodes, 2) barcodes can not contain a run of more than 2 of the same nucleotide, 3) barcodes can not contain or recreate (when ligated) the PstI or MspI restriction site. The full-set of barcodes was designed to optimize the uniformity of each nucleotide at each position. Nucleotide uniformity was accomplished by designing barcodes of different lengths (4bp to 9bp) and selecting nucleotides in the barcode that balanced bases in the restriction site [19]. An example of a barcoded adapter pair (barcode sequence shown with capitol bases): A01_AAGTGA_top 5’ - gatctacactctttccctacacgacgctcttccgatctAAGTGAtgca - 3’ A01_AAGTGA_bot 5’ - TCACTTagatcggaagagcgtcgtgtagggaaagagtgtagatc - 3’ The full list of barcoded adapters for PstI is included. The common adapter was designed as a Y-adapter to prevent amplification of the more common MspI-MspI fragments and adapter-dimers formed by self-ligation of adapter fragments. During the PCR amplification the reverse primer is identical to the Y-tail of the common adapter and can only anneal if the complimentary strand has first been synthesized from the other end of the fragment containing Adapter 1 (Figure 1). Standard, unmodified oligos were ordered in complimentary pairs and annealed in a high-salt solution to form the double-stranded adapter prior to use. The adapters were annealed by heating to 95C and then slowly cooling to 30C at a rate of -1C/minute in a BioRad DNA engine by programming a single step PCR cycle at 95C for 1 minute and then decreasing the temperature by 1C each cycle for 65 cycles. After ligation, the adapters were quantified using Quant-iTTM PicoGreen® (Molecular Probes / Invitrogen Eugene, OR 97402). The adapters were adjusted to a uniform concentration of 0.1 uM. Restriction Digest. Ten ul of genomic DNA (200ng) was digested in 20ul reaction volume of NEB Buffer 4 with 5U of HF-PstI (High-Fidelity) and 5U of MspI (New England BioLabs Inc., Ipswich, MA 01938). The digest was conducted at 37C for 2h and then 65C for 20 min to inactivate the enzymes. Ligation. The ligation reaction was completed in the same tube/plate as the digestion, again using NEB Buffer 4 with the addition of dATP. For wheat and barley, 1ul of the respective Adapter 1 @ 0.1uM (0.1 pmol for 200ng of genomic DNA) and 1 ul of the common Y-adapter @ 10uM were added to the samples. A master mix of 1x NEB Buffer 4, 0.5 ul dATP @ 100uM, and 6U T4 ligase (NEB T4 DNA Ligase #M0202) were added to each sample. The ligation was completed at 22C for 2h and the ligase was inactivated prior to pooling the samples by holding at 65C for 20 min. Multiplexing and Amplification. Ligated samples were pooled and PCR-amplified in a single tube, producing a single library from 48 samples, which was sequenced on a single lane of Illumina GAII or HiSeq2000. The libraries were amplified for 18 cycles consisting of 95 (30 sec), 62C (30 sec), 68C (30 sec). dna_id well sample barcode DNA100511P01_A01 1A OWB002 AAGTGA DNA100511P01_A02 2A OWB011 AGTTAAT DNA100511P01_A03 3A OWB021 CCACCA DNA100511P01_A04 4A OWB031 CTCGTCGT DNA100511P01_A05 5A OWB039 GCTAACA DNA100511P01_A06 6A OWB047 TCCGCA DNA100511P01_B01 1B OWB003 AATCG DNA100511P01_B02 2B OWB013 ATCATACCT DNA100511P01_B03 3B OWB023 CCACTGG DNA100511P01_B04 4B OWB032 CTTCCTCT DNA100511P01_B05 5B OWB040 GGAG DNA100511P01_B06 6B OWB048 TCTCA DNA100511P01_C01 1C OWB004 ACAGA DNA100511P01_C02 2C OWB014 ATGG DNA100511P01_C03 3C OWB024 CCATCCACT DNA100511P01_C04 4C OWB033 GACAG DNA100511P01_C05 5C OWB041 GGCCGA DNA100511P01_C06 6C OWB049 TGCGAGA DNA100511P01_D01 1D OWB006 ACCA DNA100511P01_D02 2D OWB016 ATGTTCAAT DNA100511P01_D03 3D OWB025 CCTG DNA100511P01_D04 4D OWB034 GACATCCA DNA100511P01_D05 5D OWB042 GTATA DNA100511P01_D06 6D OWB051 TGCTGAA DNA100511P01_E01 1E OWB007 AGAATGA DNA100511P01_E02 2E OWB017 ATTACA DNA100511P01_E03 3E OWB026 CGACG DNA100511P01_E04 4E OWB035 GACTCGG DNA100511P01_E05 5E OWB043 GTGCACCA DNA100511P01_E06 6E OWB052 TGGC DNA100511P01_F01 1F OWB008 AGGAG DNA100511P01_F02 2F OWB018 CACGACCA DNA100511P01_F03 3F OWB028 CGATGCGT DNA100511P01_F04 4F OWB036 GAGCGAA DNA100511P01_F05 5F OWB044 TATGGA DNA100511P01_F06 6F OWB053 TTGACCAG DNA100511P01_G01 1G OWB009 AGTCAAGA DNA100511P01_G02 2G OWB019 CAGGCCACT DNA100511P01_G03 3G OWB029 CGCTCA DNA100511P01_G04 4G OWB037 GATGA DNA100511P01_G05 5G OWB045 TATTCCACT DNA100511P01_G06 6G OWB054 TTGCGTCT DNA100511P01_H01 1H OWB010 AGTGTTAA DNA100511P01_H02 2H OWB020 CAGGCG DNA100511P01_H03 3H OWB030 CTCACT DNA100511P01_H04 4H OWB038 GCGCCACT DNA100511P01_H05 5H OWB046 TCAT DNA100511P01_H06 6H OWB055 TTGTAG

text: Hordeum vulgare subsp. vulgare

text: Genotyping-by-sequencing of Oregon Wolfe Barley DH population (PstI-MspI)


YP-Glycerol replicate 1

text: Stanford University

text: live

text: Generic

text: Note, the strain is a diploid, gal plus derivative of S288c, made by Fred Winston's lab. See Risso et al for the full genotype.

text: Saccharomyces cerevisiae S288C

text: S. cerevisiae grown in YP-glycerol to mid log, replicate 1


YP-Glycerol replicate 2

text: Stanford University

text: live

text: Generic

text: Saccharomyces cerevisiae S288C


text: Institute for Genome Sciences University of MD School of Medicine

text: live

text: Generic

text: Escherichia coli EC4402

text: Escherichia coli EC4402


YP-glycerol replicate 3

text: Stanford University

text: live

text: Generic

text: Saccharomyces cerevisiae S288C

text: S. cerevisiae grown in YP-glycerol to mid log, replicate 3


YPD replicate 1

text: Stanford University

text: live

text: Generic

text: Saccharomyces cerevisiae S288C

text: S. cerevisiae grown in YPD to mid log, replicate 1


YPD replicate 2

text: Stanford University

text: live

text: Generic

text: Saccharomyces cerevisiae S288C

text: S. cerevisiae grown in YPD to mid log, replicate 2


YPD replicate 3

text: Stanford University

text: live

text: Generic

text: Saccharomyces cerevisiae S288C

text: S. cerevisiae grown in YPD to mid log, replicate 3


YPD replicate 4

text: Stanford University

text: live

text: Generic

text: Saccharomyces cerevisiae S288C


Delft replicate 1

text: Stanford University

text: live

text: Generic

text: Saccharomyces cerevisiae S288C

text: S. cerevisiae grown in Delft medium with glucose to mid log, replicate 1


Delft replicate 2

text: Stanford University

text: live

text: Generic

text: Saccharomyces cerevisiae S288C

text: S. cerevisiae grown in Delft medium with glucose to mid log, replicate 2


Delft replicate 3

text: Stanford University

text: live

text: Generic

text: Saccharomyces cerevisiae S288C

text: S. cerevisiae grown in Delft medium with glucose to mid log, replicate 3


text: Brigham Young University DNA Sequencing Center -Udall Lab

text: live

text: Generic

text: Despite the 3635 Taxon ID, this sequence capture sample contains some reads from diploids related to G. histutum. See the Sample Names below. Whole genome DNA samples were extracted using a modified CTAB protocol. Twelve samples were tagged with multiplex identifiers (MIDs), each with a different MID. They were idependently hybridized to a custom Nimblegen Sequence Capture Array (12-plex). After washing, the samples were all eluted into a single tube and subjected to ligation-mediated PCR (i.e. PCR using the 454 sequence adapters) to amplify the captured fragments to a high enough concentration for sequencing. Subsequently, the libraries were prepared for 454 sequencing (size selection on a Capliper XL, emPCR, and bead preparation etc.). The twelve captured samples tagged with multiplex identifiers (MIDs) were run on a single plate (2 large regions) of 454. The samples were prepared using 'traditional' WGS libraries from Roche. Below is a list of the samples and MIDs included in this run. Sample Name MID MID Forward Sequence (in that order). Sample Name MID MID Forward Sequence A1 Wagad RL1 ACACGACGACT; TX_1046 RL2 ACACGTAGTAT; TX_1236 RL3 ACACTACTCGT; TX_1996 RL4 ACGACACGTAT; G. Kirkii RL5 ACGAGTAGACT; TX_1988 RL6 ACGCGTCTAGT; B1, anomalum RL7 ACGTACACACT; C1-N-5 RL8 ACGTACTGTGT; D8 RL9 ACGTAGATCGT; D2-2 RL10 ACTACGTCTCT; A1-73 RL11 ACTATACGAGT; Thespia populnea RL12 ACTCGCGTCGT;

text: Gossypium hirsutum


text: live

text: Generic

text: Escherichia coli TW10246

text: Escherichia coli TW10246


text: live

text: Generic

text: A total of four regions on a single 454 PTP plate were used to generate sequence capture data for this pilot experiment. Region 1 was composed entirely of TX2094. TX2094 fragments were captured using a custom Nimblegen Sequence Array containing DNA probes targeting 534 genes. The library was independently made using the traditional WGS kit from Roche. After capture, the library fragments were amplified (LM-PCR). We titered the number of LM-PCR cycles needed by 1st amplifying a test sample (30 ul) and sampling the amount of amplified product every 5 cycles on a Lonza Electorphoresis system to avoid over-amplification.

text: Gossypium hirsutum

text: Region_1 of 454 plate contained TX2094 fragments captured by Nimblegen Sequence Capture


text: live

text: Generic

text: A total of four regions on a single 454 PTP plate were used to generate sequence capture data for this pilot experiment. Region 2 was composed of a mixture of Maxxa (MID1) and TX2094 (MID2) in 75:25 molar amounts prior to a common emPCR pool to prepare a single 'library' for sequencing. The fragments of both libraries were independently captured using a custom Nimblegen Sequence Array containing DNA probes targeting 534 genes. Each library was independently made using the traditional WGS kit from Roche. After capture, the library fragments were amplified (LM-PCR). We titered the number of LM-PCR cycles needed by 1st amplifying a test sample (30 ul) and sampling the amount of amplified product every 5 cycles on a Lonza Electorphoresis system to avoid over-amplification.

text: Gossypium hirsutum

text: Region_2 contained Maxxa and TX2094 fragments captured by Nimblegen Sequence Capture


text: live

text: Generic

text: A total of four regions on a single 454 PTP plate were used to generate sequence capture data for this pilot experiment. Region 3 was composed entirely of Maxxa Acala. The fragments of the library was independently captured using a custom Nimblegen Sequence Array containing DNA probes targeting 534 genes. The library was independently made using the traditional WGS kit from Roche. After capture, the library fragments were amplified (LM-PCR). We titered the number of LM-PCR cycles needed by 1st amplifying a test sample (30 ul) and sampling the amount of amplified product every 5 cycles on a Lonza Electorphoresis system to avoid over-amplification.

text: Gossypium hirsutum

text: Region_3 contained Maxxa Acala


text: live

text: Generic

text: A total of four regions on a single 454 PTP plate were used to generate sequence capture data for this pilot experiment. Region 4 was composed of a mixture of Maxxa (MID1) and TX2094 (MID2) in 50:50 molar amounts prior to a common emPCR pool to prepare a single 'library' for sequencing. The fragments of both libraries were independently captured using a custom Nimblegen Sequence Array containing DNA probes targeting 534 genes. Each library was independently made using the traditional WGS kit from Roche. After capture, the library fragments were amplified (LM-PCR). We titered the number of LM-PCR cycles needed for each library by 1st amplifying a test sample (30 ul) and sampling the amount of amplified product every 5 cycles on a Lonza Electorphoresis system to avoid over-amplification.

text: Gossypium hirsutum

text: Region_4 contained Maxxa and TX2094


text: live

text: Generic

text: A total of four regions on a 0.5 454 PTP plate were used to generate sequence capture data for this pilot experiment. This means, 1/8 of a plate was used to sequence the captured products. Capture 1 was composed entirely of TX2094. The sample was captured on Mycroarray beads containing probes targeting 534 genes of the cotton exome. The capture followed the recommended protocols from Mycroarray. The samples were amplified after capture using the adapter sequences (LM-PCR). The number of PCR cycles for LM-PCR was empirically determined using a test PCR sample (30 ul) and evaluation of amplificed products of every 5-cycle increment on a Lonza gel.

text: Gossypium hirsutum

text: Capture_1 from Mycroarray probes on beads


text: live

text: Generic

text: A total of four regions on a 0.5 454 PTP plate were used to generate sequence capture data for this pilot experiment. This means, 1/8 of a plate was used to sequence the captured products.Capture 2 was composed of a mixture of Maxxa (MID1) and TX2094 (MID2) in 75:25 molar amounts prior to a common emPCR pool to prepare a single 'library' for sequencing. The fragments of both libraries were independently captured using a custom Mycroarray Capture Beads containing DNA probes targeting 534 genes. The samples were independently captured on Mycroarray beads containing probes targeting 534 genes of the cotton exome. The capture followed the recommended protocols from Mycroarray. The samples were amplified after capture using the adapter sequences (LM-PCR). The number of PCR cycles for LM-PCR was empirically determined using a test PCR sample (30 ul) and evaluation of amplificed products of every 5-cycle increment on a Lonza gel.

text: Gossypium hirsutum

text: Capture_2 using Mycroarray probes on beads


text: live

text: Generic

text: A total of four regions on a 0.5 454 PTP plate were used to generate sequence capture data for this pilot experiment. This means, 1/8 of a plate was used to sequence the captured products. Capture 3 was composed entirely of Maxxa. The fragments of the libraries were independently captured using a custom Mycroarray Capture Beads containing DNA probes targeting 534 genes. The sample was independently captured on Mycroarray beads containing probes targeting 534 genes of the cotton exome. The capture followed the recommended protocols from Mycroarray. The samples were amplified after capture using the adapter sequences (LM-PCR). The number of PCR cycles for LM-PCR was empirically determined using a test PCR sample (30 ul) and evaluation of amplificed products of every 5-cycle increment on a Lonza gel.

text: Gossypium hirsutum

text: Capture_3 using custom Mycroarray capture beads


text: live

text: Generic

text: A total of four regions on a 0.5 454 PTP plate were used to generate sequence capture data for this pilot experiment. This means, 1/8 of a plate was used to sequence the captured products.Capture 4 was composed of a mixture of Maxxa (MID1) and TX2094 (MID2) in 50:50 molar amounts prior to a common emPCR pool to prepare a single 'library' for sequencing. The fragments of both libraries were independently captured using a custom Mycroarray Capture Beads containing DNA probes targeting 534 genes. The samples were independently captured on Mycroarray beads containing probes targeting 534 genes of the cotton exome. The capture followed the recommended protocols from Mycroarray. The samples were amplified after capture using the adapter sequences (LM-PCR). The number of PCR cycles for LM-PCR was empirically determined using a test PCR sample (30 ul) and evaluation of amplificed products of every 5-cycle increment on a Lonza gel.

text: Gossypium hirsutum

text: Capture_4 using custom Mycroarray Capture Beads


text: Broad Institute

text: live

text: Generic

text: Generic

characteristic: biosamplemodel

text: Plasmodium falciparum

text: Plasmodium falciparum 442.1623

characteristic: sample name

text: Generic sample from Plasmodium falciparum


characteristic: External Id

text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum 715.110


text: Broad Institute

characteristic: INSDC center name

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum 725.403


text: Broad Institute

characteristic: INSDC first public

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum 300.777


text: Broad Institute

characteristic: INSDC last update

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum 681.1617


text: Broad Institute

characteristic: INSDC secondary accession

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum 683.1690


text: Broad Institute

text: live

text: Generic

characteristic: NCBI submission model

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum 712.1282


text: Broad Institute

text: live

text: Generic

characteristic: NCBI submission package

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum 714.1700


text: Broad Institute

text: live

text: Generic

characteristic: SRA accession

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum 276.965


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

characteristic: organism

text: Plasmodium falciparum 279.210


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum 703.1833


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum 679.383


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum 700.1154


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum 439.1576


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum 280.1023


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum 727.1234


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum 446.1569


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum 438.1779


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum 724.278


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum 413.1636


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum 721.210


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum 335.871


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum 704.242


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVO-368

characteristic: strain


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVP-207

characteristic: title


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVF-092


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVU-258


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVQ-015


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVU-314


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVH-418


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVM-128


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVP-264


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVM-142


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVD-366


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVO-150


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVJ-368


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVS-418


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVJ-392


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVC-128


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVQ-095


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVO-093


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVI-131


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVY-402


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVQ-368


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVS-378


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVQ-192


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVJ-198


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVY-418


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVC-102


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVE-211


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVU-230


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVY-303


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVW-165


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVQ-110


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVO-015


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVH-393


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVL-430


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVQ-305


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVO-192


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVQ-314


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVF-093


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVP-372


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVQ-418


text: Broad Institute

text: live

text: Generic

text: Generic

text: Plasmodium falciparum

text: Plasmodium falciparum XVO-256


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: France

characteristic: geo-loc-name

text: Medicago truncatula

characteristic: host

characteristic: isolate-name-alias

text: plant root nodules

characteristic: isolation-source

text: Sinorhizobium medicae

text: pure culture

characteristic: sample-type

text: Sinorhizobium A321

text: type strain of Sinorhizobium medicae

characteristic: type material


characteristic: External Id

text: National Center for Genome Resources

text: live

characteristic: INSDC status

text: Microbe, viral or environmental

text: France

text: Medicago truncatula

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium HM006-1


text: National Center for Genome Resources

characteristic: INSDC center name

characteristic: INSDC first public

text: live

text: Microbe, viral or environmental

text: France

text: Medicago truncatula

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium HM007-10


text: National Center for Genome Resources

characteristic: INSDC last update

characteristic: INSDC secondary accession

text: live

text: Generic

text: Sinorhizobium

characteristic: sample id

text: Sinorhizobium HM007-12


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

characteristic: NCBI submission model

characteristic: NCBI submission package

characteristic: SRA accession

text: France

text: Medicago truncatula

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium HM007-12_2


text: National Center for Genome Resources

text: live

text: Generic

text: Sinorhizobium

characteristic: organism

text: Sinorhizobium HM007-17

characteristic: title


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: France

characteristic: geo-loc-name

text: Medicago truncatula

characteristic: host

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

characteristic: strain

text: Sinorhizobium HM007-17_2


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: France

text: Medicago truncatula

text: plant root nodules

characteristic: isolation-source

text: Sinorhizobium meliloti

text: pure culture

characteristic: sample-type

text: Sinorhizobium HM013-1


characteristic: External Id

text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: France

text: Medicago truncatula

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium HM015-1


text: National Center for Genome Resources

text: live

characteristic: INSDC status

text: Microbe, viral or environmental

text: France

text: Medicago truncatula

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium KH12g


text: National Center for Genome Resources

characteristic: INSDC center name

text: live

text: Microbe, viral or environmental

text: France

text: Medicago truncatula

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium KH16b


text: National Center for Genome Resources

characteristic: INSDC first public

text: live

text: Microbe, viral or environmental

text: France

text: Medicago truncatula

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium KH30a


text: National Center for Genome Resources

characteristic: INSDC last update

text: live

text: Microbe, viral or environmental

text: France

text: Medicago truncatula

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium KH35b


text: National Center for Genome Resources

characteristic: INSDC secondary accession

text: live

text: Microbe, viral or environmental

text: France

text: Medicago truncatula

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium KH35c


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: France

text: Medicago truncatula

text: plant root nodules

text: Sinorhizobium medicae

text: pure culture

text: Sinorhizobium KH36b


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: France

text: Medicago truncatula

text: plant root nodules

text: Sinorhizobium medicae

text: pure culture

text: Sinorhizobium KH36c


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: France

text: Medicago truncatula

text: plant root nodules

text: Sinorhizobium medicae

text: pure culture

text: Sinorhizobium KH36d


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: France

text: Medicago truncatula

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium KH46b


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: France

text: Medicago truncatula

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium KH46c


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: France

text: Medicago truncatula

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium KH48e


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: France

text: Medicago truncatula

text: plant root nodules

text: Sinorhizobium medicae

text: pure culture

text: Sinorhizobium KH53a


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: France

text: Medicago truncatula

text: plant root nodules

text: Sinorhizobium medicae

text: pure culture

text: Sinorhizobium KH53b


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: Syria

text: Medicago orbicularis

characteristic: isolate-name-alias

text: plant root nodules

text: Sinorhizobium medicae

text: pure culture

text: Sinorhizobium M1


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

characteristic: NCBI submission model

text: Syria

text: Medicago blancheana

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium M10


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

characteristic: NCBI submission package

text: Syria

text: Medicago truncatula

text: plant root nodules

text: Sinorhizobium medicae

text: pure culture

text: Sinorhizobium M102


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

characteristic: SRA accession

text: Syria

text: Medicago rigidula

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium M156


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: Syria

text: Medicago noeana

text: plant root nodules

text: Sinorhizobium medicae

characteristic: organism

text: pure culture

text: Sinorhizobium M161


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: Syria

text: Medicago truncatula

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium M162

characteristic: title


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: Turkey

characteristic: geo-loc-name

text: Medicago rigidula

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium M195


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: Syria

text: Medicago blancheana

characteristic: host

text: plant root nodules

text: Sinorhizobium medicae

text: pure culture

text: Sinorhizobium M2


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: Turkey

text: Medicago noeana

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

characteristic: strain

text: Sinorhizobium M210


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: Syria

text: Medicago polymorpha

text: plant root nodules

characteristic: isolation-source

text: Sinorhizobium medicae

text: pure culture

text: Sinorhizobium M22


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: Jordan

text: Medicago rotata

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

characteristic: sample-type

text: Sinorhizobium M243


characteristic: External Id

text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: Jordan

text: Medicago truncatula

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium M249


text: National Center for Genome Resources

text: live

characteristic: INSDC status

text: Microbe, viral or environmental

text: Jordan

text: Medicago orbicularis

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium M268


text: National Center for Genome Resources

characteristic: INSDC center name

text: live

text: Microbe, viral or environmental

text: Jordan

text: Medicago truncatula

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium M270


text: National Center for Genome Resources

characteristic: INSDC first public

text: live

text: Microbe, viral or environmental

text: Syria

text: Medicago polymorpha

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium M30


text: National Center for Genome Resources

characteristic: INSDC last update

text: live

text: Microbe, viral or environmental

text: Jordan

text: Medicago rotata

text: plant root nodules

text: Sinorhizobium medicae

text: pure culture

text: Sinorhizobium M58


text: National Center for Genome Resources

characteristic: INSDC secondary accession

text: live

text: Microbe, viral or environmental

text: Nepal

text: Medicago falcata

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium N6B1


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: Nepal

text: Medicago falcata

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium N6B7


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: Hungary

text: Medicago sativa

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium Rm41


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: Tunisia

text: Medicago truncatula

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium T027


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: Tunisia

text: Medicago truncatula

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium T073


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: Tunisia

text: Medicago truncatula

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium T094


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: USA

text: Medicago sativa

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium USDA1002

text: type strain of Sinorhizobium meliloti

characteristic: type material


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

characteristic: NCBI submission model

text: USA

text: Medicago sativa

text: plant root nodules

text: Sinorhizobium meliloti

text: pure culture

text: Sinorhizobium USDA1021


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

characteristic: NCBI submission package

text: China

text: Glycine max

text: plant root nodules

text: Sinorhizobium fredii

text: pure culture

text: Sinorhizobium USDA205

text: type strain of Sinorhizobium fredii


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

characteristic: SRA accession

text: China

text: Glycine max

characteristic: isolate-name-alias

text: plant root nodules

text: Sinorhizobium fredii

text: pure culture

text: Sinorhizobium USDA207


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: Senegal

text: Sesbania cannabina

text: plant root nodules

text: Sinorhizobium saheli

characteristic: organism

text: pure culture

text: Sinorhizobium USDA4893

characteristic: title


text: National Center for Genome Resources

text: live

text: Microbe, viral or environmental

text: Senegal

characteristic: geo-loc-name

text: Senegalia laeta

characteristic: host

text: plant root nodules

text: Sinorhizobium terangae

text: pure culture

text: Sinorhizobium USDA4894


MC

text: Fudan University

text: live

text: Generic

text: Sample was collected in drinking water treatment plant in winter. Water sample was pre-filtered through 8 um filter and then filtered through 0.45 filter.

characteristic: description

text: Bacteria

text: modern coagulation in drinking water treatment process


TS

text: Fudan University

text: live

text: Generic

text: Bacteria

text: traditional sedimentation sample of drinking water treatment plant


MS

text: Fudan University

text: live

text: Generic

text: Bacteria

text: modern sedimentation in drinking water treatment process


TO

text: Fudan University

text: live

text: Generic

text: Bacteria

text: traditional outflow in drinking water treatment process


MO

text: Fudan University

text: live

text: Generic

text: Bacteria

text: mixed outflow sample of drinking water treatment plant


PW

text: Fudan University

text: live

text: Generic

text: Bacteria

text: piped water in drinking water treatment process


text: Genome Function, Epigenetics, MRC Clinical Sciences Centre

text: live

text: Generic

text: OS25 ES cells

characteristic: cell line

text: Mus musculus

text: Undifferentiated ES cells

text: OS25 cells mRNA-Seq


characteristic: External Id

text: live

text: Generic

text: Magnetic beads

characteristic: beads

text: OS25 ES cells

text: CTD4H8 (MMS-128P, Covance)

characteristic: chip antibody

text: Covance

characteristic: chip antibody manufacturer

text: Fixed

characteristic: chromatin

text: RNAPII S5P

characteristic: modification

text: Mus musculus

text: Undifferentiated ES cells

text: RNAPII S5P ChIPSeq


characteristic: INSDC center name

characteristic: INSDC first public

characteristic: INSDC last update

characteristic: INSDC secondary accession

text: live

characteristic: INSDC status

text: Generic

text: Magnetic beads

text: OS25 ES cells

text: Fixed

text: RNAPII S7P

text: Mus musculus

text: Undifferentiated ES cells

text: RNAPII S7P ChIPSeq


text: live

text: Generic

characteristic: NCBI submission model

characteristic: NCBI submission package

characteristic: SRA accession

text: Magnetic beads

text: OS25 ES cells

text: 8WG16 (MMS-126R, Covance)

text: Covance

text: Fixed

text: RNAPII 8WG16

text: Mus musculus

characteristic: organism

text: Undifferentiated ES cells

text: RNAPII 8WG16 ChIPSeq


text: live

text: Generic

text: Magnetic beads

text: OS25 ES cells

text: H5 (MMS-129R, Covance)

text: Covance

text: Fixed

text: RNAPII S2P

text: Mus musculus

text: Undifferentiated ES cells

text: RNAPII S2P ChIPSeq

characteristic: title


text: live

text: Generic

text: Magnetic beads

text: OS25 ES cells

characteristic: cell line

text: E6C5 (Upstate)

text: Upstate

text: Native

text: Mus musculus

text: Undifferentiated ES cells

text: H2Aub1 ChIPSeq


characteristic: External Id

text: live

text: Generic

text: Magnetic beads

text: OS25 ES cells

text: Native

text: Mus musculus

text: Undifferentiated ES cells

text: H3K36me3 ChIPSeq


text: live

text: Generic

text: Magnetic beads

characteristic: beads

text: OS25 ES cells

text: Fixed

text: Control

text: Mus musculus

text: Undifferentiated ES cells

text: Control MockIP


text: live

text: Generic

text: Magnetic beads

text: OS25 ES cells

characteristic: chip antibody

text: Fixed

text: Mus musculus

text: Undifferentiated ES cells

text: Ring1B ChIPSeq


text: live

text: Generic

text: Sepharose beads

text: OS25 ES cells

text: CTD4H8 (MMS-128P, Covance)

text: Covance

characteristic: chip antibody manufacturer

text: Fixed

text: RNAPII S5P

text: Mus musculus

text: Undifferentiated ES cells

text: RNAPII S5P Repeat ChIPSeq


text: University of Warwick

text: live

text: Generic

text: Botrytis cinerea

characteristic: infection

text: Arabidopsis thaliana

text: Infected leaves

text: Columbia-0 wild type

characteristic: strain

text: leaf

characteristic: tissue

text: Arabidopsis thaliana leaf mRNA 24 hr after Botrytis cinerea infection Rep 1


text: University of Warwick

characteristic: INSDC center name

characteristic: INSDC first public

text: live

text: Generic

text: Botrytis cinerea

text: Arabidopsis thaliana

text: Infected leaves

text: Columbia-0 wild type

text: leaf

text: Arabidopsis thaliana leaf mRNA 24 hr after Botrytis cinerea infection Rep 2


text: dbGaP

characteristic: INSDC last update

text: live

text: Generic

text: DNA

characteristic: analyte type

text: eMERGE

characteristic: biospecimen repository

characteristic: biospecimen repository sample id

text: Homo sapiens

text: male

characteristic: sex

text: Case-Control

characteristic: study design

characteristic: study name

characteristic: submitted sample id

characteristic: submitted subject id

text: eMERGE

characteristic: submitter handle

text: DNA sample from a human male participant in the dbGaP study eMERGE Genome-Wide Association Studies of Obesity (Metabochip)


characteristic: External Id

text: dbGaP

text: live

characteristic: INSDC status

text: Generic

characteristic: NCBI submission model

characteristic: NCBI submission package

text: DNA

text: eMERGE

text: Homo sapiens

characteristic: organism

text: female

text: Case-Control

text: eMERGE

text: DNA sample from a human female participant in the dbGaP study eMERGE Genome-Wide Association Studies of Obesity (Metabochip)

characteristic: title


text: dbGaP

characteristic: INSDC center name

characteristic: INSDC first public

text: live

text: Generic

text: DNA

text: eMERGE

text: Homo sapiens

text: female

text: Case-Control

text: eMERGE Genome-Wide Association Studies of Obesity (Metabochip)

text: eMERGE


text: dbGaP

characteristic: INSDC last update

text: live

text: Generic

text: DNA

characteristic: analyte type

text: eMERGE

text: Homo sapiens

text: male

text: Case-Control

text: eMERGE


Apple miRNAs

text: Virginia Tech

characteristic: INSDC secondary accession

text: live

text: Generic

characteristic: SRA accession

text: Malus domestica

text: miRNAs from apple leaf


Small RNAs from apple root

text: Virginia Tech

text: live

text: Generic

text: Malus domestica

characteristic: description

text: Malus domestica

text: Small RNAs from apple root


Small RNAs from apple fruit

text: Virginia Tech

text: live

text: Generic

text: Small RNAs from apple fruit

text: Malus domestica

text: Small RNAs from apple fruit


Small RNAs from apple flower

text: Virginia Tech

text: live

text: Generic

text: Small RNAs from apple flower

text: Malus domestica

text: Small RNAs from apple flower


text: CSIRO

text: live

text: Generic

text: DNA from colorectal cancer cell line HCT-116. Cells from the ATCC.

text: Homo sapiens


text: CSIRO

text: live

text: Generic

text: DNA from colorectal cancer cell line HT-29. Cells from the ATCC.

text: Homo sapiens


text: CSIRO

text: live

text: Generic

text: DNA from colorectal cancer cell line SW-480. Cells from the ATCC.

text: Homo sapiens


Leukocyte

text: CSIRO

text: live

text: Generic

text: DNA from normal leukocytes. High molecular weight (&gt;50 kb) genomic DNA isolated from human blood (buffy coat) by the method of Sambrook et al. Roche cat #: 11691112001

text: Homo sapiens

text: Normal Leukocytes (Roche DNA)


text: CSIR-IGIB

text: live

text: Generic

text: Enterovirus A76

text: Hologenome sequencing for de novo identification of potential viral pathogens from cell cultures


text: Research Center for Epigenetic Disease, The University of Tokyo

text: live

text: Generic

text: Saccharomyces cerevisiae

text: Mcm4 distribution in G1 pahse in deltasml1


text: live

text: Generic

text: Saccharomyces cerevisiae

text: Mcm4 distribution in HU


text: live

text: Generic

text: Saccharomyces cerevisiae

text: Pol1 distribution in G1


text: live

text: Generic

text: Saccharomyces cerevisiae

text: Mcm4 distribution in G1


text: live

text: Generic

text: Saccharomyces cerevisiae

text: Mcm4 distribution in G1 phase


text: live

text: Generic

text: Saccharomyces cerevisiae

text: Pol1 distribution in mec1 mutant in HU


text: live

text: Generic

text: Saccharomyces cerevisiae

text: Pol1 or Mcm4 distribution in mec1 mutant in HU


text: live

text: Generic

text: Saccharomyces cerevisiae

text: Mcm4 distribution in rad53 mutant in HU


text: live

text: Generic

text: Saccharomyces cerevisiae

text: Pol1 distribution in rad53 mutant in HU


text: live

text: Generic

text: Saccharomyces cerevisiae

text: Pol1 or Mcm4 distribution in rad53 mutant in HU


text: live

text: Generic

text: Saccharomyces cerevisiae

text: Mcm4 distribution in sml1 mutant in HU120'


text: live

text: Generic

text: Saccharomyces cerevisiae

text: MCm4 distributin in sml1 mutant in HU120'


text: live

text: Generic

text: Saccharomyces cerevisiae

text: Mcm4 distribution in mec1 mutant in HU120'


text: live

text: Generic

text: Saccharomyces cerevisiae

text: Mcm4 distribution in rad53 mutant in HU120'


text: live

text: Generic

text: Saccharomyces cerevisiae

text: Mcm4 in rad53 mutant in HU120


text: Institute of Infection, Immunity and Inflammation, University of Glasgow

text: live

text: Generic

text: Larval stage 3

characteristic: developmental stage

text: Brugia pahangi

text: Whole organism

text: Strain derived from the original isolate reported by Buckley and Edeson, 1956.

characteristic: strain

text: Brugia pahangi L3


text: live

text: Generic

text: Mixed sex adult

text: Brugia pahangi

text: Whole organism

text: Brugia pahangi adult


text: live

text: Generic

text: Larval stage 3

text: Haemonchus contortus

text: Whole organism

text: Haemonchus contortus L3


text: live

text: Generic

text: Mixed sex adult

text: Haemonchus contortus

text: Whole organism

text: Haemonchus contortus adult


MtRootsA

text: Functional Genomics Centre

text: live

text: Generic

text: Medicago truncatula cv. Jemalong A17 non-inoculated nitrogen-starved roots.

text: Medicago truncatula

text: Medicago truncatula cv. Jemalong A17 root sample A


MtRootsB

text: Functional Genomics Centre

text: live

text: Generic

text: Medicago truncatula non-inoculated nitrogen-starved roots.

text: Medicago truncatula

text: Medicago truncatula cv. Jemalong A17 root sample B


MtInocA

text: Functional Genomics Centre

text: live

text: Generic

text: Medicago truncatula roots 4 days after inoculation with S. meliloti strains grown in LB medium supplemented with 2.5 mM CaCl2 and 2.5 mM MgSO4 (LBMC). Roots were treated with 250 *l tris-KCl 10mM buffer for 8 hours.

text: Medicago truncatula

text: Medicago truncatula cv. Jemalong A17 S. Meliloti Inoculated root sample A


MtInocB

text: Functional Genomics Centre

text: live

text: Generic

text: Medicago truncatula

text: Medicago truncatula cv. Jemalong A17 S. Meliloti Inoculated root sample B


MtNodA

text: Functional Genomics Centre

text: live

text: Generic

text: Medicago truncatula 21 day-old nodules.

text: Medicago truncatula

text: Medicago truncatula cv. Jemalong A17 S. Meliloti Nodules A


MtNodB

text: Functional Genomics Centre

text: live

text: Generic

text: Medicago truncatula 21 day-old nodules.

text: Medicago truncatula

text: Medicago truncatula cv. Jemalong A17 S. Meliloti Nodules B


MtInocCPTIOA

text: Functional Genomics Centre

text: live

text: Generic

text: Medicago truncatula roots 4 days after inoculation with S. meliloti strains grown in LB medium supplemented with 2.5 mM CaCl2 and 2.5 mM MgSO4 (LBMC). Plants were treated with 2-(4-carboxyphenyl)-4,4,5,5-tetramethyl imidazoline-1-oxyl-3-oxide (cPTIO; Sigma), 250 *l of a 1 mM solution prepared in tris-KCl 10mM buffer was added along the whole length of the roots. The plants were allowed to stay in contact with cPTIO for 8 hours.

text: Medicago truncatula

text: Medicago truncatula cv. Jemalong A17 S. Meliloti Inoculated CPTIO treated root sample A


MtInocCPTIOB

text: Functional Genomics Centre

text: live

text: Generic

text: Medicago truncatula

text: Medicago truncatula cv. Jemalong A17 S. Meliloti Inoculated CPTIO treated root sample B


text: Bioinformatics and Genomics, Bioinformatics, Immunology Frontier Research Center

text: live

text: Generic

text: CD4+ T cells

characteristic: cell type

text: male

characteristic: gender

text: Mus musculus

text: CD4+ T cells_untreated

text: RNA-seq of mock (untreated) CD4+ T cells

text: Mock treated as below, but omitting the antibodies

characteristic: treatment


characteristic: External Id

text: live

characteristic: INSDC status

text: Generic

text: CD4+ T cells

text: male

text: Mus musculus

text: CD4+ T cells_anti-CD3/anti-CD28 treated_4hr

text: RNA-seq of anti-CD3/anti-CD28 treated CD4+ T cells_4 hours

text: Treated with immoblised anti-CD3/anti-CD28 for 4 hours


text: Cornell University

text: live

text: Generic

characteristic: NCBI submission model

characteristic: NCBI submission package

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (TTCTC,Z005E0001;CGTCAA,Z005E0003;AACGCCT,Z005E0004;TGCA,Z005E0009;AGCCC,Z005E0010;CTTCCA,Z005E0011;AATATGC,Z005E0012;ACTA,Z005E0017;GTATT,Z005E0018;GAGATA,Z005E0019;ACGACTAC,Z005E0020;GTCT,Z005E0025;CTGTA,Z005E0027;ATGCCT,Z005E0028;AAGGATGC,Z005E0029;GAAT,Z005E0036;AGCAT,Z005E0037;TATTTTT,Z005E0038;TAGCATGC,Z005E0039;GCGT,Z005E0045;ACTAT,Z005E0046;CTTGCTT,Z005E0047;TAGGAAGC,Z005E0048;TGGC,Z005E0053;GAGAAT,Z005E0054;ATGAAAC,Z005E0055;TAGGCCAT,Z005E0056;CGAT,Z005E0061;CCAGCT,Z005E0062;AAAAGTT,Z005E0063;TGCAAGGA,Z005E0064;CTTGA,Z005E0070;TTCAGA,Z005E0071;GAATTCA,Z005E0072;TGGTACGT,Z005E0073;TCACC,Z005E0078;TAGGAA,Z005E0079;GAACTTC,Z005E0080;TCTCAGTC,Z005E0081;CTAGC,Z005E0087;GCTCTA,Z005E0088;GGACCTA,Z005E0089;CCGGATAT,Z005E0090;CCACAA,Z005E0095;GTCGATT,Z005E0096;CGCCTTAT,Z005E0097)

text: Zea mays

text: GBS sequencing of NAM plate 61VBPAAXX_1


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (CTCC,Z005E0005;TTCTC,Z005E0006;CGTCAA,Z005E0007;AACGCCT,Z005E0008;TGCA,Z005E0013;AGCCC,Z005E0014;CTTCCA,Z005E0015;AATATGC,Z005E0016;ACTA,Z005E0021;GTATT,Z005E0022;GAGATA,Z005E0023;ACGACTAC,Z005E0024;GTCT,Z005E0032;CTGTA,Z005E0033;ATGCCT,Z005E0034;AAGGATGC,Z005E0035;GAAT,Z005E0040;AGCAT,Z005E0042;TATTTTT,Z005E0043;TAGCATGC,Z005E0044;GCGT,Z005E0049;ACTAT,Z005E0050;CTTGCTT,Z005E0051;TAGGAAGC,Z005E0052;TGGC,Z005E0057;GAGAAT,Z005E0058;ATGAAAC,Z005E0059;TAGGCCAT,Z005E0060;CGAT,Z005E0066;CCAGCT,Z005E0067;AAAAGTT,Z005E0068;TGCAAGGA,Z005E0069;CTTGA,Z005E0074;TTCAGA,Z005E0075;GAATTCA,Z005E0076;TGGTACGT,Z005E0077;TCACC,Z005E0082;TAGGAA,Z005E0083;GAACTTC,Z005E0084;TCTCAGTC,Z005E0085;CTAGC,Z005E0091;GCTCTA,Z005E0092;GGACCTA,Z005E0093;CCGGATAT,Z005E0094;ACAAA,Z005E0098;CCACAA,Z005E0099;GTCGATT,Z005E0100)

text: Zea mays

characteristic: organism

text: GBS sequencing of NAM plate 61VBPAAXX_2

characteristic: title


text: Cornell University

characteristic: INSDC center name

characteristic: INSDC first public

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (TTCTC,Z005E0102;CGTCAA,Z005E0103;AACGCCT,Z005E0104;TGCA,Z005E0109;AGCCC,Z005E0110;CTTCCA,Z005E0111;AATATGC,Z005E0112;GTATT,Z005E0118;GAGATA,Z005E0119;ACGACTAC,Z005E0120;GTCT,Z005E0125;CTGTA,Z005E0126;ATGCCT,Z005E0127;AAGGATGC,Z005E0128;GAAT,Z005E0134;AGCAT,Z005E0135;TATTTTT,Z005E0136;TAGCATGC,Z005E0137;GCGT,Z005E0142;ACTAT,Z005E0143;CTTGCTT,Z005E0144;TAGGAAGC,Z005E0145;TGGC,Z005E0150;GAGAAT,Z005E0151;ATGAAAC,Z005E0152;CGAT,Z005E0158;CCAGCT,Z005E0159;AAAAGTT,Z005E0160;TGCAAGGA,Z005E0161;CTTGA,Z005E0166;TTCAGA,Z005E0167;GAATTCA,Z005E0168;TGGTACGT,Z005E0169;TCACC,Z005E0174;TAGGAA,Z005E0175;GAACTTC,Z005E0176;TCTCAGTC,Z005E0178;CTAGC,Z005E0183;GCTCTA,Z005E0184;GGACCTA,Z005E0185;CCGGATAT,Z005E0186;CCACAA,Z005E0191;GTCGATT,Z005E0192;CGCCTTAT,Z005E0193)

text: Zea mays

text: GBS sequencing of NAM plate 61VBPAAXX_3


text: Cornell University

characteristic: INSDC last update

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (CTCC,Z005E0105;TTCTC,Z005E0106;CGTCAA,Z005E0107;AACGCCT,Z005E0108;TGCA,Z005E0113;AGCCC,Z005E0114;CTTCCA,Z005E0115;AATATGC,Z005E0116;ACTA,Z005E0121;GTATT,Z005E0122;ACGACTAC,Z005E0124;GTCT,Z005E0129;CTGTA,Z005E0130;ATGCCT,Z005E0131;AAGGATGC,Z005E0133;GAAT,Z005E0138;AGCAT,Z005E0139;TATTTTT,Z005E0140;GCGT,Z005E0146;ACTAT,Z005E0147;CTTGCTT,Z005E0148;TAGGAAGC,Z005E0149;TGGC,Z005E0154;GAGAAT,Z005E0155;ATGAAAC,Z005E0156;CGAT,Z005E0162;CCAGCT,Z005E0163;AAAAGTT,Z005E0164;TGCAAGGA,Z005E0165;CTTGA,Z005E0170;TTCAGA,Z005E0171;GAATTCA,Z005E0172;TGGTACGT,Z005E0173;TCACC,Z005E0179;TAGGAA,Z005E0180;GAACTTC,Z005E0181;TCTCAGTC,Z005E0182;CTAGC,Z005E0187;GGACCTA,Z005E0189;CCGGATAT,Z005E0190;ACAAA,Z005E0195;CCACAA,Z005E0196;GTCGATT,Z005E0197;CGCCTTAT,Z005E0198)

text: Zea mays

text: GBS sequencing of NAM plate 61VBPAAXX_4


text: Cornell University

characteristic: INSDC secondary accession

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (TTCTC,Z008E0001;CGTCAA,Z008E0002;AACGCCT,Z008E0003;TGCA,Z008E0008;AGCCC,Z008E0009;CTTCCA,Z008E0010;AATATGC,Z008E0011;ACTA,Z008E0016;GTATT,Z008E0017;GAGATA,Z008E0018;ACGACTAC,Z008E0019;GTCT,Z008E0024;CTGTA,Z008E0025;ATGCCT,Z008E0026;AAGGATGC,Z008E0027;AGCAT,Z008E0033;TATTTTT,Z008E0034;TAGCATGC,Z008E0035;GCGT,Z008E0040;ACTAT,Z008E0041;CTTGCTT,Z008E0042;TAGGAAGC,Z008E0043;TGGC,Z008E0048;GAGAAT,Z008E0049;TAGGCCAT,Z008E0051;CGAT,Z008E0056;CCAGCT,Z008E0057;AAAAGTT,Z008E0058;TGCAAGGA,Z008E0059;CTTGA,Z008E0064;TTCAGA,Z008E0065;GAATTCA,Z008E0066;TGGTACGT,Z008E0067;TCACC,Z008E0072;TAGGAA,Z008E0073;GAACTTC,Z008E0074;TCTCAGTC,Z008E0075;CCACAA,Z008E0088;GTCGATT,Z008E0090;CGCCTTAT,Z008E0091)

text: Zea mays

text: GBS sequencing of NAM plate 61VBPAAXX_5


text: Cornell University

text: live

text: Generic

characteristic: SRA accession

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (CTCC,Z008E0004;TTCTC,Z008E0005;CGTCAA,Z008E0006;AACGCCT,Z008E0007;TGCA,Z008E0012;AGCCC,Z008E0013;CTTCCA,Z008E0014;AATATGC,Z008E0015;ACTA,Z008E0020;GTATT,Z008E0021;GAGATA,Z008E0022;ACGACTAC,Z008E0023;GTCT,Z008E0028;CTGTA,Z008E0029;ATGCCT,Z008E0030;AAGGATGC,Z008E0031;GAAT,Z008E0036;AGCAT,Z008E0037;TATTTTT,Z008E0038;TAGCATGC,Z008E0039;GCGT,Z008E0044;ACTAT,Z008E0045;CTTGCTT,Z008E0046;TAGGAAGC,Z008E0047;TGGC,Z008E0052;GAGAAT,Z008E0053;ATGAAAC,Z008E0054;TAGGCCAT,Z008E0055;CGAT,Z008E0060;CCAGCT,Z008E0061;AAAAGTT,Z008E0062;TGCAAGGA,Z008E0063;CTTGA,Z008E0068;TTCAGA,Z008E0069;GAATTCA,Z008E0070;TGGTACGT,Z008E0071;TCACC,Z008E0076;TAGGAA,Z008E0077;GAACTTC,Z008E0078;TCTCAGTC,Z008E0079;ACAAA,Z008E0092;CCACAA,Z008E0093;GTCGATT,Z008E0094;CGCCTTAT,Z008E0095)

text: Zea mays

text: GBS sequencing of NAM plate 61VBPAAXX_6


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (TTCTC,Z008E0096;CGTCAA,Z008E0097;AACGCCT,Z008E0098;AGCCC,Z008E0104;CTTCCA,Z008E0105;AATATGC,Z008E0106;ACTA,Z008E0111;GTATT,Z008E0112;GAGATA,Z008E0113;ACGACTAC,Z008E0114;GTCT,Z008E0119;CTGTA,Z008E0120;ATGCCT,Z008E0121;AAGGATGC,Z008E0122;GAAT,Z008E0127;AGCAT,Z008E0128;TATTTTT,Z008E0129;TAGCATGC,Z008E0130;GCGT,Z008E0135;ACTAT,Z008E0136;CTTGCTT,Z008E0137;TAGGAAGC,Z008E0139;TGGC,Z008E0144;GAGAAT,Z008E0145;ATGAAAC,Z008E0146;TAGGCCAT,Z008E0147;CGAT,Z008E0152;CCAGCT,Z008E0153;AAAAGTT,Z008E0154;TGCAAGGA,Z008E0155;CTTGA,Z008E0160;TTCAGA,Z008E0161;GAATTCA,Z008E0162;TGGTACGT,Z008E0163;TCACC,Z008E0168;TAGGAA,Z008E0169;GAACTTC,Z008E0170;TCTCAGTC,Z008E0171;CTAGC,Z008E0176;GCTCTA,Z008E0177;GGACCTA,Z008E0178;CCGGATAT,Z008E0179;CCACAA,Z008E0184;GTCGATT,Z008E0185)

characteristic: description

text: Zea mays

text: GBS sequencing of NAM plate 61VBPAAXX_7


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (CTCC,Z001E0100;TTCTC,Z001E0101;CGTCAA,Z001E0102;TGCA,Z001E0108;AGCCC,Z001E0109;CTTCCA,Z001E0110;ACTA,Z001E0116;GTATT,Z001E0117;GAGATA,Z001E0118;ACGACTAC,Z001E0119;GTCT,Z001E0124;CTGTA,Z001E0125;ATGCCT,Z001E0126;AAGGATGC,Z001E0127;GAAT,Z001E0132;AGCAT,Z001E0133;TATTTTT,Z001E0134;TAGCATGC,Z001E0135;GCGT,Z001E0140;ACTAT,Z001E0141;CTTGCTT,Z001E0143;TAGGAAGC,Z001E0144;TGGC,Z001E0149;GAGAAT,Z001E0150;ATGAAAC,Z001E0151;TAGGCCAT,Z001E0152;CGAT,Z001E0158;CCAGCT,Z001E0159;AAAAGTT,Z001E0160;TGCAAGGA,Z001E0161;CTTGA,Z001E0166;TTCAGA,Z001E0167;GAATTCA,Z001E0168;TGGTACGT,Z001E0169;TCACC,Z001E0174;TAGGAA,Z001E0175;GAACTTC,Z001E0176;TCTCAGTC,Z001E0177;CTAGC,Z001E0183;GCTCTA,Z001E0184;GGACCTA,Z001E0185;CCGGATAT,Z001E0186;ACAAA,Z001E0190;CCACAA,Z001E0191;GTCGATT,Z001E0192;CGCCTTAT,Z001E0193)

text: Zea mays

text: GBS sequencing of NAM plate 61VBRAAXX_4


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (TTCTC,Z001E0097;CGTCAA,Z001E0098;AACGCCT,Z001E0099;TGCA,Z001E0104;AGCCC,Z001E0105;CTTCCA,Z001E0106;AATATGC,Z001E0107;ACTA,Z001E0112;GTATT,Z001E0113;GAGATA,Z001E0114;ACGACTAC,Z001E0115;GTCT,Z001E0120;CTGTA,Z001E0121;ATGCCT,Z001E0122;AAGGATGC,Z001E0123;GAAT,Z001E0128;AGCAT,Z001E0129;TATTTTT,Z001E0130;TAGCATGC,Z001E0131;GCGT,Z001E0136;ACTAT,Z001E0137;CTTGCTT,Z001E0138;TAGGAAGC,Z001E0139;TGGC,Z001E0145;GAGAAT,Z001E0146;ATGAAAC,Z001E0147;TAGGCCAT,Z001E0148;CGAT,Z001E0153;CCAGCT,Z001E0154;AAAAGTT,Z001E0156;TGCAAGGA,Z001E0157;CTTGA,Z001E0162;TTCAGA,Z001E0163;GAATTCA,Z001E0164;TGGTACGT,Z001E0165;TCACC,Z001E0170;TAGGAA,Z001E0171;GAACTTC,Z001E0172;TCTCAGTC,Z001E0173;CTAGC,Z001E0178;GCTCTA,Z001E0180;GGACCTA,Z001E0181;CCGGATAT,Z001E0182;CCACAA,Z001E0187;GTCGATT,Z001E0188;CGCCTTAT,Z001E0189)

text: Zea mays

text: GBS sequencing of NAM plate 61VBRAAXX_5


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (TTCTC,Z002E0001;CGTCAA,Z002E0002;AACGCCT,Z002E0003;TGCA,Z002E0008;AGCCC,Z002E0009;CTTCCA,Z002E0010;AATATGC,Z002E0011;ACTA,Z002E0016;GTATT,Z002E0017;GAGATA,Z002E0018;ACGACTAC,Z002E0019;GTCT,Z002E0025;CTGTA,Z002E0026;ATGCCT,Z002E0027;AAGGATGC,Z002E0028;GAAT,Z002E0033;AGCAT,Z002E0034;TATTTTT,Z002E0035;TAGCATGC,Z002E0036;GCGT,Z002E0041;ACTAT,Z002E0042;CTTGCTT,Z002E0043;TAGGAAGC,Z002E0044;TGGC,Z002E0049;GAGAAT,Z002E0050;ATGAAAC,Z002E0051;TAGGCCAT,Z002E0052;CGAT,Z002E0057;CCAGCT,Z002E0058;AAAAGTT,Z002E0059;TGCAAGGA,Z002E0060;CTTGA,Z002E0065;TTCAGA,Z002E0066;GAATTCA,Z002E0068;TGGTACGT,Z002E0069;TCACC,Z002E0074;TAGGAA,Z002E0075;GAACTTC,Z002E0076;TCTCAGTC,Z002E0077;CTAGC,Z002E0082;GCTCTA,Z002E0083;GGACCTA,Z002E0084;CCGGATAT,Z002E0085;CCACAA,Z002E0090;GTCGATT,Z002E0091;CGCCTTAT,Z002E0092)

text: Zea mays

text: GBS sequencing of NAM plate 61VBRAAXX_6


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (CTCC,Z002E0004;TTCTC,Z002E0005;CGTCAA,Z002E0006;AACGCCT,Z002E0007;TGCA,Z002E0012;AGCCC,Z002E0013;CTTCCA,Z002E0014;AATATGC,Z002E0015;ACTA,Z002E0020;GTATT,Z002E0021;GAGATA,Z002E0022;ACGACTAC,Z002E0023;GTCT,Z002E0029;CTGTA,Z002E0030;ATGCCT,Z002E0031;AAGGATGC,Z002E0032;GAAT,Z002E0037;AGCAT,Z002E0038;TATTTTT,Z002E0039;TAGCATGC,Z002E0040;GCGT,Z002E0045;ACTAT,Z002E0046;CTTGCTT,Z002E0047;TAGGAAGC,Z002E0048;TGGC,Z002E0053;GAGAAT,Z002E0054;ATGAAAC,Z002E0055;TAGGCCAT,Z002E0056;CGAT,Z002E0061;CCAGCT,Z002E0062;AAAAGTT,Z002E0063;TGCAAGGA,Z002E0064;CTTGA,Z002E0070;TTCAGA,Z002E0071;GAATTCA,Z002E0072;TGGTACGT,Z002E0073;TCACC,Z002E0078;TAGGAA,Z002E0079;GAACTTC,Z002E0080;TCTCAGTC,Z002E0081;CTAGC,Z002E0086;GGACCTA,Z002E0088;CCGGATAT,Z002E0089;ACAAA,Z002E0093;CCACAA,Z002E0094;GTCGATT,Z002E0095;CGCCTTAT,Z002E0096)

text: Zea mays

text: GBS sequencing of NAM plate 61VBRAAXX_7


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (TTCTC,Z006E0001;CGTCAA,Z006E0002;AACGCCT,Z006E0003;TGCA,Z006E0009;AGCCC,Z006E0010;CTTCCA,Z006E0011;AATATGC,Z006E0012;ACTA,Z006E0017;GTATT,Z006E0018;GAGATA,Z006E0020;ACGACTAC,Z006E0023;GTCT,Z006E0028;CTGTA,Z006E0029;ATGCCT,Z006E0031;AAGGATGC,Z006E0032;GAAT,Z006E0037;AGCAT,Z006E0038;TATTTTT,Z006E0041;TAGCATGC,Z006E0042;ACTAT,Z006E0049;CTTGCTT,Z006E0050;TAGGAAGC,Z006E0051;TGGC,Z006E0056;GAGAAT,Z006E0057;ATGAAAC,Z006E0058;TAGGCCAT,Z006E0059;CGAT,Z006E0065;CCAGCT,Z006E0066;AAAAGTT,Z006E0068;TGCAAGGA,Z006E0069;CTTGA,Z006E0074;TTCAGA,Z006E0075;GAATTCA,Z006E0076;TGGTACGT,Z006E0077;TCACC,Z006E0082;TAGGAA,Z006E0083;GAACTTC,Z006E0084;TCTCAGTC,Z006E0085;CTAGC,Z006E0090;GCTCTA,Z006E0091;GGACCTA,Z006E0092;CCGGATAT,Z006E0093;CCACAA,Z006E0098;GTCGATT,Z006E0099;CGCCTTAT,Z006E0100)

text: Zea mays

text: GBS sequencing of NAM plate 61VE7AAXX_1


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (CTCC,Z006E0005;TTCTC,Z006E0006;CGTCAA,Z006E0007;AACGCCT,Z006E0008;TGCA,Z006E0013;AGCCC,Z006E0014;CTTCCA,Z006E0015;AATATGC,Z006E0016;ACTA,Z006E0024;GTATT,Z006E0025;GAGATA,Z006E0026;ACGACTAC,Z006E0027;GTCT,Z006E0033;CTGTA,Z006E0034;ATGCCT,Z006E0035;AAGGATGC,Z006E0036;GAAT,Z006E0043;AGCAT,Z006E0044;TATTTTT,Z006E0046;TAGCATGC,Z006E0047;GCGT,Z006E0052;ACTAT,Z006E0053;CTTGCTT,Z006E0054;TAGGAAGC,Z006E0055;TGGC,Z006E0060;GAGAAT,Z006E0061;ATGAAAC,Z006E0062;TAGGCCAT,Z006E0063;CGAT,Z006E0070;CCAGCT,Z006E0071;AAAAGTT,Z006E0072;TGCAAGGA,Z006E0073;CTTGA,Z006E0078;TTCAGA,Z006E0079;GAATTCA,Z006E0080;TGGTACGT,Z006E0081;TCACC,Z006E0086;TAGGAA,Z006E0087;TCTCAGTC,Z006E0089;CTAGC,Z006E0094;GCTCTA,Z006E0095;CCGGATAT,Z006E0097;ACAAA,Z006E0101;CCACAA,Z006E0102;GTCGATT,Z006E0103;CGCCTTAT,Z006E0104)

text: Zea mays

text: GBS sequencing of NAM plate 61VE7AAXX_2


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (TTCTC,Z006E0105;CGTCAA,Z006E0106;AACGCCT,Z006E0107;TGCA,Z006E0112;CTTCCA,Z006E0114;AATATGC,Z006E0115;ACTA,Z006E0120;GTATT,Z006E0121;GAGATA,Z006E0122;ACGACTAC,Z006E0123;GTCT,Z006E0129;CTGTA,Z006E0133;ATGCCT,Z006E0134;AAGGATGC,Z006E0135;GAAT,Z006E0140;AGCAT,Z006E0141;TATTTTT,Z006E0142;TAGCATGC,Z006E0143;ACTAT,Z006E0149;TAGGAAGC,Z006E0151;GAGAAT,Z006E0157;ATGAAAC,Z006E0158;TAGGCCAT,Z006E0159;CCAGCT,Z006E0165;AAAAGTT,Z006E0166;TGCAAGGA,Z006E0167;CTTGA,Z006E0172;TTCAGA,Z006E0173;GAATTCA,Z006E0174;TGGTACGT,Z006E0175;TCACC,Z006E0180;TAGGAA,Z006E0181;GAACTTC,Z006E0182;TCTCAGTC,Z006E0183;CTAGC,Z006E0188;GGACCTA,Z006E0190;CCGGATAT,Z006E0191;CCACAA,Z006E0196;GTCGATT,Z006E0197;CGCCTTAT,Z006E0198)

text: Zea mays

text: GBS sequencing of NAM plate 61VE7AAXX_3


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (TTCTC,Z006E0109;CGTCAA,Z006E0110;AACGCCT,Z006E0111;TGCA,Z006E0116;AGCCC,Z006E0117;CTTCCA,Z006E0118;AATATGC,Z006E0119;ACTA,Z006E0124;GTATT,Z006E0125;GAGATA,Z006E0126;ACGACTAC,Z006E0128;GTCT,Z006E0136;CTGTA,Z006E0137;ATGCCT,Z006E0138;AAGGATGC,Z006E0139;GAAT,Z006E0144;AGCAT,Z006E0145;TATTTTT,Z006E0146;ACTAT,Z006E0153;CTTGCTT,Z006E0154;GAGAAT,Z006E0161;ATGAAAC,Z006E0162;TAGGCCAT,Z006E0163;CGAT,Z006E0168;CCAGCT,Z006E0169;AAAAGTT,Z006E0170;TGCAAGGA,Z006E0171;CTTGA,Z006E0176;TTCAGA,Z006E0177;GAATTCA,Z006E0178;TGGTACGT,Z006E0179;TCACC,Z006E0184;TAGGAA,Z006E0185;TCTCAGTC,Z006E0187;CTAGC,Z006E0192;GGACCTA,Z006E0194;CCGGATAT,Z006E0195;ACAAA,Z006E0199;CCACAA,Z006E0200;GTCGATT,Z006E0203;CGCCTTAT,Z006E0204)

text: Zea mays

text: GBS sequencing of NAM plate 61VE7AAXX_4


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (TTCTC,Z007E0001;AACGCCT,Z007E0003;TGCA,Z007E0009;AGCCC,Z007E0010;CTTCCA,Z007E0011;AATATGC,Z007E0012;ACTA,Z007E0017;GTATT,Z007E0019;GAGATA,Z007E0020;ACGACTAC,Z007E0021;GTCT,Z007E0026;ATGCCT,Z007E0028;GAAT,Z007E0034;AGCAT,Z007E0036;TATTTTT,Z007E0037;TAGCATGC,Z007E0038;GCGT,Z007E0043;ACTAT,Z007E0044;CTTGCTT,Z007E0045;TAGGAAGC,Z007E0046;TGGC,Z007E0051;GAGAAT,Z007E0052;ATGAAAC,Z007E0053;TAGGCCAT,Z007E0054;CGAT,Z007E0060;CCAGCT,Z007E0061;AAAAGTT,Z007E0062;TGCAAGGA,Z007E0063;CTTGA,Z007E0068;TTCAGA,Z007E0069;GAATTCA,Z007E0070;TCACC,Z007E0076;TAGGAA,Z007E0077;GAACTTC,Z007E0078;TCTCAGTC,Z007E0079;CTAGC,Z007E0084;GCTCTA,Z007E0085;GGACCTA,Z007E0086;CCGGATAT,Z007E0087;CCACAA,Z007E0092;GTCGATT,Z007E0093;CGCCTTAT,Z007E0094)

text: Zea mays

text: GBS sequencing of NAM plate 61VE7AAXX_5


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (CTCC,Z007E0004;CGTCAA,Z007E0007;TGCA,Z007E0013;AGCCC,Z007E0014;AATATGC,Z007E0016;ACTA,Z007E0022;GTATT,Z007E0023;GAGATA,Z007E0024;ACGACTAC,Z007E0025;CTGTA,Z007E0031;ATGCCT,Z007E0032;AAGGATGC,Z007E0033;GAAT,Z007E0039;AGCAT,Z007E0040;TATTTTT,Z007E0041;TAGCATGC,Z007E0042;GCGT,Z007E0047;ACTAT,Z007E0048;CTTGCTT,Z007E0049;TGGC,Z007E0055;GAGAAT,Z007E0056;ATGAAAC,Z007E0058;TAGGCCAT,Z007E0059;CGAT,Z007E0064;CCAGCT,Z007E0065;AAAAGTT,Z007E0066;TGCAAGGA,Z007E0067;CTTGA,Z007E0072;TTCAGA,Z007E0073;GAATTCA,Z007E0074;TGGTACGT,Z007E0075;TCACC,Z007E0080;TAGGAA,Z007E0081;GAACTTC,Z007E0082;TCTCAGTC,Z007E0083;CTAGC,Z007E0088;GCTCTA,Z007E0089;GGACCTA,Z007E0090;CCACAA,Z007E0096;GTCGATT,Z007E0097;CGCCTTAT,Z007E0098)

text: Zea mays

text: GBS sequencing of NAM plate 61VE7AAXX_6


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (TTCTC,Z007E0099;CGTCAA,Z007E0100;AACGCCT,Z007E0101;TGCA,Z007E0106;AGCCC,Z007E0107;CTTCCA,Z007E0108;AATATGC,Z007E0109;ACTA,Z007E0115;GTATT,Z007E0116;GAGATA,Z007E0117;ACGACTAC,Z007E0118;GTCT,Z007E0123;CTGTA,Z007E0124;ATGCCT,Z007E0125;AAGGATGC,Z007E0126;GAAT,Z007E0131;AGCAT,Z007E0132;TATTTTT,Z007E0133;TAGCATGC,Z007E0134;GCGT,Z007E0139;ACTAT,Z007E0140;CTTGCTT,Z007E0141;TAGGAAGC,Z007E0142;TGGC,Z007E0147;GAGAAT,Z007E0148;ATGAAAC,Z007E0149;TAGGCCAT,Z007E0150;CGAT,Z007E0155;CCAGCT,Z007E0156;AAAAGTT,Z007E0157;TGCAAGGA,Z007E0158;CTTGA,Z007E0163;TTCAGA,Z007E0164;GAATTCA,Z007E0165;TGGTACGT,Z007E0166;TCACC,Z007E0171;TAGGAA,Z007E0172;GAACTTC,Z007E0173;TCTCAGTC,Z007E0174;CTAGC,Z007E0179;GCTCTA,Z007E0180;GGACCTA,Z007E0181;CCGGATAT,Z007E0182;CCACAA,Z007E0187;GTCGATT,Z007E0188;CGCCTTAT,Z007E0189)

text: Zea mays

text: GBS sequencing of NAM plate 61VE7AAXX_7


text: Cornell University

text: live

text: Generic

text: Zea mays

text: GBS sequencing of NAM plate 61VE9AAXX_1


text: Cornell University

text: live

text: Generic

text: Zea mays

text: GBS sequencing of NAM plate 61VE9AAXX_2


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (TTCTC,Z011E0001;CGTCAA,Z011E0002;AACGCCT,Z011E0003;TGCA,Z011E0008;AGCCC,Z011E0009;CTTCCA,Z011E0010;AATATGC,Z011E0011;ACTA,Z011E0016;GTATT,Z011E0017;GAGATA,Z011E0018;ACGACTAC,Z011E0019;GTCT,Z011E0024;CTGTA,Z011E0025;ATGCCT,Z011E0026;AAGGATGC,Z011E0027;GAAT,Z011E0032;AGCAT,Z011E0033;TATTTTT,Z011E0034;TAGCATGC,Z011E0035;GCGT,Z011E0040;ACTAT,Z011E0041;CTTGCTT,Z011E0042;TAGGAAGC,Z011E0043;TGGC,Z011E0048;GAGAAT,Z011E0049;ATGAAAC,Z011E0050;TAGGCCAT,Z011E0051;CGAT,Z011E0056;CCAGCT,Z011E0057;AAAAGTT,Z011E0058;TGCAAGGA,Z011E0059;CTTGA,Z011E0065;TTCAGA,Z011E0067;GAATTCA,Z011E0068;TGGTACGT,Z011E0069;TCACC,Z011E0074;TAGGAA,Z011E0075;TCTCAGTC,Z011E0077;CTAGC,Z011E0082;GCTCTA,Z011E0083;GGACCTA,Z011E0084;CCGGATAT,Z011E0085;CCACAA,Z011E0090;CGCCTTAT,Z011E0092)

text: Zea mays

text: GBS sequencing of NAM plate 61VE9AAXX_3


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (CTCC,Z011E0004;TTCTC,Z011E0005;CGTCAA,Z011E0006;AACGCCT,Z011E0007;TGCA,Z011E0012;AGCCC,Z011E0013;CTTCCA,Z011E0014;AATATGC,Z011E0015;ACTA,Z011E0020;GTATT,Z011E0021;GAGATA,Z011E0022;ACGACTAC,Z011E0023;GTCT,Z011E0028;CTGTA,Z011E0029;AAGGATGC,Z011E0031;GAAT,Z011E0036;AGCAT,Z011E0037;TATTTTT,Z011E0038;TAGCATGC,Z011E0039;GCGT,Z011E0044;ACTAT,Z011E0045;CTTGCTT,Z011E0046;TAGGAAGC,Z011E0047;TGGC,Z011E0052;GAGAAT,Z011E0053;ATGAAAC,Z011E0054;TAGGCCAT,Z011E0055;CGAT,Z011E0061;CCAGCT,Z011E0062;AAAAGTT,Z011E0063;TGCAAGGA,Z011E0064;CTTGA,Z011E0070;TTCAGA,Z011E0071;GAATTCA,Z011E0072;TGGTACGT,Z011E0073;TCACC,Z011E0078;TAGGAA,Z011E0079;GAACTTC,Z011E0080;TCTCAGTC,Z011E0081;CTAGC,Z011E0086;GCTCTA,Z011E0087;GGACCTA,Z011E0088;CCGGATAT,Z011E0089;ACAAA,Z011E0093;CCACAA,Z011E0094;GTCGATT,Z011E0095;CGCCTTAT,Z011E0096)

text: Zea mays

text: GBS sequencing of NAM plate 61VE9AAXX_4


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (TTCTC,Z016E0001;CGTCAA,Z016E0002;AACGCCT,Z016E0003;TGCA,Z016E0008;AGCCC,Z016E0009;CTTCCA,Z016E0010;AATATGC,Z016E0012;ACTA,Z016E0017;GTATT,Z016E0018;GAGATA,Z016E0019;ACGACTAC,Z016E0020;GTCT,Z016E0025;ATGCCT,Z016E0027;AAGGATGC,Z016E0028;GAAT,Z016E0033;AGCAT,Z016E0034;TATTTTT,Z016E0035;TAGCATGC,Z016E0036;GCGT,Z016E0041;ACTAT,Z016E0042;CTTGCTT,Z016E0043;TAGGAAGC,Z016E0044;TGGC,Z016E0049;GAGAAT,Z016E0050;ATGAAAC,Z016E0051;TAGGCCAT,Z016E0053;CGAT,Z016E0058;CCAGCT,Z016E0059;AAAAGTT,Z016E0060;TGCAAGGA,Z016E0061;CTTGA,Z016E0066;TTCAGA,Z016E0067;TGGTACGT,Z016E0069;TCACC,Z016E0074;TAGGAA,Z016E0075;GAACTTC,Z016E0076;TCTCAGTC,Z016E0077;CTAGC,Z016E0082;GCTCTA,Z016E0083;GGACCTA,Z016E0084;CCGGATAT,Z016E0085;CCACAA,Z016E0090;GTCGATT,Z016E0091;CGCCTTAT,Z016E0092)

text: Zea mays

text: GBS sequencing of NAM plate 61VE9AAXX_5


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (CTCC,Z016E0004;TTCTC,Z016E0005;CGTCAA,Z016E0006;AACGCCT,Z016E0007;TGCA,Z016E0013;AGCCC,Z016E0014;CTTCCA,Z016E0015;AATATGC,Z016E0016;ACTA,Z016E0021;GTATT,Z016E0022;GAGATA,Z016E0023;ACGACTAC,Z016E0024;GTCT,Z016E0029;CTGTA,Z016E0030;ATGCCT,Z016E0031;AAGGATGC,Z016E0032;GAAT,Z016E0037;AGCAT,Z016E0038;TATTTTT,Z016E0039;TAGCATGC,Z016E0040;GCGT,Z016E0045;ACTAT,Z016E0046;CTTGCTT,Z016E0047;TAGGAAGC,Z016E0048;TGGC,Z016E0054;GAGAAT,Z016E0055;ATGAAAC,Z016E0056;TAGGCCAT,Z016E0057;CGAT,Z016E0062;CCAGCT,Z016E0063;AAAAGTT,Z016E0064;TGCAAGGA,Z016E0065;CTTGA,Z016E0070;GAATTCA,Z016E0072;TGGTACGT,Z016E0073;TCACC,Z016E0078;TAGGAA,Z016E0079;GAACTTC,Z016E0080;TCTCAGTC,Z016E0081;CTAGC,Z016E0086;GCTCTA,Z016E0087;GGACCTA,Z016E0088;CCGGATAT,Z016E0089;ACAAA,Z016E0093;CCACAA,Z016E0094;CGCCTTAT,Z016E0096)

text: Zea mays

text: GBS sequencing of NAM plate 61VE9AAXX_6


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (TTCTC,Z016E0097;CGTCAA,Z016E0098;AACGCCT,Z016E0099;TGCA,Z016E0105;AGCCC,Z016E0106;CTTCCA,Z016E0107;AATATGC,Z016E0108;ACTA,Z016E0113;GTATT,Z016E0115;GAGATA,Z016E0116;ACGACTAC,Z016E0117;CTGTA,Z016E0123;ATGCCT,Z016E0125;AAGGATGC,Z016E0126;GAAT,Z016E0131;AGCAT,Z016E0132;TATTTTT,Z016E0133;TAGCATGC,Z016E0134;GCGT,Z016E0139;ACTAT,Z016E0140;CTTGCTT,Z016E0141;TAGGAAGC,Z016E0142;TGGC,Z016E0147;GAGAAT,Z016E0148;ATGAAAC,Z016E0149;TAGGCCAT,Z016E0150;CGAT,Z016E0155;CCAGCT,Z016E0156;AAAAGTT,Z016E0157;TGCAAGGA,Z016E0158;CTTGA,Z016E0163;TTCAGA,Z016E0164;GAATTCA,Z016E0165;TGGTACGT,Z016E0166;TCACC,Z016E0171;TAGGAA,Z016E0172;GAACTTC,Z016E0173;TCTCAGTC,Z016E0174;CTAGC,Z016E0180;GCTCTA,Z016E0181;GGACCTA,Z016E0182;CCGGATAT,Z016E0183;CCACAA,Z016E0188;GTCGATT,Z016E0189;CGCCTTAT,Z016E0190)

text: Zea mays

text: GBS sequencing of NAM plate 61VE9AAXX_7


text: Cornell University

text: live

text: Generic

text: Zea mays

text: GBS sequencing of NAM plate 627C3AAXX_1


text: Cornell University

text: live

text: Generic

text: Zea mays

text: GBS sequencing of NAM plate 627C3AAXX_2


text: Cornell University

text: live

text: Generic

text: Zea mays

text: GBS sequencing of NAM plate 627C3AAXX_3


text: Cornell University

text: live

text: Generic

text: Zea mays

text: GBS sequencing of NAM plate 627C3AAXX_4


text: Cornell University

text: live

text: Generic

text: Zea mays

text: GBS sequencing of NAM plate 628AGAAXX_1


text: Cornell University

text: live

text: Generic

text: Zea mays

text: GBS sequencing of NAM plate 628AGAAXX_2


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (TTCTC,Z010E0096;CGTCAA,Z010E0097;TGCA,Z010E0103;CTTCCA,Z010E0105;AATATGC,Z010E0106;ACTA,Z010E0111;GTATT,Z010E0112;GAGATA,Z010E0113;ACGACTAC,Z010E0114;AAGGATGC,Z010E0122;AGCAT,Z010E0128;TATTTTT,Z010E0129;GCGT,Z010E0135;ACTAT,Z010E0136;CTTGCTT,Z010E0137;TAGGAAGC,Z010E0138;TGGC,Z010E0143;GAGAAT,Z010E0144;ATGAAAC,Z010E0145;TAGGCCAT,Z010E0146;CGAT,Z010E0151;CCAGCT,Z010E0152;AAAAGTT,Z010E0153;CTTGA,Z010E0159;TTCAGA,Z010E0160;GAATTCA,Z010E0161;TGGTACGT,Z010E0162;TCACC,Z010E0167;TAGGAA,Z010E0169;GAACTTC,Z010E0170;TCTCAGTC,Z010E0171;CTAGC,Z010E0176;GCTCTA,Z010E0178;GGACCTA,Z010E0179;CCGGATAT,Z010E0180;CCACAA,Z010E0186;GTCGATT,Z010E0187;CGCCTTAT,Z010E0188)

text: Zea mays

text: GBS sequencing of NAM plate 628DJAAXX_1


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (CTCC,Z010E0099;CGTCAA,Z010E0101;TGCA,Z010E0107;AGCCC,Z010E0108;CTTCCA,Z010E0109;AATATGC,Z010E0110;GTATT,Z010E0116;GAGATA,Z010E0117;ACGACTAC,Z010E0118;CTGTA,Z010E0124;ATGCCT,Z010E0125;AAGGATGC,Z010E0126;GAAT,Z010E0131;AGCAT,Z010E0132;TATTTTT,Z010E0133;TAGCATGC,Z010E0134;GCGT,Z010E0139;ACTAT,Z010E0140;TAGGAAGC,Z010E0142;TGGC,Z010E0147;ATGAAAC,Z010E0149;TAGGCCAT,Z010E0150;CGAT,Z010E0155;CCAGCT,Z010E0156;AAAAGTT,Z010E0157;TGCAAGGA,Z010E0158;TTCAGA,Z010E0164;GAATTCA,Z010E0165;TGGTACGT,Z010E0166;TCACC,Z010E0172;TAGGAA,Z010E0173;GAACTTC,Z010E0174;TCTCAGTC,Z010E0175;CTAGC,Z010E0181;CCGGATAT,Z010E0185;ACAAA,Z010E0189;CCACAA,Z010E0190;GTCGATT,Z010E0191;CGCCTTAT,Z010E0192)

text: Zea mays

text: GBS sequencing of NAM plate 628DJAAXX_2


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (TTCTC,Z012E0001;CGTCAA,Z012E0002;AACGCCT,Z012E0003;TGCA,Z012E0008;AGCCC,Z012E0009;CTTCCA,Z012E0010;AATATGC,Z012E0011;ACTA,Z012E0016;GTATT,Z012E0017;GAGATA,Z012E0018;ACGACTAC,Z012E0019;GTCT,Z012E0024;CTGTA,Z012E0025;ATGCCT,Z012E0026;AAGGATGC,Z012E0027;GAAT,Z012E0032;AGCAT,Z012E0033;TATTTTT,Z012E0034;TAGCATGC,Z012E0035;GCGT,Z012E0040;ACTAT,Z012E0041;CTTGCTT,Z012E0042;TAGGAAGC,Z012E0043;TGGC,Z012E0048;GAGAAT,Z012E0049;ATGAAAC,Z012E0050;TAGGCCAT,Z012E0051;CGAT,Z012E0056;CCAGCT,Z012E0057;AAAAGTT,Z012E0058;TGCAAGGA,Z012E0059;CTTGA,Z012E0064;TTCAGA,Z012E0065;GAATTCA,Z012E0066;TGGTACGT,Z012E0067;TCACC,Z012E0072;TAGGAA,Z012E0073;GAACTTC,Z012E0074;TCTCAGTC,Z012E0075;CTAGC,Z012E0080;GCTCTA,Z012E0081;GGACCTA,Z012E0082;CCGGATAT,Z012E0083;CCACAA,Z012E0088;GTCGATT,Z012E0089;CGCCTTAT,Z012E0090)

text: Zea mays

text: GBS sequencing of NAM plate 628DJAAXX_3


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (TTCTC,Z012E0005;CGTCAA,Z012E0006;AACGCCT,Z012E0007;TGCA,Z012E0012;AGCCC,Z012E0013;CTTCCA,Z012E0014;AATATGC,Z012E0015;ACTA,Z012E0020;GTATT,Z012E0021;GAGATA,Z012E0022;ACGACTAC,Z012E0023;GTCT,Z012E0028;ATGCCT,Z012E0030;AAGGATGC,Z012E0031;GAAT,Z012E0036;AGCAT,Z012E0037;TATTTTT,Z012E0038;TAGCATGC,Z012E0039;GCGT,Z012E0044;ACTAT,Z012E0045;CTTGCTT,Z012E0046;TAGGAAGC,Z012E0047;TGGC,Z012E0052;GAGAAT,Z012E0053;ATGAAAC,Z012E0054;TAGGCCAT,Z012E0055;CGAT,Z012E0060;CCAGCT,Z012E0061;AAAAGTT,Z012E0062;TGCAAGGA,Z012E0063;CTTGA,Z012E0068;TTCAGA,Z012E0069;GAATTCA,Z012E0070;TGGTACGT,Z012E0071;TCACC,Z012E0076;GAACTTC,Z012E0078;TCTCAGTC,Z012E0079;CTAGC,Z012E0084;GCTCTA,Z012E0085;GGACCTA,Z012E0086;CCGGATAT,Z012E0087;CCACAA,Z012E0092;GTCGATT,Z012E0093)

text: Zea mays

text: GBS sequencing of NAM plate 628DJAAXX_4


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (TTCTC,Z012E0095;CGTCAA,Z012E0096;AACGCCT,Z012E0097;TGCA,Z012E0102;AGCCC,Z012E0103;CTTCCA,Z012E0104;AATATGC,Z012E0106;ACTA,Z012E0111;GTATT,Z012E0112;GAGATA,Z012E0113;ACGACTAC,Z012E0114;GTCT,Z012E0119;CTGTA,Z012E0120;ATGCCT,Z012E0121;AAGGATGC,Z012E0122;GAAT,Z012E0127;TATTTTT,Z012E0129;TAGCATGC,Z012E0130;GCGT,Z012E0135;ACTAT,Z012E0136;CTTGCTT,Z012E0137;TAGGAAGC,Z012E0138;TGGC,Z012E0143;GAGAAT,Z012E0144;ATGAAAC,Z012E0145;TAGGCCAT,Z012E0146;CGAT,Z012E0151;CCAGCT,Z012E0152;AAAAGTT,Z012E0153;TGCAAGGA,Z012E0154;TTCAGA,Z012E0160;GAATTCA,Z012E0161;TGGTACGT,Z012E0162;TCACC,Z012E0167;TAGGAA,Z012E0168;GAACTTC,Z012E0169;TCTCAGTC,Z012E0170;CTAGC,Z012E0175;GCTCTA,Z012E0176;GGACCTA,Z012E0177;CCGGATAT,Z012E0178;CCACAA,Z012E0183;GTCGATT,Z012E0184;CGCCTTAT,Z012E0185)

text: Zea mays

text: GBS sequencing of NAM plate 628DJAAXX_5


text: Cornell University

text: live

text: Generic

text: Zea mays

text: GBS sequencing of NAM plate 628DJAAXX_6


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (TTCTC,Z013E0001;CGTCAA,Z013E0002;TGCA,Z013E0009;AGCCC,Z013E0010;CTTCCA,Z013E0011;AATATGC,Z013E0012;ACTA,Z013E0017;GTATT,Z013E0018;GAGATA,Z013E0019;ACGACTAC,Z013E0020;GTCT,Z013E0025;CTGTA,Z013E0026;ATGCCT,Z013E0027;AAGGATGC,Z013E0028;GAAT,Z013E0033;AGCAT,Z013E0034;TATTTTT,Z013E0035;TAGCATGC,Z013E0036;GCGT,Z013E0042;ACTAT,Z013E0043;CTTGCTT,Z013E0044;TAGGAAGC,Z013E0045;TGGC,Z013E0051;GAGAAT,Z013E0052;ATGAAAC,Z013E0053;TAGGCCAT,Z013E0054;CGAT,Z013E0059;CCAGCT,Z013E0060;AAAAGTT,Z013E0061;TGCAAGGA,Z013E0062;CTTGA,Z013E0068;TTCAGA,Z013E0069;GAATTCA,Z013E0071;TGGTACGT,Z013E0072;TCACC,Z013E0077;TAGGAA,Z013E0078;GAACTTC,Z013E0079;TCTCAGTC,Z013E0080;CTAGC,Z013E0085;GCTCTA,Z013E0086;GGACCTA,Z013E0087;CCGGATAT,Z013E0088;CCACAA,Z013E0093;GTCGATT,Z013E0094;CGCCTTAT,Z013E0095)

text: Zea mays

text: GBS sequencing of NAM plate 628DJAAXX_7


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (TTCTC,Z001E0001;CGTCAA,Z001E0002;AACGCCT,Z001E0003;TGCA,Z001E0008;AGCCC,Z001E0009;CTTCCA,Z001E0010;AATATGC,Z001E0011;ACTA,Z001E0016;GTATT,Z001E0017;GAGATA,Z001E0018;ACGACTAC,Z001E0019;GTCT,Z001E0024;CTGTA,Z001E0025;ATGCCT,Z001E0027;AAGGATGC,Z001E0028;GAAT,Z001E0033;AGCAT,Z001E0034;TATTTTT,Z001E0036;TAGCATGC,Z001E0037;GCGT,Z001E0042;ACTAT,Z001E0043;CTTGCTT,Z001E0044;TAGGAAGC,Z001E0045;TGGC,Z001E0050;GAGAAT,Z001E0051;ATGAAAC,Z001E0052;TAGGCCAT,Z001E0053;CGAT,Z001E0058;CCAGCT,Z001E0059;AAAAGTT,Z001E0060;TGCAAGGA,Z001E0061;CTTGA,Z001E0066;TTCAGA,Z001E0067;GAATTCA,Z001E0068;TGGTACGT,Z001E0069;TCACC,Z001E0074;TAGGAA,Z001E0075;GAACTTC,Z001E0076;TCTCAGTC,Z001E0077;CTAGC,Z001E0082;GCTCTA,Z001E0083;CCGGATAT,Z001E0085;CCACAA,Z001E0090;GTCGATT,Z001E0091;CGCCTTAT,Z001E0092)

text: Zea mays

text: GBS sequencing of NAM plate 628NHAAXX_1


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (CTCC,Z001E0004;TTCTC,Z001E0005;CGTCAA,Z001E0006;AACGCCT,Z001E0007;TGCA,Z001E0012;AGCCC,Z001E0013;CTTCCA,Z001E0014;AATATGC,Z001E0015;ACGACTAC,Z001E0023;CTGTA,Z001E0030;ATGCCT,Z001E0031;AAGGATGC,Z001E0032;GAAT,Z001E0038;AGCAT,Z001E0039;TATTTTT,Z001E0040;TAGCATGC,Z001E0041;GCGT,Z001E0046;ACTAT,Z001E0047;CTTGCTT,Z001E0048;TAGGAAGC,Z001E0049;TGGC,Z001E0054;GAGAAT,Z001E0055;ATGAAAC,Z001E0056;TAGGCCAT,Z001E0057;CGAT,Z001E0062;CCAGCT,Z001E0063;AAAAGTT,Z001E0064;TGCAAGGA,Z001E0065;CTTGA,Z001E0070;TTCAGA,Z001E0071;GAATTCA,Z001E0072;TGGTACGT,Z001E0073;TCACC,Z001E0078;TAGGAA,Z001E0079;GAACTTC,Z001E0080;TCTCAGTC,Z001E0081;CTAGC,Z001E0086;GCTCTA,Z001E0087;GGACCTA,Z001E0088;CCGGATAT,Z001E0089;ACAAA,Z001E0093;CCACAA,Z001E0094;GTCGATT,Z001E0095;CGCCTTAT,Z001E0096)

text: Zea mays

text: GBS sequencing of NAM plate 628NHAAXX_2


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (TTCTC,Z002E0097;CGTCAA,Z002E0098;AACGCCT,Z002E0099;TGCA,Z002E0104;AGCCC,Z002E0105;CTTCCA,Z002E0106;AATATGC,Z002E0107;ACTA,Z002E0112;GTATT,Z002E0113;GAGATA,Z002E0114;ACGACTAC,Z002E0115;GTCT,Z002E0120;CTGTA,Z002E0121;ATGCCT,Z002E0122;AAGGATGC,Z002E0123;GAAT,Z002E0128;AGCAT,Z002E0129;TATTTTT,Z002E0130;TAGCATGC,Z002E0131;GCGT,Z002E0136;ACTAT,Z002E0137;CTTGCTT,Z002E0138;TAGGAAGC,Z002E0139;TGGC,Z002E0144;GAGAAT,Z002E0145;ATGAAAC,Z002E0146;TAGGCCAT,Z002E0147;CGAT,Z002E0152;CCAGCT,Z002E0153;AAAAGTT,Z002E0154;TGCAAGGA,Z002E0155;CTTGA,Z002E0160;TTCAGA,Z002E0161;GAATTCA,Z002E0162;TGGTACGT,Z002E0163;TCACC,Z002E0168;TAGGAA,Z002E0169;GAACTTC,Z002E0170;TCTCAGTC,Z002E0171;CTAGC,Z002E0176;GCTCTA,Z002E0178;GGACCTA,Z002E0179;CCGGATAT,Z002E0180;CCACAA,Z002E0185;GTCGATT,Z002E0186;CGCCTTAT,Z002E0187)

text: Zea mays

text: GBS sequencing of NAM plate 628NHAAXX_3


text: Cornell University

text: live

text: Generic

text: Zea mays

text: GBS sequencing of NAM plate 628NHAAXX_4


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (TTCTC,Z009E0099;CGTCAA,Z009E0100;AACGCCT,Z009E0101;TGCA,Z009E0106;AGCCC,Z009E0107;CTTCCA,Z009E0108;AATATGC,Z009E0109;ACTA,Z009E0114;GTATT,Z009E0115;GAGATA,Z009E0116;ACGACTAC,Z009E0117;GTCT,Z009E0122;CTGTA,Z009E0123;ATGCCT,Z009E0124;AAGGATGC,Z009E0125;GAAT,Z009E0130;AGCAT,Z009E0131;TATTTTT,Z009E0132;TAGCATGC,Z009E0133;GCGT,Z009E0138;CTTGCTT,Z009E0140;TAGGAAGC,Z009E0141;TGGC,Z009E0146;GAGAAT,Z009E0147;ATGAAAC,Z009E0149;TAGGCCAT,Z009E0150;CGAT,Z009E0155;CCAGCT,Z009E0156;AAAAGTT,Z009E0157;TGCAAGGA,Z009E0158;CTTGA,Z009E0163;TTCAGA,Z009E0164;GAATTCA,Z009E0165;TGGTACGT,Z009E0166;TCACC,Z009E0171;TAGGAA,Z009E0173;GAACTTC,Z009E0174;TCTCAGTC,Z009E0175;CTAGC,Z009E0180;GCTCTA,Z009E0181;GGACCTA,Z009E0182;CCGGATAT,Z009E0183;CCACAA,Z009E0188;GTCGATT,Z009E0190;CGCCTTAT,Z009E0191)

text: Zea mays

text: GBS sequencing of NAM plate 628NHAAXX_5


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (CTCC,Z009E0102;TTCTC,Z009E0103;CGTCAA,Z009E0104;AACGCCT,Z009E0105;TGCA,Z009E0110;AGCCC,Z009E0111;CTTCCA,Z009E0112;AATATGC,Z009E0113;ACTA,Z009E0118;GTATT,Z009E0119;GAGATA,Z009E0120;GTCT,Z009E0126;CTGTA,Z009E0127;ATGCCT,Z009E0128;AAGGATGC,Z009E0129;GAAT,Z009E0134;AGCAT,Z009E0135;TATTTTT,Z009E0136;TAGCATGC,Z009E0137;GCGT,Z009E0142;ACTAT,Z009E0143;CTTGCTT,Z009E0144;TAGGAAGC,Z009E0145;TGGC,Z009E0151;GAGAAT,Z009E0152;ATGAAAC,Z009E0153;TAGGCCAT,Z009E0154;CGAT,Z009E0159;CCAGCT,Z009E0160;AAAAGTT,Z009E0161;TGCAAGGA,Z009E0162;TTCAGA,Z009E0168;GAATTCA,Z009E0169;TGGTACGT,Z009E0170;TCACC,Z009E0176;GAACTTC,Z009E0178;TCTCAGTC,Z009E0179;CTAGC,Z009E0184;GCTCTA,Z009E0185;GGACCTA,Z009E0186;CCGGATAT,Z009E0187;ACAAA,Z009E0192;CCACAA,Z009E0193;GTCGATT,Z009E0194;CGCCTTAT,Z009E0196)

text: Zea mays

text: GBS sequencing of NAM plate 628NHAAXX_6


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (TTCTC,Z011E0097;CGTCAA,Z011E0098;AACGCCT,Z011E0099;TGCA,Z011E0104;CTTCCA,Z011E0106;ACTA,Z011E0112;GAGATA,Z011E0115;ACGACTAC,Z011E0116;GTCT,Z011E0121;CTGTA,Z011E0122;ATGCCT,Z011E0123;AAGGATGC,Z011E0124;GCGT,Z011E0137;ACTAT,Z011E0138;TAGGAAGC,Z011E0140;TGGC,Z011E0145;GAGAAT,Z011E0146;ATGAAAC,Z011E0147;TAGGCCAT,Z011E0148;CGAT,Z011E0153;CCAGCT,Z011E0154;AAAAGTT,Z011E0155;TGCAAGGA,Z011E0156;CTTGA,Z011E0162;TTCAGA,Z011E0163;GAATTCA,Z011E0164;TCACC,Z011E0170;TAGGAA,Z011E0171;GAACTTC,Z011E0172;TCTCAGTC,Z011E0173;CTAGC,Z011E0178;GCTCTA,Z011E0179;GGACCTA,Z011E0180;CCGGATAT,Z011E0181;CCACAA,Z011E0186;GTCGATT,Z011E0187;CGCCTTAT,Z011E0188)

text: Zea mays

text: GBS sequencing of NAM plate 628NHAAXX_7


text: Cornell University

text: live

text: Generic

text: Zea mays

text: GBS sequencing of NAM plate 628NJAAXX_1


text: Cornell University

text: live

text: Generic

text: Zea mays

text: GBS sequencing of NAM plate 628NJAAXX_2


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (CTCC,Z013E0004;TTCTC,Z013E0005;AACGCCT,Z013E0007;TGCA,Z013E0013;AGCCC,Z013E0014;CTTCCA,Z013E0015;AATATGC,Z013E0016;ACTA,Z013E0021;GTATT,Z013E0022;GAGATA,Z013E0023;ACGACTAC,Z013E0024;GTCT,Z013E0029;CTGTA,Z013E0030;ATGCCT,Z013E0031;AAGGATGC,Z013E0032;GAAT,Z013E0037;AGCAT,Z013E0038;TATTTTT,Z013E0039;TAGCATGC,Z013E0040;GCGT,Z013E0046;ACTAT,Z013E0047;CTTGCTT,Z013E0049;TAGGAAGC,Z013E0050;TGGC,Z013E0055;GAGAAT,Z013E0056;ATGAAAC,Z013E0057;TAGGCCAT,Z013E0058;CGAT,Z013E0063;CCAGCT,Z013E0065;AAAAGTT,Z013E0066;TGCAAGGA,Z013E0067;CTTGA,Z013E0073;TTCAGA,Z013E0074;GAATTCA,Z013E0075;TGGTACGT,Z013E0076;TCACC,Z013E0081;TAGGAA,Z013E0082;GAACTTC,Z013E0083;TCTCAGTC,Z013E0084;CTAGC,Z013E0089;GCTCTA,Z013E0090;GGACCTA,Z013E0091;CCGGATAT,Z013E0092;CCACAA,Z013E0097;GTCGATT,Z013E0098;CGCCTTAT,Z013E0099)

text: Zea mays

text: GBS sequencing of NAM plate 628NJAAXX_3


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (TGGC,Z001E0111;GAGAAT,Z001E0180;ATGAAAC,Z002E0087;TAGGCCAT,Z003E0021;CGAT,Z003E0073;CCAGCT,Z003E0078;AAAAGTT,Z003E0079;TGCAAGGA,Z003E0080;CTTGA,Z003E0093;TTCAGA,Z003E0099;GAATTCA,Z003E0108;TGGTACGT,Z003E0150;TAGGAA,Z005E0101;GAACTTC,Z005E0109;TCTCAGTC,Z005E0115;CTAGC,Z005E0153;GCTCTA,Z005E0174;ACTAT,Z013E0003;CTTGCTT,Z013E0006;TAGGAAGC,Z013E0096;AGCCC,Z013E0108;CTTCCA,Z013E0109;AATATGC,Z013E0110;GTATT,Z013E0116;GAGATA,Z013E0117;ACGACTAC,Z013E0118;GTCT,Z013E0124;CTGTA,Z013E0125;ATGCCT,Z013E0126;AAGGATGC,Z013E0127;GAAT,Z013E0132;AGCAT,Z013E0133;TATTTTT,Z013E0134;TAGCATGC,Z013E0208;GCGT,Z013E0247;GGACCTA,Z014E0002;CCGGATAT,Z014E0015;CCACAA,Z014E0048;GTCGATT,Z014E0051;CGCCTTAT,Z014E0095)

text: Zea mays

text: GBS sequencing of NAM plate 628NJAAXX_4


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (GCGT,Z001E0020;ACTAT,Z001E0021;CTTGCTT,Z001E0022;TAGGAAGC,Z001E0103;TGGC,Z003E0022;GAGAAT,Z003E0029;ATGAAAC,Z003E0043;TAGGCCAT,Z003E0070;CGAT,Z003E0083;CCAGCT,Z003E0086;AAAAGTT,Z003E0090;TGCAAGGA,Z003E0091;CTTGA,Z003E0158;TTCAGA,Z003E0177;GAATTCA,Z003E0179;TCACC,Z005E0117;TAGGAA,Z005E0123;GAACTTC,Z005E0136;TCTCAGTC,Z005E0141;TTCTC,Z013E0104;CGTCAA,Z013E0105;AACGCCT,Z013E0106;TGCA,Z013E0111;AGCCC,Z013E0112;CTTCCA,Z013E0113;AATATGC,Z013E0114;ACTA,Z013E0119;GAGATA,Z013E0122;ACGACTAC,Z013E0123;GTCT,Z013E0128;CTGTA,Z013E0129;ATGCCT,Z013E0130;AAGGATGC,Z013E0131;GAAT,Z013E0211;AGCAT,Z013E0222;TATTTTT,Z013E0226;TAGCATGC,Z013E0242;CTAGC,Z014E0021;GCTCTA,Z014E0023;GGACCTA,Z014E0029;CCGGATAT,Z014E0038;ACAAA,Z014E0101;CCACAA,Z014E0167;GTCGATT,Z014E0168;CGCCTTAT,Z014E0198)

text: Zea mays

text: GBS sequencing of NAM plate 628NJAAXX_5


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (TTCTC,Z014E0001;AACGCCT,Z014E0003;TGCA,Z014E0008;AGCCC,Z014E0009;CTTCCA,Z014E0010;AATATGC,Z014E0011;ACTA,Z014E0016;GTATT,Z014E0017;GAGATA,Z014E0018;ACGACTAC,Z014E0019;GTCT,Z014E0024;CTGTA,Z014E0025;ATGCCT,Z014E0026;AAGGATGC,Z014E0027;GAAT,Z014E0032;AGCAT,Z014E0033;TATTTTT,Z014E0034;TAGCATGC,Z014E0036;GCGT,Z014E0042;ACTAT,Z014E0043;CTTGCTT,Z014E0044;TAGGAAGC,Z014E0045;TGGC,Z014E0050;ATGAAAC,Z014E0052;TAGGCCAT,Z014E0053;CGAT,Z014E0058;CCAGCT,Z014E0059;AAAAGTT,Z014E0060;TGCAAGGA,Z014E0061;CTTGA,Z014E0066;TTCAGA,Z014E0067;GAATTCA,Z014E0068;TGGTACGT,Z014E0069;TCACC,Z014E0074;TAGGAA,Z014E0075;GAACTTC,Z014E0076;TCTCAGTC,Z014E0077;CTAGC,Z014E0082;GCTCTA,Z014E0083;GGACCTA,Z014E0084;CCGGATAT,Z014E0085;CCACAA,Z014E0090;GTCGATT,Z014E0091;CGCCTTAT,Z014E0092)

text: Zea mays

text: GBS sequencing of NAM plate 628NJAAXX_6


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (CTCC,Z014E0004;TTCTC,Z014E0005;CGTCAA,Z014E0006;AACGCCT,Z014E0007;TGCA,Z014E0012;AGCCC,Z014E0013;CTTCCA,Z014E0014;ACTA,Z014E0020;GAGATA,Z014E0022;GTCT,Z014E0028;ATGCCT,Z014E0030;AAGGATGC,Z014E0031;AGCAT,Z014E0039;TATTTTT,Z014E0040;TAGCATGC,Z014E0041;GCGT,Z014E0046;ACTAT,Z014E0047;TAGGAAGC,Z014E0049;TGGC,Z014E0054;GAGAAT,Z014E0055;ATGAAAC,Z014E0056;TAGGCCAT,Z014E0057;CGAT,Z014E0062;CCAGCT,Z014E0063;AAAAGTT,Z014E0064;TGCAAGGA,Z014E0065;CTTGA,Z014E0070;TTCAGA,Z014E0071;GAATTCA,Z014E0072;TGGTACGT,Z014E0073;TCACC,Z014E0078;TAGGAA,Z014E0079;GAACTTC,Z014E0080;TCTCAGTC,Z014E0081;CTAGC,Z014E0086;GCTCTA,Z014E0087;GGACCTA,Z014E0088;CCGGATAT,Z014E0089;ACAAA,Z014E0093;CCACAA,Z014E0094;CGCCTTAT,Z014E0096)

text: Zea mays

text: GBS sequencing of NAM plate 628NJAAXX_7


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (CTCC,Z004E0099;TTCTC,Z004E0100;CGTCAA,Z004E0101;AACGCCT,Z004E0102;TGCA,Z004E0107;AGCCC,Z004E0108;CTTCCA,Z004E0109;ACTA,Z004E0115;GTATT,Z004E0116;GAGATA,Z004E0117;ACGACTAC,Z004E0118;GTCT,Z004E0124;CTGTA,Z004E0125;ATGCCT,Z004E0126;AAGGATGC,Z004E0127;GAAT,Z004E0132;AGCAT,Z004E0133;TATTTTT,Z004E0134;TAGCATGC,Z004E0135;GCGT,Z004E0140;ACTAT,Z004E0141;CTTGCTT,Z004E0142;TAGGAAGC,Z004E0143;TGGC,Z004E0148;GAGAAT,Z004E0149;TAGGCCAT,Z004E0151;CGAT,Z004E0156;CCAGCT,Z004E0157;AAAAGTT,Z004E0158;TGCAAGGA,Z004E0159;CTTGA,Z004E0164;TTCAGA,Z004E0165;GAATTCA,Z004E0166;TCACC,Z004E0172;TAGGAA,Z004E0173;GAACTTC,Z004E0174;TCTCAGTC,Z004E0175;CTAGC,Z004E0180;GCTCTA,Z004E0181;CCGGATAT,Z004E0183;ACAAA,Z004E0187;GTCGATT,Z004E0189;CGCCTTAT,Z004E0190)

text: Zea mays

text: GBS sequencing of NAM plate 628NVAAXX_1


text: Cornell University

text: live

text: Generic

text: Mapping between GBS barcodes and samples. The restriction enzyme used for this plate is ApeKI. (CTCC,Z007E0102;TTCTC,Z007E0103;CGTCAA,Z007E0104;AACGCCT,Z007E0105;TGCA,Z007E0110;AGCCC,Z007E0111;CTTCCA,Z007E0112;AATATGC,Z007E0114;ACTA,Z007E0119;GTATT,Z007E0120;GAGATA,Z007E0121;ACGACTAC,Z007E0122;ATGCCT,Z007E0129;AAGGATGC,Z007E0130;GAAT,Z007E0135;AGCAT,Z007E0136;TATTTTT,Z007E0137;TAGCATGC,Z007E0138;GCGT,Z007E0143;ACTAT,Z007E0144;CTTGCTT,Z007E0145;TAGGAAGC,Z007E0146;TGGC,Z007E0151;GAGAAT,Z007E0152;ATGAAAC,Z007E0153;TAGGCCAT,Z007E0154;CGAT,Z007E0159;CCAGCT,Z007E0160;AAAAGTT,Z007E0161;TGCAAGGA,Z007E0162;CTTGA,Z007E0167;TTCAGA,Z007E0168;GAATTCA,Z007E0169;TGGTACGT,Z007E0170;TCACC,Z007E0175;TAGGAA,Z007E0176;GAACTTC,Z007E0177;TCTCAGTC,Z007E0178;CTAGC,Z007E0183;GCTCTA,Z007E0184;GGACCTA,Z007E0185;CCGGATAT,Z007E0186;ACAAA,Z007E0191;CCACAA,Z007E0192;GTCGATT,Z007E0193;CGCCTTAT,Z007E0194)

text: Zea mays

text: GBS sequencing of NAM plate 628NVAAXX_2


text: Cornell University

text: live

text: Generic

text: Zea mays

text: GBS sequencing of NAM plate 628NVAAXX_3