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Status
Public on Sep 22, 2006
Title
URGV Arabidopsis thaliana 25K CATMA_v2.2
Technology type
spotted DNA/cDNA
Distribution
non-commercial
Organism
Arabidopsis thaliana Manufacturer
URGV (Plant Genomic Research Unit)
Manufacture protocol
A.thaliana genes were predicted with Eugene software (Foissac S. et al., Nucleic Acids Res., 2003) and gene-specific sequence tags were automatically designed (Thareau et al. Bioinformatics, 2003 Nov 22). Two rounds of PCR were performed and PCR products were finally purified and dissolved in 50% DMSO in TE at concentrations ranging between 50-200ng/ul and re-arrayed in 1536 microtiter plates. The pins are washed in 0.1% SDS at 50 °C then three times in bi-distilled water. Spotter settings are 45-55% humidity, and a pitch = 180 um. The room temperature is set between 19 and 21 degrees Celsius and below 40 % humidity. The microtiter plates are placed in the biobank. The four trays are cleaned and 100-120 slides placed on them (30 slides per tray). The spotting lasts 25 hours. The slides are stored in the dark in a dry-cabinet for 3 days and UV-cross-linked at 300 mJ. After crosslinking, the slides are stored in the dark in a dry-cabinet.
Support
glass
Coating
aminosilane
Description
Corning Ultra-GAPS (TM) slides are spotted with 64 pins (8x8) therefore the spotted area is divided into 3 metablocks, each containning 64 blocks of 144 spots (12x12)
Web link
http://www.evry.inra.fr/public/groups/jean-pierre.html Contributor(s)
Renou J , Bitton F , Taconnat L , Thareau V , Hilson P Citation(s)
15489341 Submission date
Sep 20, 2006
Last update date
May 03, 2012
Contact name
Frederique Bitton
E-mail(s)
bitton@evry.inra.fr URL
http://www.evry.inra.fr Organization name
INRA
Lab
URGV
Street address
2 rue Gaston Cremieux
City
Evry
ZIP/Postal code
91000
Country
France
Samples (1171)
GSM136930 , GSM136931 , GSM159351 , GSM159352 , GSM179469 , GSM179470
GSM179471 ,
GSM179472 ,
GSM181558 ,
GSM181559 ,
GSM181560 ,
GSM181561 ,
GSM181562 ,
GSM181563 ,
GSM181564 ,
GSM181565 ,
GSM181566 ,
GSM181567 ,
GSM181568 ,
GSM181569 ,
GSM181570 ,
GSM181571 ,
GSM181572 ,
GSM181573 ,
GSM181574 ,
GSM181575 ,
GSM181576 ,
GSM181577 ,
GSM194817 ,
GSM194818 ,
GSM194819 ,
GSM194820 ,
GSM194821 ,
GSM194822 ,
GSM194823 ,
GSM194824 ,
GSM194825 ,
GSM194826 ,
GSM194827 ,
GSM194828 ,
GSM194829 ,
GSM194830 ,
GSM194831 ,
GSM194832 ,
GSM194833 ,
GSM194834 ,
GSM194835 ,
GSM194836 ,
GSM194837 ,
GSM194838 ,
GSM194839 ,
GSM194840 ,
GSM194841 ,
GSM194842 ,
GSM194843 ,
GSM194844 ,
GSM194845 ,
GSM194846 ,
GSM194847 ,
GSM194848 ,
GSM194849 ,
GSM194850 ,
GSM194851 ,
GSM194852 ,
GSM194853 ,
GSM194854 ,
GSM194855 ,
GSM194856 ,
GSM194857 ,
GSM194858 ,
GSM194859 ,
GSM194860 ,
GSM194861 ,
GSM194862 ,
GSM194863 ,
GSM194864 ,
GSM194865 ,
GSM194866 ,
GSM194867 ,
GSM194868 ,
GSM194869 ,
GSM194870 ,
GSM194871 ,
GSM194872 ,
GSM194873 ,
GSM194874 ,
GSM194875 ,
GSM194876 ,
GSM194877 ,
GSM194878 ,
GSM194879 ,
GSM194880 ,
GSM194881 ,
GSM194882 ,
GSM194883 ,
GSM194884 ,
GSM194885 ,
GSM194886 ,
GSM194887 ,
GSM194888 ,
GSM194889 ,
GSM194890 ,
GSM194891 ,
GSM194892 ,
GSM194893 ,
GSM194894 ,
GSM194895 ,
GSM194896 ,
GSM194897 ,
GSM194898 ,
GSM194899 ,
GSM194900 ,
GSM194901 ,
GSM194902 ,
GSM194903 ,
GSM194904 ,
GSM194905 ,
GSM194906 ,
GSM194907 ,
GSM194908 ,
GSM194909 ,
GSM194910 ,
GSM194911 ,
GSM194912 ,
GSM194913 ,
GSM194914 ,
GSM194937 ,
GSM194938 ,
GSM194941 ,
GSM194944 ,
GSM194947 ,
GSM194948 ,
GSM194949 ,
GSM194950 ,
GSM197358 ,
GSM197359 ,
GSM197360 ,
GSM197361 ,
GSM197362 ,
GSM197363 ,
GSM197364 ,
GSM197365 ,
GSM197366 ,
GSM197367 ,
GSM197368 ,
GSM197369 ,
GSM198283 ,
GSM198284 ,
GSM198285 ,
GSM198286 ,
GSM198287 ,
GSM198288 ,
GSM198289 ,
GSM198290 ,
GSM198291 ,
GSM198292 ,
GSM198293 ,
GSM198294 ,
GSM198295 ,
GSM198296 ,
GSM198297 ,
GSM198298 ,
GSM198299 ,
GSM198300 ,
GSM198301 ,
GSM198302 ,
GSM198303 ,
GSM198304 ,
GSM198305 ,
GSM198306 ,
GSM198307 ,
GSM198308 ,
GSM198309 ,
GSM198310 ,
GSM198311 ,
GSM198312 ,
GSM198313 ,
GSM198314 ,
GSM198315 ,
GSM198316 ,
GSM198317 ,
GSM198318 ,
GSM198319 ,
GSM198320 ,
GSM198321 ,
GSM198322 ,
GSM198323 ,
GSM198324 ,
GSM198325 ,
GSM198326 ,
GSM198327 ,
GSM198328 ,
GSM198329 ,
GSM198330 ,
GSM198331 ,
GSM198332 ,
GSM198333 ,
GSM198334 ,
GSM198335 ,
GSM198336 ,
GSM198337 ,
GSM198338 ,
GSM198339 ,
GSM198340 ,
GSM198341 ,
GSM198342 ,
GSM198343 ,
GSM198344 ,
GSM198345 ,
GSM198346 ,
GSM198347 ,
GSM198348 ,
GSM198349 ,
GSM198350 ,
GSM198351 ,
GSM198352 ,
GSM198353 ,
GSM198354 ,
GSM198982 ,
GSM198983 ,
GSM198984 ,
GSM198985 ,
GSM198986 ,
GSM198987 ,
GSM198988 ,
GSM198989 ,
GSM198990 ,
GSM198991 ,
GSM209515 ,
GSM209516 ,
GSM209517 ,
GSM209518 ,
GSM209519 ,
GSM209520 ,
GSM209521 ,
GSM209522 ,
GSM209523 ,
GSM209524 ,
GSM209525 ,
GSM209526 ,
GSM209527 ,
GSM209528 ,
GSM209529 ,
GSM209530 ,
GSM209531 ,
GSM209532 ,
GSM209533 ,
GSM209534 ,
GSM209535 ,
GSM209536 ,
GSM209549 ,
GSM209550 ,
GSM209551 ,
GSM209552 ,
GSM209553 ,
GSM209554 ,
GSM209555 ,
GSM209556 ,
GSM209557 ,
GSM209558 ,
GSM209559 ,
GSM209560 ,
GSM209671 ,
GSM209672 ,
GSM209673 ,
GSM209674 ,
GSM209675 ,
GSM209676 ,
GSM209677 ,
GSM209678 ,
GSM209679 ,
GSM209680 ,
GSM209681 ,
GSM209682 ,
GSM215561 ,
GSM215562 ,
GSM215563 ,
GSM215564 ,
GSM215587 ,
GSM215588 ,
GSM215589 ,
GSM215590 ,
GSM215591 ,
GSM215592 ,
GSM215593 ,
GSM215594 ,
GSM215595 ,
GSM215596 ,
GSM215597 ,
GSM215598 ,
GSM215599 ,
GSM215600 ,
GSM215601 ,
GSM215602 ,
GSM219118 ,
GSM219119 ,
GSM219120 ,
GSM219121 ,
GSM219122 ,
GSM219123 ,
GSM219124 ,
GSM219125 ,
GSM219126 ,
GSM219127 ,
GSM219128 ,
GSM219129 ,
GSM219130 ,
GSM219131 ,
GSM219132 ,
GSM219133 ,
GSM219134 ,
GSM219135 ,
GSM219136 ,
GSM219137 ,
GSM219138 ,
GSM219139 ,
GSM219140 ,
GSM219141 ,
GSM219142 ,
GSM219143 ,
GSM219144 ,
GSM219145 ,
GSM219146 ,
GSM219147 ,
GSM219148 ,
GSM219149 ,
GSM219150 ,
GSM219151 ,
GSM219152 ,
GSM219153 ,
GSM219154 ,
GSM219155 ,
GSM219156 ,
GSM219157 ,
GSM219158 ,
GSM219159 ,
GSM219160 ,
GSM219161 ,
GSM224938 ,
GSM224939 ,
GSM224940 ,
GSM224941 ,
GSM224942 ,
GSM224943 ,
GSM234983 ,
GSM234989 ,
GSM234990 ,
GSM240264 ,
GSM240265 ,
GSM240266 ,
GSM240267 ,
GSM240268 ,
GSM240269 ,
GSM245207 ,
GSM245208 ,
GSM245209 ,
GSM245210 ,
GSM245211 ,
GSM245212 ,
GSM245213 ,
GSM245214 ,
GSM245215 ,
GSM245216 ,
GSM245217 ,
GSM245218 ,
GSM245219 ,
GSM245220 ,
GSM245221 ,
GSM245222 ,
GSM245223 ,
GSM245224 ,
GSM245225 ,
GSM245226 ,
GSM245227 ,
GSM245228 ,
GSM245229 ,
GSM245230 ,
GSM245231 ,
GSM245232 ,
GSM245233 ,
GSM245234 ,
GSM258142 ,
GSM258143 ,
GSM258144 ,
GSM258145 ,
GSM258146 ,
GSM258147 ,
GSM258148 ,
GSM258149 ,
GSM258150 ,
GSM258151 ,
GSM258152 ,
GSM258153 ,
GSM258154 ,
GSM258155 ,
GSM258156 ,
GSM258157 ,
GSM258158 ,
GSM258159 ,
GSM258160 ,
GSM258161 ,
GSM258162 ,
GSM258163 ,
GSM261583 ,
GSM261584 ,
GSM261585 ,
GSM261586 ,
GSM261587 ,
GSM261588 ,
GSM261776 ,
GSM261777 ,
GSM261778 ,
GSM261779 ,
GSM261780 ,
GSM261781 ,
GSM261782 ,
GSM261783 ,
GSM261784 ,
GSM261785 ,
GSM261786 ,
GSM261787 ,
GSM262497 ,
GSM262498 ,
GSM262499 ,
GSM262500 ,
GSM262501 ,
GSM262502 ,
GSM262503 ,
GSM262504 ,
GSM262505 ,
GSM262506 ,
GSM262507 ,
GSM262508 ,
GSM262824 ,
GSM262825 ,
GSM262826 ,
GSM262827 ,
GSM262828 ,
GSM262829 ,
GSM262830 ,
GSM262831 ,
GSM262832 ,
GSM262833 ,
GSM263762 ,
GSM263763 ,
GSM263764 ,
GSM263765 ,
GSM263766 ,
GSM263767 ,
GSM263768 ,
GSM263769 ,
GSM269868 ,
GSM269869 ,
GSM269870 ,
GSM269871 ,
GSM269872 ,
GSM269873 ,
GSM269874 ,
GSM269875 ,
GSM269876 ,
GSM269877 ,
GSM269878 ,
GSM269879 ,
GSM269880 ,
GSM269881 ,
GSM269882 ,
GSM269883 ,
GSM269884 ,
GSM269885 ,
GSM269886 ,
GSM269887 ,
GSM269888 ,
GSM269889 ,
GSM269890 ,
GSM269891 ,
GSM269892 ,
GSM269893 ,
GSM269894 ,
GSM269895 ,
GSM269896 ,
GSM269897 ,
GSM269898 ,
GSM269899 ,
GSM269900 ,
GSM269901 ,
GSM269902 ,
GSM269903 ,
GSM269904 ,
GSM269905 ,
GSM269906 ,
GSM269907 ,
GSM269908 ,
GSM269909 ,
GSM269910 ,
GSM269911 ,
GSM269912 ,
GSM269913 ,
GSM269914 ,
GSM269915 ,
GSM269916 ...
Accession list truncated, click here to browse through all related public accessions You can also download a list of all accessions here Series (95)
GSE5885 Genes expressed in Arabidopsis pollen: Comparison between Columbia and WS pollen RNAs
GSE6910 Which genes are expressed in Arabidopsis pollen.- Comparison between Columbia and WS pollen RNAs.
GSE7420 The impact of cell wall alterations on global gene expression.Overexpressor against wild type.
GSE7421 The impact of cell wall alterations on global gene expression. Comparative analysis of mutant.
GSE7495 Genes activated by s.a through the activity of phosphatidylinositol 4-kinase- Role of phosphatidylinositol 4-kinase
GSE7932 atnin7-1 in two different nitrogen conditions
GSE7933 NRT2.4 NO3 transport mutant
GSE7934 Nitrate control of Arabidopsis seed dormancy
GSE7935 The study of ethylene response in cellular elongation of Arabidopsis roots
GSE7936 Transcriptome analysis of two mutants rdr6/sgs2 and sgs3 impaired in post-transcriptional gene silencing (PTGS)
GSE7937 Identification of genes involved in cell wall integrity signalling in Arabidopsis dark-grown hypocotyls
GSE7938 Effect of nicotianamine over-accumulation in standard condition and in response to nickel treatment
GSE7939 CKI role in plant development
GSE7940 Nickel_root-effect of nicotianamine over-accumulation in standard condition and in response to nickel treatment
GSE7941 Time course h2o2 treatment-involvement of small non coding RNAs in Arabidopsis responses to oxidative stress
GSE7942 Effect of atrazine and sucrose on xenobiotic tolerance in Arabidopsis
GSE7943 analysis of atnuc-l1 mutant line-Characterization of a nucleolin gene in Arabidopsis thaliana mutant line
GSE7945 No-Transcriptional impact of Cd-induced nitric oxide synthesis
GSE7976 double mutant sbe-The impact of some genes mutations implicated in the amidon metabolism
GSE8031 nitrogen starvation and re-supply-Improving the nitrogen use efficiency : from model plant to crop species.
GSE8061 translatome-cd-Analysis of the translatome of Arabidopsis in response to Cadmium stress
GSE8427 all comparison-Functional characterization of Arabidopsis NAP1/SET genes
GSE8429 sdg25 and sdg26-Functional characterization of Arabidopsis NAP1/SET genes
GSE8436 dspa/e of erwinia amylovora-Regulation of the Arabidopsis transcriptome by the type three effector DspA/E of E...
GSE8697 nt-kis-CKI role in plant development
GSE8701 erwinia-Regulation of the Arabidopsis transcriptome by the type three secretion system (TTSS) of Erwinia amylovora
GSE8819 cms4:19 and at chr3-Comparing nuclear gene expression in two CMS-systems using microarray technology
GSE8820 rfppr-Comparing nuclear gene expression in two CMS-systems using microarray technology
GSE8878 water stress-Identification of targets of the transcription factor hahb-4 in relation to abiotic stress
GSE9258 urea-Urea impact on the nitrogen metabolism of plant and on the nitrogen transport systems
GSE9459 pld-Fonctional analysis of the double mutant phospholipasezeta1,2 in response to abiotic stress
GSE9695 Role of phospholipase D in salycilic acid signaling in Arabidopsis thaliana suspension cells
GSE10229 Transcriptomic of meiocytes.
GSE10349 sqe1-Functional analysis and biotechnological application of genes involved in drought and salt stress tolerance
GSE10357 aba4/1-Analyse of arabidopsis mutants and transforming affected in the synthesis of abscissic acid.
GSE10384 drought and salt stress response-Eskimo gene characterisation.
GSE10399 Catma1-bou-bou mutant characterisation: Autotrophic growth acquisition in the ABOUTDESOUFFLE (bou) mutant
GSE10426 Clubroot catma-2: Deciphering the Arabidopsis mechanisms of resistance to clubroot (Plasmodiophora brassicae)
GSE10672 mir398 mutant analysis-Analysis of miR398 mutants.
GSE10673 wt/myb77-Functional characterization of AtMYB77 transcription factor.
GSE10674 maternal/embryonic aba-1-Analysis of the role of maternal and embryonic ABA in seeds.
GSE10675 methotrexate treatment-dynamics of Arabidopsis transcriptome during folate depletion
GSE10676 carnitine effect-Effect of carnitine on the transcriptome of A. thaliana
GSE10677 treatment g-butyrobetaine wt col.0-Effect of carnitine on the transcriptome of A. thaliana
GSE10679 analysis of npc48 overexpressing plants-Analysis of npc48 overexpressing plants.
GSE10705 atnar2.1-1-Atnar2.1-1 response to transfer on low nitrate condition
GSE10707 potyvirus effect-Transcriptionnal response to potyviruses infection in Arabidopsis
GSE10711 arabidopsis ecotypes-Transcriptionnal response to potyviruses infection in Arabidopsis
GSE10713 stifenia-Effects of Stifenia pretreatment on Arabidopsis thaliana resistance against Fusarium oxysporum pv rafani
GSE10716 n509-9-Transcriptomic analyses of the N509.9 nodulin-like knock out mutant
GSE10717 fwa-pollen-Effect of DNA hypomethylation on gene expression
GSE10724 fwa-leaves-Effect of DNA hypomethylation on gene expression
GSE10786 nrt2.4-NRT2.4 NO3 transport mutant.
GSE11129 ler vs pop2-1: gaba over-accumulation effects-Transcriptomic analysis of pop2-1 mutant in Arabidopsis thaliana
GSE11140 zip9_target_genes-Functional Characterization of AtbZIP9
GSE11174 Transcriptome analysis of fry2 mutants-Transcriptome analysis of fry2 mutants
GSE11563 Adaptation of Root Architecture to Abiotic Stress
GSE11797 time course uranyl nitrate response-Transcriptomic analysis of uranyl response in Arabidopsis thaliana
GSE12913 A light-regulated genetic module was recruited to carpel development in flowering plants following a structural change to SPATULA
GSE12914 crc1 mutant-Modelling the Transcriptional Network in Arabidopsis Fruit Development.
GSE12919 esr1-drn-Transcriptomic study of the transcription factor ESR1/DRN.
GSE12938 dgpp-2 DGPP-regulated genes: Identification of diacylglycerol pyrophosphate-regulated genes in ABA signaling
GSE13000 meiocytes-Transcriptomic of meiocytes.
GSE13019 dgpp-DGPP regulated genes. Identification of diacylglycerol pyrophosphate regulated genes in ABA signaling.
GSE13389 hr-Transcriptomic analysis of the localized acquired resistance (LAR) phenomenon in Arabidopsis thaliana
GSE13390 lar-Transcriptomic analysis of the localized acquired resistance (LAR) phenomenon in Arabidopsis thaliana
GSE13417 Transcript profiling in Arabidopsis gollum mutant: Role of the Gollum gene in the plant development
GSE14446 Gene expression of lpp2 KO mutant in response to ABA.
GSE14648 Plant cell wall and development. Comparison of transcript levels between elongating 5 and 11 day-old plants
GSE14659 CRABS CLAW positively regulates genes involved in the establishment of both abaxial and adaxial identity in Arabidopsis
GSE14660 ETTIN regulates genes involved in cell wall modification
GSE15123 Cell cycle and cell death interaction in plants: PCNA, AtXRs and AtMIPS pathway.
GSE15560 Comparison of simple mutants gcn5 and hd1 and double mutant gcn5 hd1.
GSE15880 plp2 bc 1-Functional analysis of lipid acyl hydrolases in Arabidopsis antimicrobial defense
GSE15881 plp2 botrytis cinerea 2-Functional analysis of lipid acyl hydrolases in Arabidopsis antimicrobial defense
GSE15882 af13_plp2 - plp2 paraquat - Functional analysis of lipid acyl hydrolases in Arabidopsis antimicrobial defense
GSE15972 Functional analysis of lipid acyl hydrolases in Arabidopsis antimicrobial defense: plp2 Botrytis cinerea
GSE15973 Functional analysis of lipid acyl hydrolases in Arabidopsis antimicrobial defense: plp2 paraquat
GSE16241 preliminary experiment:repetability-Establishing the network of seed gene expression and analysis of its biodiversity
GSE16242 seed development-Establishing the network of seed gene expression and analysis of its biodiversity
GSE16244 seed specific genes-Establishing the network of seed gene expression and analysis of its biodiversity
GSE16393 eqtl analysis (random pair design)-Establishing the network of seed gene expression and analysis of its biodiversity
GSE16956 compare haiku mutants with wildtype-Study of small seed mutants.
GSE19739 Cytb1-1-Ascorbate metabolism in plants: physiological function and biochemical properties of cytochrome b561
GSE19800 mutant vs wildtype-Embryonic patterning in Arabidopsis thaliana
GSE19827 comparison between constitutive and inducible p25 plants-Global transcriptome deregulation of P25 expressing plants
GSE21148 adt08-01_upp-Trancriptome analysis of the Arabidopsis upp-1/2 mutants
GSE22059 Wild type Lec1 transgene induction by DEX: Establishing the network of seed gene expression and analysis of its biodiversity (wt dex induction)
GSE22173 LEC1::GR induction: Establishing the network of seed gene expression and analysis of its biodiversity
GSE26843 oct07-DNA methylation and small RNAs
GSE30381 functional characterization of vvmyb82-Functional characterization of the transcription factor VvMYB82
GSE36628 wt dex induction-Establishing the network of seed gene expression and analysis of its biodiversity
GSE36652 comparison_cul4_as_dark_light-Functional analysis of the SKP2 and CUL4 proteins
GSE36659 sphingo-1-Identification of Sphingolipid regulated genes in cold stress response. Sphingolipids regulated genes.
GSE36730 arcole / pgpr-Nitrogenous nutrition efficiency of canola in spring : identification of targets for plant breeding
Data table header descriptions ID NAME Name of probes (alternative name)
SPOT_ID Name of probes (alternative name)
SEQUENCE Sequence of probes
Data table ID NAME SPOT_ID SEQUENCE 1
BAR
BAR 2
BT
BT 3
C001 (CHLORO1)
C001 GAACGACGGGAATTGAACCCGCGATGGTGAATTCACAATCCACTGCCTTAATCCACTTGGCTACATCCGCCCCTACGCTACTATCTATTCTTTTTTGTATTGTCTAAAAAAAAAAAAAAATACAAATTTCAATAAAAAATAAAAAAAGGTAGCAAATTCCACCTTATTTTTTTTCTAATAAAAAATATATAGTAATTTTTTATTATTTATTATTATTATTTATTATTAATATAATAAATAAAGTAAAATATGATACTCTATAAAAATTTGCTCATTTTTATAGAAAAAAACGAGTAATATAAGCCCTCTTTCTTATTTAAAGAAGGCTTATATTGCTCGTTTTTTACTAAACTAGATCTAGACTAACACTAACGAATTATCCATTTGTAGATGGAGCCTCAACAGCAGCTAGGTCTAGAGGGAAGTTGTGAGCATTACGTTCATGCATAACTTCCATACCAAGGTTAGCACGGTTAATAATATCAGCCCAA
4
C002 (CHLORO2)
C002 TGTGAAATGGGTGCATAAGAATGTTGTGCTCAGCCTGGAATACAATCATAAAGTTGAAAGTACCAGAGATTCCTAGAGGCATACCATCAGAAAAACTTCCCTGACCAATTGGATAGATCAAGAAAACAGCAGTCGCAGCTGCAACAGGAGCTGAATATGCAACAGCAATCCAAGGACGCATACCCAGACGGAAACTAAGTTCCCACTCACGACCCATATAACAAGCTACACCAAGTAAAAAGTGTAGAACAATTAGTTCATAAGGACCGCCGTTGTATAGCCATTCATCAACGGATGCAGCTTCCCAGATTGGGTAAAAATGCAATCCAATAGCTGCAGAAGTAGGAATAATGGCACCGGAAATAATATTGTTTCCGTAAAGAAGAGATCCAGAAACAGGTTCACGAATACCATCAATATCTACTGGAGGAGCAGCAATGAATGCGATAATAAAAACAGAAGTTGCGGTCAATAAGGTAGGGATC
5
C003 (CHLORO3)
C003 TCAATATCTACTGGAGGAGCAGCAATGAATGCGATAATAAAAACAGAAGTTGCGGTCAATAAGGTAGGGATCATCAAAACACCAAACCATCCAATGTAAAGACGGTTTTCAGTGCTAGTTATCCAGTTACAGAAGCGACCCCATAGGCTTTCGCTTTCGCGTCTCTCTAAAATTGCAGTCATGGTAAAATCCTTGGTTTATTTAATAATCAGGGACTCCCAAGCGCACAAATTCTCTAAGTAGATAATTGAGAGCTTGTTATGAAACAGTATAACATGACTTATATAGCCATGTCAACCAATGTAAAATGGATAAGATCCTTTTAGTTTAGATTCATAAAAAATTTTTTGTAATCGATGAAATAAATTAGAAGCGAATCCACATACATAGAAATAGAATTGCTCTAGGAATATTTTTTCCAAATCATATGAATACGATTGAATACGATCCGTAGTGGGTTGCCCGGGACTCGAACCCGGAACTAGTCGGAT
6
C004 (CHLORO4)
C004 TTGAATACGATCCGTAGTGGGTTGCCCGGGACTCGAACCCGGAACTAGTCGGATGGAGTAGATAATCTCCTTGTTAAAATGAAAAAAAAAAGGTAAAAAACCCCTCCCCAAACCGTGCTTGCATTTTTCATTGCACACAGCTTTCTCTATGTATACATAGAAAACTCAATTTCTTTGGTTCCTTATAAATAGGACTCCAAATTCAATACTCAGTAAATTTAATCGTAGTCTTACTGTATGAACATTTAATAATAGAAATAAAGCACTTTTGATAATAAAAAATAATTGATTTTTTTTGTTATCTCTGCATAAATTTTAATAAATTTCGATTTCATTTATGGGGTCTCAGAACCCAATTATTCATGATTGACCAAATCATTAAGATAAAGAATATCCAAATACCAAATTCGCACTCGATATAATCTTTTAGAAGCATAATAACTTCTTGGGAAGATTAAAGAAAGAACTTGGTCTTCCC
7
C005 (CHLORO5)
C005 TTTCTAGCATTTGACTACGTACCACTAAAGGGTTTAATCGCAAACTTGACAGATAACCCAGAAACTCTAAATTATCTTTAGATAATTGATTTATATTGACCTTTTGCGATTGAAACCATACCGAAAAATAACATTGCCATAAATTAACAAAATAATATTTCCATTTATTCATCAGAAGCGGCGTATCCTTTGTTGCCAGAATGCATCTTCCGTGATATCTAACATAATGTATGAAAGGATCCTTGAGCAACCCTAGGATTGCCGGAAAATTATTAACAAAAACTTTGAAAAAATGGTGTATTTTTCCATAGAATACAATTCGCTCAAAAAGGACTTCATAAGATGTCGATCGTAAATGCGAAGACCGCTTGCGTAGAAAAAAAAAGATGGATTCGTATTCACATACA
8
C006 (CHLORO6)
C006 GGTTCACATCCTTAGTGGGAATAATCAAACGATTCTGTTCATACATTCGCAAAATTAAGCGTTTCGTAATTAGTGAACTATATTTTTTGTCATAATCCGCATTTTCCAAGAAAATATAGCGATTTCTATTTAATCTATTTAAACCATGATCATAAGCAAGTACATAAATATACTCCCGAAAAAAAAGTGGATATAGAAAACTCTGTTGCCGAGCCCCATCGAACTCTAAATATCCTTGAAATTTATCCATTTGGATTGAAATTCGATTTGAACTGAAGGTAAAGTCTTTATTTTCTTGAGTTCTGAAATGACACATAGTGCGATACAGTCAAAATAAGGTATTAGACTACGAAAGCTATAGATATAGATACCTCATAAACAGGTAGACTGCTAACCGGATTCTCTATCTTTAATAGGTTTCTGTTCGTT
9
C007 (CHLORO7)
C007 AGATACCTCATAAACAGGTAGACTGCTAACCGGATTCTCTATCTTTAATAGGTTTCTGTTCGTTATATTATAGAATAACAAAACAAGATTATTAGAAATCCTTTATTTTTTTAACCTAATCGCTCTTTTGATTTTGGAAATATATATATTTTTTATCAATATACTGCTTCTTTTACACACTCCAACCTAATCCAAATGGACTAGTTAAAACAATAATTAGGACTCATGAAAAAATTGATAATAACACGCAAGAAAAAAATGCCTTCCCATACCCGTATTAGGCACTAATCTATTTTTAACATTTAATTAGTTGGGGTAATTTTTCAAATTACGAATGGAAGCTCGTTTCTTTTTTTTTCCTGGAATAAGGAAAACTGGTTTTTTTATCCATCCATTTATATTTATTCACTTGACCCAAATTGGAATTCTTTTTTTTTTTTCGACATCAAAATAAGATTGTACCGATCAGGAAAGCA
10
C008 (CHLORO8)
C008 TTCACTTGACCCAAATTGGAATTCTTTTTTTTTTTTCGACATCAAAATAAGATTGTACCGATCAGGAAAGCAAAAAAAAATGTTATCTGAATTCTCCCTTGATACGACATGCTATTTTTTCCATTCATTCCTTTCAGGATCAGTCGTGGTCTTACAAACTCTACCGCAGATCTGGACGAATCCTTTTCTTCATACAAATGTGTAAAAGATGCTAGTCGCACTTAAAAGCCGAGTACTCTACCGTTGAGTTAGCAACCCCCCCCAAAAAAAAAAGAACGTACTGCAAATATGTAGATACAATCAGAATAAAGAAAAAAATACAGTCGTGTGTGCGTCAGGGATAAATAGATCCATTTATCTATGAGAGAATTATATTTGGTCCATACACTGTTGTCAATATGATTATGAATTTTTCATATAGTCAAAAGAATAGAAAAAATAAATAAATAAAAAAGCTTAACCTCTTGGTTCATTAGTTCATACAATGA
11
C009 (CHLORO9)
C009 AAAGCTTAACCTCTTGGTTCATTAGTTCATACAATGAATGAAAACTAAGCCAGTTCCAGTTAAGGTAATCTCAAATCTTTTTATACTTTTTAGATCCATTTTTTTTATGGCCTTTAATTTTTTATTTTTTTATGATGAAGAAATTATTCATAATAATATAATATTATTATAATATAATAATATATATATATTTTTTTTTATTCAGAATTATATATTATATTTATATACAGTATTATTCTTTTCTATATAACAATAACAGTAAAATTTTGTATTTATAAAAAAATTCGAATTTATATACTCTAGATCCAAAAAATTTTTCATAAATTTGTGTATGATTATAAAACATAGTAGTTGTTAGCAAGGTATTTTTTAGTATTCGTACCTTAGGAGGAATACTAATAATAAATAGAAATTATAATAAATCAAAATAAATATGATGGAAGTGAAAGAGAAGAGTAGA
12
C010 (CHLORO10)
C010 AAATAAATATGATGGAAGTGAAAGAGAAGAGTAGATAAAATTTTATATCACGTTATATACGAGTCTTTCACATCCTCTTTTTTATATTTCATTAATTTCATTTCGTTTTAGTAAGACTTCATTCCGTAAAAATCCCAGCCTTCTTTGAAATATCATGAGCTGTTCTTGTTGGTTGAGCTCCTTTTTTAAGAAAATCGAGAATAGCAGAAAGGTTTAAAAAAGTTTGATTAGTTATGGGATCATAAAAACCCACCTTACTAAGATCTCTTCCTTCTCTTCGGTATCGAACATCAATTGCAAGGATTCGATAAACGGCTCGTTGGGATAGATGTATATGAATAATACCCCCCCTAGAAACGTATAAGAGGTTTTGGCCTCGTACGGCTCGAGAA
13
C011 (CHLORO11)
C011 TTTGGCCTCGTACGGCTCGAGAAAAAAAATTCAAATAGTAAATTCAAATATTAAATAGAGAAATAAAAACATTAAATCAATTAGCCAGTATTAAAACCCTAAATATTTTTTCCATAAAAAGCATTCATAACATTCGTACTCTCGTAACTCAAGTTAAACAACTCTCAAATATCTCACCGGAGAATCCTTAAGTACTTTTTTTATTGAGTAGTCTCTAGCCCTTTTTTTGTTTGTCTCATTGCAAATTTTAGAATCAATTTTGATTCTTCAGTTTGATCTAGTTTTTCAAACAATTGAAAACAGGATTTCCTTTTTTCAAGATTCTTTATCCTTACTTTGAATCTTTAGGTTTAGACATGACTTCGGTGATATTGAATCGTTTTATTAAAAAAGGGCAGCAACAAGCCCCTTATTTTGTTTATGATTTCTGTTCTTTCTATACAAA
14
C012 (CHLORO12)
C012 AAAGGGCAGCAACAAGCCCCTTATTTTGTTTATGATTTCTGTTCTTTCTATACAAAGAATCATACAAACGCTTGATTCACGCATGATAGACTTTTGATTCAAAGAATTTTACAATTTTAAGAAAATTTCCTTTTCCATTGTAAAATTGCTTGAAAGGACTTTTTTCAATATAAAAAGACTTACGAAGTTGTTCCAACTTATTAATTCGCACTAACCCTAAATCCTTACTCCTGCGAAAGGACTAAAAACTTTCTATTCTCCTCGAGCTCCATCCTGTACTCTTTTTTATATTACAAAAAAGTGTAGGACTCTTGTAAAATAGAATACAAAATGTCGAGCCAAGAGCACCTATATTCCTAATATAAAAATAAAAGTGGCGGATGAAAAAATCCACAGCAGATAATGTCCTTCAATTCAAGTCGTACGTTGCTTTCTACCACATCG
15
C013 (CHLORO13)
C013 CCACAGCAGATAATGTCCTTCAATTCAAGTCGTACGTTGCTTTCTACCACATCGTTTTAAACGAAGTTTTACCATAACATTCCTCTAGTTTGTGTAATTGATTCAATGATGGAATCATGAATAGTCATAGTTCAGTCAGTATATAATAATCTATACCTTTTCTTTCTCTATGAATGGAATAGTTTATTTACGCGTAAAGGTTCGGTCAGAATGAAAATGAATTCCATATTAGTTTGAATAGAAATCTATATTTATATATAAATAAATAAATATAGATTTTTTTATTAAAACTCTTAGAATCTGCGGTTCTACCTTACTTACCCGCATCACACAAATTAAAAAAGCAAATAGATTTTTTTTGAATTCGGTTGAAATAATGAAAAATTAAGTTTATTCTTCTTTTCATTTCAATATTTTATTCTTAAAAAATTTGGATTTTTAAACAGAAAGAGAAAGATGGTGTACAAAGGCAATAGAAGATTG
16
C014 (CHLORO14)
C014 TTTAAACAGAAAGAGAAAGATGGTGTACAAAGGCAATAGAAGATTGATTCTGTAATGACTGTACTCTGGGACGGAAGGATTCGAACCTCCGAATAGCGGGACCAAAACCCGTTGCCTTACCGCTTGGCTACGCCCCATTTCGCTTTTTATTCAAGACTACTAAAAGAGTAATATTCCTATTGGTTGTTCGTCAATTCAAAATGAAATATAGATTACATTGGTGCTAAAGTTTTAACACGTGTAGATAGCAAATAAAACTTACTTTATTGATCATTACATAGAATTCAATTAAGATATTGTATGAAAATATTATTTCTTTCATTCTCATAAGAGAATAAAAGGATTTTTGATTGAGTAAGTTCAACAAAGTCTTTTTAGACTATCTTTCTTTATTTTTTCCTTATATAAAAAATATATTAAAAACTCAATCAAAATTAAATTATCCACAAGAACACCAATTT
17
C015 (CHLORO15)
C015 AAATTAAATTATCCACAAGAACACCAATTTTTGTTATGCTTAATATATTTAATTTGATCTGTATTTTTTTTAATTCTACCCTTTTTTCAAGCACTTTTTTAGTCGCCAAATTGCCAGAGGCCTACGCCTTTTTGAATCCAATCGTAGATGTTATGCCCGTAATACCTCTTTTCTTTCTTCTCTTAGCCTTTGTTTGGCAAGCCGCTGTAAGTTTTCGATAAAATTCTTAATACTGTCTTAAACAAATTCACGATTTTGATTTTTCCAACAATTCAAAAGATCCAAAAAATCTTGACGTATGAACGAACTCTCAATTCAAACATTTAATTTTTTTGGTAGCCATACTAAATCTGGATCATTTCTATTTCCTAAATTTTATCCTCTTTTCCCTAAATGAAAGAACCTAATTAGA
18
C016 (CHLORO16)
C016 GGTAGCCATACTAAATCTGGATCATTTCTATTTCCTAAATTTTATCCTCTTTTCCCTAAATGAAAGAACCTAATTAGATTCAAGTTCACCAAAAAAATATCTAGATGTTGGTATGCAAATCTGTTTGAATATGAAAGATTCGACTATTATCTTAATTACAAATAACTTTCTGAAACCTTTTTTTTTATTGGTATCAAAATTAGATATTTGATATAAAAATAGAGAATCTATTCTCTTTTTTTTTAGTAAGATCTTGGAGATTGTGTAATGCTTACTCTCAAACTTTTTGTATACACTGTAGTTATATTCTTTGTTTCTCTCTTCATATTTGGATTCCTATCTAATGATCCAGGACGTAATCCGGGACGTGAAGAATAAAAAAGAAAGTTTTTTTATTGCTTTATTTAATTCGTGGAAATGCTCGAATTTTATTAGGATTTTATCTATTACACACCATCAAAAGGAGAAGGGGAAAGAGAGGGATTCGAACCC
19
C017 (CHLORO17)
C017 TCGAACCCTCGGTACGATTAACTCGTACAATGGATTAGCAATCCAACGCTTTAGTCCACTCAGCCATCTCTCCTAATCGAAAAGGGATATTTAATTAGGTTCCATAAAAAAAAAAAAAGGCTTGAAAAAGAACCTTCTCCACTTTATTCTTAAAAAGCTTTCTTTTTTTGTTATAGATATTCTTTATCTTTATATTATATATATATATATTTTTTTTCATTTTCTATATTTTTTTCTATATTTTATTATATTATTATATATATATATATTCTTTTTGATTATTTGATTATATAAATATATATATCCTATATTTAAATATATAATATATATATAATATATATCCTATATATAAATTATATAAATCCTCTATTATATATATAATATATATATAATATATATTATATAATATATATATTACTATTATATAACTGTTTTTATAGAACTTTCTCAGCAATTCTAGTTACATTAAAAATTTAGCTAAAGATTAGATAAAAAAGGCGCGAACTCAAA
20
C018 (CHLORO18)
C018 GAACTTTCTCAGCAATTCTAGTTACATTAAAAATTTAGCTAAAGATTAGATAAAAAAGGCGCGAACTCAAAAAAGAAATAAATAAAACCATAATCATAGAAATAGAGAATCCTTTTTTTATTTTGTCTCGTCAAAACAAAAACACAAGTAAAAGATCTTTTTTATTTTAATAGCCTGGCCTGGTCAGTCCCCAGCCGGGCCTTTTTTTGTTAAAATTAAAAAGACTCATCCGATGGATTTTTAGATAAAAAAAGATTTGAAATAAAAAAAAAAGTGGAATTGAATTCGCTTTTACTAATTTTCTTAAGTCAACTCTAGTTTTTTCTAAATTTTTTCAGATTTTTTTATTACACCCCCGATTACTTTGTTCGACAAAAGGTTAATTTATATGCAATAATTGCATTGTAGCGGGTATAGTTTAGTGGTAAAAGTGTGATTCGTTCCTTTAATCCCTTTAATAGTTAAAGGGTCTCTCGGTTTGATT
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