INPI-France/Brevets-Francais-2024-Chunked huggingface dataset:
Filtration Site Consensus Séquence score Z Position/TSS (pb) Similarité ducore Similarité de la matrice SRY02 NWWAACAAWANN tgctTTGTgaaa 3. 860390 -897 1. 00 0. 85 HFH1 01-897 1. 00 0. 85 HFH101 NAWTGTTTATWT aaatAAACcagt 28. 079407-888 1. 00 0. 86 POLYCCAATAAANCCNYYYKCTNaAATAAAccagttttttt 177. 269419-888 1. 00 0. 88 IHRE-01 CAGTTTCWCTTTYCC caGTTTtttttttcc 384. 173196-8801'00 0. 86 TALI BETAE47 01 NNNAACAGATGKTN 1. 0 TAL1BETAE47~01 NNNAACAGATGKTNNN ggagacaTCTGagaat 15. 998313 -859 1. 00 0. 85 -859 10 0 0 GF) NNNNNNAAATCANNGNNNNNNNN catctgagAATCttgcctacaatc 2. 39323318541'00086 ! Li-9323 -859 00 - 3-854 1. 00 0. 86 00 0 SRY~02 NWWAACAAWANN gcctACAAtcca 3. 860390-840 1. 00 0. 85 0 0 RFX101 NNGTNRCNNRGYAACNN tacaatccagGCAActa 7. 172878-8371'00087 ! 11. 00 00 GF1101NNNNNNAAATCANNGNNNNNNNN caggcaactattGATTctaatctt 2. 393233830 1. 00 0. 89 1. 00 1 *00 GF1101 NNNNNNAAATCANNGNNNNNNNN ttgattctAATCttaggatattgg 2. 393233-820 1. 00 0. 89 3-820 GATA1 03 NNNNNGATAANNGN cttagGATAttggg 2. 031644 -809 1. 00 0. 90 -809 809 798M 1 nnÊ NFYQ6TRRCCAATSRN'gataTTGGgct 5. 187369-804 M) 0'88 -804 -804 GF) NNNNNNNAAATCANNGNNNNNNNN gggctgccacctGATTctgaaatt 2. 393233-798 1. 000. 89 98 E47 02 E4702NNNMRCAGGTGTTMNNgctgccaCCTGattct15. 4326407961'00088 LM02COM01SNNCAGGTGNNNtgccaCCTGatt3. 041567794iToo0'93 tgccaCCTGatt MYOD~01 SRACAGGTGKYG tgccaCCTGatt 40. 698075-794 1. 000. 92 SRY 02 NWWAACAAWANNSRY02NWWAACAAWANNgaaaTTGTctag 3. 860390-780 1. 00 0. 87 TH1 E47 01NNNNGNRTCTGGMWTT gtacaattCTGGctgg16. 434630694 1. 00 0. 85 0, 85 CP2 01GCNMNAMCMAG CTGGctggtgg3. 137246-686 1. 00 0. 88 1 1. 00 0*88 GATA1~03NNNNNGATAANNGNcacagGATAcaaag 2. 031644-665 1. 00 0. 88 0. 88 1. 00 1 0"88 0 1. 00 0. 87 SRY02 NWWAACAAWANN ggatACAAagac 3. 860390-661 1. 00 0. 85 1. 00 0. 85 NRF201ACCGGAAGNSaccTTCCgac6. 7018506401'000'87 l.-OO ERQ6NNARGNNANNNTGACCYNNaaatggtcctcTGACctcc10. 3740541573100089 . 374054 1. 00 AP1 FJ Q2 RSTGACTNMNW AP1FJQ2RSTGACTNMNW tcTGACctcca 5. 142253-564 1. 00 0. 90 AP1Q2RSTGACTNMNWtcTGACctcca5. 142253"-5641'00086 RORA101NWAWNNAGGTCANctGACCtccacag5. 4379135631'00093 GATA103 NNNNNGATAANNGN ccacaGATAtgcca 2. 031644-556 1. 00 0. 87 OCT106 CWNAWTKWSATRYN agatatgccATGCa 8. 438364"-552 1. 00085 OCT C CT ataag OCTCCTNATTTGCATAYataagCAAATtaa 70. 26588-5201. 00088 NKX2502 CWTAATTG aaATTAat 983418-514 1. 00 0. 86 TST1 01 NNKGAWTWANANTNN aattAATTaaattta 4. 120840-513 1. 000. 87 NKX25 02 NKX2502CWTAATTGatTAATta 3. 983418-512 1. 00 0. 87 NKX2502CWTAATTGtaATTAaa3. 983418) 01'00087 SRY02 NWWAACAAWANN aaaaACAAaggt 3. 860390-4991. 00 0. 93
Filtration Site Consensus Séquence score Z Position/TSS (pb) Similarité ducore Similarité de la matrice NF1~Q6 NNTTGGCNNNNNNCCNNN tggTGGCacacgccttta 2. 199282-481 1. 00 0. 85 0. 85 AHRARNT01KNNKNNTYGCGTGCMSgcaCACGcctttaatc14. 600483"476*000'86 GF) 101NNNNNNAAATCANNGNNNNNNNN acgcctttAATCccagcactcagg 2. 39323314721'0001 2-472 39323E3 1. ( GF) NNNNNNAAATCANNGNNNNNNNN ggtctaagcagtGATTtccaggcc 2. 393233-413 1'000. 97 3 -413 239 : 32133 1-C NKX2502CWTAATTG"aaATTAaa3. 98341813631'00086 3-98 18-363 18 LYFl-01 TTTGGGAGR-363 0. 86 LYF101TTTGGGAGRttgGGGAga7. 842719*3330009 NF1Q6NNTTGGCNNNNNNCCNNNtgtggggagctGCCAttt2. 19928213051'00088 TTG G NNNNN c cc tg TT tgg NCCNNN tgtggg' NFl-Q6 NNTTGGCNNNNNNCCNNN tgtggggagctGCCAttt--27li992-82-305 1. 00 U-88- 'CAttt gi : 1 NGGGGAMT NGGGGAMT CCNNTT TTCCNN tgGG NFKB~Q6 NGGGGAMTTTCCNNtgGGGAgctgccat 30. 067903-303 1. 000. 87 tgGGGA tgcca tgG GAgctgccat cat gc t E NFKAPPAB01GGGAMTTYCCGGGAgctgcc10. 36118713011'00088 GGGAMTTYCC tgcGGGAMTTYCC GGGAgc > GAgctgc c . 36, 187 C c Q. 361187-301 1. 00 0. 88 NRGNNANNNTGACCYNN gaactca ( NNARGNNANNN GA NN gaa ca a GACccgt ERQ6 NNARGNNANNNTGACCYNN gaactcacaggTGACccgt 10. 374054-279 1'000. 86 ca T ccy ct c 2 gT cccgtA ? gTG : KI KI t@A c > r@Ar@f@ m1 KK E47 02 0. 86 NNIHA Il N MRCAGGTGTTM ccg E47û2NNNMRCAGGTGTTMNNactcaCAGGtgacccg15. 43264012771'000'90 LM02COM01 SNNCAGGTGNNN tcaCAGGtgacc3. 041567275 1. 00 0. 94 MYOD01SRACAGGTGKYGtcaCAGGtgacc40. 69807512751'000'89 SREBP101 NATCACGTGAY cacagGTGAcc15. 35563041'000. 86 AP1 Q4 15. 355630-274 1. 00 0. 6 AP1~Q4 RSTGACTMANN ggTGACccgtt 11. 246163 -270 1. 00 0. 86 AP1~Q2 RSTGACT YMNW-RSTGACTNMNW ggT ST CT m w gg R GA N N GA cgtt TGACccgtt 7. 895015-2-70 i-oo 0ST CT M W gg AP1Q2RSTGACTNMNW ggTGACccgtt 7. 895015"-2701'000'91 AP1FJ~Q2 RSTGACTNMNW ggTGACccgtt 7. 895015'-270 1'00 0. 93 TGACccgtt R GA N N GA VMYB 01. 895015 0. 93 AAYAACGGNN ac AAYAACGGNN accCGTTg tgâaacc tt Tgtc VMYB01AAYAACGGNN accCGTTgtc 3. 427439-2661. 00 0. 93 CCGTG C tCCAa a c NN GGCNNNNNNCCNNN gtccca TT c gtcr NN GGCNNNNNN CNNN agtgaaGCCAaac NF1Q6NNTTGGCNNNNNNCCNNNgtcccagtgaaGCCAaac2. 1992822421'000'90 N T TCTC G GG NGTGGTCTC trtff"PADSC NGTGGTCTC tGTGGTccc 5. 230232"-1691'000'89 GC 01 1. 00 0. 89 GC~01 NRGGGGCGGGGCNK tggtccCGCCtcct 35. 805311-167 M087 spl Q6 i. 00 0. 87 ggtccCGCCtcct SP1Q6NGGGGGCGGGGYNggtccCGCCtcct 25. 529462-1661. 000. 88 NF1~Q6 NNTTGGCNNNNNNCCNNNcaaTGGCaaagtcgcctg2. 199282-152 1. 00 0. 85 E4702 NNNMRCAGGTGTTMNN agtagCAGGtgcaata 15. 432640-1341'000 92 E4701 NSNGCAGGTGKNCNN gtaGCAGgtgcaata 9. 748242-133 1. 00 0. 88 L. M02COM01SNNCAGGTGNNNtagCAGGtgcaa3. 0415671321'000'96 MYOD01SRACAGGTGKYG tagCAGGtgcaa'40. 698075"-132 1. 000'86 CHOP-01 NN aggTGèA-atatcc--7 ()- . 4326gl CHOP01NNRTGCAATMCCCaggTGCAatatcc20. 4326811281'00096 CAAT01NNNRRCCAATSA aatatCCAAtag 3. 434507-l221'000'90 NFYQ6TRRCCAATSRNtatCCAAtagt 5. 1873691201'00092 oi-5. 187369-120 1. 00 0. 92 GC01 NRGGGGCGGGGCNK agggGGCGgggctg 35. 805311-103 1. 00 1. 00 SP1Q6NGGGGGCGGGGYN agggGGCGgggct 25. 529462-103 1. 00099 . 529462 . 529462-103 1. 0 0. 99 BARB) ATNNAAAGCNGRNGGagcgAAAGtggatgg 29. 452018 6 1'00 0. 91 NKX2501TYAAGTGgaAAGTg 3. 534570 91'00088
Filtration Site Consensus Séquence score Z Position/TSS (pb) Similarité ducore Similarité de la matrice VMYB01 AAYAACGGNN cagAACGgtg 3. 427439 34 1. 00 0. 90 GF) NNNNNNNAAATCANNGNNNNNNNN ggtgagaaAATCcccgagagggtg 2. 393233 401. 00090 NFKBQ6NGGGGAMTTTCCNNtgagaaaaTCCCcg30. 06790342Too0. 86 ZID01 NGGCTCYATCAYC gaaggtgGAGCct 41. 225196 64 1. 00 091 TH1E4701NNNNGNRTCTGGMWTTctggagatCTGGggat16. 434630751'00088 SREBP102KATCACCCCAC"gtgggGTGAgg27. 710802941'00094 gtgggGTGAgg 27. 710802 94 1. 00 0. 94 NFE201 TGCTGASTCAY ggCTGAgccac 21. 950203 108 1. 00 0. 87 USF Q6 GYCACGTGNC gcCACGttcc 6. 857788 114 1. 00 0. 87 Kl-01 NNNTGGGAATRCC cacgtTCCCtgat 14. 853568 116 1. 00 0. 88 GATA103NNNNNGATAANNGNtccctGATAatttg2. 031644 ? 211'00093 NKX25 02 CWÀATTG--NKX2502 CWTAATTG gaTAATtt 3. 983418 1261'00086 E4702NNNMRCAGGTGTTMNNggttcCAGGtgcctac15. 4326401361'00087 LMO2COM~01 SNNCAGGTGNNN ttcCAGGtgcct3. 041567 1381'000. 96 MYOD 01 SRACAGGTGKYG MYOD01SRACAGGTGKYGttcCAGGtgcct40. 6980751381'00086 GATA1~03 NNNNNGATAANNGN ttcctTATCcttcc 2. 031644 164 1'00095 1644 164 NRF201 ACCGGAAGNS tccTTCCggg 6. 701850 171 1. 000. 91 STAF~02 MNTTCCCAKMATKCMWNGCNN cttccggggagtgTGGGaaaa 341. 255924 1731. 000. 86 IKl-01 K101NNNTGGGAATRCC gtgtGGGAaaaat 14. 853568 1831. 00 092 LYF101TTTGGGAGRtgtGGGAaa7. 8427191841*00086 AP4Q6CWCAGCTGGNcaCAGCggtc14. 1143962'101'00090 AP1~Q2 RSTGACTNMNW cagcgGTCAtc5. 142253 2121. 00088 AP1FJQ2RSTGACTNMNWcagcgGTCAtc5. 1422532121'00090 TAL1BETAE4701NNNAACAGATGKTNNNgcggtcaTCTGgtcac48. 1194672141'0009 TAL1ALPHAE47 0NNNAACAGATGKTNNN gcggtcaTCTGgtcac 48. 119467 214 1'00088 1 TAL1 BETAtTF2~0 NNNAACAGATGKTNNN gcggtcaTCTGgtcac 48. 119467 214 1. 00 0. 88 1 TH1E4701 NNNNGNRTCTGGMWTT gcggtcatCTGGtcac 16. 434630 214 1. 00 0. 86 AP1FJQ2 RSTGACTNMNW atctgGTCAcc 7. 895015 220"'1. 00 0. 93 AP1Q4 RSTGACTMANN atctgGTCAcc11. 246163 2201. 00 0. 86 AP1 Q2 RSTGACTNMNW atctgGTCAcc 7. 895015 220 1. 00 0. 90 ERQ6NNARGNNANNNTGACCYNN tctgGTCAcctcgagggac 10. 374054 221 1. 00 0. 86 NF1Q6NNTTGGCNNNNNNCCNNNgagggacctctGCCAacc2. 199282 233 1. 00095 NKX2501TYAAGTGcACTTtc3. 534570267100088 AP1FJ Q2 RSTGACTNMNW ggcctGTCAcc5. 142253 281 1. 00 0. 91
Filtration Site Consensus Séquence score Z Position/TSS (pb) Similarité ducore Similarité de la matrice AP1Q2 RSTGACTNMNW ggcctGTCAcc 5.142253 281 1.00 0.88 SREBP1~02 KATCACCCCAC tgTCACccccc 27. 710802 285 1. 00 0. 87 TH1 E4701 NNNNGNRTCTGGMWTT ccccCCAGatctcaaa 16. 434630 297 1. 00 0. 86 IRF101 SNAAAGYGAAACC aaTTTCactttat 81. 006772 311 1. 00 0. 87 # GAAAGYGAAASY aaTTTCactttat 59. 661305 311 1. 00 0. 85 NF1~Q6 NNTTGGCNNNNNNCCNNN gagtggaagccGCCAatt 2. 199282 341 1. 00 0. 93 NFYQ6TRRCCAATSRNccgCCAAtttc5. 1873693501'00089 OCT1~Q6 NNNNATGCAAATNAN ccaATTTccatgtag 11. 430842 353 1.00 0.87 OCT1~06 CWNAWTKWSATRYN ccaatttccATGTa 8. 438364 353 1. 00 0. 92 OCT1~07 TNTATGNTAATT AATTtccatgta 27. 046261 355 1. 00 0. 88 CEBP~C NGWNTKNKGYAAKNNAYA aaactttgGCAATttccc 23. 615437 374 1. 00 0. 86 NF1~Q6 NNTTGGCNNNNNNCCNNN cttTGGCaatttccctct 2. 199282 377 1. 00 0. 95 NFKAPPAB6501GGGRATTTCCggcaatTTCC30. 6691843811'0006 CREL-01 SGGRNWTTCC ggcaatTTCC 7. 203414 381 1. 00 0. 86 NFKAPPAB~01 GGGAMTTYCC gcaattTCCC 10. 361187 382 1. 00 0. 85 IK1 K1~01 NNNTGGGAATRCC caattTCCCtctc 14.853568 383 1.00 0.86 AP1~Q4 RSTGACTMANN tctctGTCAgc 11. 246163 392 1. 00 0. 90 AP1FJ~Q2 RSTGACTNMNW tctctGTCAgc 7. 895015 392 1.00 0.95 AP1~Q2 RSTGACTNMNW tctctGTCAgc 7. 895015 392 1. 00 0. 95 ISRE~01 CAGTTTCWCTTTYCC caGTTTccctatcgg 384. 173196 405 1.00 0.85 IK1~01 NNNTGGGAATRCC cagttTCCCtatc 14. 853568 405 1.00 0.87 GATA~03 NNNNNGATAANNGN ttcccTATCggtat 2. 031644 409 1.00 0.91 GATA1~03 NNNNNGATAANNGN atcggTATCatgaa 2. 031644 415 1.00 0.88 NF1~Q6 NNTTGGCNNNNNNCCNNN tcatgaagcagGCCAcag 2. 199282 422 1. 00 0. 86 TATA~03 STATAAAWRNNNNNN aaaTAAAataacgaa 3. 965815 458 1.00 0.85 GF) NNNNNNAAATCANNGNNNNNNNN aataacgaAATCaggaatggcgtg 2. 393233 464 1. 00 0. 92 VMYB~01 AAYAACGGNN aatAACGaaa 3. 427439 464 1.00 0.85 AHRARNT~01 KNNKNNTYGCGTGCMS caggaatggCGTGctc 14. 600483 475 1.00 0.93 AP1 Q4 RSTGACTMANN ccTGACtcctc 11. 246163 503 1. 00 0. 89 AP1~Q2 RSTGACTNMNW ccTGACtcctc 7. 895015 503 1. 00 0. 90 AP1FJ~Q2 RSTGACTNMNW ccTGACtcctc 7. 895015 503 1.00 0.93 BARBIE~01 ATNNAAAGCNGRNGG taccctcCTTTtgac 29. 452018 532 1.00 0.86 AP1FJ~Q2 RSTGACTNMNW ttTGACtccgg 7. 895015 541 1.00 0.90 AP1~Q2 RSTGACTNMNW ttTGACtccgg 7. 895015 541 1.00 0.88
Filtration Site Consensus Séquence score Z Position/TSS (pb) Similarité ducore Similarité de la matrice AP1Q4 RSTGACTMANN ttTGACtccgg 11. 246163 541 1. 00 088 GC01NRGGGGCGGGGCNK ggagGGCGggccct35. 8053115501'000'91 SPI~Q6 NG 50 1. 00 0. 91 SP1Q6 NGGGGGCGGGGYN ggagGGCGggccc 25. 529462 550 1. 00 0. 93 TH1E4701NNNNGNRTCTGGMWTT cttcttctCTGGtttc 16. 434630 5651'000'86 AHRARNT01KNNKNNTYGCGTGCMS"ccttgggagCGTGac ! 14. 600483"580T5506 LYF101TTTGGGAGRcttGGGAgc7. 8427195811'000. 86 API FJ Q2 cttGGGAgc 7. 842719 581 1. 00 0. 86 AP1FJQ2RSTGACTNMNWcgTGACtttgc 7. 895015 589 1. 000. 92 AP1~Q2 RSTGACTNMNW cgTGACtttgc 7. 895015 589 1'000. 89 - 0. 89 AP1Q4RSTGACTMANNcgTGACtttgc11. 246163589ToO09 ) NNNTGGGAATRCC tcagtTCCCatct14. 853568 613 1. 00 0. 88 E47~01NSNGCAGGTGKNCNNaaggccagCTGCaaa 9. 748242 6381'000. 89 AP4Q6CWCAGCTGGNgcCAGCtgca21. 2417466411'000'91 AP4Q5NNCAGCTGNNgcCAGCtgca3. 0807786411'0004 AP4Q6CWCAGCTGGNgccaGCTGca21. 2417466411'000'94 AP4Q5NNCAGCTGNN'"gccaGCTGca 3. 080778 641 1. 00 0. 95 OCT1~Q6 NNNNATGCAAATNAN ccagctgcAAATgac 11. 430842 642 1. 000. 88 AP1Q2RSTGACTNMNW aaTGACacaga'7. 8950156511'00094 AP1FJQ2RSTGACTNMNWaaTGACacaga7. 8950156511'000'94 AP1Q4RSTGACTMANNaaTGACacaga11. 2461636511'000'91 11. 246163 651 1. 00 0. 91 E47~02 NNNMRCAGGTGTTMNN ggggccaCCTGgggcg 15. 432640 677 1.00088 LM02COM01SNNCAGGTGNNNggccaCCTGggg3. 041567691'000'98 3. 04156Î 679 MYOD01 SRACAGGTGKYGggccaCCTGggg 40. 698075 679 1. 00 0. 89 VMYB 01 i.-ooVMYB01AAYAACGGNNgcgAACGgaa3. 4274396901'000'91 3. 427439 69-0 THlE47 01 NNNNGNRTCTGGMWT : F i-0 o-0. 91 TH1E4701NNNNGNRTCTGGMWTTaccccggtCTGGtatg 16434630 7051'00090 AP1FJQ2RSTGACTNMNW gcTGACcgtgg5. 1422537231'000'89 AP1Q2RSTGACTNMNWgcTGACcgtgg51422537231'0008 APl-Q2 RSTÂCTNMNW--0. 89 1"00 89 ZID 01 gcTGACcgtgg-51422-53 723 0. 88 1. 00 0. 88 ZtD01NGGCTCYATCAYCgaccgtgGAGCcc41. 2251967261'00089 1. 00 0. 89 BARB) ATNNAAAGCNGRNGG ccccaagCTTTaaac 29. 452018 750 1. 00 0. 92 1. 00 9 . 92 Ëo 9 GC~01 NRGGGGCGGGGCNK aagctcCGCCccct35. 805311 767 1'000'97 SPI Q6 NGGG 0. 97 SP1 Q6NGGGGGCGGGGYN agctcCGCCccct 25. 529462 7681. 00 0. 95 CREL01SGGRNWTTCCagggtcTTCC3. 4678587931'000'92 . 92 TH1E4701NNNNGNRTCTGGMWTTtcttCCAGaccccagc 16. 434630 7971. 00094 CDP-02 NWNATCGATTANYN 0. 94 CDP02 NWNATCGATTANYNN gccttcatCGATagc 24. 1239808111*00 0'91 ili CLOX01NNTATCGATTANYNWgccttcatCGATagc 50. 240668 811 1. 00 0. 90
Filtration Site Consensus Séquence score Z Position/TSS (pb) Similarité ducore Similarité de la matrice GATA103 NNNNNGATAANNGN tcatcGATAgccct 2031644 815 1. 00 0. 88 NF1Q6"NNTTGGCNNNNNNCCNNNtagcccttccaGCCAatc 2. 199282 8221'00093 N tagcccttcca. 00 0. 93 NRF2~01 ACCGGAAGNS cccTTCCagc 6. 701850 825 1. 00 M GFI1~01NNNNNNAAATCANNGNNNNNNNN ttccagccAATCagctacgaggac 2. 3932338281'00088 8 3233 828 1. 00 0. 88 828 0. 88 NFY~C NCTGATTGGYTASY tccagCCAATcagc 65. 593286 829 1. 00 0. 96 9 829 0. 96 CAAT~01 NNNRRCCAATSAtccagCCAAtca 3. 434507 829 1. 00 0. 99 8 29 0. 99 8319 NFY~Q6 TRRCCAATSRN cagCCAAtcag5. 187369 831 1. 00 0. 96 AP4Q6CWCAGCTGGNgacgGCTGcg14. 1143968491'00086 Kl-01 NNNTGGGAATRCC cgggtTCCCattg 14. 853568 862 1. 00 0. 91 NFYQ6TRRCCAATSRN cccaTTGGtca'5. 187369868"005*95 CAAT01 NNNRRCCAATSA ccaTTGGtcact 3. 434507 869 1. 00 0. 91 AP1FJQ2 RSTGACTNMNW cattgGTCAct 7. 895015 870 1. 00 0. 94 AP1Q4RSTGACTMANNcattgGTCAct11. 246163 870 1. 00 091 AP1~Q2 RSTGACTNMNW cattgGTCAct 7. 895015 870 1. 00 0. 91 OLF101 NNCNANTCCCYNGRGARNNKGN gtcactTCCCtagtgaatttct 77. 977123 875 1'000 86 IK1 01 NNNTGGGAATRCC tcactTCCCtagt 14. 853568 876 1'00087 . 853568 876 100 0. 87 SRY02NWWAACAAWANN tgccTTGTttgc"3. 860390 905 1'00ohm GFI1~01NNNNNNAAATCANNGNNNNNNNN ctctttgcgggaGATTtattgagg 2. 393233 921 1. 00 0. 88 TATA01 STATAAAWRNNNNNN gcgggagaTTTAttg 3. 9658159271'00OM 927 1. 00 085 AP2~Q6 MKCCCSCNGGCG gaCCCGcagaca 12. 284970 978 1. 00 0. 86 TH1E4701 NNNNGNRTCTGGMWTT acatttgtCTGGagcc 16. 434630 987 1. 00 0. 89 NF1~Q6 NNTTGGCNNNNNNCCNNN atttgtctggaGCCAcac 2. 199282 98900 0'86 AP4~Q6 CWCAGCTGGN caCAGCtcac 14. 114396 1004 1. 00 0. 88 AP4~Q6 CWCAGCTGGN ctccGCTGtt 14. 114396 1040 1. 00 0. 85 TH1 E4701 NNNNGNRTCTGGMWTT cggtCCAGagtcatca 16. 434630 1052 1. 00 0'86 VMAF01 NNNTGCTGACTCAGCANNN cggtccagaGTCAtcatgg 168. 513881 1052 1 00 0. 87 AP1~Q2 RSTGACTNMNW ccagaGTCAtc 7. 895015 1056 1. 00 0. 93 AP1Q4RSTGACTMANNccagaGTCAtc 11. 246163 1056 1. 00 0. 90 AP1FJQ2RSTGACTNMNWccagaGTCAtc7. 89501510561'000'92 Similarité core > = 0, 99 SOX5~01 NNAACAATNN aaaaCAATaa 0. 681190-1185 1. 00 0. 99 Similarité matrice > = 0, 85 AP4Q5NNCAGCTGNNgggcGCTGtc0. 508566-11221'00085 DELTAEF101 NNNCACCTNAN gcaAGGTgcaa 0. 538360-1107 1. 00 0. 96 IK2~01 K201NNNYGGGAWNNN gttaGGGAgaag-0. 854442-1083 1. 000. 91 CMYB01 NNNNNNGNCNGTTGNN aacagacacaGTTGaatg0. 594660-1065 1. 000. 92
Filtration Slte Filtration Site Consensus Séquence score Z Position/TSS (pb) Similarité ducore Similarité de la matrice GATA102 NNNNNGATANKGNN tgtgaGATAgatcg 0. 930257-1042 1. 00 0. 91 GATAI 04 0. 930257-1042 1. 00 GATA104NNCWGATARNNNNgtgaGATAgatcg0. 653180-10411'00094 LM02COM02NMGATANSGgaGATAgat0. 569272-10391'00091 IK2-01 NNNYGGGAWNNN agtcTCCCtcac-0-854442-1004 1. 00 0. 89 AP4Q5''NNCAGCTGNN acCAGCttcc 0. 508566"9941'00086 IK2~01 NNNYGGGAWNNNcatcTCCCtcta-0. 854442-909 1. 00 0. 88 SOX501NNAACAATNNcctaCAATcc0. 681190"839Too06 GATA102NNNNNGATANKGNNcttagGATAttggg0. 930257M91'00093 GATAL 04 cttagGATAttggg 0. 930257-809 1. 00 0. 9 GATA104NNCWGATARNNNNttagGATAttggg0. 65318018081'00089 LM02COM02NMGATANSGagGATAttg0. 5692728061*00092 DELTAEF101NNNCACCTNAN tgccACCTgat 0. 538360**'tni55' MYODQ6NNCANCTGNYgcCACCtgat0. 78106117931'000'95 SOX501NNAACAATNNaaATTGtcta0. 68119019iToo086 SOX501NNAACAATNNggtaCAATtc0. 6811906951'000'86 GATA102NNNNNGATANKGNNcacagGATAcaaag 0. 930257-665 1. 00 0. 89 GATA104NNCWGATARNNNN acagGATAcaaag 0. 6531806641'000'88 LM02COM02NMGATANSGagGATAcaa0. 5692721662iToO0'88 CEBPB01RNRTKNNGMAAKNNaccttgtGCAAacc1. 4608366511'00oi4 DELTAEF101NNNCACCTNAN tccgACCTaaa 0. 538360-6361'0007 tccgACCTaaa 0. 538360-636 1. 00 0. 87 CEBPB01 RNRTKNNGMAAKNN tctTTGCctgaggt 1. 460836-620 1. 000. 87 tK201NNNYGGGAWNNNgaggTCCCacat-0. 85444211'000'95 DELTAEF101 NNNCACCTNAN tctgACCTcca 0. 538360-564 1. 00 0. 85 GATAi-02 ccacaGATAtgcca GATA102NNNNNGATANKGNNccacaGATAtgcca 0. 930257-556 1.0003 GATA104NNCWGATARNNNNcacaGATAtgcca0. 653180 5551'00094 LMO2COM~02 NMGATANSG caGATAtgc 0. 569272-553 1. 000. 96 S801NNNNNYAATTNacccTAATaagcaaat-1. 397287 5261'00086 S8~01 NNNNNYAATTN ataagcaaATTAatta-1. 397287-520 1'00095 S8J) NNNNNYAATTN gcaaattaATTAaatt-1. 397287-5161. 00 0. 97 S801 NNNNNYAATTN aaatTAATtaaattta-1. 397287514M) 099 IK2~01 NNNYGGGAWNNN ttaaTCCCagca-0. 8544424661'00095 AP4Q5NNCAGCTGNNccCAGCactc0. 5085664611'00085 AP4Q5 NNCAGCTGNN caCAGCagtg1. 7946721386 1 00 093 372 38E S8~01 NNNNNYAATTNctctcaaaATTAaaaa-1 3972873691'00093 MZF101NGNGGGGActtGGGGa 0. 43716213341'00096
Filtration Site Consensus Séquence score Z Position/TSS (pb) Similarité ducore Similarité de la matrice IK2~01 NNNYGGGAWNNN cttgGGGAgagg-0. 854442-334 1.00 0.89 IK2~01 NNNYGGGAWNNN tgtgGGGAgctg -0. 854442 -305 1.00 0.87 MZF1~01 NGNGGGGA tgtGGGGa 0. 437162 -305 1.00 0.99 AP4Q5NNCAGCTGNNgggaGCTGcc1. 79467213011'00091 MYOD~Q6 NNCANCTGNY cacaGGTGac 0. 781061 -274 1.00 0.91 DELTAEF1~01 NNNCACCTNAN cacAGGTgacc 0. 538360 -274 1.00 0.95 CMYB~01 NNNNNNGNCNGTTGNN caggtgacccGTTGtccc 0. 594660 -272 1.00 0.90 VMYB~02 NSYAACGGN ccCGTTgtc 0. 465812 -265 1.00 0.95 IK2~01 NNNYGGGAWNNN gttgTCCCcctc -0. 854442 -262 1.00 0.91 MZF1~01 NGNGGGGA tCCCCctc 0. 437162 -258 1.00 0.96 IK2~01 NNNYGGGAWNNN cgtgTCCCagtg -0. 854442 -245 1.00 0.93 AP4~Q5 NNCAGCTGNN tgCAGCagga 0. 508566 -221 1.00 0.90 CMYB01NNNNNNGNCNGTTGNNcaggaatcctGTTGtccc0. 5946606iToo089 # NNNYGGGAWNNN gttgTCCCttta-0. 854442-206 1. 00 0. 91 AP4Q5NNCAGCTGNNgcggGCTGtg0. 508566751'000'86 in2-01 K2~01 NNNYGGGAWNNN gtggTCCCgcct -0.854442 -168 1.00 0.92 DELTAEF1~01 NNNCACCTNAN agcAGGTgcaa 0. 538360 -131 1.00 0.95 MYOD~Q6 NNCANCTGNY agcaGGTGca -0. 147777 -131 1.00 0.96 GATA1~02 NNNNNGATANKGNN tgcaaTATCcaata -0. 046677 -125 1.00 0.92 GATA104 NNCWGATARNNNN tgcaaTATCcaat 0. 653180-125 1. 00 0. 87 LMO2COM~02 MNGATANSG caaTATCca 0. 569297 -123 1.00 0.92 NKX25~01 TYAAGTG cACTTaa 1. 519193 -33 1.00 0.98 IK2 K2~01 NNNYGGGAWNNN gcgcTCCCccgc -0.854442 -19 1.00 0.89 MZF1~01 NGNGGGGA tCCCCcgc 0. 437162 -15 1.00 0.96 VMYB~02 NSYAACGGN cagAACGgt 0. 465812 34 1. 00 0.92 # NNNYGGGAWNNN aaaaTCCCcgag-0. 854442 46 1. 00 0. 90 MZF1~01 NGNGGGGA tCCCCgag 1. 679353 50 1. 00 0. 95 DELTAEF1~01 NNNCACCTNAN ggaAGGTggag 0. 538360 63 1.00 0.95 IK2 K2~01 NNNYGGGAWNNN tctgGGGAtgct -0.854442 82 1.00 0.89 MZF1~01 NGNGGGGA tctGGGGa 0. 437162 82 1.00 0.96 AP4~Q5 NNCAGCTGNN gtggGCTGag 0. 508566 105 1.00 0.86 ARNT~01 NNNNNCACGTGNNNNN tgagcCACGttccctg 0. 511281 111 1.00 0.88 IK2~01 K2~01 NNNYGGGAWNNN acgtTCCCtgat -0.854442 117 1. 00 0. 92 GATA1~02 NNNNNGATANKGNN tccctGATAatttg 1.00 0.91
Filtration Slte Filtration Site Consensus Séquence score Z Position/TSS (pb) Similarité ducore Similarité de la matrice GATA104 NNCWGATARNNNN ccctGATAatttg 0. 653180 122 1. 00 0. 95 S8 01-ecctGATAattig 0. 653180 122 1. 00 0. 95 S801NNNNNYAATTNctgaTAATttggggtt-1. 3972871241'00095 LM02COM02NMGATANSGctGATAatt0. 5692721241'00091 GATA C 0. 569272 124 1. 00 091 GATACNGATAAGNMNN tGATAAtttgg1. 4110971251'0 090 MYODQ6NNCANCTGNYtccaGGTGcc-0. 1477771391'00091 DELTAEF101NNNCACCTNANtccAGGTgcct0. 538360139Ï'OO095 IK201NNNYGGGAWNNNactcTCCCttgc-0. 8544421501'00088 NNNYGGGAWNNN actcTCCCttgc-0. 8 442 irn 1. 00 0. 88 GATA NGATAAGNMNNcttccTTATCc1. 4110971631'00097 GATA1. 04- 163 1. 00 0. 97 GATA1~04 NNCWGATARNNNN ttcctTATCcttc0. 653180 164 1. 00 0. 94 GATA102NNNNNGATANKGNNttcctTATCcttcc0. 9302571641'00095 LM02COM02NMGATANSGcctTATCct0. 5692721661'00096 CETS1P5401 NCMGGAWGYNtcctTCCGgg1. 2444871711'00094 IK2 01 1. 244487 171 1. 00 MZF1 K201NNNYGGGAWNNNtccgGGGAgtgt-0. 854442Ï75*000*86 MZF101NGNGGGGAtccGGGGa 0437162 151'00095 ! K201NNNYGGGAWNNNgtgtGGGAaaaa-0. 8544421831'00097 AP4Q5NNCAGCTGNNcaCAGCggtc1. 7946722101'00092 DELTAEF1 01 NNNCACCTNANggtcACCTcga0. 5383602241'00094 C'CTcga 0. 538360 224 1. 00 0.
IK2~01 NNNYGGGAWNNN tcgaGGGAcctc-0. 854442 2311. 00 0. 90 CMYB~01 NNNNNNGNCNGTTGNN ctgcCAACctacacctcc0. 594660 2421'00085 DELTAEF101 NNNCACCTNAN ctacACCTcca0. 538360 250 1. 00 0. 94 In2-01 NNNYGGGAWNNN agtgTCCCactt-0. 854442 2601. 000. 93 MZF101NGNGGGGAcCCCCacc0. 4371622911'00085 NKX2501TYAAGTGcACTTta 1. 519193'316"1'00094 cAC'ta 1. 5191-93 316 1. 00 r ) NNNYGGGAWNNNaaagTCCCcgag-0. 854442 3321. 00088 MZF101NGNGGGGA'* tCCCCgag'1. 679353 336'1. 00095 CEBPB 01 1. 00 0. 95 - RNRTKNNGMAAKNN aactttgg AAttt-CEBPB01RNRTKNNGMAAKNNaactttgGCAAttt 1. 460836 375100096 aattTCC5-tctc----UIK2 01. 854442-784-î. 00NNNYGGGW-N-NN 0. 92 ) K201NNNYGGGAWNNNaattTCCCtctc-0. 854442 384 1. 00092 1-vv U-94 ) K201NNNYGGGAWNNNagttTCCCtatc-0. 854442 4061'00094 1. 00 GATA104NNCWGATARNNNNttcccTATCggta 0. 653180 409 0. 93 GATA102NNNNNGATANKGNNttcccTATCggtat0. 930257 409 1. 0009 1. 00 LM02COM 02 NMÎÀTANSG-0. 97 LMO2COM~02 NMGATANSG cccTATCgg 0. 569272 411 1. 000. 99 1. 00 GATA1~02 NNNNNGATANKGNN atcggTATCatgaa0. 930257 4151'00092 1. 00 GATAI 04 NNC 0. 92 ÉROOMO. 96 GATA104NNCWGATARNNNNatcggTATCatga0. 653180 415 1. 00 091 LM02COM02NMGATANSGcggTATCat 0. 569272" 417 * 1. 00096 1. 00 i 417 1. 00
Filtration Site Consensus Séquence score Z Position/TSS (pb) Similarité ducore Similarité de la matrice CETS1P5401 NCMGGAWGYN cagtTCCGgg 1. 244487 445 1. 00 0. 92 MZF101NGNGGGGAcggGGGGa0. 437162451M098 IK2 01. 00 NNNYGGG ; W-NNN- 442 4-51 1 ÔO IK2~01 K201NNNYGGGAWNNNcgggGGGAaata-0. 8544424511'00091 NNNYGGGAWNNN K201NNNYGGGAWNNNcctgTCCCtgac-0. 8544424971'00090 CETS1P5401NCMGGAWGYNtgacTCCGga1. 244487543100087 CETS1P5401NCMGGAWGYNtcCGGAgggc1. 2444875471'00090 ) K201NNNYGGGAWNNNccttGGGAgcgt-0. 854442' ? 01'00092 IK2 01 NNNT-IK2~01 K201NNNYGGGAWNNNcagtTCCCatct-0. 8544426141'00094 CETS1P5401NCMGGAWGYNagacTCCGgg1. 2444876591'00086 DELTAEF101NNNCACCTNANggccACCTggg0. 538360679M0'95 myoD-Q6 NNCANCTGNYMYOD~Q6 NNCANCTGNY gcCACCtggg 0. 781061 680 1. 000. 91 VMYB02NSYAACGGN gcgAACGga 0. 465812 690 1. 00 0. 93 GATA1~02NNNNNGATANKGNN tcatcGATAgccct 0. 930257 8151. 000. 91 GATA104NNCWGATARNNNNcatcGATAgccct0. 653180865S LMO2COM~02 NMGATANSG tcGATAgcc 0. 569272'818 1. 00095 AP4Q5NNCAGCTGNN atCAGCtacg 0. 508566 837 1. 00 0. 89 AP4~Q5 NNCAGCTGNN gacgGCTGcg1. 794672 849 1. 00 0. 91 - NNNYGGGAWNNN gggtTCCCattg-0. 854442 863 31 00 0. 97 In2-01 NNNYGGGAWNNN cactTCCCtagt-0. 854442 877 1. 000. 92 NKX25 01 TYAAGTG 0. 92 NKX2501TYAAGTG cACTTcc 1. 519193 877 1. 00 0. 88 IK2 01 NNNYGGGAWNNN ) K201NNNYGGGAWNNNttgcGGGAgatt-0. 8544429251'000*89 AP4Q5NNCAGCTGNNctCAGCccga0. 5085669451'000'87 AP4Q5NNCAGCTGNNcaCAGCtcac1. 79467210041'000'92 . 794672 1004 1. 00 0. 92 AP4~Q5NNCAGCTGNN ctccGCTGtt1. 79467210401'00091 1. 794672 1040 1. 00 0. 91 CETS1P54~01 NCMGGAWGYN tgttTCCGgt 1. 244487 1046 M) 0. 95 HFH2~01 NAWTGTTTRTTT aaacaAAAAaaa 56. 365713-1219 0. 82 0. 89 HNF3B01 NNNTRTTTRYTY aaacaAAAAaaa 6. 168471-1219 0. 85 0. 90 aucune HFH2~01 NAWTGTTTRTTT aaaaaAAAAaac 28. 165126-1215 0. 82 0. 88 (Paramètres par défaut HNF3B~01 NNNTRTTTRYTYaaaaaAACAaaa 6. 168471-1211 0. 99 0. 88 Matinspector) HNF3B01NNNTRTTTRYTYaaacaAAAAcaa9. 407093-1207085089 HNF3B01 NNNTRTTTRYTY aaacaAAAAcaa 9. 407093-1196 0. 85 0. 89 HNF3B01 NNNTRTTTRYTY aaacaAAAAcaa 9. 407093-1190085 089 HFH201NAWTGTTTRTTTaaaacAATAaaa28. 165126-1185090085 TATA C 1 i 1 TATA~C NCTATAAAAR acAATAAAAa8. 111772-1182 0. 89 0. 93