| Potential function | Interacting transcript | Gene description | Transcript biotype | lncRNA id | Alignment score (LAST) | Alignment length | Transcript region involved in interaction | Genomic orientation of interacting RNAs |
|---|---|---|---|---|---|---|---|---|
| ENST00000075120 | solute carrier family 2 (facilitated glucose transporter), member 3 | protein coding | TCONS_00074321 | 522 | 290 | UTR3 | Trans | |
| ENST00000227155 | CD82 molecule | protein coding | TCONS_00074321 | 638 | 320 | UTR3 | Trans | |
| ENST00000264893 | septin 11 | protein coding | TCONS_00074321 | 548 | 295 | UTR3 | Trans | |
| ENST00000280571 | Rab interacting lysosomal protein-like 2 | protein coding | TCONS_00074321 | 611 | 281 | UTR3 | Trans | |
| ENST00000292069 | zinc finger protein 667 | protein coding | TCONS_00074321 | 507 | 304 | UTR3 | Trans | |
| ENST00000309060 | zinc fingers and homeoboxes 3 | protein coding | TCONS_00074321 | 646 | 303 | UTR3 | Trans | |
| ENST00000323699 | delta(4)-desaturase, sphingolipid 1 | protein coding | TCONS_00074321 | 512 | 281 | UTR3 | Trans | |
| ENST00000324537 | SH3-domain GRB2-like 3 | protein coding | TCONS_00074321 | 578 | 284 | UTR5 | Trans | |
| ENST00000336787 | RAB27A, member RAS oncogene family | protein coding | TCONS_00074321 | 558 | 318 | UTR3 | Trans | |
| ENST00000338983 | Mitogen-activated protein kinase kinase kinase MLT | protein coding | TCONS_00074321 | 589 | 313 | UTR3 | Trans | |
| ENST00000355285 | adenomatosis polyposis coli down-regulated 1 | protein coding | TCONS_00074321 | 533 | 296 | UTR3 | Trans | |
| ENST00000357613 | transmembrane protein 170A | protein coding | TCONS_00074321 | 622 | 281 | UTR3 | Trans | |
| ENST00000367590 | xenotropic and polytropic retrovirus receptor 1 | protein coding | TCONS_00074321 | 517 | 252 | UTR3 | Trans | |
| ENST00000367590 | xenotropic and polytropic retrovirus receptor 1 | protein coding | TCONS_00074321 | 592 | 250 | UTR3 | Trans | |
| ENST00000376020 | shroom family member 4 | protein coding | TCONS_00074321 | 615 | 320 | UTR3 | Trans | |
| ENST00000378004 | Rho GTPase activating protein 26 | protein coding | TCONS_00074321 | 609 | 308 | UTR3 | Trans | |
| ENST00000380641 | centlein, centrosomal protein | protein coding | TCONS_00074321 | 619 | 302 | UTR3 | Trans | |
| ENST00000382142 | myotubularin related protein 12 | protein coding | TCONS_00074321 | 621 | 288 | UTR3 | Trans | |
| ENST00000391877 | delta(4)-desaturase, sphingolipid 1 | protein coding | TCONS_00074321 | 512 | 281 | UTR3 | Trans | |
| ENST00000396307 | RAB27A, member RAS oncogene family | protein coding | TCONS_00074321 | 558 | 318 | UTR3 | Trans | |
| ENST00000399322 | diacylglycerol kinase, beta 90kDa | protein coding | TCONS_00074321 | 618 | 299 | UTR3 | Trans | |
| ENST00000421422 | zinc fingers and homeoboxes 3 | protein coding | TCONS_00074321 | 646 | 303 | UTR3 | Trans | |
| ENST00000439138 | transmembrane protein 98 | protein coding | TCONS_00074321 | 522 | 262 | UTR5 | Trans | |
| ENST00000439138 | transmembrane protein 98 | protein coding | TCONS_00074321 | 531 | 292 | UTR5 | Trans | |
| ENST00000442007 | antisense | antisense | TCONS_00074321 | 629 | 272 | noncoding | Trans | |
| ENST00000448214 | antisense | antisense | TCONS_00074321 | 642 | 296 | noncoding | Trans | |
| ENST00000478730 | ORAI calcium release-activated calcium modulator 2 | protein coding | TCONS_00074321 | 500 | 306 | UTR3 | Trans | |
| ENST00000478730 | ORAI calcium release-activated calcium modulator 2 | protein coding | TCONS_00074321 | 603 | 293 | UTR3 | Trans | |
| ENST00000498813 | delta(4)-desaturase, sphingolipid 1 | processed transcript | TCONS_00074321 | 557 | 298 | noncoding | Trans | |
| ENST00000504904 | zinc finger protein 667 | protein coding | TCONS_00074321 | 507 | 304 | UTR3 | Trans | |
| ENST00000521027 | pleckstrin and Sec7 domain containing 3 | protein coding | TCONS_00074321 | 502 | 304 | CDS_UTR | Trans | |
| ENST00000524750 | CD82 molecule | protein coding | TCONS_00074321 | 518 | 231 | UTR3 | Trans | |
| ENST00000549365 | DNA-damage regulated autophagy modulator 1 | nonsense mediated decay | TCONS_00074321 | 527 | 261 | UTR3 | Trans | |
| ENST00000560870 | sense_intronic | sense intronic | TCONS_00074321 | 548 | 268 | noncoding | Trans | |
| ENST00000568559 | transmembrane protein 170A | nonsense mediated decay | TCONS_00074321 | 622 | 281 | UTR3 | Trans | |
| ENST00000569540 | transmembrane protein 170A | protein coding | TCONS_00074321 | 622 | 281 | UTR3 | Trans | |
| ENST00000591226 | tropomyosin 4 | retained intron | TCONS_00074321 | 624 | 299 | noncoding | Trans | |
| ENST00000591790 | zinc finger protein 667 | protein coding | TCONS_00074321 | 507 | 304 | UTR3 | Trans | |
| ENST00000592189 | zinc finger protein 667 | nonsense mediated decay | TCONS_00074321 | 507 | 304 | UTR3 | Trans | |
| ENST00000620139 | melanoregulin | protein coding | TCONS_00074321 | 587 | 295 | UTR3 | Trans | |
| ENST00000620788 | pleckstrin homology-like domain, family B, member 1 | retained intron | TCONS_00074321 | 653 | 298 | noncoding | Trans | |
| TCONS_00001821 | low density lipoprotein receptor adaptor protein 1 | novel protein coding | TCONS_00074321 | 662 | 306 | UTR3 | Trans | |
| TCONS_00001823 | low density lipoprotein receptor adaptor protein 1 | novel protein coding | TCONS_00074321 | 662 | 306 | UTR3 | Trans | |
| TCONS_00004719 | ST6 (alpha-N-acetyl-neuraminyl-2,3-beta-galactosyl-1,3)-N-acetylgalactosaminide alpha-2,6-sialyltransferase 3 | novel protein coding | TCONS_00074321 | 608 | 296 | UTR3 | Trans | |
| TCONS_00004721 | ST6 (alpha-N-acetyl-neuraminyl-2,3-beta-galactosyl-1,3)-N-acetylgalactosaminide alpha-2,6-sialyltransferase 3 | novel protein coding | TCONS_00074321 | 608 | 296 | UTR3 | Trans | |
| TCONS_00009095 | xenotropic and polytropic retrovirus receptor 1 | novel protein coding | TCONS_00074321 | 517 | 252 | UTR3 | Trans | |
| TCONS_00009095 | xenotropic and polytropic retrovirus receptor 1 | novel protein coding | TCONS_00074321 | 592 | 250 | UTR3 | Trans | |
| TCONS_00009128 | uncharacterized LOC100287948 | novel protein coding | TCONS_00074321 | 545 | 308 | UTR3 | Trans | |
| TCONS_00009136 | calcium channel, voltage-dependent, R type, alpha 1E subunit | novel protein coding | TCONS_00074321 | 545 | 308 | UTR5 | Trans | |
| TCONS_00009834 | SRY (sex determining region Y)-box 13 | novel protein coding | TCONS_00074321 | 615 | 294 | UTR3 | Trans | |
| TCONS_00009834 | SRY (sex determining region Y)-box 13 | novel protein coding | TCONS_00074321 | 627 | 297 | UTR3 | Trans | |
| TCONS_00020768 | processed_transcript | novel protein coding | TCONS_00074321 | 630 | 261 | UTR5 | Trans | |
| TCONS_00023682 | pre-mRNA processing factor 18 | novel protein coding | TCONS_00074321 | 620 | 295 | UTR3 | Trans | |
| TCONS_00023685 | pre-mRNA processing factor 18 | novel protein coding | TCONS_00074321 | 620 | 295 | UTR3 | Trans | |
| TCONS_00023687 | pre-mRNA processing factor 18 | novel protein coding | TCONS_00074321 | 620 | 295 | UTR3 | Trans | |
| TCONS_00023689 | pre-mRNA processing factor 18 | novel protein coding | TCONS_00074321 | 620 | 295 | UTR3 | Trans | |
| TCONS_00030130 | calcium/calmodulin-dependent protein kinase II gamma | novel protein coding | TCONS_00074321 | 580 | 303 | UTR3 | Trans | |
| TCONS_00030132 | calcium/calmodulin-dependent protein kinase II gamma | novel protein coding | TCONS_00074321 | 580 | 303 | UTR3 | Trans | |
| TCONS_00030165 | antisense | novel protein coding | TCONS_00074321 | 642 | 296 | UTR5 | Trans | |
| TCONS_00030588 | cytoplasmic polyadenylation element binding protein 3 | novel protein coding | TCONS_00074321 | 615 | 295 | UTR3 | Trans | |
| TCONS_00030591 | cytoplasmic polyadenylation element binding protein 3 | novel protein coding | TCONS_00074321 | 628 | 294 | UTR3 | Trans | |
| TCONS_00030591 | cytoplasmic polyadenylation element binding protein 3 | novel protein coding | TCONS_00074321 | 607 | 306 | UTR3 | Trans | |
| TCONS_00030591 | cytoplasmic polyadenylation element binding protein 3 | novel protein coding | TCONS_00074321 | 615 | 295 | UTR3 | Trans | |
| TCONS_00030591 | cytoplasmic polyadenylation element binding protein 3 | novel protein coding | TCONS_00074321 | 576 | 295 | UTR3 | Trans | |
| TCONS_00030592 | cytoplasmic polyadenylation element binding protein 3 | novel protein coding | TCONS_00074321 | 607 | 306 | UTR3 | Trans | |
| TCONS_00030592 | cytoplasmic polyadenylation element binding protein 3 | novel protein coding | TCONS_00074321 | 628 | 294 | UTR3 | Trans | |
| TCONS_00033132 | dynein heavy chain domain 1 | novel protein coding | TCONS_00074321 | 636 | 254 | UTR5 | Trans | |
| TCONS_00034642 | CD82 molecule | novel protein coding | TCONS_00074321 | 638 | 320 | UTR3 | Trans | |
| TCONS_00034643 | CD82 molecule | novel protein coding | TCONS_00074321 | 638 | 320 | UTR3 | Trans | |
| TCONS_00037377 | NAD synthetase 1 | novel protein coding | TCONS_00074321 | 600 | 294 | UTR3 | Trans | |
| TCONS_00039117 | nicotinamide N-methyltransferase | novel protein coding | TCONS_00074321 | 541 | 297 | UTR3 | Trans | |
| TCONS_00039782 | GRAM domain containing 1B | novel protein coding | TCONS_00074321 | 608 | 298 | UTR5 | Trans | |
| TCONS_00041296 | RIC3 acetylcholine receptor chaperone | novel protein coding | TCONS_00074321 | 609 | 302 | UTR3 | Trans | |
| TCONS_00041298 | RIC3 acetylcholine receptor chaperone | novel protein coding | TCONS_00074321 | 609 | 302 | UTR3 | Trans | |
| TCONS_00050741 | spermatogenesis associated, serine-rich 2 | novel protein coding | TCONS_00074321 | 524 | 234 | UTR3 | Trans | |
| TCONS_00050741 | spermatogenesis associated, serine-rich 2 | novel protein coding | TCONS_00074321 | 602 | 297 | UTR3 | Trans | |
| TCONS_00051891 | RNA binding motif, single stranded interacting protein 2 | novel protein coding | TCONS_00074321 | 612 | 308 | UTR3 | Trans | |
| TCONS_00053503 | anoctamin 4 | novel protein coding | TCONS_00074321 | 600 | 300 | UTR3 | Trans | |
| TCONS_00053513 | anoctamin 4 | novel protein coding | TCONS_00074321 | 600 | 300 | UTR5 | Trans | |
| TCONS_00057601 | transcribed_unprocessed_pseudogene | novel protein coding | TCONS_00074321 | 611 | 291 | UTR3 | Trans | |
| TCONS_00057601 | transcribed_unprocessed_pseudogene | novel protein coding | TCONS_00074321 | 514 | 293 | UTR3 | Trans | |
| TCONS_00067572 | DCN1, defective in cullin neddylation 1, domain containing 2 | novel protein coding | TCONS_00074321 | 602 | 278 | UTR3 | Trans | |
| TCONS_00070307 | pecanex homolog (Drosophila) | novel protein coding | TCONS_00074321 | 639 | 289 | UTR5 | Trans | |
| TCONS_00075827 | forkhead box N3 | novel protein coding | TCONS_00074321 | 616 | 295 | UTR3 | Trans | |
| TCONS_00075844 | forkhead box N3 | novel protein coding | TCONS_00074321 | 567 | 291 | UTR3 | Trans | |
| TCONS_00075845 | forkhead box N3 | novel protein coding | TCONS_00074321 | 567 | 291 | UTR3 | Trans | |
| TCONS_00076763 | protein phosphatase 1, regulatory subunit 13B | novel protein coding | TCONS_00074321 | 668 | 297 | UTR3 | Trans | |
| TCONS_00090929 | nucleoporin 93kDa | novel protein coding | TCONS_00074321 | 642 | 301 | UTR3 | Trans | |
| TCONS_00090941 | nucleoporin 93kDa | novel protein coding | TCONS_00074321 | 642 | 301 | UTR5 | Trans | |
| TCONS_00095053 | epithelial membrane protein 2 | novel protein coding | TCONS_00074321 | 544 | 262 | UTR3 | Trans | |
| TCONS_00098643 | fatty acid 2-hydroxylase | novel protein coding | TCONS_00074321 | 616 | 292 | UTR5 | Trans | |
| TCONS_00098644 | fatty acid 2-hydroxylase | novel protein coding | TCONS_00074321 | 616 | 292 | UTR3 | Trans | |
| TCONS_00098645 | fatty acid 2-hydroxylase | novel protein coding | TCONS_00074321 | 616 | 292 | UTR3 | Trans | |
| TCONS_00098647 | fatty acid 2-hydroxylase | novel protein coding | TCONS_00074321 | 616 | 292 | UTR3 | Trans | |
| TCONS_00098745 | transmembrane protein 170A | novel protein coding | TCONS_00074321 | 622 | 281 | UTR3 | Trans | |
| TCONS_00101169 | myosin phosphatase Rho interacting protein | novel protein coding | TCONS_00074321 | 635 | 298 | UTR3 | Trans | |
| TCONS_00101169 | myosin phosphatase Rho interacting protein | novel protein coding | TCONS_00074321 | 649 | 300 | UTR3 | Trans | |
| TCONS_00103261 | Rap guanine nucleotide exchange factor (GEF)-like 1 | novel protein coding | TCONS_00074321 | 608 | 298 | UTR5 | Trans | |
| TCONS_00103262 | Rap guanine nucleotide exchange factor (GEF)-like 1 | novel protein coding | TCONS_00074321 | 608 | 298 | UTR5 | Trans | |
| TCONS_00107851 | transient receptor potential cation channel, subfamily V, member 1 | novel protein coding | TCONS_00074321 | 601 | 297 | UTR5 | Trans | |
| TCONS_00107864 | transient receptor potential cation channel, subfamily V, member 1 | novel protein coding | TCONS_00074321 | 669 | 311 | UTR3 | Trans | |
| TCONS_00107867 | transient receptor potential cation channel, subfamily V, member 1 | novel protein coding | TCONS_00074321 | 669 | 311 | UTR3 | Trans | |
| TCONS_00116668 | desmoglein 3 | novel protein coding | TCONS_00074321 | 623 | 312 | UTR3 | Trans | |
| TCONS_00140000 | long intergenic non-protein coding RNA 152 | novel protein coding | TCONS_00074321 | 515 | 297 | UTR3 | Trans | |
| TCONS_00140732 | NCK adaptor protein 2 | novel protein coding | TCONS_00074321 | 618 | 295 | UTR3 | Trans | |
| TCONS_00141667 | Rho guanine nucleotide exchange factor (GEF) 4 | novel protein coding | TCONS_00074321 | 693 | 307 | UTR3 | Trans | |
| TCONS_00141667 | Rho guanine nucleotide exchange factor (GEF) 4 | novel protein coding | TCONS_00074321 | 612 | 297 | UTR3 | Trans | |
| TCONS_00141670 | Rho guanine nucleotide exchange factor (GEF) 4 | novel protein coding | TCONS_00074321 | 628 | 308 | UTR5 | Trans | |
| TCONS_00141670 | Rho guanine nucleotide exchange factor (GEF) 4 | novel protein coding | TCONS_00074321 | 693 | 307 | UTR3 | Trans | |
| TCONS_00141673 | Rho guanine nucleotide exchange factor (GEF) 4 | novel protein coding | TCONS_00074321 | 628 | 308 | UTR5 | Trans | |
| TCONS_00141673 | Rho guanine nucleotide exchange factor (GEF) 4 | novel protein coding | TCONS_00074321 | 693 | 307 | UTR3 | Trans | |
| TCONS_00141679 | Rho guanine nucleotide exchange factor (GEF) 4 | novel protein coding | TCONS_00074321 | 693 | 307 | UTR3 | Trans | |
| TCONS_00141679 | Rho guanine nucleotide exchange factor (GEF) 4 | novel protein coding | TCONS_00074321 | 628 | 308 | UTR5 | Trans | |
| TCONS_00141679 | Rho guanine nucleotide exchange factor (GEF) 4 | novel protein coding | TCONS_00074321 | 612 | 297 | UTR3 | Trans | |
| TCONS_00141681 | Rho guanine nucleotide exchange factor (GEF) 4 | novel protein coding | TCONS_00074321 | 693 | 307 | UTR3 | Trans | |
| TCONS_00142157 | LY6/PLAUR domain containing 6B | novel noncoding | TCONS_00074321 | 653 | 280 | noncoding | Trans | |
| TCONS_00142168 | LY6/PLAUR domain containing 6B | novel protein coding | TCONS_00074321 | 653 | 280 | UTR3 | Trans | |
| TCONS_00147100 | ATPase family, AAA domain containing 2B | novel protein coding | TCONS_00074321 | 640 | 271 | UTR3 | Trans | |
| TCONS_00148048 | potassium voltage-gated channel, subfamily G, member 3 | novel protein coding | TCONS_00074321 | 615 | 299 | UTR3 | Trans | |
| TCONS_00150599 | four and a half LIM domains 2 | novel protein coding | TCONS_00074321 | 627 | 258 | UTR3 | Trans | |
| TCONS_00150696 | septin 10 | novel protein coding | TCONS_00074321 | 623 | 293 | UTR3 | Trans | |
| TCONS_00166381 | GRB2-related adaptor protein 2 | novel protein coding | TCONS_00074321 | 605 | 319 | UTR3 | Trans | |
| TCONS_00184373 | neutral cholesterol ester hydrolase 1 | novel protein coding | TCONS_00074321 | 615 | 295 | UTR3 | Trans | |
| TCONS_00184373 | neutral cholesterol ester hydrolase 1 | novel protein coding | TCONS_00074321 | 611 | 281 | UTR3 | Trans | |
| TCONS_00186316 | KIAA0232 | novel protein coding | TCONS_00074321 | 640 | 273 | UTR5 | Trans | |
| TCONS_00186316 | KIAA0232 | novel protein coding | TCONS_00074321 | 626 | 296 | UTR3 | Trans | |
| TCONS_00190999 | zinc finger protein 721 | novel protein coding | TCONS_00074321 | 600 | 276 | UTR5 | Trans | |
| TCONS_00194652 | E74-like factor 2 (ets domain transcription factor) | novel protein coding | TCONS_00074321 | 640 | 290 | UTR5 | Trans | |
| TCONS_00194655 | E74-like factor 2 (ets domain transcription factor) | novel protein coding | TCONS_00074321 | 640 | 290 | UTR5 | Trans | |
| TCONS_00194682 | E74-like factor 2 (ets domain transcription factor) | novel protein coding | TCONS_00074321 | 643 | 315 | UTR3 | Trans | |
| TCONS_00194686 | E74-like factor 2 (ets domain transcription factor) | novel protein coding | TCONS_00074321 | 643 | 315 | UTR3 | Trans | |
| TCONS_00195633 | aspartylglucosaminidase | novel protein coding | TCONS_00074321 | 508 | 265 | UTR3 | Trans | |
| TCONS_00196475 | F-box and leucine-rich repeat protein 7 | novel protein coding | TCONS_00074321 | 614 | 319 | UTR3 | Trans | |
| TCONS_00196475 | F-box and leucine-rich repeat protein 7 | novel protein coding | TCONS_00074321 | 662 | 307 | UTR3 | Trans | |
| TCONS_00196897 | oncostatin M receptor | novel protein coding | TCONS_00074321 | 578 | 290 | UTR3 | Trans | |
| TCONS_00202828 | myotubularin related protein 12 | novel protein coding | TCONS_00074321 | 621 | 288 | UTR3 | Trans | |
| TCONS_00203984 | family with sequence similarity 169, member A | novel protein coding | TCONS_00074321 | 613 | 289 | UTR5 | Trans | |
| TCONS_00203985 | family with sequence similarity 169, member A | novel protein coding | TCONS_00074321 | 613 | 289 | UTR5 | Trans | |
| TCONS_00203985 | family with sequence similarity 169, member A | novel protein coding | TCONS_00074321 | 644 | 307 | UTR5 | Trans | |
| TCONS_00210637 | polymerase (DNA directed), eta | novel protein coding | TCONS_00074321 | 517 | 267 | UTR3 | Trans | |
| TCONS_00210928 | leucine rich repeat containing 1 | novel protein coding | TCONS_00074321 | 663 | 291 | UTR3 | Trans | |
| TCONS_00211226 | antisense | novel protein coding | TCONS_00074321 | 603 | 295 | UTR5 | Trans | |
| TCONS_00213181 | tubby like protein 4 | novel protein coding | TCONS_00074321 | 656 | 299 | UTR3 | Trans | |
| TCONS_00213191 | tubby like protein 4 | novel protein coding | TCONS_00074321 | 656 | 299 | UTR3 | Trans | |
| TCONS_00213738 | enoyl-CoA delta isomerase 2 | novel protein coding | TCONS_00074321 | 601 | 266 | UTR3 | Trans | |
| TCONS_00219453 | WD repeat domain 27 | novel protein coding | TCONS_00074321 | 611 | 287 | UTR3 | Trans | |
| TCONS_00222403 | protein tyrosine phosphatase, non-receptor type 12 | novel protein coding | TCONS_00074321 | 609 | 294 | UTR5 | Trans | |
| TCONS_00227594 | GLI family zinc finger 3 | novel protein coding | TCONS_00074321 | 506 | 211 | UTR3 | Trans | |
| TCONS_00230811 | kielin/chordin-like protein | novel protein coding | TCONS_00074321 | 676 | 302 | UTR3 | Trans | |
| TCONS_00235281 | NADH dehydrogenase (ubiquinone) complex I, assembly factor 6 | novel protein coding | TCONS_00074321 | 672 | 318 | UTR5 | Trans | |
| TCONS_00235393 | processing of precursor 1, ribonuclease P/MRP subunit (S. cerevisiae) | novel protein coding | TCONS_00074321 | 669 | 296 | UTR5 | Trans | |
| TCONS_00239255 | tumor protein D52 | novel protein coding | TCONS_00074321 | 608 | 297 | UTR5 | Trans | |
| TCONS_00240685 | metastasis suppressor 1 | novel protein coding | TCONS_00074321 | 519 | 233 | UTR3 | Trans | |
| TCONS_00243477 | osteoclast stimulating factor 1 | novel protein coding | TCONS_00074321 | 685 | 313 | UTR5 | Trans | |
| TCONS_00243482 | osteoclast stimulating factor 1 | novel protein coding | TCONS_00074321 | 685 | 313 | UTR5 | Trans | |
| TCONS_00251977 | G protein-coupled receptor 82 | novel protein coding | TCONS_00074321 | 545 | 279 | UTR3 | Trans | |
| TCONS_00252827 | discs, large homolog 3 (Drosophila) | novel protein coding | TCONS_00074321 | 685 | 303 | UTR5 | Trans |
>TCONS_00252827 (25820 nt)
ATTTTCTTAAATTTTAAAAAAAATTATAGCTGGGGGTTTCTTTTATTTTTACTGCTGATAATTTGTAAGATACAATTCTGTAGTTTTGTCAGAGAATGGC
TTGTAAGACCTTGAATAATATACTTAAATTTGTGGGTGTTTTAGTTTATCAGTTTAAGAAATAAAACAGTCATCTGTTGAATTCTTGGTTTACAGATTTT
GAAATTTGCATATTTATACTCTTCCTGCCTCATCATCCCCCCAATTTTCAACTGTTCATTGGTTTATTTGGGGATTTTAGCCCAGAAACTTTCTGATTGC
ACTGGGGTATGAGTATGTATTACTATGTGTACCTTCTTTTAAGAAATATAATATTTATAATTTATAAATGCCATGACCAATTATTTAGACTTAGTTTTAT
ATTTAGTAGATTTACTACCCACCATTGGTCTTTTTATGCCATTTCCTTTCCATTCTCACCTACTTAGTATCAACTATCAATAGGCTAAGTCATATTATCA
AAAAGATTTTCCCGTATTAGGAATATTATAATTTAAATCCATAAATTGATTATTCTTCTCAAACCTGCTTTTCTTCTGCATTTTGCTAAGCAGTTAACCC
ATCCACAAATGTAGGCATTAACCTCGATTTCTCTCTTTTATTTGTGCTCAAGAATCAGTCTGTCAGCAAGTTCCCTCAGCTCTACCTCCAGAACACATCC
TGAATCCATCTACTTGTCTTTGTTACCCATCTCCACCCTTCTAGTGCCTGTTGCCTTGCCCACACCTCCCATTCCCCACCATCTATTTTCCAGAAAGCCT
CTGGAGTGAACTTTTAAAAACATAAATCATATCATCACTTCTGCTTAACACTTCCCTGAAGCTTTCATATCAACTTAGAAAAATACTCAGATTTTTAGCC
TTGTTTATAAAACCCTACATGATCTGTTCTATCCACCTCTCTGAGCTCATCGCATATGTTTCTGCCTACTCTACTATGCCTCTGTTTTCTTTTTATTTAA
ACAGTCCAAGATTAAAGCAATTCTTCCCTTTTGCCTGAGGTAACTGTTTTTCAAGATCTTTGCTCTGAAGGCTCCTGGTCATTCAGACCTCAGCTTAAAT
AAATATCATATCCTCGGAGAGGCCAATGCCCTTGTTATTTTAGTTCGCTGCATAGGACACGTGAGTGCCTGATACTTTTCTTGTTTGTTTATATGTATAC
GTGTATATATTGTGTTTGTCTCTCTCCTAGAATGTAAGATCAATGAGAATAGCGATTATCTATCCTCACTGCTATATTTCACCACTTGGGACAGTGTAAG
CATGTAACGGACACTGCAATAAATATTCCTCCTATAAAAGAATATTACAGATGTCTTTCTGTTGCCTTTGAATGAGAATGACGATTTGACTAGGTATAAA
ATGATTGCATCACACGTTCTTCTCCCTCTACCCTCAAAAAACTCTATAGACATTTTTTTCCCTTGAATATTGTTGGAAAGAAATGTAAGGCCTAACTGAT
ATTTTTCCCCTGGTAGATAACTTGCTGTTACTACCTGATTGTAGCAAAAGCTGGCATTTCTTTCTTTGTCTTCAAAATTAGTAATCTCAACAGAATATAA
CTTGGTCTCAATAATTTTCTACAGATTTTTCTCCCTGAGACACAATGAGCTGCTTTTTTCATCTGCAGTTTTGATTTTTTCTTTATTTCAAGAAACTTTG
TTTTAAGATTCTTGAATTTATTTCATTACTTTGGAAAGTAATGAATTTTTAAAGTCTTCCATATCAGTGACTTTTTTTTTTTTTTAAACAGGGTCTCTTT
CTGTTGCCCAGGCTGGAGTGCAGTGGCACAATCTGGGCTCACTGCAACCTTTGCCAACCGGGTTCAAGTGATTCTCGTGCCTCAGCCTCCTGAGTAGCTG
GAATTACAGGCATGTGCCACCACACCCAGCTAATTTTTGTATTTTTAGTAGAGACAGAGTTTCGCCATGTTGTCCAGGTTGGTCTTGGACTCCTGGCCTC
AAGTGATCTGCCCGTCTAGGCCTCCCAAAGTGCTGGGATTACAGATGTGAACCACCATGCCTGGCCCCCAATACTGCTTCTATTCCTTGTTGGTTCCAAT
GTTTTTATTAGTTCTATATAAGTATTATTTTTACACAGCTTTCCCCCCTTAACTCTACCAGCATTCTTTCTGTTTCATTTTGTTGCCTTAATTTTCCTGT
ACTCTTTTTTCCCCCTTTCATATCCCTGAGAGTTTGAAGCACTGTTGTCTTAAATTTTCTTTCAAAACAAATTCTTCGTATCTTCAGCATCCTGTATTTG
TCTTTTTTTTTTTGCTGTGGAATTTTTGTGGAAAATCAGTGGACTTTTAGCATTGTCAGTAAAGCCAAAGTAGATGGTATTTTTCACATTTTTGGAACAG
ACTTAAGGGTATCTTTAGGTTAAAAATATGATGGTATGCTAATGAATTTTCCCAACATTCAGTTCAGATACTTCAAATAATTTTGGAGACTGCTGTATTT
CAAAAATGAATTCTCAACTGTATTTAGCAGCTTTCAAAAACTTGCACTAAAGCCAGCATAATACAAAAGTGCTTTCTTGTATTGATTTAACAGATGAACT
GGTTTAAAATTGTATTTAGACATGAAAAGATAATTATTTGCCAGTGTGACTTAGAAAAAAACTTATGTCTGGTAATACATAAACAAAAATTTTTTTAAGT
AAATGAAATTCCAGCTGTAAACTTAACATGCTTTTCTCCATGGTGAAAAATAGGATATTAAAGTTTATAGTAATTTTAGAGTCCTAAATTGTATTTACTG
ACTTGCCCCTGGCAATTTAATTTTATAATGCTATATTCAAAATTTTGCTGAAACAGATTGCTTTTGAAGGTCTTCCTAATAGTCAAAAAAATGCTACAGT
AAGCCTTAGAGTTGAAAATAGGTTAGCACAGAAAATCGCGTTTATTAATTAGCCACAAAAATATTTGTAAAAGAAAATGAAGTCAGCATTCCTTCCTATG
TTTGTATGTTCTTGTTGCTCTTTGTATATATAGGCAAAATGATTATTTTCAGGAATGATTTAACCATTTCTATCTCATTTTTATAGTAGATACTTACTAA
AGTCACCACCTTACAAATGGTAACATTAAATAGAGTTTGACTTACCAGTGATTAGCATTGAAAATAATACCACCAGTGATACCATTGTGAGTTTTAGTTG
CATTTTTCATCTCTTTGATTAGACATCCAGAGTGCCCTATAAGCCCAGGCAGATACTGTGATGGTTCATGCCACCATGTTTTCCTGTCTTCTGTCTGAAT
TTCAGCCTACCATCTAACTCATTTTACAGATGCTCAGTTTGCCCAACAAGTCTGTAGCTATTGGTGGCCAACAGCCAGAGCAGGAACAAAGTTTGTGGGA
AAACTTACCATCAGAATCCTACTTTCCCTTCCCTCTCTCCTCCTTCCATTACCCCTCTTTTATGGCAAAACTACAAAATAATATTTTAAGCTTATGAAAA
TTACAGTTTATTTAAATATTTTCGGCCTTGCTTACAGGGATGTAATTTAATACATCACTACCCAGGATGATTAATGCAATACCCTTTTGGTTTGTTCCCT
TGCTTGTCTTTTAAAACGGTAAATCGGAAATACTTATAAAATAGTTTAGTATTTTTTAATAAAATAAGTTAAATGTGTTTCTTTAGACAGTTTTTGAAAT
AAATAGGAATCTTTAAATATCTTTGAATAGATGTTTAAAGCTTTCCTTGGACTTGCAGGGAATACTTTAACTTGTTTCCTGAAAGTATAAGCAGAGAAGG
TAGTGTAAGTGTTAAAAAGTCAGGAACTATACGGAGGTTTAAACCAGCCATTAGTTTGCCTTGTTCTTGAAAGAACTTGGCAAAGTTCTTGAAAGAAATC
CCAGGGTAGGCTGTTTGGCCAAATAGGACAAGTGTCATCTATTCAGGTTACGTGGTATGTTCTTTTCAGACTTTCTATTCAAAAACCTAACAATCTTGAT
TTTTAAAAATATTCTGTAAAGTAAAATATTTGTATCCTGTCTTCACTGTTTGGACAGTTCAAGTCTGAATTAATGGAAAATGTTAATTTGAAGGCACAAA
TACATGCCCCAAATGTCATTTTATTGGTTTTAAATAATAGATACAGAAAATGAATAAAGGTTAGTGTTGTTTACTAATGTCTTCTGTTTAACATTGTACA
TTCATTATGCTCAATGGAAAAAAACCATATTTACTTATTATGAACCAAAACAACCATATTCACAAGATTGCCACCATTGTGTCACTGTATTTTTCATAGT
TATTTAAAAATTAGCTGATTGAATATTTAGCATTGGATTGATTTTCTGAAAAAGTACTGCTAATTTATTCACTGTATAATGAACTACCGCTAAAATTAGT
TTTCGTTTTGATAACTATCTTTAACATTATTTCATAAACTTCAGAAATGTATCTAGTACTTACTAATACAGAAAACTTTTGCCATTGCAAATATTAATTA
AGAGATCTAATTTTTACATTGTAATTTTGCTCTAAATGATATACAAATTTTTAGGTTACTGCATATTTATTTTAAATACTTGTTTTAAAAGTTTTTATTT
TTATTTTTATTTTTATTTTTATTTTTTTGGTCTGGGAGCGGTGGTTCACACCTGTTGTAGTCTCAGCACTTTGGGAGGCTGAGGTGGGAGGATCTTTTGA
GCCCAGGAGTTCAAGACCAGCCTGGGCAACATGATAAGACCCAGTCTTTACAAAAATTTTTAAAAATTAGCAGAGCACGGCAGCCTGCTTCTGTAGTCCC
AGCTACTCAGGACACTGAGGCAGGAGGATCACTTGAGCCCAGGAGGTTGAGGCTTCAATGAACCATGTTCACATCACTGCGTTGCACCATGGGCAACAGA
ATGAAATCCTGTCCCAAAAAAGAAAGAAAGAAATATATATATAATAATATATGTGTGTGTGTATATATATATTCATTTAAACATCCAGCTGTAGTGAAAT
GATTAAATTAGGCTATGCTCACATCATTTTAATATTTTTAAAATTTCAGTAAAAAACACATAAACTTTACCATCTTAACCATTTTTGTTTTTTTGCTTTT
TGTTTTGTTTTTGTTGAGTTGGAGTCTTGCTCTTGGCACCCCGGGTGGAGTGCAATGGCACAATCTTGGCTCACTGCAACCTCCACCTCCCGGGATCAAG
CCATTCTCCTGCCTCAGCCTCCCGAGTACCTGGGATTACAGGCTCCCACCACGACACCCGACTAATTTTTTATGTTTTTGGTAGAGACAGGGTTTCACCA
TGTTGGCCAGGCTGGTCTTGAACTCCTGACCTCAGATGATCCACCTGCCTCGGCCTCCAAAAGTGCTGGGATTACAGATGTGAGCCACCATGCCCAGCTG
TCTTTACCATTTTTAAGTGCATCTTTTAGTAGTTTTAACTATATTTGCGTTGTTGTGAAATAGTTGTCTAGAATTTTTCATCTTGCAAAACTAAAACTCT
ATATTCATTAAACAACAACAACTCTTTGCTGCCTCCCCACAGCCACTAGTAACCACCATTCTACTGTTGGTATCTATGAATTTGGCTCCTTTAGATACTT
TATATAAGTGGAATCATACAGTATTTGTCCTTTTCTGACTAGGCTGTTTCACTTAGCATAATGTTCTCAAGGTTCATCTATGTTATAGCATATGACAGGA
TTTCCTTCCTTTTTAAGTCTGCATGGTTTTCATATACTACAGTTTTATTCATTCATCTGTCAATAGACATTCTGTCAAACTGGGTTGCCTCTACCTCTTG
GCTATTGTAAATAGTGCTGCTATGAACATGGGTGTACAAATCTCTCTTTGAGATCCTATTTTCAGTTCTTTTGGATATAAACCTAAAAGCATGAATTGGT
CATATGATAGTTCCACCTTTAATTTGTTGAGAAATACTGTTTTCTGTTGCAGTCTCACCAGTTTGCAATGTCAGTAACAGTATACAAGGGTTCTAGCTTC
TCCACATCACCTCTAACCAGTTTTATTTTCTGCTTTTTTTAATTGTAGCCATCCTAATGGATGTGAAGTGATATCTCATTGTGGTTTTATTTGAGTTTCT
CTGATTAATGATGTTGAGCATGTTTTTATGTGCTTATTGGCTGTTTGCAGGTCATCTTTGGATAAATGTCTATTCAAGTCCTTTCCCATTTTTAAAATCA
GGTCATTTGATTTTTTCTTGTGAGTCGTAGGAGTTCTTTATATATTCTGGGTATTAAACCCTTCTTAGATACAGGATTTGAAAATATTTTCTCCTGTTCT
ATAGGTTGCCTTTTCAACTCTGTTGATTTTGTCCTTTGGTGAACAAAATTTTTTAAATTTCATTTGTAGTCTCGTCTGTTTTTTGTTGCCTGTGCTTTTG
GTATCATATACCAGAAATAACTGCCAAATCTGATGTCATGAAGCTTTTCTTCTGTGATTTCTTCTAGGAGTTTGATAATTTGGGGTCTTACATTTATATC
TTTAAATCATTTTAAGTTTTGTGTATGGTTTAAGGCAGGGGTCCAACTTTATTCTTTTGCATGTGAATATCCAGTTTCCCCAAACCATTTGTTGAAGAGA
CTGCCCTCTCCCCATCAAGTAGTTCTGATACCCTTGTTGAAGATCATTTGACCATATATACTACATGAGGGTTTGTTTCTGGGCTGTCGGTTCTATTCCA
TTGGTCTTTAATATATCTGTCTTTATGTCAGTACCCTACTGTTTTGATTATGGTAGCTTTTAGTAAGTTTTGAGATCAGGAAGCATGAGTCTTCCAACTT
TGTTCTTCTTTTTCAAAATTGTTTTGGCTATGGAGAGTCTCTTAAAATTTTATACAAATTTTAGAATGATTCTTTTTTATTTCTGCAAAAAAAAATGTTA
CCAGAATTTTTCATAGGGATTGTGTAGCTATTTATATCACTTTGGGTAGTATTGACATCTTAGTAATATTAAGTTGGGTTGGGCACGGTGGCTCACGCTT
GTAATCCCAGCACTTTGGGAGGCTGAAGTGGGCGGATCACGAGGTCAGGAGTTCGAGACCAGCCTGGCCAATATGGTGAAACCCGTCTCTACTAAAAATA
CAAAAATTAGCCCAGTGTGGTGGCATGTGCCTATAGTCCCAGCTACTCGGGAGGCTGAGGCAGAAGAATCACTTGAACCCCGGGAGGCGGAGGTTGCAGT
GAGTTGAGATTGTGCCACTGCACTCCAGCCTGGGTGACAGGCGAGACTCTGTCTCAAAAAAAATAAATAAATAAAATAATAATAATAATATTAAATTTTT
CAATCCATGAGCATGGGATGTCTTTCCACTTATTTGTGTCATCTTTAATATCTTTCAGCAATGTTTTATAGTTTTTAGTGCACGAGTCTTTCAGTTCCTT
AGTTCAGTTTATTTCTAATTGTTCTTTTTTTTGTTTTTGTTTTTGTTTTTTTTTGCGATGGATTCTCACTCTGTCGCCCAGGCTGGAGTGCGGTGGCATG
ATCTCAGCTCACTGCAACCTCCACCTCCCGGATTCAAGTGATTCTCGTTCTTCAGCCTCCCAAGCAGCTGGGAGTACAGGCGCCCACCACCACGCCCAGC
TAATTTTTGTATTTTTAGTAGAGACAGGGTTTCACCGTGTTGGCCAGGCTGGTCTCTAACTCCTGACCTCAGGCGATCTGCCCGTGCTGGAATTACAGGC
GTGACCCACTGCACCCGGCCTAATTGTTATTTTTGATGCTATTGTAAATAAATTGTTTTCTTAATTTCCTTGTCTGATTGTTCACTGTGTATAGAAACAC
AACTGATTTTTCTGTTTTGATTTTGTATCTTACAATTTTGCTAAATTTGTTTATTTGTTCTAATAGATTTTTTTAATGGACTTTAGGATTTTCTATACAT
ATGATCGTGTCATCTGTGAACAGAGATTTTTTAACTTATTTCTTTCCAGTTTGGGTAACTTTTATGTGATTTTTAATGACATGAGAAATGCTTACACAAT
ATTGATTAGTGAAAATAGTCTGTGAAACTCTGGAGTATGGTCCAAATTGTGTATGTGATATGCAGAACTTCATAAGTATAGTACTTACAGGACTGGAAAA
AAAATCAAAATGCTCATGGTGTCAGCCTGAGCAACGTAATGGAGATCATGTCTCTACTAAAAATTTTTGAAAATATTAGCCGGATATGGCAGCATATACC
TGTAGTCCCAGCTACCTGGGAGGCTGAGGCAGAAGGACTGCTTGAGCCCAGGAGTTTGAGGCTGCAGTGAGCAATGATCGTGTCCCTGCATTCCAGCCTG
GGTGACAGCAAGACCTTGTCTCTTGAACAAACAGAAAGCTAACAGTGGGTGTCTCTGGTACATTTATGGGTGATTTTTATTTCATTCTCTTTTTTTTTTT
CCTTTTTTTTTCTTTTTTTTGAGACAGAGTCTCAGGCTGGAGGGCAGTGGTGCAGTCATAGCTCAGTGCAGCCTCAAACTCATGGGCTCAAGCAGTCCTC
CCACCCCAGCCTCCTGAATAGTGGGGATTTCAGGCATGAGCCACCGTACGTGGCTTACATTCTTTATATTTTTCTACATTGGCTTACTTTTCTAAGATAA
GTATATTAATGTGGATACAATAATATGGAATAAAACAATTATTTTTAGTTTAAGAAATGGTAGTTTCCATTATTGATACCTATATAGGATAGGCATGAGT
CTGATAGTTTTCTTTACATATTCTGGATATTAACTTCTCAACCAGATATATCTTACCAGATACAGGATTTGCAAATAGTTTCTCCTATAGGTTGCTTTTT
CACTTTGTTGGTTGTGTCCTTTCGTGAGCAAATTTTTTTTTTTTTTTTTTGAGATGGGGTCTTGCTGTGTTACCCAGGCTGGAGTGCAGTGGTGATCATA
GCTCACTGCAGCCTTGAACTCCTGGGCTCAAGTAATCCTCCCAGCTCAGCCTCCTGAGTAGGTGGGGCTACAGGCACACGCCAGCACATCTGGCTAATTT
TTGTGTTTTTTTTGTGGAGACAGAGTCTTGCTATGTTGCCCAGGCTGGTCTTGAACTCCTGGGCTCATATGATCTTCCCACTTTGGCCTTCTAAAGTGTT
GGGATTATGCGTGAGCCTCTGCACCCAGCCAAAATTTTGAAATTTGAGGCAGTCTCATCTCTCTGTTTTTGCTTTTGTTACCTGTGCTTTTGGTGTTGTA
TCTTGGAAATCACTACCAAATCCAGTGTCATGGATTTATTAATAATTCTGTGAGATTAGTTAAAAATTAGAGGATTAAAATAGGAAATACAACTCGAAGC
ATCACGTTAATAATTTCAACATGAACAATGAAGTAGAAATACAGTAGACATAAAAAGCATAAACCAGTTGATATTTGATGAAATAACAAATGGAAAATAC
TCACTAATATACTTTTTGTAGAATTATTATAATGTGCTAACTTTCTGAAAGCTCAGGCCAGGTGTGGTGGCTCACACCTGTAATCCTAGCACTTTGGAAG
GCTGAGTCAGGCAGATCGCCTGAGCTCAGAAGTTCGAGACCAGCCTGGGCAACATGGCAAAACTCAGGCTCTACAAAGAATACAAAAAATTAGCTAGGTG
TCATGACATGTGCCTGTAATCCCAGCTACTTAGGAGGCTGAGGTGGGAGAATTGCTTGAGCCCAGGAGGTTGAGGCTGCAGTGAGCCAAGATCGTGCCAC
TGTACTCTAGCCTGGGCAATACAGTGAAACCCTGTCTCGAAAAAAAAAAAAAAAGAAAGTTCAGTATGTAATGTTAGAGGATAGTTTTTGGTATTAGTTC
ATGCTTATAGCTTGGAACACAGTTTTAGGAGTTTAAGAGATAATAAGCTGCGTGCTGTGGCTCATGCCTGTAATACCAGTGGTTTGGGAGACCAAGGCTG
GTGGATCACCTGAAGTCGGGAGTTTGAGACCATCCTGGCCAACATGGTGAAACCCCGTCTCTATTAAAAATACAAAAAGTAATCCCAGCTACTCTGGAAG
CTGGGGCAGGAGAATCACTTGAACCCAGGAGGTAGAGGTTGCAGTGAGCTGAGATCACACCACTGCACTTTAGCCTGGGTGACAGAGCGAGACTCCATCT
CAAAAAAAAAAAAAAAAGAGAGATAATAGACTTTGTGCTCAGGAAACATAGCTATCCACATAATTATAGACATTGGTTGAATTAATTACCTCAGTATTAA
ATCTGTGATCTACTGTCATATTTTTGGAAGGAGGGGTGTGATGAATCTTACTGCCTTTTATCTTGGCACAACCAGGTTTTAATGCCTAGTACCTTTTTTT
GAAAAAAAATCTGAGGGTCTGCTGCTTTTAATCCCTTCCCAGGTACTATTTGTTAGGACTCATTTGATTGCAAGAAAGTTTTAAGAGGGTATTGAATCCA
AATGTAATGCAGAGGACCCTTATACACGAGGGGTGCAACCGACTTACTCCAGTTCATCCCCAGAGTATGAAGGCTTAACTGCTTTATGTCAACCTGCAGA
TAGTATTAGGAAACTCTAAAATTCTAGTCTTTTGCTTCCCAAGATTTCTACTTTTTTCTTACTATGTTTTTACAAGTGTTTTGAGTGTGGCATTAATAAT
GTCTAACTTGATCCTATTTTGATGCACTGATGGTAGCAGAAGCAAGTGGTAGCTAACACTGGCATTGGCTAATTGTATTCAGAGCTGTGAAACTGGGAGC
AAAGACCAGCCCCTCAAGGTGACCCCAGATACTAAGGCTGTATCTTTGTAGTGTAACTTGTTTTAGGGGGTTGGCTGCCCACTCCAGTTAAAAATTGTAG
TTTAGAGTTGCAGTGTGCCTGCTAGGCAGAAGGTGGCTTAGAAACAAGGGGCAGAAAACTTGGCCTTCAGGATCTTGTACTTGTACACTTTTTAGCAAAT
CTGTCTCTTAATGTCAGCCTTGAAACACTATGTTGGAGGCTGTGATCATTGCTCTAGTGGTTACTGAACATGCTTAATTTAAACAGTAATACAGTGGTTT
TTCAAAAAACTTTAAAACACAAACCCCCAATGTTAACATCATTTAGAACCCAGCATGCTATAACAAATATCTACATTTCTTAGTTAATTTTTATAGCTAC
CTCCCAGGGCTCAAGCCAGTTTTAGGAGCTTTTAATAATTTATCATTTTAATTAGGACTAGTTCCAGTGTCTACTGTCTCAGATACAGAACTACCATCCC
TTTTGGCTCTACATATTTCCCCTTTCTGGCTGAAGGGGGTCATTTTTTTTTTTTTCTAAGAGTATCAGGCTGAGTTCCCTTACACACACACACACACACA
CACACACACACTCTCACTCGCTCTCTGTCTCTCTCTGTCTGTCTCTCTCTCTCACACACACACACACACCCATGCATACTTGAGGAGCCCAAGGAAATAA
GCATCTGTCTTCAGTGGTTCCCATCTCTGTCTGCGGTTTGGTAGAACCTGCAACTGCCCTTACAGAAAGGAGGAGAAAAAAAACAACCTGTACTTTCGGT
CTCTAGTATTTCTCCCTTTCCTGTGTAAGGATGTACTCAGCAGCCAGGTTTCCAGTAGGACATCTCTAGGAATCTTAGCCATAGTCATTCATGGCCTCTT
GTTCTAATATTTCACTTTTATTATGATTCTGCTGGTAACTGACAACTGACCGAGTCTCCATGGTTCACATTTTCAAGAGATCAAATGTGATTAGCTCTTG
CCAGGCTATGGATTAGTTCTTTTCAAGTCAGTTGTTCACCCTGGTTCCTTTGGCTAGTACAAGGTCACATGACACAAACAGTGCCATGGATGGAGGTAGA
TTTTGTTAGGAGGGCTATGATCAGACTGGTAGTGATTAATCCTTTAGAATAAAGTGTCATTAACACAAACTGTAAAGTCAGGAAGAAAAATTGGTTTTTA
AGAGAAGATATTGGTACTTCAGGGCATGTATTAAATGTAAGGTACTAGCAAGACATTCAAATAGAAATAATAGGTATATAGTCAAAACTGAAGATAAGAT
AAGGGGCTCTGTGGTTCTCAACTAGTCTCATCCTTACATTGTCAGGGTGTGAAGAATAAAATTTCTCTTCTTTAAGCAAGTACCTTTTTCTTTGGAGACA
GACTCTCACTCTGTTCCCCAGTCTGAAGTGCAGTGGCGTGATTATAGCTCACTGCAACCTCAAACTCTTGGGCTCAAGCAGTCCTCCCACCTCAGCCTCC
TGAGTAGCTGGGACTACAGGTGCATGCCACCATGCCTAGCTTATTATTTTGGAAAGACGAGATCTCTCTATGTTGCCCAGGCTGGTGAGCAACAGGGCTG
GAACCTACAAGCCTAAGTTCTCTGAACCTAGTGGATTTTATGCCACATCTCAGTGGAAAGTAATATTAATTTGGCGTATCACCCAGTTAAAAGAATAAAA
TCAACTATCCGAATTTCAGATTATTTTTATGAGGCTGATGTAGGCCATCAAAGAATAGCTACATCTGTGATAACCATATTTAGCTTACTTACCTCTCAGG
ATAAACTACAAAAATAGTAGCTTTATGTAAGTCTCTTCCATGATACAATTTCAGTTCACAGAAGATTTTACTCTCTTTGCATTAAAGTTTCAAATAATAT
AATAGTGAAGCAGATATACGAAGAATATATCTGAAGGTGGAGTTCAAACATCTGACTTATTAATAACCTGTGCTTGGGAATTCTTGCTTCCAGCTACAGC
TGTAAAAAGTTGTCACTCACTCTCACCAAGACCTCACCTTGCCTGATAGAAACCTCACATAGCTGCTGCTGGAAACACAGTTGCAGGGTGGAACCCAGAA
CTCAAACTACTACCAAGAGTTAGTAGTTTGTTACTAGTAATATTAATTCAGCCATATTATTGACTTTTATGGGTCAGTTTAAGAATTTACACACAATTGA
GAAGTTAGGCACCATATTATGTGAAGCTACTCTTGTGAGAAAATCTGTTCTAAATCCCAGACTTAACTGAAGAATTTCTCAGCATAGCTCAGATATAAGG
CTTCTGTGCACATTTAAAAGTGAGTAGGTGGGAATCCAAAGAATAACATATTGATATGGTTAGGCTTTGTGTCCCCACCCAAATCTCATCTTGAATTGTA
ATTCTCAGGCATCAAAGGAGAGGCCTGGTGGGAGGTGATTGGATCATGGAGGTGGTTTCCCCCATGCTGTTCTCATGATAGTGAGTTCTCATGATAGTGA
GTTCTCATGAGATCTGATGGTTTTATAAGTGTCTGACAGTTCCTGTAACACACACACTCTCTCACCTGCCACAGTGTCAGACTTGCCTGCTTCCCCTTCT
GCCATGATTGTAAGTTTCCTGAGGCCTCCCAAGCCATGCGGAGGTGTAAGTCAATTAAACCTCTTTTCTTTATAAATTACCCAGTCTTGGGCAGTTCTGT
ATAGCAGTGTGAGAATGGACTATATATATATGTGTTAATATATATACACATATATTAACAAAATTATGTGCTGCTTTACTCTTCTTTGTAATTCATGTTT
TTTCAAACATGAAAGATGGGCTAGAATTTAGCCAGTTTGAGGGAAATTAGCATGCGTAAAGGAGAAGTTTTAATGCTATGATGGAAAAGGCTCAGATGGA
GGAGTGATATAAAAGAAGAAAGTATTCTGGTGCCCGCGAGTGAACACAGAAAGCAGGGCCTTTCCTCTGCACCTAGGTAGGCAGACTTTCTACTGTCACC
TTCAGGGCTTACTCACAGCTGGCTAAACTGATAATGAGGAACAGGAGATCATCTTCTATTTTGGATTATCTCCTTTGATCCTCTTTTATTGTAAAACCAT
TAAGAAGCACATTTTCAATTGTAACAAGTAGCCATTCGTACACTTATGTTTAAGGTATACGTAACCATTTATGTAATACATGTTTTCCCAGGTTACAAAT
AAAAGGTAGATTATCTTTAAAGGTTTTCTCTCAGACGTTCATTCAGTTAGAAGATTGTACCCTCATTTGGCTTCCCTAACCCTTTAAAATTGCTAACATG
AAATTCTGTAACTGAACTATCAGTTAATGTTTACGTGAATTGACTGTTAAAAAAAGTTCCAATGATTATAAATAAATGTGTCATATTAATAGTTAAACTA
AATGTATGTATGGGTTTTTGTTTTGTTTTGTTTTTGAGGTGGAGTCTCGCTCTGTCGCCAGGCTGGAGTGCAGTGGCATGCTCTCAGCTCACTGCGACCT
CCGCCTCCCAGGTTCAAGCGATTCTCCTGCCTTAGCCTCCCGAGTAGCTGGGACCACAGGCACCTGCCACTATGCTCAGCTAATTTTTGTATGAAACTAA
ATAGATGTTTAAACCACATCAGTAGTGATAGGTTCTTTAAAAGCTTTTAATGGCATGACAAGAATATTTAAAGCTCTGTTTTGGTTTTGAACTGAAAAAG
TTGAAAGTATAAAGGGAAAAAATATCTCTGACTTGTGTGAAGATTTTGTTTATTTATCTAAGACCTAATTGCTGAGTTTTTCCTTCTTGGCCTTGTATGT
TTTTCTAAGATGACTTTGAGTTAGAGCCAGAGTCTGTCTGGACACCACTGAACTTTTTTTTAGTTGGGAGAGGGAGGCTCACTATGTTGCCCACTGATTT
TAAACTTGAAGTTCCATTTCAAGTTTAAAGATTACAGGTGCCACCACCACACCCATCTAATTTTTGTGTTTTTAGTAGAAACGGGGTCTCACCATGTTGG
CCAGGCTGGTCTTGAACTCCTGACCTCAAGTGATCCGCCCACCTCGGCCTCCCAAGGTGCTGGAATTACAGGCGTGAGCCACCCTGCCTGGCCTAATGTA
GCTTTTTCTAATTAACTCATAAGGGTTTGATTGTAAAATACAGACCAAAAAGGAAGAAAGCAAAATTACTTTTGCAATACTTTTTCTATATACTTAAATA
ATATATAATCTTTTTCACATAATATAAACCTATTTTCATGTCACAGCACACTGTACTGTAATTTATTTAACCATCCTTGCATTATTAAACCATACTGTGG
TAAACATCTGTCTTTGTACATATCTCCTTAAGAAAAAAAAAATTTGTAAGTAAAATTGTGGGTTCAAAGATTCTGTATATTTTAAAGACTTCTGACTTTA
TAGAAAGATTCTACCAGTTTACATTTTCATTGAAGTATTAAGAATGCCTCATTCCTCATCTCTAATATTTATTGTAAAGTTTTCCTTCCTTCTTTTCATA
TGTAGAGATTTTGAGTAACATGATAAACAACTTATTTTGTTTTCCAGGAGATGATTTTTCTTTGATTCAACAAGAAATATTTATGGTTAAAGAATGTAAA
CATTGTAACATCGTTGCCTACTTTGGGAGTTATCTTAGGTAAGAGAAAAAAAAGCATCATCTCTCTCTGTATTTTATATATTCTTTGCTACTACACTCTC
TCCCTTGTATGTAAGTGCTACTATATTTGTATGTTTTTAAACACTGCAAAGTTCTAAATTTTTTAAGGTTTTCCTATTTCTACGGTTTTCCCCTATTACA
TATTAATAATGGTACTCCCATTTTTATAGTTGTACCTCATCTGGCAATTTTAATGAAACATAAGTGATTACAAGTAAGTGTTTTAACTTACAAAACTGAT
CATATTCTAAACCACTGAAGATGGGAACAAAGCTGAAATTAATGTGCTTTTCTGTATATTGTAGCAAGATTACATAGCAGTTTCCTGTTGCACTTCACAG
TCCATTCTGAACCCTGGTGTGCTAAAGAGTGAGAGCCTTAGAGTATTTCAGTGATTGAAAATTACTAGCTAATATAATTTTCTTTTTTTTTTGTATTAGT
CGGGAAAAACTATGGATTTGTATGGAATACTGTGGTGGCGGATCACTTCAAGATATTTACCATGGTACTGTTAATTTGACTTTACATTTTAAACAGACTT
TGGTTTTAATGATTGTTGTTCGATATTTCCAGTTAACCACGGAAATTAACAGGTAGACTTACTATTTTGCATTCTTCTGTTCCCGGAGCACTGCATAACA
GAAATCTGTATTTATTTTTTATTGGTTAGTCAATTAAACTTGCCTGAGCCTGAAGTGACAAATGCAAAAGTATTTATATAATCCAAATTTTACTCTTTAG
ATATCTCTAGGAAAGTGTTTTATCTACAAATGAAACTTCCTAAATTTCCTTGTAAAAAAAAATTGAAATGCAAGGGGTAACTCACAGAAGGGAAGTTACG
TGTCTGTCTTAGTAACTTAACCTGCTAACCAGAAAAGCAATTTGCTTGTTACTGTAATATTTTTGTATTAATATGTATGTTTTAAAGTTTCGAGTATTTT
ATTTAGTATTCATATTAATTTAGGCAGTTTCCTGAGTTGAATTTGACATTACAGTCTAATACTGTTTAGAAAGTTTTGTTTTGGCTCTACTGTTTAGCTT
TTAATTTGTTTTGTTGCTGCTGGCAATTTCTTGAATTTCTAGAATTTATGAGACTAAACATAGATCCTTATAATTTTTCTTCTCCTTGTTTAACATGGAT
ATGGGATAGTAAAACTCCCATTGCAGCTACTTATTTTATAATTTGTTTTAAAGAATTACGTGAAATATTTTTAAACGTTTCTATGCTGAAATCTTTATAT
TGGAAACCTTACCAAATTTCAGTCATGCAGTTTACAAATGCAGCCACAGTAGATATAAAAACAGAAGTGCTATTTCACTTCAAATAATAGGTTGTAACTA
CAGAGCTCAGTTTTAAAATGTCAATCAATAGAGCAGTGGTTAAATAAACTACTCTTCAACCTGTAATATGGAATACTGTGCGGCACTTAAAAAGATGAAG
TTACTTCATAATTATTGACCTGGGTATATATCCCTAAGGCTTGTTTTTAAATGGAAAAAGTGAATTGTGAAAGAATATGTATAACATACTGGGTCATACT
TAGGCTTTTAAAAATTACATTTTTATAAGTATAAATATAGAATGTAAATGTATAGCAAAATGAAAGAATACCTACCAGTTGACTAAGTCATTACCAGAGG
AGAGGGAAAGCAAAGCTCAGAAGTAAACTTTTAAATTACAAAAAAACTTATCAATATAGTACTTAATTATCAATTTTAAAATGTCATAATTATCTAATTT
TGTCACAACAAATAATCCATAACAACAAAAATTCTGACTGATGTCTAAACACTGATCACTACCTCTTTATTAACAAAAATGTTTTAACATCACATAAATG
TTACAAATACACAAATTACTATGATTTAGGCTATTTCTTAGGCATGTGGATTTAAAATTCTCTGTGCCACTGGATTTAATTTTTTTCTATGATTTTATAA
AGAATTGCTATCTTCTCATGCCTGTAATTCCAGCACTTTGGGAGGCCAAGGTCGGGAGTTTGAGACCAGCCTAGCCAACATGGTAAAACCCCATCTCTAC
TAAAAATACAAAAATTAGCCAAGTGTGGTGGCAGGCACCTGTAATCCCAGCTACTTGGGAGACTGAGGCAGGAGAATCACTTGCACCCAGGAGGCGGTGG
TTGCAGTGAACCAAGATCACGCCAGTGCACTCCAGCCTGGGCGAGAGAGCAAGACTGTCTCAATAAATAAATAAATAAATAAATAAATAAATAAATAAAT
AAATGGAATTGCTGTCTTTTCTGTGAAAAGTTTTTATTCGGTAATTGTAATTTTTGTCCATTCACATTTTTATAAAATGAGAGCACTCAAGATAGCTGGC
TTTTTTTTTTTTTTTTGCAACTTTTAAGTTTAAAGAATAGCTTTGAAACATTAATTTTATTTTTTCATGAAATTCTGACTTTCTCTTATTAAACCTGATA
TTTGTTGAATTAAATTGAACCTAAGAAGTACCCATCCCGGTAGTTAGTATACTAGATAGCATAATAATCAATAAAATCTACACTTATAATTAGATGTTGT
TAATAAAGTGACTTTTTTTCTTTTACTACTATTTATCATGTTACTAAGAATCAAAAATTTATGTTCCTGAATGGGTAGAGAGAGCCAGTGATTAAAATAC
GCGGTAGAAATTTCTCTAGGTGAAGAATACACATGACTACCTGATTTGGTTTCGCTGTCAGCAGATACCACCCCAGAGTTACTCTCATGGTACTGAAAGG
CATAGTCCCGAAGCCTCTGGTTGAGTTCTTGAAATAAGTAGAATTTTATATTTCATATTAGGGAGAGATCTGGTTGCCAAAAGTGACACGGTTATTTTTT
AAATTCTTAGATAAGGTACTGGATCAAGCCTCTCTTTTGATAGGTGTGGTAAAGAATTATACTAAAGAAATAGCATCTTGATCTATAAAAAAGTATATGA
TGCCTTTTAATATATTGGATAGTCAATCTCTTTATGATTCTCTATTTCTCTGTATAATTAGTTATATGTATTTCTTTATTTTTGAAAAATTGTTCAGGAT
TGCATTCTATAGACCTTCCTATAATGCATACCACTATGCTTTGCACATGAGTGCTTAATATTTTCAAGGACCACAGTTGTTACGGAGTTAAATCTTTTAA
AGTACATTTGAAAAAATTCTCAGTGTTACCTTTTGTTTTTGATTCTTGTTGACAGAAATAATATATGCTCACAATCAGAAGAGAAATCACTCAACTGTAT
AAATAGAAATTGTTTTATAATAGTTCGTCTGTTTTTTTGTTTTGTTTTGTTTTTTTGTTTTTTTCCGAGACCGAGTCTCGTTCTGCCGCCAGGCTGGAGT
GCGGTGGTGTGATCTCAGCTCACTGCAACCCCTGCCTCCCGGGTTCAAGCAATTCTCCTGCCTCAGCCTTCCGAGTAGCTGGGACTACAGGTGCGCACCA
CCATGCCCAGCCAATTTTTGTATTTTTAGTAGAGACGGGGTTTCACCATGTTGGCCAGGATAGTCTCGAGCTCTTGACCTCGTGATCCGCCTGCCTTGGC
CTCCCAAAGTGCTGGGATTACAGGCGTGAGCCACTGCGCTTGGCCTAGTTTGCCATTTTTTTTAAGTAGACTGTTTCTAATGTTAGGTTTAAATGTATAA
CAATGTGGTCTCTTTTTCTTTCTAGTTACTGGACCATTATCAGAATTGCAAATAGCCTATGTATGCAGAGAAACCTTACAGGTACTATATTTTCTTAATA
TAGTTAGAAAGGCAATTCTAGGCAATATTTTCTTAATGTAGTTAGAAAGGCAATTGCCTGACAATTGATAACTATAAAATGATAGTCTACCTTAAAGAGA
AAGGGTAAAACAAAATGATTTTTCTGTTAATCTCTTATAATTCTGTAAAACTAGTTATTTTTCTTTCATGAATGAATCACATGAATTCATTTAAGCTGAT
GCCGACATATACAGTGATCATATGTGGAATTCCACTTTGATGCTGATGCACACCATGGTCATGTGAGGTATTCTCCTTTATAGCACTTGGCCCTCAGTTG
TGTAAATTGGTTTTCAAGAATGAATTACCAAACCTCTCAATTGTAACATGTTGTCTAAGCGTTCCCTTCAAGTTTATGGCAGTAAAAGGAATCTCTTCCA
TGAGACATAGGGGCTTTTACTATTTCTCTTGAAATAAAATAAATTAGCACAGCATTAACTCAAGGTGTTATCTGAAAACCCTAGTTCTATGTGGTATTAA
ATGTTATTGATAGCAGAATCTCTTTTTGTAAGTTTGGTTAACATTGCATTAAACAGGTTTCTTTACTTCAGGGCCTGTGAGAACTTTTAGTATGCTAAAA
TGGGTTATGAATATTCAATAAAGATATAGAGTATGTGGTATTTCTCCCAATTTATTTATTTTTTTCAGTGCCCTGAAAGACTACTCACTGAGAAAATTAG
GAATTAACAATTTTGTTCATATAATTTAAGGCATTTAAATTTGCAGGAGGGAATAAGTAGTAGTGATTGTGGTTTGTATTTTTGTAATTTACAACTGATA
ATTGTTAATTAATGCTTCTATCCCTAAATTTCCTATATTGTGTAGTTTCAATTTAGAAAGAAATTGATACTCTATGTGTTGTTCTCTAATATTTTCCAAA
ATGGGAGATTTGGCTGATCAGGAAAAAGTTCTAGTCAATTTTGAAGAGTTGGTTCCCACATGCTTTAAAAGACATAAACACTGCCAAATCTTACTGAGAG
ATAAATCAGATTAATTTATCTAACATATATATATTTATATATATATATAGAGATGTGTAATATATATGTATGTACGTATGTGTGTGTATATTCCTATAAC
GTTTACATAACATAGAAACCTACTTCATTGTATCTACATAAAATACAAACTTAATTATACACTCATAGCAGAGAATTATTGACAAATTCATTTTCTTTGT
ATTTTAATTTCTAAAGTTCATTGTTTCCCTAAGTATTAAACAAAGTACTGAGTAGAGGTGAAAAAATAAAAAAAAAAAACAAAGTCGAATTTGCACTCTG
GCGCTGGTATGTGACCGTAATCTTTTATATAGTTCTAGTTCCCAAAATACAATCCTGTACTGCATAACATTTCAGTCAACAATGGGCTACATATACAACA
GTGGTCCCATAAGGTTATAATACTATATTTTTACTGTACCTTTTCTATGCTTAGATATGTTTAGATACACAGTAATTGTCATTGTGTTACAGTTCCTACA
ATATCAGTACACTAATGTGCTGTGCAGGTTTGTAGCTTAAGAACAATAGGGCTATACATATACCCTAGGTGTTTAGTAGGCTATGTGTATATACCATCCA
TGTTTATGCAAGTACCCTCTGTGATACTTGCACAACAAAATTGCCTAACAATGCATTTCTCAGAATGTATGCATCCCTATTGTTATGTGAGCATGAGTTT
ATAAAATGAGGCTTATTTTCAAGAACAAGGATGGAGCTGGAGATCCTTATGTTATGTGAAATAAGCCGGGGACAGAAAGACAAACATCACATGTTCTTAC
TTATTTGTGGGATCTAAAAATCAAAACAATTAACTCACAGACATAGGAAGTAGAAGGATGGTTACCCGAGGCTGAGAAGGGATTTGATATGGTCGGAGGG
GAGTGGGGATGGTTAATGGGTACCAAAAAAAAAAAAAAGAAAGAATGAGTAAGTTCTAGTATTTGATAACACAACAGGGTGACTATAGTCAGTAATAACT
GAATTTTATATTTTAATATAACAGAGTGTCATTGAATTGCTTGTAACTCAAAGGATAAATGCTTGAGGGGATGGATACCGCTTTCTCCATGATGTGTTTA
TTTCACATTGCCGCCTGTACCAAATAAATTCCCCATAAATATATACCTACTATGTACCCACAAAAATTAAAATAAAAAAAAAACCAATATGAAGCTTAGG
AAGGGAATACCTCCAAGATTATTTCCAATTTTAAAATTCTATTATGCAGATAAACTTCCACATCTGGTCAAAATCAGGTAACAAGAAGTAGATTTACCAT
GCTACCCAAAACAATCAAATAAAGTAGGCAAAATATATGAAACAGTGATTTTCAAGAAACTGAACATCAGGTAATGAAGGACAATGAGGCCTGAAAAATA
GGAAACAAACCAAGGAAGCCATATAATTGCCCCAGCTTATGGCGTTGGGAAAGTTTTCAGGCCACAGTACAGGGAGAAGGAACCCAGGTGGGGTCCCAAG
CCAGTTAGAGTATTTAAGGTAGAGTATTGGAGAGTGCTTCAGAGTATTGGAGTATTTTTGAAAATTCAAAAATATACAGCACCCAACAAAGTAAAATTCA
CAATGTTGGGCATCTACTCAAAGATTACCAGACAAGCAAAGAAGCAAAATAAGATGAAAATCAGTAAAACCAACCCACACTGACAGATGCCAGAATTAGC
AGACAAAAACATTAAAACAGTTATAACTGTTTAAGATGCTTAACAAGTTGAGATATGGAAGGTATAAAAAAGGCCCAAGTCAAACTTCTAGAGATGAAAA
CCACAGTGTCTGATGGAATTAACAAAGGATGAAATTAGCAGATGATTAAATACTGAGTGAGCTTTGGATGGAATTAACAAAGGAATTAACAAAGGATGTT
AATTAACATGTGTCTGATGGAATTAACAAAGGATGAAATTAGCAGATGATTAAATATTGCAAAAAACGTATATTTGAATTTGAGGGCATAGAGGTGGAAA
ATATTCAAAATGAAACATGGAAAGAAAAAGTAATTTTTTATAAGTGAAGAGTATCATTAAGCTGTAGGACAATTTCAAGTGGCCTAATATGGATATAATT
GGTGTCCTTGAAGGGACAACAGAAGAAAAAGGGACAAAAATGAGAAAAAAAAAAAGAGAGAGAATGAAGAGACAAAGAGAAAAAAGGGAAACGAAAGAGA
AAAGGGAGACAAACTGAAAAGGGGAGATGGCTGAAAATTGTCCATACTTGATGATAACTATTAATATGGGCCCACAGATCCAAAGTGCTCAACAAACCCT
GAGCACAAAAAACAACAACAACAAAAAAAAAAAAAACGAAAAAAACTACACTAAGACACATGAATCAAATTGCTTATTTGATTAGAACATCTTAGAAGCA
TTCAGAACAGGACTCATGATATACAAAAGAACAAAGACAAGGAATATTTATTGTTAGAAATAAGTGAGAAGACAGTGGAAAATCTTTAAAGTACTGAAAA
AAAATTGTCAACCTAAAATTCTATTCCTAGAGAAAATCTCTTTCAAAAACAAAGGCAAAATAGAGTTTTTCAGACTTACAAACACTGAAAGAACAAGTCA
CCAGCAGACCTATCCTACAAGAAATGTTTAAGAAAGTCCAACATTATGCTCAAAGAAAATGCTCATTGGAGCATTTTGTATTTTCTGTTTTCTGATTAGG
GATGTTTAACCAGTATATATTCTGCAAGTACTAAAAAATCTGAAATCTGAAATATGTCTGGTCCCAAGCATTTTAGATAGGGATATTCAGCCTGTACTTA
TAGGGAAATTTATAGCACTAAACAGAAGCTCTCAAAATCAGTATCCTCAGCTTCCACCTAAGAAGCTAGAAAAAGATGAGCAAATATAATGCAAAGTAAG
CAGAGAAAGGAAATAAAGATCAGAATAAAAATAAACGAAATGGAAAGGAAAAAAAATAGTAATAGAGAATGTCAGTGAAATAAAAATCTGATTCTTTGAG
ATGAGCAATAAAAATGATAAACATCTAGACAGATTGATCAGGAAAAAAAGTAAAAAGAGAAGAAACAAGTGATAAGCATCAGAAATGAATGATGGGATAT
CAAGACAGAATTTACAAATATTAGATAACAAGACAGTATTATGAACAGTATTATGCCAATAAAATGGGCAGTTTCAACAAGAGATACAAACTACCAAAGC
TCACTCAATTATAAATAACCTGAATAATCCTATATGTATTCTCACAAAGAAAACTCCGGGCCAGATGATGCCATACAGTAAATTCTACCAGACATATAAG
AAAGAAATAATGCCAATCCTATATATACCTATCTAGAAAATTGAAGAATGAGAAATAACTCCCGAATCATTTTGAGTCAGCATTTTTCTGACACCAAAAT
TAGACAACAATCTTACAAGAGAACAAAACTACAGGCTAATGTTCTTCATAAACCTAGGTGCAAACATTAAAAATAAAAGGTTTAGCAAAGGTAATCCAGT
AATATATTTTAAAAGTTAATACATCATAAGTGGAGTTTATTCTAGAATGCAGTGTTGGTTTAATATCCAAAAATCATTTCATCTTAACAACTAAAAAAGA
AAAACCACATTATCATCTAAATACACACAGGGCATTTAGCAAAATCCAACATTCATTCCTGATAAAAAAAAGTTCTGAACATGGTAGGAATAGAAAGGAA
CTTGGTCAACCTGATAAAGCGTACCTGTGAAAAACCTATGACTAACTCATACTTAATGGTAAAAGACGGGATGTTTTTTCCTCCAGGCTCACCCAAACAG
GGTGATGAAGTCTGCCTTTACTACTACTTTTCAACATTGTCCTAGAGGTTTCAGCCAGTGCAAAAAGAGAAAATAATGAAATAAAAGGCATCTGGATTAG
AAAGTAGGAAGTACAACTCTCTTTATTCACAGACCACATCATCATCTGTGTAGAAAATGGAATAAAATCTACAAAGTAGCTACTAGAACTAATAAATTAG
GCTAGAAAGATTGTAATATTCACTATCAATGTACAAAAATCAATCAGATTTATATATACTAGCAACGGACAATCTGAAGTTAAAATAATACAACATATAA
TAACATAAAGAATATGACATTCTTAGGGATAAATATGACAAAAGATGCATAAACACCTGCATACAGAAAACTACAAAACTCCTGAAAGAAATTAAAAACC
CAAATAAATGGAGAACTATACCATGTTCACAAACCAGAAGACTCAATACTGTTGAGATGATAATTCTTCACAAATTGTTCTGTAGATTCAGTGCAACCCC
AATCACAATTTGAGGAGGCTTTTTATTAAAGAAGTTGACATGCTGATTCTAAAATTGCTGTGGAAATGTAAAACACCTAGAATAGTCAGACAACTTTGAA
AACCTGAACTATAGTGCCAGAAAGCACATCAGTGTTTGTGAGGGTTGTGGGGAAGAATGGGAAAATTATAAAGGAGCACCACATAAGGAAACTTTTAGGA
GTAATTAATATATTTGATATCTTGATTGTGTTTAGTGAAATATTTCTGATTTTTATCAGAAAATAAATTAGAAATCTTCAGGCCGGGTGTGGTGGCTCAC
GCCTGTAATCCCACCACTTTGGGAGGCTGAGGCGGGTGGATCACTTGAGGTCAGGAGTTCAAGACCAGTCTGGCCAACATGGTGAAACCCCGTCTCTACT
AAAAAATACAAAAATTAGCTGGGCATAGTGGCGCATGCCTGTAATCCCGGCTACTTGGGAGGCGGAGGCAAGTGAATCACTTGAACCCAGGAGATGGCAG
CTGCAGTGAGCCAAAATCACTGCCACTGCACTCCAGCCTGGGCAGTGAGACTCTGTCTCAAAAACAAAAACAAATCTTTAAAATATAGTAAACATTGATT
TACTTATCTAGGTTTTTTTCTCCCCAAAAAAGACATTCTAGTTTTTCTTATTCAATAAGAATTTAAGTAGAAAATTTAGGAGTCACATTTACAGTTTTGC
TGATACATTCTTTTTTTTTTTTTTTAAACTTTTAGGGTCTTGCCTATTTGCATACTAAAGGCAAAATGCATAGAGATATCAAAGGTGCTAATATTTTATT
GACAGACCATGGCGATGTAAAATTAGCTGACTTTGGTGTGGCTGCAAAAATAACAGCTACCATTGCAAAACGAAAATCTTTCATTGGCACCCCTTACTGG
ATGGCCCCAGAAGTTGCAGCAGTAGAGAAGAATGGTGGCTACAACCAACTCTGTGATATCTGGGCAGTAGGAATAACAGCAATTGAACTTGGAGAACTTC
AGCCACCTATGTTTGATCTCCACCCAATGAGGTGTTCTCATTATTTATAATTATCCAGTTATTGATCAAGTCTATGGGGAAAGTGAAATGCTGATAACTC
AGCATCAAGCTCATTTTTAAGAATGAAAAATAGTAAAGGTATTGTAAGGGATTTAGGAGTAATCTCATCCAAAACCTATTGTGGGCTAGTCCGAAGGTAG
TTACCTCAATTCATTTTTCACAATTACAGATCAAGCTCCTTGTTCTGCTTTTCTCCTTCTCACTACTGTACTTGACTAGTCTTTAAATAAATAAAACCTG
TCTTGTATTGCTGCTCCTAAAACAACATAAGAGTAAATTGTCTGTACTGTTTGAAGCTTTTCCATAAAACAAATTTCTCTTCATAATCACACTAGGATAT
GAGAGTTAACATTATTTTAAG
In silico ORF/peptide predictions
Nothing found.
RiboTaper predictions from Ribo-Seq data (HEK293 cell line)
Nothing found.