Summary for MoKA (NES ID: 202)
Full Name
Modulator of KLF7 activity UniProt
Alternative Names
F-box only protein 38
Organism
Mus musculus (Mouse)
Experimental Evidence for CRM1-mediated Export
Mutations That Affect Nuclear Export
*highlighted yellow in the full sequence
L194A/L196A Ref.1Multiple pathways regulate intracellular shuttling of MoKA, a co-activator of transcription factor KLF7., Smaldone et al., Nucleic Acids Res, 2006 Mutations That Affect CRM1 Binding
Unknown
Functional Export Signals
*shown as underlined residues in the full sequence
194LHLVGVNV201 Ref.1Multiple pathways regulate intracellular shuttling of MoKA, a co-activator of transcription factor KLF7., Smaldone et al., Nucleic Acids Res, 2006 Secondary Structure of Export Signal
Unknown
Other Residues Important for Export
Unknown
Sequence
Show FASTA Format
>gi|51701422|sp|Q8BMI0.1|FBX38_MOUSE RecName: Full=F-box only protein 38; AltName: Full=Modulator of KLF7 activity; Short=MoKA MGPRKKSAKVCVMDSEVAEEMTADEEKDYMNQLSHEVLCHIFRYLPLQDIMCMECLSRKLKEAVTLYLRV VRVVDLCAGRWWEYMPSGFTDSSFLTLLKKMPDVEQLYGLHPRYLERRRVRGQEAFSIPGVLEALQACPN LVGVETSHLELVESIWTYMPHVHILGKFRNRNGAFPIPPENKLKIPIGAKIQTLHLVGVNVPEIPCIPML RHLYMKWVRLTKPQPFKDFLCISLRTFVMRNCAGPTNSLKYVPLVTGLASARNLEHLEMVRVPFLGGLIQ HVVEDSWRSGGFRNLHTIVLGACKNALEVDLGYLIITAARRLHEVRIQPSLTKDGVFSALKMAELEFPQF ETLHLGYVDEFLLQSRMANADLVKYGLADVVENPGIITDIGMKAVNEVFSCIKYLAIYNCPHLHNPYNWI SDHSRWMRLVDINLVRCHALKLDSFGQFVELLPSLEFISLDQMFREPPKGCARVGLSAGTGIGVSSALVS NQNSNNDNDNNAPNNNANLHDNNHHHPDDSDDDNDFRPDLQAGEAQFAADALNEMEDMVQEDGELVAESG NGMPAHNREVLPVDADEEQAGPSGLQRVVKPTPIADHDSESDDEEDSLELQEVWAPKNGTRRYSEREEKT GDSGQSRETAVSGKGKTPLRKRCNNSHQTGQAKPFPLEESSCEKGCQVTSEQIKADMKAARDVSEKKKSK DVYPSCSSSSSSTAASTAGNASSPSTASQSPDFARTVTSSGSSEPSPPEVDVSRQCVCSPGGSEDSEAME EGDAESSVCPRCCCLRPQESQRRTGRCSDEERPSTSRACVVNGADGTRSAFSFRTLPQGGSSGPAHDERT NGSGCGATGEDRRGSSQPESCDVQSNEDYPRRPLTRARSRLSHVPLISESEVAKTKPCHAMKRKRTADKS TSTSDPVIEDDHVQVLVLKSKNLVGVTMTNCGITDLVLKDCPKMMFIHATRCRVLKHLKVENAPIVNRFD YAQCKKLNMDQVLDQILRMPPERNRIIYLRPMQQVDTLTLEQKLFSGPYPYHICIIHEFSNPPNVRNKVR IRNWMDTIANINQELIKYEFFLEATRTEEDLKKYPKYPWGREIYTLEGVVDGAPYSMISDFPWLRSLRTA EPNSFARYDFEDDEESTIYAPRRKGQLSADICMETIGEEISEMRQMKRGIFQRVVAIFIHYCDVNGEPVE DDYIShow Domain Info by CDD
Show Secondary Structure by PSIPRED
# PSIPRED HFORMAT (PSIPRED V3.2) Conf: 999876651001762357875301235663112499999996315521015456321889 Pred: CCCCCCCCCEECCCHHHHHHHHHHHHHHHHHHHHHHHHHHHHHCCCCCHHHHHHHHHHHH AA: MGPRKKSAKVCVMDSEVAEEMTADEEKDYMNQLSHEVLCHIFRYLPLQDIMCMECLSRKL 10 20 30 40 50 60 Conf: 999996314668998478840011689878057999761299841003545433124310 Pred: HHHHHHHEEEEEEEECCCCCCCCCCCCCCCCHHHHHHHHCCCCCCEECCCCCCCCEEEEC AA: KEAVTLYLRVVRVVDLCAGRWWEYMPSGFTDSSFLTLLKKMPDVEQLYGLHPRYLERRRV 70 80 90 100 110 120 Conf: 477655501478996418985321242056589998305715373001168875568999 Pred: CCCCCCCHHHHHHHHHHCCCCCCCCCCHHHHHHHHHHHCCEEEEEEEECCCCCCCCCCCC AA: RGQEAFSIPGVLEALQACPNLVGVETSHLELVESIWTYMPHVHILGKFRNRNGAFPIPPE 130 140 150 160 170 180 Conf: 841123555332999713468987772012120346789349987820000024466632 Pred: CCCCCCCCCCEEEEEEECCCCCCCCCCHHHHHEEEEEEEECCCCCCCCCCCHHHHHHHHH AA: NKLKIPIGAKIQTLHLVGVNVPEIPCIPMLRHLYMKWVRLTKPQPFKDFLCISLRTFVMR 190 200 210 220 230 240 Conf: 177988863011231221125554301100246654211223202324686343127863 Pred: CCCCCCCCCEEEHHHHHHCCCCCCCEEEECCCCCCCCCHHHHHCCCCCCCCCCCCEEEEE AA: NCAGPTNSLKYVPLVTGLASARNLEHLEMVRVPFLGGLIQHVVEDSWRSGGFRNLHTIVL 250 260 270 280 290 300 Conf: 343102220024799998632001210356641358877532113788742022023330 Pred: CCCCHHHHHHHHHHHHHHHHHHCEEECCCCCCHHHHHHHHHHCCCCCCCCCEEECCCCCH AA: GACKNALEVDLGYLIITAARRLHEVRIQPSLTKDGVFSALKMAELEFPQFETLHLGYVDE 310 320 330 340 350 360 Conf: 233204553678860344334498433301133432001234143441798766997532 Pred: HHHHCCCCHHHHHHHCCCCCCCCCCCCCCHHHHHHHHCCCCCCEEEEECCCCCCCCCCCC AA: FLLQSRMANADLVKYGLADVVENPGIITDIGMKAVNEVFSCIKYLAIYNCPHLHNPYNWI 370 380 390 400 410 420 Conf: 367651030221464203567770878864078510011111125999854212403456 Pred: CCCCCCEEECCCEEEEECCCCCCHHHHHHHHCCCCCCCCCCCCCCCCCCCCCEEEECCCC AA: SDHSRWMRLVDINLVRCHALKLDSFGQFVELLPSLEFISLDQMFREPPKGCARVGLSAGT 430 440 450 460 470 480 Conf: 875464222478999999999999999999999999999999999999852220000002 Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCHHHCCC AA: GIGVSSALVSNQNSNNDNDNNAPNNNANLHDNNHHHPDDSDDDNDFRPDLQAGEAQFAAD 490 500 510 520 530 540 Conf: 366453465678654456899999999888999997433799998777799998789999 Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC AA: ALNEMEDMVQEDGELVAESGNGMPAHNREVLPVDADEEQAGPSGLQRVVKPTPIADHDSE 550 560 570 580 590 600 Conf: 997334211113569999999887644468999988886678998898876889999899 Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC AA: SDDEEDSLELQEVWAPKNGTRRYSEREEKTGDSGQSRETAVSGKGKTPLRKRCNNSHQTG 610 620 630 640 650 660 Conf: 999999987765789876870000111235788634578888999899999987888999 Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC AA: QAKPFPLEESSCEKGCQVTSEQIKADMKAARDVSEKKKSKDVYPSCSSSSSSTAASTAGN 670 680 690 700 710 720 Conf: 999998999999887668899999999987777875479999999867436888888899 Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC AA: ASSPSTASQSPDFARTVTSSGSSEPSPPEVDVSRQCVCSPGGSEDSEAMEEGDAESSVCP 730 740 750 760 770 780 Conf: 654699998877789899999998865556799999989887898999999999999999 Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC AA: RCCCLRPQESQRRTGRCSDEERPSTSRACVVNGADGTRSAFSFRTLPQGGSSGPAHDERT 790 800 810 820 830 840 Conf: 999999899899899999988888999899998765787788898887432247898521 Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC AA: NGSGCGATGEDRRGSSQPESCDVQSNEDYPRRPLTRARSRLSHVPLISESEVAKTKPCHA 850 860 870 880 890 900 Conf: 235666899999999988778541277325652103541025432000589640021010 Pred: CCCCCCCCCCCCCCCCCCCCCCCCEEEECCCCCCCEEEECCCCCCCCCCCCCCCEEEHHC AA: MKRKRTADKSTSTSDPVIEDDHVQVLVLKSKNLVGVTMTNCGITDLVLKDCPKMMFIHAT 910 920 930 940 950 960 Conf: 011111111235773353231001232358999999819988740799425888665899 Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCHHHHHHHHHCCCCCCCEEEEECCCCCCCHHHH AA: RCRVLKHLKVENAPIVNRFDYAQCKKLNMDQVLDQILRMPPERNRIIYLRPMQQVDTLTL 970 980 990 1000 1010 1020 Conf: 998632993215999951389943200366764799899876998741145333445231 Pred: HHHHHCCCCCEEEEEEEECCCCCCCCHHHHHHHHHHHHHHHHHHHHHHCCCCCCCCCHHH AA: EQKLFSGPYPYHICIIHEFSNPPNVRNKVRIRNWMDTIANINQELIKYEFFLEATRTEED 1030 1040 1050 1060 1070 1080 Conf: 136999999875110024216997423236701244310699876789988865445334 Pred: HCCCCCCCCCCCCEECCCCCCCCCCCCCCCCCHHHHHHCCCCCCCCCCCCCCCCCCCCCC AA: LKKYPKYPWGREIYTLEGVVDGAPYSMISDFPWLRSLRTAEPNSFARYDFEDDEESTIYA 1090 1100 1110 1120 1130 1140 Conf: 443587624456666789999999930134345899999823899943689999 Pred: CCCCCCCCHHHHHHHHHHHHHHHHHHHCCCCCEEEEEEEECCCCCCCCCCCCCC AA: PRRKGQLSADICMETIGEEISEMRQMKRGIFQRVVAIFIHYCDVNGEPVEDDYI 1150 1160 1170 1180 1190Show Conservation Score by AL2CO
1 M 1.982 2 G 0.418 3 P 0.987 4 R 1.982 5 K 0.920 6 K 1.982 7 S -1.010 8 A -1.000 9 K 0.976 10 V -1.224 11 C -1.231 12 V -1.170 13 M -1.346 14 D -0.724 15 S -0.976 16 E -0.706 17 V -1.209 18 A -1.202 19 E -1.395 20 E -1.551 21 M -1.542 22 T -1.402 23 A -1.574 24 D -1.350 25 E -0.081 26 E -0.679 27 K -0.413 28 D 1.982 29 Y 0.432 30 M -0.429 31 N -0.094 32 Q -0.718 33 L 1.099 34 S 1.155 35 H -0.039 36 E 1.155 37 V 0.402 38 L 1.982 39 C -0.022 40 H 0.432 41 I -0.006 42 F -0.417 43 R -0.974 44 Y 0.925 45 L 1.099 46 P 0.018 47 L 0.473 48 Q -0.116 49 D -0.077 50 I -0.030 51 M 0.382 52 C -0.453 53 M 0.403 54 E 1.099 55 C 0.271 56 L 0.452 57 S 0.354 58 R -0.384 59 K 0.498 60 L 0.414 61 K -0.109 62 E 0.522 63 A 1.099 64 V 1.099 65 T -0.731 66 L -0.049 67 Y 0.534 68 L 0.009 69 R 0.277 70 V -0.030 71 V -0.120 72 R -0.043 73 V -1.000 74 V 0.352 75 D 0.927 76 L 0.383 77 C -0.466 78 A 0.917 79 G -0.067 80 R -0.780 81 W 0.427 82 W 0.332 83 E 0.339 84 Y 0.988 85 M 0.462 86 P 1.099 87 S -0.729 88 G 0.452 89 F 1.099 90 T 0.978 91 D 1.134 92 S -0.389 93 S -0.021 94 F 1.099 95 L -0.461 96 T -1.214 97 L 0.498 98 L 0.026 99 K -0.419 100 K 0.361 101 M -0.091 102 P 1.099 103 D -0.072 104 V 0.364 105 E -0.062 106 Q -0.117 107 L 0.274 108 Y -0.074 109 G 1.982 110 L 1.982 111 H 1.081 112 P 0.414 113 R -0.470 114 Y -0.443 115 L 0.522 116 E -0.398 117 R 1.149 118 R 0.462 119 R -0.022 120 V -0.757 121 R 0.462 122 G 0.462 123 Q -1.013 124 E -0.080 125 A -0.119 126 F -0.074 127 S 1.982 128 I 0.342 129 P 1.075 130 G 1.982 131 V 0.275 132 L 0.308 133 E -0.043 134 A 0.462 135 L 1.982 136 Q 0.462 137 A -0.057 138 C 1.982 139 P 0.498 140 N 1.000 141 L 1.982 142 V -0.693 143 G 0.358 144 V 0.944 145 E 0.470 146 T 0.359 147 S 0.470 148 H -0.430 149 L 0.902 150 E -0.119 151 L 1.085 152 V 0.332 153 E 1.075 154 S 0.403 155 I -0.072 156 W 0.292 157 T -0.375 158 Y 0.462 159 M 0.350 160 P 1.099 161 H -0.432 162 V 1.134 163 H -0.760 164 I 0.919 165 L 1.099 166 G 1.099 167 K -0.430 168 F 1.099 169 R -0.051 170 N 1.099 171 R 1.099 172 N -0.043 173 G 1.132 174 A -0.760 175 F 1.099 176 P 0.462 177 I -0.092 178 P -0.418 179 P -0.729 180 E -0.092 181 N 0.369 182 K -0.418 183 L -0.091 184 K -0.694 185 I 0.350 186 P -0.073 187 I -0.694 188 G -0.756 189 A -0.344 190 K -0.430 191 I -0.103 192 Q 0.412 193 T -0.757 194 L 0.452 195 H 1.085 196 L 1.982 197 V 0.904 198 G 1.982 199 V 1.982 200 N 0.272 201 V 0.346 202 P 1.067 203 E 0.375 204 I 0.361 205 P 1.982 206 C -0.470 207 I -0.116 208 P -0.328 209 M -0.453 210 L 0.498 211 R 0.522 212 H 0.354 213 L 0.902 214 Y -0.727 215 M 1.032 216 K -0.056 217 W 1.099 218 V 1.982 219 R -0.136 220 L 0.943 221 T 0.944 222 K -0.466 223 P -0.021 224 Q -0.025 225 P 1.982 226 F 1.099 227 K -0.137 228 D 0.462 229 F 1.099 230 L -0.453 231 C 0.520 232 I -0.076 233 S -0.741 234 L 1.982 235 R -0.030 236 T -0.053 237 F 1.099 238 V 0.470 239 M 1.099 240 R 0.452 241 N 1.149 242 C 1.982 243 A 0.462 244 G 1.099 245 P 1.099 246 T -0.024 247 N 0.470 248 S 0.903 249 L 0.925 250 K 0.452 251 Y 1.099 252 V 1.099 253 P 0.462 254 L 1.099 255 V -0.070 256 T 0.462 257 G -0.043 258 L 1.099 259 A 0.368 260 S -0.137 261 A -0.099 262 R 0.358 263 N -0.121 264 L 1.982 265 E -0.030 266 H 0.303 267 L 0.475 268 E 1.982 269 M 1.095 270 V 0.470 271 R 1.099 272 V 1.099 273 P 1.099 274 F 1.982 275 L 0.452 276 G 0.452 277 G 1.099 278 L 1.982 279 I 0.368 280 Q 1.099 281 H 1.099 282 V 0.462 283 V 1.982 284 E 1.099 285 D 0.462 286 S 0.470 287 W 0.006 288 R -0.022 289 S -0.091 290 G -0.681 291 G 0.493 292 F 1.185 293 R 1.138 294 N -0.060 295 L 1.982 296 H -0.419 297 T -0.433 298 I 0.548 299 V -0.731 300 L 0.408 301 G 0.548 302 A 0.970 303 C 1.982 304 K 1.099 305 N -0.004 306 A 1.019 307 L 0.570 308 E 1.138 309 V -0.725 310 D 1.982 311 L 0.951 312 G 1.138 313 Y -0.056 314 L 1.138 315 I 0.044 316 I 0.603 317 T 0.320 318 A 0.053 319 A 0.570 320 R -0.751 321 R -0.736 322 L 1.138 323 H -0.409 324 E 0.085 325 V 0.449 326 R -0.472 327 I 0.273 328 Q 1.138 329 P 1.138 330 S 0.964 331 L 1.982 332 T 1.982 333 K 0.548 334 D 1.138 335 G -0.065 336 V 0.394 337 F 1.138 338 S -0.712 339 A 0.516 340 L 1.138 341 K 0.535 342 M 0.039 343 A 0.115 344 E 0.420 345 L 0.392 346 E -0.034 347 F 1.982 348 P 1.183 349 Q 0.414 350 F 0.604 351 E -0.337 352 T -0.253 353 L 1.982 354 H 0.064 355 L 1.982 356 G 1.982 357 Y 1.167 358 V 1.167 359 D 1.164 360 E -0.004 361 F 1.183 362 L 0.392 363 L -0.653 364 Q 0.004 365 S -0.422 366 R 0.027 367 M -0.432 368 A -0.649 369 N -0.061 370 A -0.771 371 D 0.003 372 L 1.156 373 V -0.008 374 K -0.435 375 Y -0.717 376 G 1.139 377 L 1.982 378 A 1.139 379 D 0.446 380 V 0.538 381 V -0.711 382 E 1.139 383 N 0.535 384 P 1.158 385 G 0.271 386 I -0.432 387 I 0.631 388 T 1.183 389 D 1.982 390 I -0.358 391 G 1.158 392 M -0.082 393 K 0.442 394 A 0.023 395 V 0.565 396 N -0.024 397 E -0.706 398 V 0.082 399 F 0.570 400 S 0.336 401 C -1.165 402 I 0.332 403 K 0.319 404 Y 0.077 405 L 0.535 406 A -0.992 407 I -0.398 408 Y 1.158 409 N 1.982 410 C 1.201 411 P 1.982 412 H 0.544 413 L 1.177 414 H -0.326 415 N -0.656 416 P 0.085 417 Y -0.953 418 N -0.951 419 W 1.158 420 I -0.014 421 S 0.023 422 D -0.588 423 H -0.673 424 S -0.665 425 R -0.298 426 W 0.559 427 M -0.664 428 R -0.339 429 L 1.982 430 V -0.915 431 D -0.339 432 I 0.452 433 N -0.323 434 L 0.623 435 V -0.764 436 R 0.604 437 C 1.982 438 H 1.166 439 A 0.115 440 L 0.380 441 K 0.115 442 L 0.559 443 D -0.004 444 S 0.547 445 F 0.467 446 G -0.365 447 Q -0.630 448 F 0.927 449 V 0.367 450 E -0.619 451 L -1.196 452 L 1.982 453 P 1.211 454 S -0.609 455 L 1.067 456 E 0.100 457 F -0.668 458 I 0.902 459 S -0.086 460 L 1.982 461 D 0.404 462 Q -0.197 463 M 1.166 464 F 1.166 465 R 1.218 466 E 0.604 467 P 1.982 468 P 1.982 469 K 1.166 470 G 1.166 471 C 1.166 472 A -0.004 473 R 1.982 474 V 1.166 475 G 1.166 476 L 1.166 477 S 1.166 478 A 1.166 479 G 1.166 480 T 1.166 481 G 1.982 482 I 0.066 483 G 1.982 484 V 1.185 485 S 1.166 486 S 1.166 487 A 1.166 488 L 1.185 489 V 0.438 490 S -0.142 491 N -0.275 492 Q -0.719 493 N 0.498 494 S -1.145 495 N -1.119 496 N 0.133 497 D -0.350 498 N -0.393 499 D -1.149 500 N -0.364 501 N -0.662 502 A -1.207 503 P -0.963 504 N -0.955 505 N 1.169 506 N -0.954 507 A -0.978 508 N -0.522 509 L -1.688 510 H -1.159 511 D -1.141 512 N -1.130 513 N -1.210 514 H -1.142 515 H -0.986 516 H -1.393 517 P -1.253 518 D -1.216 519 D -1.159 520 S -0.803 521 D -0.806 522 D -0.695 523 D -0.908 524 N -0.662 525 D -1.168 526 F -1.149 527 R -1.239 528 P -1.025 529 D -0.322 530 L -1.554 531 Q -1.304 532 A -0.960 533 G -1.076 534 E -1.441 535 A -0.082 536 Q -1.052 537 F -1.547 538 A -0.966 539 A -1.087 540 D -0.663 541 A -1.685 542 L -1.674 543 N -1.223 544 E -0.738 545 M -1.155 546 E -0.852 547 D -1.095 548 M -1.818 549 V -1.488 550 Q -1.087 551 E -0.697 552 D -1.121 553 G -1.412 554 E -1.669 555 L -1.655 556 V -1.545 557 A -1.685 558 E -1.480 559 S -1.674 560 G -1.658 561 N -1.516 562 G -1.194 563 M -1.920 564 P -1.319 565 A -1.345 566 H -1.191 567 N -0.487 568 R -1.317 569 E -0.697 570 V -1.334 571 L -1.700 572 P -1.387 573 V -1.141 574 D -0.730 575 A -1.516 576 D 0.617 577 E -0.298 578 E -0.305 579 Q -0.230 580 A 0.458 581 G 0.428 582 P -0.220 583 S 0.468 584 G 0.634 585 L -0.627 586 Q -1.141 587 R -1.331 588 V -1.316 589 V -0.917 590 K -1.140 591 P -0.953 592 T -1.226 593 P -0.681 594 I -0.708 595 A -1.551 596 D -0.979 597 H -0.709 598 D -0.714 599 S 0.070 600 E -0.691 601 S 0.121 602 D -0.620 603 D -0.628 604 E 0.068 605 E -0.630 606 D -1.082 607 S -1.480 608 L -1.386 609 E -1.152 610 L -1.543 611 Q -1.159 612 E -0.672 613 V -1.325 614 W -1.348 615 A -0.920 616 P -1.299 617 K -0.318 618 N -0.929 619 G -1.174 620 T -1.174 621 R -1.340 622 R -0.992 623 Y -0.994 624 S -0.226 625 E -0.651 626 R -1.368 627 E -0.970 628 E -0.409 629 K -0.969 630 T -1.154 631 G -0.467 632 D -1.375 633 S -1.375 634 G -1.218 635 Q -1.105 636 S -1.516 637 R -0.920 638 E -1.346 639 T -1.176 640 A -1.703 641 V -1.160 642 S -1.720 643 G 0.467 644 K -0.255 645 G 0.092 646 K -0.263 647 T -0.296 648 P 0.467 649 L -0.258 650 R 0.059 651 K -0.104 652 R -0.407 653 C -0.463 654 N -1.369 655 N -0.908 656 S -0.638 657 H -1.533 658 Q -0.936 659 T -1.163 660 G -0.446 661 Q -1.379 662 A -1.174 663 K -1.205 664 P -1.228 665 F -1.203 666 P -1.169 667 L -1.541 668 E -1.080 669 E 0.498 670 S -0.664 671 S 0.098 672 C -0.001 673 E -0.384 674 K -0.281 675 G -0.056 676 C 0.428 677 Q -0.565 678 V -0.152 679 T -0.500 680 S 0.075 681 E -0.035 682 Q -0.307 683 I 0.641 684 K 0.002 685 A -0.341 686 D 0.524 687 M -0.671 688 K -0.263 689 A -0.859 690 A 0.196 691 R -1.008 692 D -0.948 693 V -1.552 694 S -1.371 695 E -0.668 696 K -0.489 697 K -0.728 698 K -1.023 699 S -1.502 700 K -0.337 701 D -0.616 702 V -1.138 703 Y -1.014 704 P -0.647 705 S -0.997 706 C -0.688 707 S -1.378 708 S -1.698 709 S -1.349 710 S -1.366 711 S -1.130 712 S -0.129 713 T -0.948 714 A -1.669 715 A -0.784 716 S -1.651 717 T -0.864 718 A -1.371 719 G -1.206 720 N -1.631 721 A -0.859 722 S -1.351 723 S -0.924 724 P -1.713 725 S -1.036 726 T -1.536 727 A -1.689 728 S -1.105 729 Q -0.946 730 S -1.273 731 P -0.862 732 D -1.534 733 F -1.687 734 A -1.171 735 R -1.208 736 T -1.119 737 V -1.481 738 T -0.838 739 S -0.688 740 S -0.521 741 G -1.372 742 S -0.933 743 S -1.397 744 E -1.558 745 P -1.380 746 S -1.176 747 P -1.377 748 P -1.516 749 E -1.205 750 V -1.550 751 D -0.984 752 V -1.563 753 S -1.519 754 R -1.161 755 Q -1.656 756 C -0.902 757 V -1.546 758 C -0.947 759 S -1.178 760 P -1.496 761 G -1.786 762 G -1.547 763 S -1.532 764 E -1.159 765 D -1.153 766 S -1.318 767 E -1.564 768 A -1.362 769 M -1.936 770 E -1.152 771 E -1.701 772 G -1.520 773 D -1.531 774 A -1.691 775 E -1.373 776 S -1.367 777 S -1.543 778 V -1.498 779 C -1.536 780 P -1.144 781 R -1.174 782 C -0.311 783 C -1.655 784 C -0.878 785 L -1.520 786 R -1.179 787 P -1.358 788 Q -0.962 789 E -1.855 790 S -1.682 791 Q -1.541 792 R -1.541 793 R -0.973 794 T -0.973 795 G -0.894 796 R -0.094 797 C -1.217 798 S -1.481 799 D -1.120 800 E -1.234 801 E -1.191 802 R -1.183 803 P -0.253 804 S -0.939 805 T -1.020 806 S -0.387 807 R -0.993 808 A -0.922 809 C -0.933 810 V -1.000 811 V -1.392 812 N -0.928 813 G -0.623 814 A -1.519 815 D -0.944 816 G -1.123 817 T -1.701 818 R -1.097 819 S -1.173 820 A -0.990 821 F -1.707 822 S -1.121 823 F -1.365 824 R -1.137 825 T -0.595 826 L -0.970 827 P -0.260 828 Q -1.552 829 G -1.097 830 G -1.175 831 S -1.695 832 S -1.541 833 G -1.344 834 P -1.388 835 A -1.366 836 H -1.864 837 D -1.335 838 E -1.344 839 R -0.823 840 T -1.377 841 N -1.370 842 G -0.739 843 S -1.331 844 G -1.183 845 C -1.173 846 G -1.142 847 A -1.537 848 T -0.959 849 G -0.537 850 E -1.172 851 D -1.216 852 R -1.392 853 R -0.993 854 G -1.337 855 S -1.186 856 S -0.926 857 Q -0.940 858 P -1.333 859 E -1.443 860 S -1.186 861 C -1.535 862 D -1.575 863 V -1.710 864 Q -1.544 865 S -1.562 866 N -1.689 867 E -1.198 868 D -0.948 869 Y -0.656 870 P 0.496 871 R -0.047 872 R 0.479 873 P 0.575 874 L -0.622 875 T 0.325 876 R 0.089 877 A -0.349 878 R -0.406 879 S 0.307 880 R -0.928 881 L -0.701 882 S 0.089 883 H -1.344 884 V -0.922 885 P -0.033 886 L -0.664 887 I -0.677 888 S -0.600 889 E -0.688 890 S -0.765 891 E -0.415 892 V -1.213 893 A -0.745 894 K -0.416 895 T -0.921 896 K -0.443 897 P -0.684 898 C -0.417 899 H -1.220 900 A 0.271 901 M -0.767 902 K 0.310 903 R -0.110 904 K 1.016 905 R 0.429 906 T -0.395 907 A -0.017 908 D 0.061 909 K 0.429 910 S 0.429 911 T 1.062 912 S 1.062 913 T 1.062 914 S 1.062 915 D 1.982 916 P 1.062 917 V 1.982 918 I -0.117 919 E 1.062 920 D 1.120 921 D 1.062 922 H 0.935 923 V 0.334 924 Q 1.062 925 V -0.017 926 L 0.074 927 V -0.731 928 L 1.095 929 K -0.373 930 S 0.350 931 K -0.373 932 N 0.393 933 L 0.393 934 V 0.401 935 G 0.553 936 V 0.402 937 T 0.388 938 M 0.972 939 T 0.003 940 N 0.095 941 C 1.982 942 G 1.982 943 I 0.484 944 T 0.429 945 D 0.935 946 L 1.982 947 V -0.019 948 L 1.062 949 K 0.479 950 D -0.005 951 C 1.116 952 P 1.147 953 K 0.049 954 M 0.349 955 M 0.380 956 F -0.025 957 I -0.054 958 H -0.025 959 A 0.470 960 T 0.470 961 R 0.349 962 C 1.982 963 R 1.095 964 V 1.125 965 L 1.982 966 K 1.982 967 H -0.100 968 L 0.933 969 K 0.444 970 V 0.331 971 E 0.452 972 N -0.431 973 A 0.452 974 P 0.517 975 I -0.066 976 V 0.452 977 N 0.933 978 R 0.452 979 F 0.933 980 D 0.452 981 Y 0.903 982 A 0.381 983 Q 1.108 984 C 1.982 985 K -0.004 986 K 1.982 987 L 1.982 988 N -0.095 989 M -0.004 990 D 0.907 991 Q 0.486 992 V 0.407 993 L 1.130 994 D 0.486 995 Q 0.401 996 I 0.948 997 L 1.130 998 R 0.486 999 M 0.028 1000 P 1.130 1001 P 0.418 1002 E 0.486 1003 R 0.948 1004 N 1.982 1005 R 0.948 1006 I 0.486 1007 I 0.948 1008 Y 0.486 1009 L 0.956 1010 R 1.982 1011 P 1.982 1012 M 1.982 1013 Q 0.379 1014 Q 1.982 1015 V -0.032 1016 D 0.465 1017 T -0.058 1018 L -0.449 1019 T -0.129 1020 L 1.982 1021 E 1.982 1022 Q 0.410 1023 K -0.097 1024 L 0.943 1025 F 1.159 1026 S 0.449 1027 G 0.486 1028 P 1.159 1029 Y 0.009 1030 P 0.009 1031 Y 1.130 1032 H 0.513 1033 I 0.989 1034 C -0.023 1035 I -0.039 1036 I -0.014 1037 H 0.009 1038 E 0.948 1039 F 0.938 1040 S 0.465 1041 N 1.115 1042 P 1.115 1043 P 1.115 1044 N 0.465 1045 V -0.097 1046 R -0.004 1047 N 1.982 1048 K 0.465 1049 V 0.465 1050 R 0.535 1051 I -0.033 1052 R 0.513 1053 N -0.035 1054 W 1.159 1055 M 0.009 1056 D 0.009 1057 T 0.391 1058 I 0.009 1059 A 0.009 1060 N 0.009 1061 I -0.022 1062 N -0.736 1063 Q 0.486 1064 E 1.111 1065 L 0.508 1066 I 1.147 1067 K 0.371 1068 Y 0.435 1069 E 0.435 1070 F 0.435 1071 F 1.111 1072 L 1.146 1073 E 1.111 1074 A 0.021 1075 T 0.926 1076 R 1.053 1077 T 0.932 1078 E 0.405 1079 E -0.097 1080 D 1.982 1081 L -0.094 1082 K 0.498 1083 K -0.088 1084 Y -0.382 1085 P -0.040 1086 K -0.079 1087 Y 1.982 1088 P 1.982 1089 W 1.982 1090 G 1.982 1091 R 1.982 1092 E 0.463 1093 I 1.982 1094 Y 0.435 1095 T 0.492 1096 L 0.927 1097 E 1.111 1098 G 0.435 1099 V -0.764 1100 V 0.435 1101 D 0.435 1102 G 1.101 1103 A 0.435 1104 P 0.435 1105 Y 0.435 1106 S -0.022 1107 M 0.510 1108 I 0.368 1109 S 0.955 1110 D 1.982 1111 F 0.435 1112 P 1.101 1113 W 1.101 1114 L 1.101 1115 R 1.111 1116 S -0.101 1117 L 1.111 1118 R 0.340 1119 T -0.436 1120 A 0.435 1121 E -0.421 1122 P -0.093 1123 N 1.111 1124 S -0.449 1125 F 0.332 1126 A -0.082 1127 R 1.089 1128 Y -0.462 1129 D 1.003 1130 F 1.003 1131 E 1.982 1132 D 1.003 1133 D 1.982 1134 E 1.003 1135 E -0.784 1136 S 0.377 1137 T 1.053 1138 I 1.982 1139 Y 1.982 1140 A 1.101 1141 P 1.111 1142 R 1.101 1143 R 0.435 1144 K 1.111 1145 G 1.111 1146 Q 0.435 1147 L 0.435 1148 S 1.111 1149 A 1.111 1150 D 0.435 1151 I 1.101 1152 C 0.435 1153 M 0.926 1154 E 0.926 1155 T 0.435 1156 I 0.340 1157 G 0.435 1158 E 1.111 1159 E 1.111 1160 I 1.101 1161 S 0.435 1162 E 1.101 1163 M -0.715 1164 R 0.435 1165 Q 0.435 1166 M -0.737 1167 K -0.007 1168 R -0.412 1169 G -0.024 1170 I 0.456 1171 F 1.101 1172 Q 0.435 1173 R 0.435 1174 V 0.926 1175 V 0.497 1176 A 0.941 1177 I -0.135 1178 F 0.926 1179 I 0.956 1180 H 0.435 1181 Y -0.101 1182 C 1.101 1183 D 1.982 1184 V -0.027 1185 N -0.420 1186 G 1.982 1187 E -0.022 1188 P 1.982 1189 V 0.435 1190 E -0.056 1191 D 1.982 1192 D 0.926 1193 Y 1.097 1194 I 1.982 * gap fraction no less than 0.50; conservation set to M-S M: mean; S: standard deviation al2co - The parameters are: Input alignment file - 202.paln Output conservation - STDOUT Weighting scheme - independent-count based Conservation calculation method - entropy-based Window size - 1 Conservation normalized to zero mean and unity variance Gap fraction to suppress calculation - 0.50
10 20 30 40 50 60MGPRKKSAKV CVMDSEVAEE MTADEEKDYM NQLSHEVLCH IFRYLPLQDI MCMECLSRKL70 80 90 100 110 120KEAVTLYLRV VRVVDLCAGR WWEYMPSGFT DSSFLTLLKK MPDVEQLYGL HPRYLERRRV130 140 150 160 170 180RGQEAFSIPG VLEALQACPN LVGVETSHLE LVESIWTYMP HVHILGKFRN RNGAFPIPPE190 200 210 220 230 240NKLKIPIGAK IQTLHLVGVN VPEIPCIPML RHLYMKWVRL TKPQPFKDFL CISLRTFVMR250 260 270 280 290 300NCAGPTNSLK YVPLVTGLAS ARNLEHLEMV RVPFLGGLIQ HVVEDSWRSG GFRNLHTIVL310 320 330 340 350 360GACKNALEVD LGYLIITAAR RLHEVRIQPS LTKDGVFSAL KMAELEFPQF ETLHLGYVDE370 380 390 400 410 420FLLQSRMANA DLVKYGLADV VENPGIITDI GMKAVNEVFS CIKYLAIYNC PHLHNPYNWI430 440 450 460 470 480SDHSRWMRLV DINLVRCHAL KLDSFGQFVE LLPSLEFISL DQMFREPPKG CARVGLSAGT490 500 510 520 530 540GIGVSSALVS NQNSNNDNDN NAPNNNANLH DNNHHHPDDS DDDNDFRPDL QAGEAQFAAD550 560 570 580 590 600ALNEMEDMVQ EDGELVAESG NGMPAHNREV LPVDADEEQA GPSGLQRVVK PTPIADHDSE610 620 630 640 650 660SDDEEDSLEL QEVWAPKNGT RRYSEREEKT GDSGQSRETA VSGKGKTPLR KRCNNSHQTG670 680 690 700 710 720QAKPFPLEES SCEKGCQVTS EQIKADMKAA RDVSEKKKSK DVYPSCSSSS SSTAASTAGN730 740 750 760 770 780ASSPSTASQS PDFARTVTSS GSSEPSPPEV DVSRQCVCSP GGSEDSEAME EGDAESSVCP790 800 810 820 830 840RCCCLRPQES QRRTGRCSDE ERPSTSRACV VNGADGTRSA FSFRTLPQGG SSGPAHDERT850 860 870 880 890 900NGSGCGATGE DRRGSSQPES CDVQSNEDYP RRPLTRARSR LSHVPLISES EVAKTKPCHA910 920 930 940 950 960MKRKRTADKS TSTSDPVIED DHVQVLVLKS KNLVGVTMTN CGITDLVLKD CPKMMFIHAT970 980 990 1000 1010 1020RCRVLKHLKV ENAPIVNRFD YAQCKKLNMD QVLDQILRMP PERNRIIYLR PMQQVDTLTL1030 1040 1050 1060 1070 1080EQKLFSGPYP YHICIIHEFS NPPNVRNKVR IRNWMDTIAN INQELIKYEF FLEATRTEED1090 1100 1110 1120 1130 1140LKKYPKYPWG REIYTLEGVV DGAPYSMISD FPWLRSLRTA EPNSFARYDF EDDEESTIYA1150 1160 1170 1180 1190PRRKGQLSAD ICMETIGEEI SEMRQMKRGI FQRVVAIFIH YCDVNGEPVE DDYI
3D Structures in PDB
Not Available
Comments
MoKA binds to transcription factor KLF7, which results in the increased stimulation of p21Waf/Cip and the binding is mediated by F-box. MoKA is a shuttling protein with one NLS and a variant of NESs.
AA 194-201 is CRM1 dependent. In addition, sequences 203-218 and 391-472 export in a CRM1-independent manner.
References
[1]. "Multiple pathways regulate intracellular shuttling of MoKA, a co-activator of transcription factor KLF7."
Smaldone S, Ramirez F. (2006) Nucleic Acids Res, 34:5060-8 PubMed
Smaldone S, Ramirez F. (2006) Nucleic Acids Res, 34:5060-8 PubMed
User Input
Accurate identification of NESs is difficult because many sequences in the genome match the NES consensus.
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