Summary for L-Periaxin (NES ID: 262)
Full Name
L-Periaxin UniProt
Alternative Names
None
Organism
Rattus norvegicus (Rat)
Experimental Evidence for CRM1-mediated Export
LMB Sensitive Ref.1Nuclear export of L-periaxin, mediated by its nuclear export signal in the PDZ domain, Shi et al., PLoS One, 2014
Mutations That Affect Nuclear Export
*highlighted yellow in the full sequence
L81Q/L83Q Ref.1Nuclear export of L-periaxin, mediated by its nuclear export signal in the PDZ domain, Shi et al., PLoS One, 2014 Mutations That Affect CRM1 Binding
Unknown
Functional Export Signals
Undetermined
Secondary Structure of Export Signal
Unknown
Other Residues Important for Export
Unknown
Sequence
Show FASTA Format
>gi|20178310|sp|Q63425.2|PRAX_RAT RecName: Full=Periaxin MEARSRSAEELRRAELVEIIVETEAQTGVSGFNVAGGGKEGIFVRELREDSPAAKSLSLQEGDQLLSARV FFENFKYEDALRLLQCAEPYKVSFCLKRTVPTGDLALRPGTVSGYEMKGPRAKVAKLNIQSLSPVKKKKM VIGTLGTPADLAPVDVEFSFPKFSRLRRGLKADAVKGPVPAAPARRRLQLPRLRVREVAEEAQVARMAAA APPSRKAKSEAEVATGAGFTAPQIELVGPRLPSAEVGVPKVSVPKGTPSTEAASGFALHLPTLGLGAPAA PAVEPPTTGIQVPQVELPTLPSLPTLPTLPCLDTQEGAAVVKVPTLDVAAPSVEVDLALPGAEVEAQGEV PEVALKMPRLSFPRFGVRGKEATEAKVVKGSPEAKAKGPRLRMPTFGLSLLESRPSGPEVAAESKLKLPT LKMPSFGISVAGPEVKAPKGPEVKLPKVPEIKLPKAPEAAIPDVQLPEVQLPKMSDMKLPKIPEMAVPDV HLPEVKLPKVPEMKVPEMKLPKIPEMAVPDVHLPDIQLPKVPEMKLPDMKLPKVPEMAVPDVHLPDIQLP KVPEMKLPDMKLPKVPEMAVPDVRIPEVQLPKVSEVKLPKIPDMAVPDVRLPELQLPKMSEVKLPKIPDM AVPDVRLPEVQLPKVSELKLPKVPEMTMPDIRLPEVQLPKVPDIKLPEIKLPKVPEMAVPDVPLPELQLP KVPQVPDVHLPKVPEMKLPKVPEAQRKSAGAEQAEKTEFSFKLPKMTVPKLGKVTKPGEAGIEVPDKLLI LPCLQPEVGTEVARVGVPSLSLPSVELDLPGALGLEGQVQEAVSGKVEKPEGPRVAVGTGEAGFRVPSVE IVNPQLPTVEVKKEQLEMVEMKVKPTSKFSLPKFGLSGPKAVKAEVEGPGRATKLKVSKFAISLPRARAG TDADAKGAGEAGLLPALDLSIPQLSLDAQLPSGKVEVAGAESKPKGSRFALPKFGAKGRDSEADVLVAGE AELEGKGWGWDGKVKMPKLKMPSFGLSRGKEAEIQDGRVSPGEKLEAIAGQLKIPEVELVTPGAQETEKV TSGVKPSGLQVSTTRQVVAEGQEGAQRVSSLGISLPQVELASFGEAGPEIAAPSAEGTVGSRIQVPQVML ELPGTQVAGGDLLVGEGIFKMPTVTVPQLELDVGLGHEAQAGETAKSEGGLKLKLPTLGAGGKGEGAEAQ SPEAQHTFHISLPDVELTSPVSSHAEYQVVEGDGDGGHKLKVRLPLFGLARAKEGIETGEKVKSPKLRLP RVGFSQSESASGEGSPSPEEEEEGSGEGASGRRGRVRVRLPRVGLASPSKGSKGQEGDAASKSPVGEKSP KFRFPRVSLSPKARSGSKDREEGGFRVRLPSVGFSETAAPGSARIEGTQAAAIShow Domain Info by CDD
Show Secondary Structure by PSIPRED
# PSIPRED HFORMAT (PSIPRED V3.2)
Conf: 932252499962301024564021124632308701885333998544579323311445
Pred: CCCCCHHHHHHHHHCCEEEEEECCCCCCCCCEEEECCCCCCEEEEECCCCCCCCCCCCCC
AA: MEARSRSAEELRRAELVEIIVETEAQTGVSGFNVAGGGKEGIFVRELREDSPAAKSLSLQ
10 20 30 40 50 60
Conf: 697077789992056746688771036773012131156778877899975467643597
Pred: CCCEEEEEEEEECCCCHHHHHHHHCCCCCCCCCEEECCCCCCCCCCCCCCCCCCCCCCCC
AA: EGDQLLSARVFFENFKYEDALRLLQCAEPYKVSFCLKRTVPTGDLALRPGTVSGYEMKGP
70 80 90 100 110 120
Conf: 544333444458844333444667899999999774356885322336777777789988
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: RAKVAKLNIQSLSPVKKKKMVIGTLGTPADLAPVDVEFSFPKFSRLRRGLKADAVKGPVP
130 140 150 160 170 180
Conf: 996753468883234553111110034678999977777421138999899963447998
Pred: CCCCCCCCCCCCCCCCCCCHHHHHCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: AAPARRRLQLPRLRVREVAEEAQVARMAAAAPPSRKAKSEAEVATGAGFTAPQIELVGPR
190 200 210 220 230 240
Conf: 899756898445899999976788866689977899999999999987889997558999
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: LPSAEVGVPKVSVPKGTPSTEAASGFALHLPTLGLGAPAAPAVEPPTTGIQVPQVELPTL
250 260 270 280 290 300
Conf: 999999999988778797434457767889984336689997446788888413469975
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: PSLPTLPTLPCLDTQEGAAVVKVPTLDVAAPSVEVDLALPGAEVEAQGEVPEVALKMPRL
310 320 330 340 350 360
Conf: 689766688765445433588875568997778887877788899999755765788998
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: SFPRFGVRGKEATEAKVVKGSPEAKAKGPRLRMPTFGLSLLESRPSGPEVAAESKLKLPT
370 380 390 400 410 420
Conf: 678988888899887899999878999987789999989999999997568888799899
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: LKMPSFGISVAGPEVKAPKGPEVKLPKVPEIKLPKAPEAAIPDVQLPEVQLPKMSDMKLP
430 440 450 460 470 480
Conf: 999879998689987799999878999899999887899988998879998887899998
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: KIPEMAVPDVHLPEVKLPKVPEMKVPEMKLPKIPEMAVPDVHLPDIQLPKVPEMKLPDMK
490 500 510 520 530 540
Conf: 999888789998999988999898689998999989778998889887899766667999
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: LPKVPEMAVPDVHLPDIQLPKVPEMKLPDMKLPKVPEMAVPDVRIPEVQLPKVSEVKLPK
550 560 570 580 590 600
Conf: 899899998889777887767889999998999978997678975468799999878998
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: IPDMAVPDVRLPELQLPKMSEVKLPKIPDMAVPDVRLPEVQLPKVSELKLPKVPEMTMPD
610 620 630 640 650 660
Conf: 889987799999989997568998976899989998789999999987799987878999
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: IRLPEVQLPKVPDIKLPEIKLPKVPEMAVPDVPLPELQLPKVPQVPDVHLPKVPEMKLPK
670 680 690 700 710 720
Conf: 963225467763344565444799654668888889998876678755778878996465
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: VPEAQRKSAGAEQAEKTEFSFKLPKMTVPKLGKVTKPGEAGIEVPDKLLILPCLQPEVGT
730 740 750 760 770 780
Conf: 554348887789973248998878777765334787778998854578887887788534
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: EVARVGVPSLSLPSVELDLPGALGLEGQVQEAVSGKVEKPEGPRVAVGTGEAGFRVPSVE
790 800 810 820 830 840
Conf: 689989963456753212235567887766998788999766664579986766654564
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: IVNPQLPTVEVKKEQLEMVEMKVKPTSKFSLPKFGLSGPKAVKAEVEGPGRATKLKVSKF
850 860 870 880 890 900
Conf: 346886578988665678768889985577997544878998642246778898987544
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: AISLPRARAGTDADAKGAGEAGLLPALDLSIPQLSLDAQLPSGKVEVAGAESKPKGSRFA
910 920 930 940 950 960
Conf: 785687788887320146653335888777885469975699767689986534588789
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: LPKFGAKGRDSEADVLVAGEAELEGKGWGWDGKVKMPKLKMPSFGLSRGKEAEIQDGRVS
970 980 990 1000 1010 1020
Conf: 986533235666788532369988765444457778887644454443357777743477
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: PGEKLEAIAGQLKIPEVELVTPGAQETEKVTSGVKPSGLQVSTTRQVVAEGQEGAQRVSS
1030 1040 1050 1060 1070 1080
Conf: 677899633478899999877999888666434788100258973235874336886657
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCEECCCCCCCCCCCCCCCCCCCCC
AA: LGISLPQVELASFGEAGPEIAAPSAEGTVGSRIQVPQVMLELPGTQVAGGDLLVGEGIFK
1090 1100 1110 1120 1130 1140
Conf: 985248972235788876577876635788534598555799888975689986554444
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: MPTVTVPQLELDVGLGHEAQAGETAKSEGGLKLKLPTLGAGGKGEGAEAQSPEAQHTFHI
1150 1160 1170 1180 1190 1200
Conf: 689522089977888543335899998875324874555777676457976689965899
Pred: CCCCEECCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: SLPDVELTSPVSSHAEYQVVEGDGDGGHKLKVRLPLFGLARAKEGIETGEKVKSPKLRLP
1210 1220 1230 1240 1250 1260
Conf: 877778867899999999865358887777766863234876787899998999888878
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: RVGFSQSESASGEGSPSPEEEEEGSGEGASGRRGRVRVRLPRVGLASPSKGSKGQEGDAA
1270 1280 1290 1300 1310 1320
Conf: 989988889996687767799888999887789614428986643668997532259874
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCEEECCCCCCCCCCCCCCCCCCCCCC
AA: SKSPVGEKSPKFRFPRVSLSPKARSGSKDREEGGFRVRLPSVGFSETAAPGSARIEGTQA
1330 1340 1350 1360 1370 1380
Conf: 359
Pred: CCC
AA: AAI
Show Conservation Score by AL2CO
1 M -1.000 *
2 E -1.000 *
3 A -1.000 *
4 R -1.000 *
5 S -1.000 *
6 R -1.000 *
7 S -1.000 *
8 A -1.000 *
9 E -1.000 *
10 E -1.000 *
11 L -1.000 *
12 R -1.000 *
13 R -1.000 *
14 A -1.000 *
15 E -1.000 *
16 L -1.000 *
17 V -1.000 *
18 E -1.000 *
19 I -1.000 *
20 I -1.000 *
21 V -1.000 *
22 E -1.000 *
23 T -1.000 *
24 E -1.000 *
25 A -1.000 *
26 Q -1.000 *
27 T -1.000 *
28 G -1.000 *
29 V -1.000 *
30 S -1.000 *
31 G -1.000 *
32 F -1.000 *
33 N -1.000 *
34 V -1.000 *
35 A -1.000 *
36 G -1.000 *
37 G -1.000 *
38 G -1.000 *
39 K -1.000 *
40 E -1.000 *
41 G -1.000 *
42 I -1.000 *
43 F -1.000 *
44 V -1.000 *
45 R -1.000 *
46 E -1.000 *
47 L -1.000 *
48 R -1.000 *
49 E -1.000 *
50 D -1.000 *
51 S -1.000 *
52 P -1.000 *
53 A -1.000 *
54 A -1.000 *
55 K -1.000 *
56 S -1.000 *
57 L -1.000 *
58 S -1.000 *
59 L -1.000 *
60 Q -1.000 *
61 E -1.000 *
62 G -1.000 *
63 D -1.000 *
64 Q -1.000 *
65 L -1.000 *
66 L -1.000 *
67 S -1.000 *
68 A -1.000 *
69 R -1.000 *
70 V -1.000 *
71 F -1.000 *
72 F -1.000 *
73 E -1.000 *
74 N -1.000 *
75 F -1.000 *
76 K -1.000 *
77 Y -1.000 *
78 E -1.000 *
79 D -1.000 *
80 A -1.000 *
81 L -1.000 *
82 R -1.000 *
83 L -1.000 *
84 L -1.000 *
85 Q -1.000 *
86 C -1.000 *
87 A -1.000 *
88 E -1.000 *
89 P -1.000 *
90 Y -1.000 *
91 K -1.000 *
92 V -1.000 *
93 S 3.113
94 F 2.900
95 C 0.802
96 L 4.728
97 K 1.640
98 R 1.363
99 T 1.949
100 V -0.481
101 P 0.909
102 T 0.595
103 G 0.421
104 D 3.456
105 L 0.692
106 A 0.313
107 L -0.757
108 R -0.130
109 P -0.769
110 G 0.380
111 T -0.479
112 V -0.271
113 S 0.431
114 G 0.770
115 Y -0.788
116 E 0.678
117 M -0.166
118 K 1.435
119 G 0.602
120 P 2.373
121 R -0.524
122 A 0.056
123 K 1.651
124 V 0.117
125 A -0.469
126 K -0.192
127 L 0.049
128 N -0.256
129 I -0.297
130 Q 0.123
131 S -0.233
132 L -1.191
133 S -1.996
134 P 1.166
135 V -1.211
136 K -0.427
137 K -0.477
138 K -1.165
139 K 0.025
140 M -0.454
141 V -0.187
142 I -0.431
143 G -0.165
144 T -1.001
145 L -0.666
146 G 0.505
147 T -0.066
148 P 2.539
149 A 0.001
150 D -1.414
151 L 0.205
152 A -0.780
153 P 0.874
154 V 0.040
155 D 0.821
156 V -0.304
157 E 0.521
158 F 0.369
159 S 0.313
160 F -1.128
161 P 3.508
162 K 1.082
163 F -0.380
164 S 1.276
165 R 0.124
166 L 0.172
167 R -0.356
168 R -0.405
169 G -0.654
170 L -0.244
171 K 0.481
172 A 0.768
173 D 0.402
174 A -0.615
175 V -1.551
176 K -0.647
177 G 0.386
178 P 0.055
179 V 0.559
180 P 0.001
181 A 0.033
182 A -0.886
183 P 0.137
184 A -0.604
185 R 0.611
186 R -0.994
187 R 0.610
188 L 1.154
189 Q 0.536
190 L 1.217
191 P 4.959
192 R 1.422
193 L 0.730
194 R 0.563
195 V 0.567
196 R 1.340
197 E -0.297
198 V -0.578
199 A -1.026
200 E -0.868
201 E -0.351
202 A -0.367
203 Q -0.266
204 V -1.285
205 A -1.040
206 R -0.645
207 M -0.219
208 A -1.195
209 A -0.547
210 A -1.293
211 A -1.489
212 P -0.160
213 P -0.375
214 S -0.834
215 R -0.480
216 K -0.931
217 A -0.032
218 K -0.254
219 S -0.515
220 E -0.473
221 A -0.106
222 E -1.625
223 V -0.589
224 A -0.938
225 T -0.404
226 G -0.171
227 A -0.095
228 G -0.524
229 F 0.272
230 T -0.148
231 A -0.818
232 P 2.226
233 Q 0.388
234 I 0.963
235 E 0.444
236 L 0.186
237 V -0.534
238 G -0.533
239 P 1.110
240 R 0.025
241 L -0.417
242 P 2.265
243 S 0.138
244 A -0.850
245 E 0.232
246 V 0.112
247 G -0.074
248 V -0.537
249 P 0.738
250 K -0.217
251 V 0.256
252 S 0.395
253 V -0.054
254 P 0.010
255 K -0.158
256 G -1.428
257 T -1.179
258 P -0.630
259 S -0.929
260 T -0.625
261 E -0.960
262 A -0.947
263 A -1.037
264 S -0.584
265 G -0.235
266 F -1.088
267 A -0.106
268 L 0.280
269 H -0.510
270 L -0.998
271 P 0.232
272 T 0.665
273 L 0.483
274 G 0.076
275 L -0.020
276 G -0.113
277 A 0.499
278 P 0.264
279 A 0.018
280 A -0.667
281 P 0.785
282 A 0.095
283 V -0.195
284 E 0.066
285 P -0.369
286 P 1.074
287 T -0.726
288 T -0.282
289 G -0.287
290 I 0.420
291 Q -0.438
292 V 0.266
293 P 3.302
294 Q 0.443
295 V 0.774
296 E 0.891
297 L 1.066
298 P 0.440
299 T -0.140
300 L -0.971
301 P -0.624
302 S -1.264
303 L -0.838
304 P -0.568
305 T -0.858
306 L -1.185
307 P -0.724
308 T -0.836
309 L -0.799
310 P 1.287
311 C -1.127
312 L 0.547
313 D 0.165
314 T -0.595
315 Q 0.227
316 E -0.953
317 G -1.309
318 A -0.937
319 A -0.782
320 V -0.356
321 V 0.739
322 K -0.153
323 V -0.245
324 P 2.639
325 T -0.044
326 L 0.440
327 D 0.045
328 V 0.743
329 A 0.591
330 A -0.228
331 P 1.430
332 S -0.104
333 V 0.077
334 E 0.033
335 V 0.742
336 D 0.724
337 L -0.370
338 A 0.294
339 L 0.372
340 P 1.215
341 G -1.091
342 A -0.280
343 E 0.055
344 V -0.012
345 E 1.596
346 A 0.273
347 Q -0.194
348 G -0.179
349 E -0.126
350 V -0.637
351 P 1.965
352 E -0.019
353 V -0.864
354 A 0.566
355 L 0.820
356 K 0.634
357 M 0.131
358 P 3.752
359 R 1.023
360 L 1.180
361 S 1.005
362 F 0.423
363 P 1.870
364 R 0.023
365 F 0.970
366 G 0.300
367 V 0.212
368 R 0.722
369 G -0.456
370 K -0.409
371 E -0.523
372 A 0.275
373 T -1.066
374 E -1.626
375 A 0.000
376 K -0.134
377 V -0.439
378 V -0.759
379 K -1.220
380 G -0.238
381 S -0.984
382 P 0.231
383 E 0.623
384 A 0.195
385 K -0.226
386 A -0.563
387 K -0.459
388 G -0.987
389 P 0.869
390 R 0.318
391 L 1.502
392 R -0.324
393 M -0.200
394 P 0.490
395 T -0.209
396 F -0.076
397 G -0.225
398 L 0.616
399 S 0.693
400 L 0.073
401 L -0.832
402 E -0.349
403 S -0.905
404 R -0.519
405 P -0.439
406 S -0.320
407 G -0.484
408 P 0.129
409 E -0.808
410 V -1.049
411 A -0.869
412 A -0.829
413 E 0.296
414 S -0.070
415 K 0.240
416 L -0.809
417 K -0.438
418 L -0.746
419 P 0.326
420 T 0.034
421 L 1.202
422 K 0.164
423 M 0.216
424 P 2.314
425 S -0.333
426 F -0.824
427 G 0.140
428 I 1.055
429 S 0.218
430 V 0.811
431 A 0.230
432 G 0.285
433 P 0.664
434 E 0.811
435 V 0.071
436 K 0.191
437 A -0.633
438 P 0.079
439 K -1.359
440 G -0.592
441 P -0.273
442 E 0.927
443 V -0.268
444 K -0.376
445 L -1.101
446 P 0.731
447 K -0.292
448 V -0.320
449 P 0.988
450 E -0.293
451 I -1.471
452 K -1.444
453 L -1.438
454 P -0.674
455 K -0.557
456 A -0.705
457 P -0.348
458 E 0.316
459 A -0.521
460 A -0.715
461 I -0.736
462 P 0.875
463 D 0.547
464 V 0.453
465 Q -0.145
466 L 0.605
467 P 0.498
468 E -0.054
469 V -0.003
470 Q 0.087
471 L -0.243
472 P 1.088
473 K -0.660
474 M -1.749
475 S -1.388
476 D -1.112
477 M -1.196
478 K -1.575
479 L -1.447
480 P -0.594
481 K -1.058
482 I -0.415
483 P -0.167
484 E 0.351
485 M -0.260
486 A -0.649
487 V -0.344
488 P 0.393
489 D -0.061
490 V -0.464
491 H -0.757
492 L -0.500
493 P 0.045
494 E 0.474
495 V -0.900
496 K -0.390
497 L -0.415
498 P 0.012
499 K 0.025
500 V -1.065
501 P 0.905
502 E -0.334
503 M -0.129
504 K -0.772
505 V -0.588
506 P 0.819
507 E 0.425
508 M -0.610
509 K -0.308
510 L -0.546
511 P -0.815
512 K -0.387
513 I -1.364
514 P -0.398
515 E -0.892
516 M -0.822
517 A -0.904
518 V -1.241
519 P -0.278
520 D 0.337
521 V -0.160
522 H -0.604
523 L -0.809
524 P -0.260
525 D -0.495
526 I -0.382
527 Q -0.186
528 L -0.128
529 P 0.355
530 K -0.875
531 V -0.780
532 P -0.898
533 E -1.275
534 M -0.801
535 K -0.965
536 L -1.210
537 P 0.574
538 D -0.361
539 M -0.635
540 K -0.811
541 L -0.835
542 P 0.315
543 K -0.486
544 V -0.810
545 P -0.216
546 E -1.006
547 M -1.577
548 A -0.593
549 V -1.569
550 P -0.071
551 D 0.552
552 V 1.001
553 H -0.702
554 L -1.084
555 P 0.483
556 D 0.102
557 I -0.938
558 Q -0.761
559 L -0.288
560 P 0.267
561 K -0.874
562 V -1.033
563 P 0.993
564 E -0.301
565 M -0.132
566 K -0.034
567 L -1.216
568 P 1.592
569 D -0.457
570 M -0.371
571 K -1.134
572 L -1.259
573 P -1.579
574 K -0.415
575 V -1.607
576 P 0.076
577 E -0.295
578 M -1.169
579 A -0.940
580 V -1.370
581 P -0.119
582 D -0.021
583 V 0.278
584 R -0.828
585 I -0.362
586 P 0.126
587 E 0.164
588 V -0.113
589 Q -0.485
590 L -0.716
591 P 0.162
592 K -0.364
593 V -0.912
594 S -0.143
595 E -1.006
596 V -0.815
597 K -1.791
598 L -1.256
599 P -0.103
600 K -0.252
601 I -1.065
602 P -0.127
603 D 0.039
604 M -0.639
605 A -0.461
606 V -0.477
607 P 1.302
608 D 0.548
609 V 1.173
610 R -0.097
611 L 0.451
612 P 0.813
613 E -0.384
614 L 0.198
615 Q -0.599
616 L 0.445
617 P -0.223
618 K -0.903
619 M -1.739
620 S -0.660
621 E -1.832
622 V -1.508
623 K -1.797
624 L -1.727
625 P -0.850
626 K -1.084
627 I -1.056
628 P -0.576
629 D -0.259
630 M -0.850
631 A -0.600
632 V -0.664
633 P 0.427
634 D 1.399
635 V 0.226
636 R -0.207
637 L -0.821
638 P 0.694
639 E -0.535
640 V -0.124
641 Q -0.440
642 L 0.642
643 P 0.525
644 K -0.731
645 V -0.794
646 S -0.713
647 E -1.543
648 L -1.045
649 K -1.296
650 L -1.397
651 P 0.071
652 K -0.358
653 V -0.657
654 P -0.004
655 E 0.001
656 M -0.048
657 T -1.408
658 M -0.768
659 P 1.366
660 D 1.475
661 I 0.003
662 R -0.840
663 L -0.444
664 P 0.257
665 E 0.352
666 V 0.143
667 Q -0.428
668 L -0.456
669 P 0.149
670 K -0.518
671 V -1.264
672 P 0.278
673 D 0.503
674 I 0.917
675 K -0.632
676 L -0.282
677 P 0.707
678 E -0.184
679 I 0.036
680 K 0.141
681 L 0.338
682 P -1.000 *
683 K -0.570
684 V -0.891
685 P -0.563
686 E -0.803
687 M -0.322
688 A -0.850
689 V -1.041
690 P -0.455
691 D 1.460
692 V 0.881
693 P 0.044
694 L -0.402
695 P 2.446
696 E 0.233
697 L 0.526
698 Q 0.926
699 L -0.061
700 P 1.892
701 K -0.542
702 V -0.937
703 P -0.301
704 Q -0.853
705 V -0.263
706 P 0.028
707 D 0.311
708 V -0.311
709 H -1.261
710 L 0.046
711 P 0.595
712 K -0.483
713 V 0.320
714 P 1.017
715 E 0.756
716 M 0.015
717 K 0.335
718 L -0.076
719 P 1.515
720 K -0.980
721 V -0.386
722 P -1.425
723 E -0.468
724 A -0.911
725 Q -0.552
726 R -1.081
727 K -1.145
728 S -1.465
729 A -1.377
730 G 0.085
731 A -1.057
732 E -0.952
733 Q -0.541
734 A -0.585
735 E -1.264
736 K -0.833
737 T -0.231
738 E 0.869
739 F -1.338
740 S 0.027
741 F 1.192
742 K 0.850
743 L 0.068
744 P 2.334
745 K 0.368
746 M 0.178
747 T 0.562
748 V 1.202
749 P 1.992
750 K -0.325
751 L 0.100
752 G 0.350
753 K -1.266
754 V -0.432
755 T -1.339
756 K -1.311
757 P 0.101
758 G -0.547
759 E -0.949
760 A -0.577
761 G -0.142
762 I 0.131
763 E 0.788
764 V 0.311
765 P 1.346
766 D 0.037
767 K -0.509
768 L 0.180
769 L -0.237
770 I -0.480
771 L -0.460
772 P 1.457
773 C -0.933
774 L -0.447
775 Q 0.237
776 P 0.289
777 E 1.048
778 V 0.336
779 G 0.007
780 T -0.810
781 E -0.162
782 V -0.176
783 A 0.328
784 R -0.736
785 V 0.030
786 G -0.409
787 V -0.909
788 P 1.332
789 S 0.821
790 L 1.500
791 S -0.257
792 L 0.878
793 P 2.293
794 S 0.643
795 V 0.177
796 E 0.120
797 L 0.339
798 D 0.051
799 L -0.502
800 P 0.267
801 G 0.637
802 A -0.562
803 L -0.945
804 G -1.289
805 L -0.791
806 E -1.219
807 G -0.875
808 Q -1.480
809 V -1.354
810 Q -0.985
811 E -0.702
812 A -0.901
813 V -1.466
814 S -0.813
815 G -0.431
816 K -1.147
817 V -1.429
818 E -1.221
819 K -0.910
820 P 0.350
821 E 0.407
822 G -0.893
823 P 0.299
824 R -0.950
825 V 0.197
826 A 0.251
827 V -0.121
828 G -0.865
829 T -0.731
830 G -0.737
831 E -0.298
832 A -0.278
833 G -0.586
834 F 0.238
835 R -0.530
836 V -0.277
837 P 0.866
838 S -0.089
839 V -0.276
840 E 1.105
841 I 1.279
842 V -0.438
843 N -0.472
844 P 0.152
845 Q 0.693
846 L -0.441
847 P 2.988
848 T -0.419
849 V 0.427
850 E 0.386
851 V 0.022
852 K 0.577
853 K -0.636
854 E -0.650
855 Q -0.685
856 L -0.100
857 E -0.230
858 M -0.644
859 V -1.127
860 E -0.094
861 M -1.478
862 K -1.008
863 V -0.849
864 K -1.093
865 P -0.048
866 T -0.856
867 S 0.448
868 K 0.482
869 F 1.824
870 S -0.158
871 L -0.443
872 P 4.643
873 K 0.571
874 F 1.437
875 G -0.076
876 L 1.133
877 S 0.013
878 G -0.044
879 P 1.910
880 K 0.688
881 A 0.132
882 V -0.740
883 K -0.814
884 A 0.506
885 E 0.372
886 V -0.326
887 E -0.188
888 G 0.516
889 P 0.455
890 G -1.218
891 R -0.631
892 A -0.665
893 T -0.633
894 K 0.437
895 L 0.317
896 K 0.372
897 V -0.790
898 S 1.839
899 K -0.860
900 F 0.357
901 A -0.734
902 I 1.323
903 S -0.025
904 L -0.499
905 P 1.444
906 R -0.695
907 A -1.066
908 R -1.095
909 A -0.623
910 G 0.024
911 T -0.462
912 D -0.971
913 A -0.717
914 D -0.491
915 A -0.450
916 K -1.146
917 G -0.048
918 A 0.257
919 G -1.020
920 E -0.291
921 A 0.881
922 G -0.367
923 L -0.743
924 L -0.267
925 P 0.522
926 A 0.901
927 L -0.038
928 D 0.734
929 L 1.171
930 S 0.248
931 I -0.328
932 P 2.799
933 Q -0.109
934 L -0.215
935 S 1.072
936 L 0.211
937 D 0.885
938 A 0.840
939 Q -0.412
940 L -0.445
941 P 0.361
942 S -0.646
943 G -0.080
944 K 0.470
945 V 0.447
946 E 0.266
947 V -0.192
948 A -0.973
949 G -0.610
950 A -0.547
951 E -0.087
952 S -0.541
953 K -0.658
954 P -0.797
955 K 0.137
956 G -0.601
957 S 0.116
958 R -0.248
959 F 1.683
960 A -0.082
961 L 0.295
962 P 2.795
963 K 0.547
964 F 0.881
965 G 0.449
966 A 0.786
967 K 0.114
968 G 0.706
969 R -0.370
970 D -0.648
971 S -0.229
972 E 0.234
973 A 0.291
974 D -0.089
975 V -0.730
976 L -0.997
977 V -0.669
978 A -0.233
979 G 0.604
980 E -0.558
981 A -0.454
982 E -1.029
983 L -0.508
984 E -0.484
985 G -0.828
986 K -0.503
987 G -0.762
988 W -1.848
989 G -0.778
990 W -0.371
991 D 1.765
992 G -1.280
993 K 0.751
994 V 2.040
995 K 1.305
996 M -0.210
997 P 4.459
998 K 1.766
999 L 1.591
1000 K 1.653
1001 M 1.243
1002 P 5.596
1003 S 0.532
1004 F 0.756
1005 G 0.356
1006 L 0.323
1007 S 0.469
1008 R -0.974
1009 G 0.355
1010 K 0.206
1011 E -0.759
1012 A 0.069
1013 E -1.376
1014 I -0.773
1015 Q 0.176
1016 D -0.923
1017 G -0.446
1018 R -0.349
1019 V -1.266
1020 S -0.593
1021 P 0.187
1022 G -0.154
1023 E 0.565
1024 K 0.500
1025 L 0.722
1026 E 0.584
1027 A -0.796
1028 I -0.446
1029 A 0.114
1030 G 0.465
1031 Q 0.659
1032 L 2.044
1033 K 1.145
1034 I -0.305
1035 P 4.665
1036 E 1.228
1037 V 0.869
1038 E 0.650
1039 L 0.566
1040 V -1.048
1041 T 0.363
1042 P 1.514
1043 G -0.448
1044 A -0.464
1045 Q -0.455
1046 E -0.739
1047 T -1.295
1048 E -1.430
1049 K -1.816
1050 V -0.727
1051 T -1.575
1052 S -0.565
1053 G -0.887
1054 V -1.592
1055 K -1.506
1056 P -1.320
1057 S -0.325
1058 G -0.474
1059 L -0.395
1060 Q -0.596
1061 V -1.260
1062 S -1.140
1063 T -1.389
1064 T -1.098
1065 R -0.889
1066 Q -1.269
1067 V -0.956
1068 V -1.109
1069 A -0.835
1070 E -0.786
1071 G -1.282
1072 Q -1.269
1073 E -1.538
1074 G -0.967
1075 A -1.065
1076 Q -0.897
1077 R -0.775
1078 V -0.183
1079 S 0.918
1080 S -0.126
1081 L 0.411
1082 G 0.273
1083 I 1.919
1084 S 0.425
1085 L 0.468
1086 P 4.626
1087 Q 1.360
1088 V 1.516
1089 E 0.096
1090 L 1.012
1091 A 1.221
1092 S -0.078
1093 F 0.530
1094 G -0.000
1095 E 0.030
1096 A 0.522
1097 G 0.333
1098 P 0.313
1099 E 0.908
1100 I 0.732
1101 A -0.391
1102 A 1.003
1103 P 0.909
1104 S -0.259
1105 A -0.195
1106 E 1.265
1107 G 0.858
1108 T 0.072
1109 V 0.177
1110 G -0.342
1111 S -0.923
1112 R 0.170
1113 I 1.404
1114 Q 0.280
1115 V -0.193
1116 P 3.878
1117 Q 0.981
1118 V 1.479
1119 M 0.251
1120 L 1.692
1121 E 0.621
1122 L 0.214
1123 P 2.802
1124 G 0.916
1125 T 0.132
1126 Q 0.490
1127 V 1.272
1128 A -0.768
1129 G -0.502
1130 G 1.186
1131 D 0.427
1132 L -0.845
1133 L -0.598
1134 V -0.363
1135 G 1.157
1136 E 0.069
1137 G 0.049
1138 I -0.348
1139 F 1.310
1140 K 0.305
1141 M -0.051
1142 P 3.155
1143 T 0.701
1144 V 1.429
1145 T -0.136
1146 V 0.504
1147 P 3.510
1148 Q 0.849
1149 L 0.545
1150 E 0.364
1151 L 0.700
1152 D 1.207
1153 V 1.164
1154 G 0.053
1155 L -0.138
1156 G 0.493
1157 H -1.235
1158 E -0.994
1159 A -0.703
1160 Q -0.619
1161 A 0.254
1162 G 0.328
1163 E 0.699
1164 T 0.098
1165 A -0.276
1166 K -0.825
1167 S -1.285
1168 E -0.432
1169 G 0.329
1170 G -0.446
1171 L -0.133
1172 K 1.025
1173 L 1.680
1174 K -0.452
1175 L 0.535
1176 P 4.091
1177 T 0.508
1178 L 0.085
1179 G -0.162
1180 A -0.063
1181 G 0.083
1182 G 0.370
1183 K 0.058
1184 G -0.982
1185 E -0.813
1186 G 0.128
1187 A -0.199
1188 E -0.533
1189 A -0.372
1190 Q -0.741
1191 S -0.126
1192 P 0.450
1193 E -0.029
1194 A -0.330
1195 Q -0.241
1196 H -0.591
1197 T -0.792
1198 F -0.520
1199 H -0.362
1200 I 0.456
1201 S -0.368
1202 L 0.278
1203 P 2.789
1204 D 0.863
1205 V 0.718
1206 E 0.294
1207 L 0.939
1208 T -0.121
1209 S -0.624
1210 P 0.487
1211 V -1.404
1212 S -0.607
1213 S -0.829
1214 H -1.340
1215 A -1.103
1216 E -0.065
1217 Y -0.665
1218 Q -0.870
1219 V -0.579
1220 V 0.048
1221 E -0.992
1222 G -0.952
1223 D -0.413
1224 G -0.793
1225 D -1.031
1226 G 0.059
1227 G -0.387
1228 H -1.071
1229 K -0.791
1230 L -0.535
1231 K -0.338
1232 V 1.334
1233 R -0.016
1234 L -0.015
1235 P 4.234
1236 L 0.137
1237 F 0.183
1238 G 0.513
1239 L 0.169
1240 A -0.208
1241 R -0.511
1242 A 1.376
1243 K 0.532
1244 E -0.594
1245 G -1.024
1246 I -0.889
1247 E -0.224
1248 T -0.698
1249 G 0.512
1250 E -0.903
1251 K 1.157
1252 V 0.684
1253 K 0.763
1254 S 1.048
1255 P 2.754
1256 K 1.321
1257 L 2.351
1258 R 0.660
1259 L 1.864
1260 P 4.166
1261 R 1.825
1262 V 0.156
1263 G 0.537
1264 F 1.235
1265 S 0.158
1266 Q 0.026
1267 S -0.373
1268 E -0.440
1269 S -0.161
1270 A -1.020
1271 S -0.700
1272 G -0.279
1273 E -1.431
1274 G -1.629
1275 S -1.463
1276 P -0.336
1277 S -0.859
1278 P 0.938
1279 E 0.806
1280 E -0.331
1281 E 0.247
1282 E -0.242
1283 E -1.188
1284 G 0.307
1285 S 0.391
1286 G -0.481
1287 E -0.357
1288 G -0.546
1289 A 0.404
1290 S -0.424
1291 G 1.039
1292 R 1.008
1293 R -0.825
1294 G 0.417
1295 R 1.320
1296 V 0.215
1297 R 0.513
1298 V 1.659
1299 R -0.464
1300 L -0.128
1301 P 2.070
1302 R 0.121
1303 V 0.635
1304 G 0.991
1305 L 1.579
1306 A -0.107
1307 S -0.039
1308 P 2.388
1309 S -1.047
1310 K -0.350
1311 G -0.052
1312 S 1.193
1313 K -0.802
1314 G 0.136
1315 Q 0.169
1316 E -1.520
1317 G -0.256
1318 D -0.290
1319 A -0.432
1320 A -1.570
1321 S -0.520
1322 K -0.272
1323 S -1.016
1324 P 1.563
1325 V -1.460
1326 G -0.817
1327 E -0.810
1328 K 0.263
1329 S -0.606
1330 P 3.068
1331 K 1.574
1332 F 1.903
1333 R 1.877
1334 F 1.917
1335 P 6.051
1336 R 1.684
1337 V 1.205
1338 S 0.969
1339 L 2.074
1340 S 2.050
1341 P 0.699
1342 K 0.309
1343 A 0.134
1344 R -0.822
1345 S -0.343
1346 G 0.098
1347 S -0.745
1348 K -0.458
1349 D -0.147
1350 R -1.507
1351 E -0.689
1352 E -0.577
1353 G 0.777
1354 G -0.543
1355 F 0.515
1356 R 1.685
1357 V 1.891
1358 R -0.035
1359 L 0.398
1360 P 3.398
1361 S 1.540
1362 V 0.718
1363 G 0.622
1364 F 0.823
1365 S 1.579
1366 E -0.231
1367 T -0.403
1368 A 0.404
1369 A -0.020
1370 P 0.284
1371 G 1.778
1372 S 1.165
1373 A 2.296
1374 R 2.090
1375 I -1.000 *
1376 E -1.000 *
1377 G -1.000 *
1378 T -1.000 *
1379 Q -1.000 *
1380 A -1.000 *
1381 A -1.000 *
1382 A -1.000 *
1383 I -1.000 *
* gap fraction no less than 0.50; conservation set to M-S
M: mean; S: standard deviation
al2co - The parameters are:
Input alignment file - ../alignments/262.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 60MEARSRSAEE LRRAELVEII VETEAQTGVS GFNVAGGGKE GIFVRELRED SPAAKSLSLQ70 80 90 100 110 120EGDQLLSARV FFENFKYEDA LRLLQCAEPY KVSFCLKRTV PTGDLALRPG TVSGYEMKGP130 140 150 160 170 180RAKVAKLNIQ SLSPVKKKKM VIGTLGTPAD LAPVDVEFSF PKFSRLRRGL KADAVKGPVP190 200 210 220 230 240AAPARRRLQL PRLRVREVAE EAQVARMAAA APPSRKAKSE AEVATGAGFT APQIELVGPR250 260 270 280 290 300LPSAEVGVPK VSVPKGTPST EAASGFALHL PTLGLGAPAA PAVEPPTTGI QVPQVELPTL310 320 330 340 350 360PSLPTLPTLP CLDTQEGAAV VKVPTLDVAA PSVEVDLALP GAEVEAQGEV PEVALKMPRL370 380 390 400 410 420SFPRFGVRGK EATEAKVVKG SPEAKAKGPR LRMPTFGLSL LESRPSGPEV AAESKLKLPT430 440 450 460 470 480LKMPSFGISV AGPEVKAPKG PEVKLPKVPE IKLPKAPEAA IPDVQLPEVQ LPKMSDMKLP490 500 510 520 530 540KIPEMAVPDV HLPEVKLPKV PEMKVPEMKL PKIPEMAVPD VHLPDIQLPK VPEMKLPDMK550 560 570 580 590 600LPKVPEMAVP DVHLPDIQLP KVPEMKLPDM KLPKVPEMAV PDVRIPEVQL PKVSEVKLPK610 620 630 640 650 660IPDMAVPDVR LPELQLPKMS EVKLPKIPDM AVPDVRLPEV QLPKVSELKL PKVPEMTMPD670 680 690 700 710 720IRLPEVQLPK VPDIKLPEIK LPKVPEMAVP DVPLPELQLP KVPQVPDVHL PKVPEMKLPK730 740 750 760 770 780VPEAQRKSAG AEQAEKTEFS FKLPKMTVPK LGKVTKPGEA GIEVPDKLLI LPCLQPEVGT790 800 810 820 830 840EVARVGVPSL SLPSVELDLP GALGLEGQVQ EAVSGKVEKP EGPRVAVGTG EAGFRVPSVE850 860 870 880 890 900IVNPQLPTVE VKKEQLEMVE MKVKPTSKFS LPKFGLSGPK AVKAEVEGPG RATKLKVSKF910 920 930 940 950 960AISLPRARAG TDADAKGAGE AGLLPALDLS IPQLSLDAQL PSGKVEVAGA ESKPKGSRFA970 980 990 1000 1010 1020LPKFGAKGRD SEADVLVAGE AELEGKGWGW DGKVKMPKLK MPSFGLSRGK EAEIQDGRVS1030 1040 1050 1060 1070 1080PGEKLEAIAG QLKIPEVELV TPGAQETEKV TSGVKPSGLQ VSTTRQVVAE GQEGAQRVSS1090 1100 1110 1120 1130 1140LGISLPQVEL ASFGEAGPEI AAPSAEGTVG SRIQVPQVML ELPGTQVAGG DLLVGEGIFK1150 1160 1170 1180 1190 1200MPTVTVPQLE LDVGLGHEAQ AGETAKSEGG LKLKLPTLGA GGKGEGAEAQ SPEAQHTFHI1210 1220 1230 1240 1250 1260SLPDVELTSP VSSHAEYQVV EGDGDGGHKL KVRLPLFGLA RAKEGIETGE KVKSPKLRLP1270 1280 1290 1300 1310 1320RVGFSQSESA SGEGSPSPEE EEEGSGEGAS GRRGRVRVRL PRVGLASPSK GSKGQEGDAA1330 1340 1350 1360 1370 1380SKSPVGEKSP KFRFPRVSLS PKARSGSKDR EEGGFRVRLP SVGFSETAAP GSARIEGTQAAAI
3D Structures in PDB
Not Available
Comments
L-periaxin is localized in the plasma membrane of myelinating Schwann cells. It can also be observed in a selected nucleus. Shi et al. identified a functional NES in the PDZ domain of L-periaxin.
References
[1]. "Nuclear export of L-periaxin, mediated by its nuclear export signal in the PDZ domain"
Shi Y, Zhang L, Yang T. (2014) PLoS One, 9(3):e91953 PubMed
Shi Y, Zhang L, Yang T. (2014) PLoS One, 9(3):e91953 PubMed
User Input
Accurate identification of NESs is difficult because many sequences in the genome match the NES consensus.
Therefore, some published NESs may be mistakenly identified. Please help us improve the accuracy of NESdb
by providing either a positive or negative flag for the NES in this entry. Supporting comments are required to process the flag.