Show FASTA Format
>tr|Q7ZTR0|Q7ZTR0_XENLA Coatomer subunit beta' OS=Xenopus laevis OX=8355 GN=copb2.S PE=2 SV=1
MPLRLDIKRKLTARSDRVKSVDLHPTEPWMLASLYNGSVCVWNHETQTLVKTFEICDLPV
RAAKFVARKNWVVTGADDMQIRVFNYNTLERVHMFEAHSDYIRCIAVHPTQPFILTSSDD
MLIKLWDWDKKWSCSQVFEGHTHYVMQIVINPKDNNQFASASLDRTIKVWQLGSSSPNFT
LEGHEKGVNCIDYYSGGDKPYLISGADDRLVKIWDYQNKTCVQTLEGHAQNVSCVSFHPE
LPIIITGSEDGTVRIWHSSTYRLESTLNYGMERVWCVSGLRGSNNVALGYDEGSIIVKLG
REEPAMSMDANGKIIWAKHSEIQQANLKAMGDTEIKDGERLPLAVKDMGSCEIYPQTIQH
NPNGRFVVVCGDGEYIIYTAMALRNKSFGSAQEFAWAHDSSEYAIRESNSVVKIFKNFKE
KKSFKPDFGAEGIYGGFLLGVRSVNGLAFYDWENTELIRRIEIQPKHIFWSDSGELVCIA
TEESFFILKYVSEKVATAQETHEGVSEDGIEDAFEVLGEIQEIVKTGLWVGDCFIYTSTV
NRLNYYVGGEIVTIAHLDRTMYLLGYIPKDNRLYLGDKELNIVSYSLLVSVLEYQTAVMR
RDFSMADKVIPTIPKEQRTRVAHFLEKQGFKQQALAVSTDPEHRFELALQLGELKIAYQL
AVEAESEQKWKQLAELAISKCQFGLAQECLHSAQDYGGLLLLATSSGNATMVNKLAEGAE
KDGKNNVAFLSYFLLGKLDTCLEMLISTGRLPEAAFLARTYLPSQVSRVVQLWKESLGKV
NQKAADSLADPTEYENLFPGLKEAYAAEPFLKQKTSMLLPAKEYRHVTPNEERNVLSEAK
GFDPPESAFTTVEKESEEAVPVPITVPSPSVAAPEIPAPKSDMDKALFDLDEDLDNMELD
DIDTTDINLDDELSD
Show Domain Info by CDD
Show Secondary Structure by PSIPRED
# PSIPRED HFORMAT (PSIPRED V3.2)
Conf: 986303444310023663323368997401222027707998536541364577305552
Pred: CCCCHHHHHHHHCCCCCCCCCCCCCCCCEEEEEECCCCEEEEECCCCCEEEEEEEECCCC
AA: MPLRLDIKRKLTARSDRVKSVDLHPTEPWMLASLYNGSVCVWNHETQTLVKTFEICDLPV
10 20 30 40 50 60
Conf: 211100024638953686135784247643025400058606588970799735530687
Pred: CCCCEECCCCEEEECCCCCEEEEEECCCCCCEEEEECCCCEEEEEEECCCCCEEEEECCC
AA: RAAKFVARKNWVVTGADDMQIRVFNYNTLERVHMFEAHSDYIRCIAVHPTQPFILTSSDD
70 80 90 100 110 120
Conf: 258810268986033662356403899976589987321221365146853799999853
Pred: CEEEEECCCCCCEEEEEECCCCCEEEEEEECCCCCCCCCCCCCCCEEEEEECCCCCCCCC
AA: MLIKLWDWDKKWSCSQVFEGHTHYVMQIVINPKDNNQFASASLDRTIKVWQLGSSSPNFT
130 140 150 160 170 180
Conf: 233357656242445788340442368880363206763100003465551115672489
Pred: CCCCCCCCCEEECCCCCCCCEEEECCCCCEEEEECCCCCCHHHCCCCCCCCEEEEEECCC
AA: LEGHEKGVNCIDYYSGGDKPYLISGADDRLVKIWDYQNKTCVQTLEGHAQNVSCVSFHPE
190 200 210 220 230 240
Conf: 854862368881898727632232333545631477632048872798650541799816
Pred: CCEEEECCCCCCEEEEECCCCCCCCCCCCCCCEEEEEEECCCCCEEEEEEECCEEEEECC
AA: LPIIITGSEDGTVRIWHSSTYRLESTLNYGMERVWCVSGLRGSNNVALGYDEGSIIVKLG
250 260 270 280 290 300
Conf: 766642125898399982351133200136875334797234333347642113444544
Pred: CCCCCCCCCCCCCEEEEECCCEEEEECCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: REEPAMSMDANGKIIWAKHSEIQQANLKAMGDTEIKDGERLPLAVKDMGSCEIYPQTIQH
310 320 330 340 350 360
Conf: 899749999279826653213311234686311674259993256423851568316533
Pred: CCCCCEEEEECCCCEEEEEHHHHCCCCCCCCCEEEECCCCCCEEEEECCCEEEEEECCCC
AA: NPNGRFVVVCGDGEYIIYTAMALRNKSFGSAQEFAWAHDSSEYAIRESNSVVKIFKNFKE
370 380 390 400 410 420
Conf: 446798875452006135588527953788748873469654033526762698649996
Pred: CCCCCCCCCCCCCCCCEEEEEEECCCEEEEECCCCCEEEEEEECCCEEEECCCCCEEEEE
AA: KKSFKPDFGAEGIYGGFLLGVRSVNGLAFYDWENTELIRRIEIQPKHIFWSDSGELVCIA
430 440 450 460 470 480
Conf: 446079997347999988740899995511346653102333153011753368872787
Pred: ECCCEEEEEECHHHHHHHHHCCCCCCCCCHHHHHHHCCCCCCEEEECEEEEEEEEEECCC
AA: TEESFFILKYVSEKVATAQETHEGVSEDGIEDAFEVLGEIQEIVKTGLWVGDCFIYTSTV
490 500 510 520 530 540
Conf: 500245676899998516420320222699804762343216877643035444354431
Pred: CCEEEEECCEEEEEEECCCCCEECCCCCCCCEEEEECCCCCEEEEEEEEHHHHHHHHHHC
AA: NRLNYYVGGEIVTIAHLDRTMYLLGYIPKDNRLYLGDKELNIVSYSLLVSVLEYQTAVMR
550 560 570 580 590 600
Conf: 472234210999990111113467530681344141027976201356511895899999
Pred: CCHHHHHHCCCCCCHHHHHHHHHHHHCCCHHHHHHHHCCCCCCHHHHHHHCCCHHHHHHH
AA: RDFSMADKVIPTIPKEQRTRVAHFLEKQGFKQQALAVSTDPEHRFELALQLGELKIAYQL
610 620 630 640 650 660
Conf: 998230768999999998415602699998424454420020002489999999998898
Pred: HHHHCHHHHHHHHHHHHHHCCCCCHHHHHHHHCCCCCCCEEEECCCCCHHHHHHHHHHHH
AA: AVEAESEQKWKQLAELAISKCQFGLAQECLHSAQDYGGLLLLATSSGNATMVNKLAEGAE
670 680 690 700 710 720
Conf: 739960521168740898899999993399424575431018970469999999976311
Pred: HCCCCCEEHHHHHHCCCHHHHHHHHHHCCCCHHHHHHHHHCCCCHHHHHHHHHHHHHHHH
AA: KDGKNNVAFLSYFLLGKLDTCLEMLISTGRLPEAAFLARTYLPSQVSRVVQLWKESLGKV
730 740 750 760 770 780
Conf: 577785418994377997138999833411463218988800013579843357478750
Pred: CHHHHHHCCCCCCCCCCCCCHHHHHHCCHHHHHHCCCCCCCCCCCCCCCCCCCCHHHHHH
AA: NQKAADSLADPTEYENLFPGLKEAYAAEPFLKQKTSMLLPAKEYRHVTPNEERNVLSEAK
790 800 810 820 830 840
Conf: 499999865655434445788888889999899999999985420112221124777666
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: GFDPPESAFTTVEKESEEAVPVPITVPSPSVAAPEIPAPKSDMDKALFDLDEDLDNMELD
850 860 870 880 890 900
Conf: 788889987655569
Pred: CCCCCCCCCCCCCCC
AA: DIDTTDINLDDELSD
910
Show Conservation Score by AL2CO
1 M -1.000 *
2 P -1.000 *
3 L 0.805
4 R -0.509
5 L 0.638
6 D 0.017
7 I 0.267
8 K -0.456
9 R 1.662
10 K -0.509
11 L 0.482
12 T -0.971
13 A -0.312
14 R 0.764
15 S 1.158
16 D 0.141
17 R 2.629
18 V 2.230
19 K 2.744
20 S 0.684
21 V 0.652
22 D 0.742
23 L 0.351
24 H 3.693
25 P 0.561
26 T -0.504
27 E 0.703
28 P 0.960
29 W 0.956
30 M 0.518
31 L 0.880
32 A 0.084
33 S 0.666
34 L 1.356
35 Y 1.422
36 N 0.834
37 G 2.484
38 S -0.852
39 V 1.047
40 C -1.341
41 V 0.978
42 W 0.208
43 N 1.088
44 H -0.033
45 E -0.881
46 T -0.401
47 Q -0.130
48 T -0.558
49 L -0.844
50 V 0.871
51 K 0.357
52 T -0.243
53 F 0.667
54 E 0.389
55 I -0.441
56 C 0.129
57 D -0.500
58 L -0.640
59 P 1.962
60 V 0.884
61 R 2.452
62 A 0.256
63 A 0.199
64 K -0.180
65 F 1.586
66 V 0.988
67 A -0.915
68 R 0.527
69 K 0.235
70 N 0.117
71 W 0.218
72 V 0.983
73 V 0.827
74 T 0.257
75 G 0.680
76 A 0.619
77 D 2.162
78 D 1.893
79 M -0.497
80 Q -1.011
81 I 0.985
82 R 0.293
83 V 0.718
84 F 0.600
85 N 2.049
86 Y 0.445
87 N 0.615
88 T 0.545
89 L -0.790
90 E 0.012
91 R 0.847
92 V 0.224
93 H -0.880
94 M -1.013
95 F 0.410
96 E -0.229
97 A 0.857
98 H 1.758
99 S -0.840
100 D 1.507
101 Y 1.437
102 I 1.870
103 R 2.281
104 C -0.595
105 I 0.526
106 A -1.200
107 V 0.970
108 H 1.653
109 P -0.063
110 T -0.533
111 Q -0.761
112 P 1.219
113 F 0.336
114 I 1.070
115 L 1.170
116 T 1.728
117 S 1.176
118 S 1.278
119 D 3.080
120 D 3.125
121 M -0.359
122 L -0.292
123 I 1.821
124 K 1.835
125 L -0.019
126 W 2.060
127 D 1.600
128 W 1.378
129 D 0.751
130 K -0.224
131 K -0.170
132 W 1.134
133 S -1.084
134 C -0.607
135 S -1.016
136 Q -0.752
137 V -0.116
138 F 0.922
139 E 0.160
140 G 0.652
141 H 2.185
142 T -0.721
143 H 0.790
144 Y 1.223
145 V 1.337
146 M 1.279
147 Q -0.681
148 I 0.425
149 V -0.711
150 I 0.701
151 N 1.401
152 P 1.216
153 K 0.744
154 D 0.538
155 N -0.020
156 N -0.059
157 Q -0.406
158 F 1.515
159 A 0.833
160 S 1.909
161 A 0.939
162 S 1.151
163 L 0.492
164 D 2.785
165 R -0.488
166 T 0.417
167 I 1.769
168 K 2.178
169 V 0.959
170 W 3.225
171 Q 0.006
172 L 0.263
173 G -0.474
174 S -0.399
175 S -0.925
176 S -1.062
177 P -0.097
178 N 0.474
179 F 0.007
180 T 0.574
181 L -0.172
182 E -0.651
183 G 1.493
184 H 1.410
185 E -0.550
186 K -0.016
187 G 1.584
188 V 1.017
189 N 1.852
190 C -0.182
191 I 1.384
192 D 0.148
193 Y 1.508
194 Y 0.197
195 S -0.894
196 G -0.772
197 G -0.334
198 D 1.041
199 K -0.038
200 P 1.632
201 Y 0.592
202 L 1.158
203 I 0.903
204 S 2.127
205 G 0.635
206 A 1.482
207 D 2.211
208 D 3.208
209 R -0.575
210 L -0.348
211 V 0.812
212 K 2.176
213 I 1.733
214 W 2.542
215 D 1.893
216 Y 0.883
217 Q -0.262
218 N 0.392
219 K 0.531
220 T -0.610
221 C 0.008
222 V 0.713
223 Q -0.280
224 T 0.388
225 L 0.720
226 E -0.046
227 G 0.260
228 H 3.693
229 A -0.778
230 Q -0.560
231 N 1.345
232 V 0.832
233 S -0.465
234 C -0.484
235 V 0.678
236 S -0.821
237 F 1.135
238 H 0.875
239 P -0.155
240 E -1.008
241 L -0.258
242 P 1.186
243 I 0.622
244 I 1.140
245 I 0.332
246 T 2.163
247 G 0.001
248 S 1.540
249 E 1.929
250 D 2.709
251 G -0.118
252 T -0.287
253 V 0.809
254 R 0.673
255 I 0.535
256 W 1.815
257 H 0.603
258 S -0.336
259 S -0.509
260 T 1.001
261 Y 0.358
262 R 0.485
263 L -0.608
264 E 0.456
265 S -0.716
266 T 0.029
267 L 0.570
268 N 0.182
269 Y -0.028
270 G -0.181
271 M -0.249
272 E 0.423
273 R 1.158
274 V -0.098
275 W 1.480
276 C 0.113
277 V 0.330
278 S -0.375
279 G -1.016
280 L -1.149
281 R -0.555
282 G -0.810
283 S -1.079
284 N -0.108
285 N -1.448
286 V 0.575
287 A 0.387
288 L 0.237
289 G 2.104
290 Y 0.413
291 D 1.970
292 E -0.420
293 G 1.554
294 S -0.612
295 I -0.349
296 I 0.126
297 V 0.029
298 K -0.216
299 L 0.260
300 G 1.148
301 R -0.063
302 E 1.126
303 E -0.687
304 P 2.833
305 A -0.516
306 M -0.601
307 S 0.510
308 M 0.542
309 D -0.034
310 A -0.862
311 N -0.599
312 G -0.087
313 K 0.382
314 I 0.686
315 I 0.377
316 W -0.196
317 A 0.031
318 K 0.253
319 H -0.488
320 S -0.704
321 E -0.853
322 I 0.477
323 Q -1.098
324 Q -1.119
325 A -0.774
326 N -0.667
327 L 0.320
328 K -0.735
329 A -1.100
330 M -1.391
331 G -1.279
332 D -1.212
333 T -1.403
334 E -1.141
335 I -0.821
336 K -1.285
337 D 0.735
338 G -0.001
339 E -0.806
340 R -0.774
341 L -0.149
342 P -1.009
343 L 0.252
344 A -0.847
345 V -0.980
346 K 0.724
347 D 0.158
348 M -0.081
349 G -0.254
350 S -0.662
351 C -0.660
352 E 0.415
353 I 0.027
354 Y -0.857
355 P 1.106
356 Q -0.574
357 T -1.073
358 I 0.548
359 Q -1.155
360 H 1.192
361 N 0.732
362 P 0.253
363 N 0.617
364 G 0.915
365 R 0.902
366 F 0.264
367 V 0.555
368 V 0.446
369 V 0.695
370 C -0.411
371 G 0.800
372 D 0.510
373 G -0.525
374 E 0.625
375 Y 0.723
376 I -0.307
377 I 0.435
378 Y 0.982
379 T 0.602
380 A 0.312
381 M -0.543
382 A -0.539
383 L 0.065
384 R 0.770
385 N 0.207
386 K -0.221
387 S -0.591
388 F -0.499
389 G 1.558
390 S -0.699
391 A 0.330
392 Q -1.357
393 E -0.613
394 F 0.292
395 A 0.275
396 W 0.006
397 A -0.577
398 H -1.361
399 D -0.847
400 S -0.775
401 S -0.436
402 E -1.369
403 Y 0.230
404 A 0.006
405 I -0.035
406 R -0.816
407 E -0.464
408 S -0.612
409 N -1.128
410 S -1.022
411 V -1.046
412 V 0.836
413 K -0.279
414 I -0.470
415 F -0.376
416 K -0.333
417 N -0.456
418 F -0.264
419 K -0.707
420 E -0.837
421 K -1.035
422 K -1.333
423 S -1.007
424 F -0.895
425 K -1.232
426 P -0.707
427 D -1.350
428 F -1.342
429 G -1.309
430 A -0.897
431 E -0.452
432 G -1.197
433 I 0.474
434 Y -0.540
435 G 0.643
436 G 2.277
437 F -1.204
438 L -0.392
439 L 1.481
440 G 0.153
441 V 0.072
442 R -0.573
443 S 0.008
444 V -1.264
445 N -0.102
446 G -0.900
447 L 0.534
448 A -1.011
449 F 0.756
450 Y 0.835
451 D 1.362
452 W 0.869
453 E -0.429
454 N -0.427
455 T -1.022
456 E -1.094
457 L -0.600
458 I 0.861
459 R 0.384
460 R 0.240
461 I 1.421
462 E -0.156
463 I -0.094
464 Q -1.310
465 P 0.469
466 K -0.658
467 H -0.920
468 I 0.940
469 F -1.075
470 W 2.856
471 S 1.265
472 D -0.615
473 S -0.269
474 G 0.090
475 E -0.851
476 L -0.762
477 V 0.200
478 C -0.016
479 I 1.003
480 A -0.441
481 T -0.189
482 E -0.361
483 E -0.555
484 S -0.829
485 F -0.503
486 F 0.040
487 I 0.331
488 L 0.648
489 K -0.847
490 Y 0.119
491 V -0.800
492 S -1.099
493 E -0.547
494 K -1.036
495 V -0.914
496 A -1.438
497 T -1.048
498 A -1.200
499 Q -1.294
500 E -0.565
501 T -0.896
502 H -0.982
503 E -1.152
504 G -1.358
505 V -1.109
506 S -0.755
507 E -0.512
508 D 0.103
509 G 1.376
510 I -0.325
511 E -0.009
512 D -0.856
513 A 0.463
514 F 1.206
515 E 0.310
516 V 0.037
517 L -0.169
518 G -1.111
519 E 0.385
520 I -0.485
521 Q -0.908
522 E 1.169
523 I -1.176
524 V 1.296
525 K -0.989
526 T 0.622
527 G 0.773
528 L -1.169
529 W 1.745
530 V -0.079
531 G 0.225
532 D 0.122
533 C 0.418
534 F 0.914
535 I 0.625
536 Y 0.833
537 T -0.002
538 S 0.863
539 T -0.926
540 V -0.649
541 N -0.715
542 R 0.982
543 L 1.288
544 N -0.334
545 Y 1.423
546 Y -0.363
547 V 0.291
548 G -0.019
549 G -0.174
550 E -0.384
551 I -0.516
552 V -0.962
553 T -0.226
554 I 0.562
555 A -0.808
556 H -0.354
557 L -0.224
558 D 0.820
559 R -0.942
560 T -1.156
561 M -0.456
562 Y 0.646
563 L 0.506
564 L 0.690
565 G 1.285
566 Y 1.284
567 I -0.346
568 P -0.475
569 K -0.623
570 D -0.674
571 N -0.171
572 R -0.222
573 L 0.459
574 Y 0.647
575 L 0.114
576 G -0.698
577 D 2.202
578 K 1.183
579 E -0.549
580 L -0.921
581 N -0.455
582 I 0.027
583 V -0.846
584 S -0.377
585 Y 0.552
586 S -1.386
587 L 1.004
588 L -0.607
589 V -0.360
590 S -0.650
591 V 0.231
592 L 0.390
593 E -0.416
594 Y 1.734
595 Q 1.255
596 T 0.047
597 A 0.253
598 V 0.939
599 M -0.160
600 R 0.056
601 R -0.149
602 D 0.252
603 F -0.308
604 S -0.861
605 M -1.051
606 A 0.566
607 D -1.104
608 K -0.840
609 V 0.187
610 I 0.294
611 P -0.663
612 T -0.823
613 I 0.525
614 P -0.354
615 K -1.214
616 E -0.891
617 Q -0.836
618 R -0.668
619 T -0.778
620 R -0.529
621 V 0.813
622 A 1.348
623 H -0.085
624 F 1.545
625 L 2.446
626 E 0.742
627 K -0.774
628 Q -0.100
629 G 0.695
630 F -0.226
631 K -0.499
632 Q -0.383
633 Q -0.850
634 A 2.591
635 L 0.536
636 A -0.734
637 V 0.450
638 S 0.656
639 T -1.016
640 D 2.149
641 P -1.017
642 E -0.368
643 H -0.201
644 R 1.431
645 F 2.020
646 E 0.519
647 L 1.844
648 A 2.038
649 L 0.943
650 Q -0.784
651 L 0.560
652 G -0.449
653 E -0.466
654 L 0.567
655 K -0.991
656 I -0.879
657 A 1.358
658 Y -1.272
659 Q -0.911
660 L 0.101
661 A 0.553
662 V -1.315
663 E -0.814
664 A -1.131
665 E -0.714
666 S -1.213
667 E -0.913
668 Q -1.207
669 K -0.400
670 W 1.274
671 K -0.601
672 Q -0.770
673 L 1.675
674 A 1.241
675 E -0.251
676 L -0.632
677 A 1.538
678 I 0.307
679 S -1.024
680 K -1.206
681 C -0.089
682 Q -0.535
683 F -0.471
684 G -1.282
685 L -0.103
686 A 1.015
687 Q -0.853
688 E -1.028
689 C 0.929
690 L 0.756
691 H -1.489
692 S -0.580
693 A -0.018
694 Q -0.999
695 D 0.322
696 Y -0.602
697 G -0.198
698 G 0.103
699 L 0.946
700 L 0.480
701 L 0.979
702 L 0.662
703 A -0.462
704 T -0.009
705 S 0.410
706 S -0.947
707 G 0.230
708 N 0.032
709 A -1.384
710 T -1.113
711 M -0.709
712 V 0.995
713 N -1.129
714 K -1.037
715 L 1.079
716 A -0.375
717 E -1.006
718 G -1.277
719 A 0.896
720 E -1.173
721 K -1.250
722 D -1.144
723 G -0.343
724 K -0.786
725 N -1.233
726 N 0.574
727 V 0.285
728 A 0.078
729 F 1.044
730 L -0.802
731 S -0.020
732 Y -1.037
733 F -0.011
734 L -0.799
735 L -0.813
736 G -0.082
737 K -0.386
738 L -0.750
739 D -0.931
740 T -0.884
741 C 0.303
742 L -0.389
743 E -0.325
744 M -0.005
745 L 1.935
746 I -1.096
747 S -0.930
748 T -0.244
749 G -0.289
750 R -0.158
751 L -1.085
752 P 0.529
753 E 0.680
754 A 2.703
755 A -0.069
756 F 0.168
757 L 0.151
758 A 1.186
759 R -0.600
760 T 0.693
761 Y 1.004
762 L -1.028
763 P -0.767
764 S -0.595
765 Q -1.199
766 V -0.170
767 S -1.058
768 R -1.143
769 V -0.647
770 V -0.047
771 Q -1.087
772 L -0.903
773 W 0.824
774 K -0.001
775 E -0.678
776 S -1.295
777 L 0.490
778 G -1.390
779 K -1.100
780 V -1.346
781 N -0.836
782 Q -1.054
783 K -0.752
784 A -1.018
785 A -0.181
786 D -1.008
787 S -0.729
788 L 0.822
789 A -0.572
790 D -1.056
791 P 0.497
792 T -1.249
793 E -1.065
794 Y -1.042
795 E -1.018
796 N -0.774
797 L -1.008
798 F -0.288
799 P -0.135
800 G -0.783
801 L -0.811
802 K -1.179
803 E -1.462
804 A -0.862
805 Y -1.198
806 A -1.342
807 A -1.140
808 E -0.403
809 P -1.262
810 F -1.656
811 L -1.327
812 K -1.008
813 Q -1.144
814 K -1.338
815 T -1.577
816 S -1.399
817 M -1.402
818 L -1.486
819 L -1.445
820 P -1.145
821 A -0.783
822 K -1.414
823 E -1.238
824 Y -1.263
825 R -1.275
826 H -1.229
827 V -1.601
828 T -1.479
829 P -1.234
830 N -1.356
831 E -1.577
832 E -0.992
833 R -1.438
834 N -0.803
835 V -0.915
836 L -1.115
837 S -1.108
838 E -0.809
839 A -1.392
840 K -1.188
841 G -1.144
842 F -1.472
843 D -1.421
844 P -1.433
845 P -1.377
846 E -1.208
847 S -1.209
848 A -1.417
849 F -1.464
850 T -1.396
851 T -1.440
852 V -1.380
853 E -1.376
854 K -1.598
855 E -1.367
856 S -1.488
857 E -1.165
858 E -0.989
859 A -1.000 *
860 V -1.000 *
861 P -1.000 *
862 V -1.000 *
863 P -1.000 *
864 I -1.000 *
865 T -1.000 *
866 V -1.000 *
867 P -1.000 *
868 S -1.000 *
869 P -1.000 *
870 S -1.000 *
871 V -1.000 *
872 A -1.000 *
873 A -1.000 *
874 P -1.000 *
875 E -1.000 *
876 I -1.000 *
877 P -1.000 *
878 A -1.000 *
879 P -1.000 *
880 K -1.000 *
881 S -1.000 *
882 D -1.000 *
883 M -1.000 *
884 D -1.000 *
885 K -1.000 *
886 A -1.000 *
887 L -1.000 *
888 F -1.000 *
889 D -1.000 *
890 L -1.000 *
891 D -1.000 *
892 E -1.000 *
893 D -1.000 *
894 L -1.000 *
895 D -1.000 *
896 N -1.000 *
897 M -1.000 *
898 E -1.000 *
899 L -1.000 *
900 D -1.000 *
901 D -1.000 *
902 I -1.000 *
903 D -1.000 *
904 T -1.000 *
905 T -1.000 *
906 D -1.000 *
907 I -1.000 *
908 N -1.000 *
909 L -1.000 *
910 D -1.000 *
911 D -1.000 *
912 E -1.000 *
913 L -1.000 *
914 S -1.000 *
915 D -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 - 360.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 60
MPLRLDIKRK LTARSDRVKS VDLHPTEPWM LASLYNGSVC VWNHETQTLV KTFEICDLPV
70 80 90 100 110 120
RAAKFVARKN WVVTGADDMQ IRVFNYNTLE RVHMFEAHSD YIRCIAVHPT QPFILTSSDD
130 140 150 160 170 180
MLIKLWDWDK KWSCSQVFEG HTHYVMQIVI NPKDNNQFAS ASLDRTIKVW QLGSSSPNFT
190 200 210 220 230 240
LEGHEKGVNC IDYYSGGDKP YLISGADDRL VKIWDYQNKT CVQTLEGHAQ NVSCVSFHPE
250 260 270 280 290 300
LPIIITGSED GTVRIWHSST YRLESTLNYG MERVWCVSGL RGSNNVALGY DEGSIIVKLG
310 320 330 340 350 360
REEPAMSMDA NGKIIWAKHS EIQQANLKAM GDTEIKDGER LPLAVKDMGS CEIYPQTIQH
370 380 390 400 410 420
NPNGRFVVVC GDGEYIIYTA MALRNKSFGS AQEFAWAHDS SEYAIRESNS VVKIFKNFKE
430 440 450 460 470 480
KKSFKPDFGA EGIYGGFLLG VRSVNGLAFY DWENTELIRR IEIQPKHIFW SDSGELVCIA
490 500 510 520 530 540
TEESFFILKY VSEKVATAQE THEGVSEDGI EDAFEVLGEI QEIVKTGLWV GDCFIYTSTV
550 560 570 580 590 600
NRLNYYVGGE IVTIAHLDRT MYLLGYIPKD NRLYLGDKEL NIVSYSLLVS VLEYQTAVMR
610 620 630 640 650 660
RDFSMADKVI PTIPKEQRTR VAHFLEKQGF KQQALAVSTD PEHRFELALQ LGELKIAYQL
670 680 690 700 710 720
AVEAESEQKW KQLAELAISK CQFGLAQECL HSAQDYGGLL LLATSSGNAT MVNKLAEGAE
730 740 750 760 770 780
KDGKNNVAFL SYFLLGKLDT CLEMLISTGR LPEAAFLART YLPSQVSRVV QLWKESLGKV
790 800 810 820 830 840
NQKAADSLAD PTEYENLFPG LKEAYAAEPF LKQKTSMLLP AKEYRHVTPN EERNVLSEAK
850 860 870 880 890 900
GFDPPESAFT TVEKESEEAV PVPITVPSPS VAAPEIPAPK SDMDKALFDL DEDLDNMELD
910
DIDTTDINLD DELSD
COPB2 is a subunit of the coatomer complex which regulates retrograde Golgi-to-ER protein trafficking. Xenopus COPB2 is identified in proteomics study by Kirli et al. as a CRM1 binder. Export activity is verified as GFP- and GFP-NLS-fusions in an LMB-sensitive manner. No putative NES has been tested yet.
Ref.1A deep proteomics perspective on CRM1-mediated nuclear export and nucleocytoplasmic partitioning, Kirli et al., eLife, 2015
[1]. "A deep proteomics perspective on CRM1-mediated nuclear export and nucleocytoplasmic partitioning"
Kırlı K, Karaca S, Dehne HJ, Samwer M, Pan KT, Lenz C, Urlaub H, Görlich D. (2015)
eLife,
4:e11466
PubMed
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.