Spindle assembly checkpoint component MAD1
UniProt
Show FASTA Format
>gi|729975|sp|P40957.1|MAD1_YEAST RecName: Full=Spindle assembly checkpoint component MAD1; AltName: Full=Mitotic arrest deficient protein 1
MDVRAALQCFFSALSGRFTGKKLGLEIYSIQYKMSNSGGSSPFLESPGGSPDVGSTNGQSNRQIQALQFK
LNTLQNEYEIEKLQLQKQTNILEKKYKATIDELEKALNDTKYLYESNDKLEQELKSLKERSANSMNDKDK
CIEELRTTLQNKDLEMETLRQQYDSKLSKVTNQCDHFKLEAESSHSLLMKYEKEIKRQSVDIKDLQHQVM
EKDDELSSVKASKMINSHPNYSTEEFNELTEMNKMIQDQVQYTKELELANMQQANELKKLKQSQDTSTFW
KLENEKLQNKLSQLHVLESQYENLQLENIDLKSKLTKWEIYNDSDDDDDNNVNNNDNNNNNKNDNNNDNN
NDTSNNNNINNNNRTKNNIRNNPEEIIRDWKLTKKECLILTDMNDKLRLDNNNLKLLNDEMALERNQILD
LNKNYENNIVNLKRLNHELEQQKSLSFEECRLLREQLDGLYSAQNNALLEVENSETHASNKNVNEDMNNL
IDTYKNKTEDLTNELKKLNDQLLSNSNDVETQRKKRKLTSDQIGLNYSQRLNELQLENVSVSRELSKAQT
TIQLLQEKLEKLTKLKEKKIRILQLRDGPFIKDQFIKKNKLLLLEKENADLLNELKKNNPAVETVPISVY
DSLNFELKQFEQEVFKSNKRFSRLKQVFNNKSLEFIDVVNSLLGFKLEFQQDSRVKIFSCFKPEKYLIAD
LNENTLKSNLDADIEGWDDLMNLWVEDRGQLPCFLATITLRLWEQRQAK
Show Domain Info by CDD
Show Secondary Structure by PSIPRED
# PSIPRED HFORMAT (PSIPRED V3.2)
Conf: 907899999987321551353248313799973279889997657899999989995220
Pred: CHHHHHHHHHHHHHCCCCCCCCCCCEEEEEEEECCCCCCCCCCCCCCCCCCCCCCCCHHH
AA: MDVRAALQCFFSALSGRFTGKKLGLEIYSIQYKMSNSGGSSPFLESPGGSPDVGSTNGQS
10 20 30 40 50 60
Conf: 986544230001111299998878899999999999983999998502402478833788
Pred: HHHHHHHHHECCCCCCHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHCCHHHHHHHHHHH
AA: NRQIQALQFKLNTLQNEYEIEKLQLQKQTNILEKKYKATIDELEKALNDTKYLYESNDKL
70 80 90 100 110 120
Conf: 999987554310353411245565543200035678887665554556554210123676
Pred: HHHHHHHHHHHCCCCCCHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHH
AA: EQELKSLKERSANSMNDKDKCIEELRTTLQNKDLEMETLRQQYDSKLSKVTNQCDHFKLE
130 140 150 160 170 180
Conf: 863266777778987555668999877754445565553312212018999957775889
Pred: HHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHCCCCCCHHHHHHHH
AA: AESSHSLLMKYEKEIKRQSVDIKDLQHQVMEKDDELSSVKASKMINSHPNYSTEEFNELT
190 200 210 220 230 240
Conf: 999999999999999999979999999998510013579999867776666444556776
Pred: HHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHH
AA: EMNKMIQDQVQYTKELELANMQQANELKKLKQSQDTSTFWKLENEKLQNKLSQLHVLESQ
250 260 270 280 290 300
Conf: 666545544433322122340378998888888888888876888888887777776666
Pred: HHHHHHHHHHHHHHHHHHHHHCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: YENLQLENIDLKSKLTKWEIYNDSDDDDDNNVNNNDNNNNNKNDNNNDNNNDTSNNNNIN
310 320 330 340 350 360
Conf: 776556877899799999999977755476522443420000121212688777655443
Pred: CCCCCCCCCCCCHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHH
AA: NNNRTKNNIRNNPEEIIRDWKLTKKECLILTDMNDKLRLDNNNLKLLNDEMALERNQILD
370 380 390 400 410 420
Conf: 210001221014678877876331019999999998430347741005224880455432
Pred: HHHCCCCCCCHHHHHHHHHHHHHHCCHHHHHHHHHHHHHHHHHHHCCCCCCCCHHHHHHH
AA: LNKNYENNIVNLKRLNHELEQQKSLSFEECRLLREQLDGLYSAQNNALLEVENSETHASN
430 440 450 460 470 480
Conf: 110001001111000111000000000011236899753321124679976346513456
Pred: HHHHHHHHHHHHHHCCCCCHHHHHHHHCCCCCCCCCCCCCCCCCCCCCCCCCCCCCHHHH
AA: KNVNEDMNNLIDTYKNKTEDLTNELKKLNDQLLSNSNDVETQRKKRKLTSDQIGLNYSQR
490 500 510 520 530 540
Conf: 679887556567878886666799999999732014467248862799573269999999
Pred: HHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHCCCCCCCEEEECCCCCCCHHHHHHHHH
AA: LNELQLENVSVSRELSKAQTTIQLLQEKLEKLTKLKEKKIRILQLRDGPFIKDQFIKKNK
550 560 570 580 590 600
Conf: 999999969999998507999875433018989999999999998555777776899866
Pred: HHHHHHHHHHHHHHHHHCCCCCCCCCHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHH
AA: LLLLEKENADLLNELKKNNPAVETVPISVYDSLNFELKQFEQEVFKSNKRFSRLKQVFNN
610 620 630 640 650 660
Conf: 389999999987240889731890799985409991488558995033588880159999
Pred: HHHHHHHHHHHHHCCEEEEEECCCEEEEEEECCCCCEEEECCCCCEEECCCCCCCCHHHH
AA: KSLEFIDVVNSLLGFKLEFQQDSRVKIFSCFKPEKYLIADLNENTLKSNLDADIEGWDDL
670 680 690 700 710 720
Conf: 99999809981325899839999721059
Pred: HHHHHHCCCCHHHHHHHHHHHHHHHHHCC
AA: MNLWVEDRGQLPCFLATITLRLWEQRQAK
730 740
Show Conservation Score by AL2CO
1 M -1.000 *
2 D -1.000 *
3 V -1.000 *
4 R -1.000 *
5 A -1.000 *
6 A -1.000 *
7 L -1.000 *
8 Q -1.000 *
9 C -1.000 *
10 F -1.000 *
11 F -1.000 *
12 S -1.000 *
13 A -1.000 *
14 L -1.000 *
15 S -1.000 *
16 G -1.000 *
17 R -1.000 *
18 F -1.000 *
19 T -1.000 *
20 G -1.000 *
21 K -1.000 *
22 K -1.000 *
23 L -1.000 *
24 G -1.000 *
25 L -1.000 *
26 E -1.000 *
27 I -1.000 *
28 Y -1.000 *
29 S -1.000 *
30 I -1.000 *
31 Q -1.000 *
32 Y -1.000 *
33 K -1.000 *
34 M -1.000 *
35 S -1.000 *
36 N -1.000 *
37 S -1.000 *
38 G -1.000 *
39 G -1.000 *
40 S -1.000 *
41 S -1.000 *
42 P -1.000 *
43 F -1.000 *
44 L -1.000 *
45 E -1.000 *
46 S -1.000 *
47 P -1.000 *
48 G -1.000 *
49 G -1.000 *
50 S -0.163
51 P -0.225
52 D -0.487
53 V -0.980
54 G -0.853
55 S -0.964
56 T -0.897
57 N -0.702
58 G -0.691
59 Q -0.335
60 S -0.083
61 N 0.115
62 R -0.610
63 Q 0.145
64 I 0.601
65 Q -0.373
66 A 0.151
67 L 1.404
68 Q 0.607
69 F 0.237
70 K 0.983
71 L 1.098
72 N 0.030
73 T 0.383
74 L -0.012
75 Q 0.413
76 N 0.212
77 E 1.151
78 Y -0.520
79 E 0.706
80 I -0.035
81 E -0.766
82 K -0.446
83 L -0.055
84 Q -0.264
85 L -0.668
86 Q 0.538
87 K -0.235
88 Q 0.027
89 T -0.547
90 N -0.618
91 I -0.546
92 L 0.052
93 E -0.135
94 K -0.289
95 K 0.387
96 Y -0.264
97 K -0.086
98 A -0.251
99 T -0.653
100 I -1.239
101 D -0.445
102 E 0.557
103 L -0.223
104 E 0.390
105 K -0.662
106 A 0.043
107 L -0.357
108 N -0.393
109 D 0.127
110 T -0.846
111 K -0.523
112 Y -0.904
113 L 0.239
114 Y -1.030
115 E -0.228
116 S -0.191
117 N -1.069
118 D -0.206
119 K -0.304
120 L 0.653
121 E -0.551
122 Q -0.282
123 E 0.709
124 L -0.103
125 K -0.112
126 S -0.582
127 L -0.191
128 K -0.019
129 E -0.220
130 R -0.723
131 S -1.051
132 A -0.533
133 N -0.494
134 S -0.542
135 M -0.635
136 N -0.665
137 D -0.437
138 K -0.900
139 D -0.107
140 K -0.890
141 C -0.684
142 I -0.536
143 E -0.108
144 E -0.295
145 L 0.234
146 R -0.165
147 T -0.594
148 T -0.640
149 L -0.429
150 Q -0.624
151 N -0.646
152 K -0.627
153 D -0.490
154 L -0.229
155 E 0.236
156 M -0.749
157 E -0.523
158 T -0.117
159 L -0.285
160 R -0.285
161 Q -0.814
162 Q -0.020
163 Y -0.857
164 D -0.107
165 S -0.722
166 K -0.773
167 L -0.767
168 S -0.315
169 K -0.782
170 V -0.855
171 T -0.374
172 N -0.762
173 Q -0.245
174 C -1.123
175 D -0.565
176 H -0.492
177 F -0.783
178 K -0.224
179 L -1.157
180 E 0.061
181 A -0.698
182 E -0.479
183 S -0.775
184 S -0.746
185 H -0.495
186 S -0.607
187 L -0.916
188 L -0.464
189 M -0.450
190 K -0.450
191 Y -0.368
192 E -0.090
193 K -0.896
194 E 0.115
195 I -0.003
196 K -0.456
197 R -0.468
198 Q -0.570
199 S -0.923
200 V -0.613
201 D -0.715
202 I -0.140
203 K -0.296
204 D -0.640
205 L -0.633
206 Q -0.442
207 H -0.713
208 Q -0.291
209 V -0.059
210 M -0.894
211 E -0.105
212 K 0.026
213 D -0.158
214 D -0.673
215 E -0.310
216 L 0.180
217 S -0.725
218 S -0.674
219 V 0.090
220 K 0.281
221 A -0.475
222 S -0.310
223 K -0.782
224 M -0.435
225 I -1.191
226 N -0.736
227 S -0.699
228 H -0.687
229 P -1.075
230 N -0.109
231 Y -0.881
232 S -0.764
233 T -0.593
234 E -0.378
235 E -0.113
236 F -0.918
237 N -0.339
238 E -0.043
239 L -0.008
240 T -0.551
241 E -0.713
242 M -0.241
243 N -0.330
244 K -0.086
245 M -0.533
246 I -0.224
247 Q -0.118
248 D 0.045
249 Q 0.427
250 V -0.671
251 Q -0.390
252 Y -0.521
253 T -0.501
254 K -0.296
255 E -0.524
256 L 0.854
257 E 0.741
258 L -0.435
259 A 0.001
260 N 0.158
261 M -0.787
262 Q -0.072
263 Q 0.065
264 A -0.872
265 N -0.432
266 E 0.579
267 L 0.258
268 K -0.489
269 K -0.730
270 L 0.813
271 K 0.122
272 Q -0.654
273 S -0.984
274 Q -0.506
275 D -0.199
276 T -0.216
277 S -0.819
278 T -0.139
279 F -0.682
280 W 0.368
281 K 0.431
282 L -0.442
283 E 0.613
284 N 0.239
285 E -0.647
286 K -0.029
287 L 1.942
288 Q -0.279
289 N -0.904
290 K 0.709
291 L 0.686
292 S -0.658
293 Q -0.880
294 L -0.354
295 H -0.490
296 V -0.757
297 L 0.615
298 E 0.009
299 S -0.393
300 Q 0.513
301 Y -0.355
302 E -0.782
303 N -0.144
304 L 0.358
305 Q 0.392
306 L -0.402
307 E 0.776
308 N -0.121
309 I -0.531
310 D -0.635
311 L 1.128
312 K 0.181
313 S -0.253
314 K 0.474
315 L -0.322
316 T -0.530
317 K -0.394
318 W -0.144
319 E -0.335
320 I -0.391
321 Y -0.666
322 N -0.435
323 D -0.065
324 S -0.812
325 D -0.886
326 D -0.876
327 D -1.044
328 D -1.023
329 D -0.971
330 N -0.572
331 N -0.625
332 V -0.749
333 N -0.296
334 N -1.000 *
335 N -1.000 *
336 D -1.000 *
337 N -1.000 *
338 N -1.000 *
339 N -1.000 *
340 N -1.000 *
341 N -1.000 *
342 K -1.000 *
343 N -1.000 *
344 D -1.000 *
345 N -1.000 *
346 N -1.000 *
347 N -1.000 *
348 D -1.000 *
349 N -1.000 *
350 N -1.000 *
351 N -1.000 *
352 D -1.000 *
353 T -1.000 *
354 S -1.000 *
355 N -1.000 *
356 N -1.000 *
357 N -1.000 *
358 N -1.000 *
359 I -1.000 *
360 N -1.000 *
361 N -1.000 *
362 N -1.000 *
363 N -1.000 *
364 R -1.000 *
365 T -1.000 *
366 K -1.000 *
367 N -0.865
368 N -0.916
369 I -0.947
370 R -0.894
371 N -0.803
372 N -0.182
373 P -0.099
374 E 0.058
375 E -0.387
376 I -0.028
377 I -0.456
378 R -0.504
379 D -0.653
380 W -0.654
381 K -0.391
382 L -0.756
383 T -0.046
384 K -0.053
385 K -1.053
386 E 0.020
387 C -1.031
388 L -0.463
389 I -0.828
390 L 0.449
391 T -0.824
392 D 0.094
393 M -0.589
394 N -0.731
395 D -0.048
396 K -0.171
397 L -0.429
398 R -0.528
399 L -0.935
400 D -0.500
401 N -0.956
402 N -0.458
403 N -0.763
404 L -0.577
405 K -0.279
406 L -0.816
407 L -0.148
408 N -0.637
409 D -0.637
410 E -0.283
411 M -0.714
412 A -0.709
413 L -1.037
414 E -0.238
415 R -0.780
416 N -0.668
417 Q 0.647
418 I -0.039
419 L -0.367
420 D -0.262
421 L -0.412
422 N -0.664
423 K -0.340
424 N -0.543
425 Y -0.871
426 E -0.272
427 N -0.571
428 N -0.826
429 I -1.033
430 V -0.904
431 N -0.738
432 L -0.721
433 K -0.431
434 R 0.097
435 L -0.594
436 N -0.513
437 H -0.903
438 E 0.127
439 L 0.736
440 E 0.703
441 Q 0.609
442 Q 0.821
443 K 0.581
444 S -0.661
445 L 0.858
446 S 0.278
447 F -0.720
448 E 0.381
449 E 2.845
450 C -0.134
451 R 0.074
452 L -0.906
453 L 1.601
454 R 0.627
455 E -0.008
456 Q 0.305
457 L 0.590
458 D 0.497
459 G -0.334
460 L -0.343
461 Y -0.776
462 S -0.484
463 A -0.377
464 Q -0.651
465 N -0.196
466 N -0.944
467 A -0.858
468 L -0.984
469 L -1.124
470 E -0.673
471 V -1.177
472 E -0.394
473 N -1.179
474 S -0.889
475 E -0.472
476 T -1.121
477 H -0.430
478 A -0.916
479 S -0.623
480 N -0.624
481 K -0.850
482 N -0.429
483 V -0.852
484 N -0.868
485 E 0.104
486 D -0.660
487 M 0.648
488 N 0.032
489 N -0.559
490 L 0.051
491 I 0.702
492 D 0.179
493 T -0.127
494 Y 0.146
495 K 1.455
496 N -0.449
497 K 0.262
498 T -0.282
499 E -0.192
500 D -0.470
501 L 0.863
502 T -0.356
503 N -0.662
504 E 0.615
505 L 0.647
506 K -0.522
507 K -0.151
508 L -0.241
509 N -0.327
510 D -0.541
511 Q -0.505
512 L -0.941
513 L -1.022
514 S -0.972
515 N -1.050
516 S -0.832
517 N -0.742
518 D -0.794
519 V -1.047
520 E -1.146
521 T -1.085
522 Q -0.967
523 R -0.972
524 K -0.616
525 K 0.101
526 R -0.624
527 K -0.416
528 L -0.954
529 T -0.435
530 S -0.967
531 D -0.357
532 Q -0.654
533 I -0.735
534 G -0.982
535 L -0.838
536 N -0.758
537 Y -0.811
538 S -0.518
539 Q 0.251
540 R 0.468
541 L 0.576
542 N -0.478
543 E -0.431
544 L 1.192
545 Q -0.458
546 L -0.412
547 E 0.551
548 N -0.270
549 V -0.798
550 S -0.375
551 V 0.808
552 S 0.163
553 R -0.398
554 E 0.305
555 L 0.221
556 S -0.318
557 K -0.519
558 A 0.223
559 Q -0.081
560 T -0.880
561 T -0.414
562 I -0.610
563 Q -0.643
564 L -0.753
565 L 0.895
566 Q -0.107
567 E -0.647
568 K 0.564
569 L 0.069
570 E -0.476
571 K -0.300
572 L 0.044
573 T -0.484
574 K -0.190
575 L -0.818
576 K -0.186
577 E -0.191
578 K -0.229
579 K -0.402
580 I -0.099
581 R 1.791
582 I 0.874
583 L 2.400
584 Q 0.362
585 L 0.402
586 R 1.217
587 D 0.033
588 G 1.539
589 P 0.480
590 F 0.250
591 I 0.636
592 K -0.466
593 D -0.754
594 Q 0.171
595 F -0.830
596 I 0.349
597 K 0.983
598 K -0.408
599 N 0.485
600 K -0.260
601 L 0.827
602 L -0.224
603 L -0.560
604 L 2.630
605 E 0.586
606 K -0.223
607 E 1.762
608 N 1.600
609 A -0.276
610 D -0.164
611 L 1.985
612 L 0.156
613 N -0.221
614 E -0.154
615 L 0.742
616 K -0.583
617 K -0.322
618 N -0.694
619 N -0.690
620 P -0.749
621 A -0.600
622 V -1.149
623 E 0.176
624 T -0.816
625 V 1.405
626 P 2.352
627 I -0.288
628 S 0.467
629 V 0.391
630 Y 0.001
631 D -0.111
632 S -0.013
633 L -0.262
634 N -0.042
635 F -1.124
636 E 1.258
637 L -0.142
638 K -0.434
639 Q 0.173
640 F 0.475
641 E 0.181
642 Q -0.738
643 E 0.097
644 V 0.507
645 F -0.425
646 K -0.136
647 S -0.020
648 N -0.097
649 K 2.027
650 R 0.597
651 F -0.422
652 S -0.463
653 R 1.956
654 L 3.582
655 K 2.285
656 Q 1.771
657 V 2.511
658 F 2.675
659 N 0.793
660 N -0.142
661 K 5.278
662 S 2.243
663 L 0.144
664 E 4.101
665 F 3.460
666 I 1.837
667 D 1.258
668 V 1.769
669 V 3.129
670 N 0.056
671 S 1.126
672 L 1.285
673 L 2.945
674 G 5.880
675 F 2.552
676 K 0.652
677 L 2.151
678 E 0.640
679 F 3.369
680 Q 0.893
681 Q -0.102
682 D 1.794
683 S 2.320
684 R 2.105
685 V 1.152
686 K 4.125
687 I 1.933
688 F 0.167
689 S 3.623
690 C -0.128
691 F 2.983
692 K -0.493
693 P -0.216
694 E 0.890
695 K -0.018
696 Y 0.800
697 L 2.421
698 I 0.975
699 A 1.630
700 D 1.464
701 L 0.733
702 N -0.265
703 E -0.509
704 N 0.572
705 T 0.940
706 L 2.211
707 K 2.198
708 S 0.321
709 N -0.671
710 L 1.127
711 D 0.115
712 A -0.606
713 D -0.354
714 I 0.237
715 E -0.846
716 G -0.387
717 W 0.820
718 D 0.025
719 D 0.021
720 L 0.983
721 M 0.829
722 N -0.097
723 L 0.056
724 W 3.257
725 V 2.298
726 E -0.480
727 D 0.677
728 R 1.756
729 G 0.761
730 Q 1.421
731 L 2.168
732 P 4.093
733 C 2.736
734 F 3.391
735 L 4.377
736 A 3.737
737 T 1.469
738 I 1.846
739 T 2.609
740 L 2.969
741 R 0.946
742 L 0.778
743 W 1.211
744 E 3.433
745 Q 1.408
746 R -1.000 *
747 Q -1.000 *
748 A -1.000 *
749 K -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 - 104.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
MDVRAALQCF FSALSGRFTG KKLGLEIYSI QYKMSNSGGS SPFLESPGGS PDVGSTNGQS
70 80 90 100 110 120
NRQIQALQFK LNTLQNEYEI EKLQLQKQTN ILEKKYKATI DELEKALNDT KYLYESNDKL
130 140 150 160 170 180
EQELKSLKER SANSMNDKDK CIEELRTTLQ NKDLEMETLR QQYDSKLSKV TNQCDHFKLE
190 200 210 220 230 240
AESSHSLLMK YEKEIKRQSV DIKDLQHQVM EKDDELSSVK ASKMINSHPN YSTEEFNELT
250 260 270 280 290 300
EMNKMIQDQV QYTKELELAN MQQANELKKL KQSQDTSTFW KLENEKLQNK LSQLHVLESQ
310 320 330 340 350 360
YENLQLENID LKSKLTKWEI YNDSDDDDDN NVNNNDNNNN NKNDNNNDNN NDTSNNNNIN
370 380 390 400 410 420
NNNRTKNNIR NNPEEIIRDW KLTKKECLIL TDMNDKLRLD NNNLKLLNDE MALERNQILD
430 440 450 460 470 480
LNKNYENNIV NLKRLNHELE QQKSLSFEEC RLLREQLDGL YSAQNNALLE VENSETHASN
490 500 510 520 530 540
KNVNEDMNNL IDTYKNKTED LTNELKKLND QLLSNSNDVE TQRKKRKLTS DQIGLNYSQR
550 560 570 580 590 600
LNELQLENVS VSRELSKAQT TIQLLQEKLE KLTKLKEKKI RILQLRDGPF IKDQFIKKNK
610 620 630 640 650 660
LLLLEKENAD LLNELKKNNP AVETVPISVY DSLNFELKQF EQEVFKSNKR FSRLKQVFNN
670 680 690 700 710 720
KSLEFIDVVN SLLGFKLEFQ QDSRVKIFSC FKPEKYLIAD LNENTLKSNL DADIEGWDDL
730 740
MNLWVEDRGQ LPCFLATITL RLWEQRQAK
Mad1 is a spindle assembly checkpoint (SAC) protein. It resides at nuclear pore complex in interphase and are recruited to kinetochores before spindle attachment. SAC-induced accumulation of Mad1 to kinetochores is dependent on CRM1, RanGTP, and NES.
[1]. "The nuclear export factor Xpo1p targets Mad1p to kinetochores in yeast."
Scott RJ Cairo LV Van de Vosse DW Wozniak RW (2009)
J Cell Biol,
184:21-29
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.