Nijmegen breakage syndrome protein 1, homolog Cell cycle regulatory protein p95
*shown as underlined residues in the full sequence
594DAERNRPLNGGSEPESNSALQEDEREKKDELQTESWSTKHEIANSDGLQDSSEELPRKLL
LTEFRSLVVSNHNSTSRNLCVNECG
678 Ref.1Nuclear export of NBN is required for normal cellular responses to radiation., Vissinga et al., Mol Cell Biol, 2009
Show FASTA Format
>gi|81882067|sp|Q9R207.1|NBN_MOUSE RecName: Full=Nibrin; AltName: Full=Cell cycle regulatory protein p95; AltName: Full=Nijmegen breakage syndrome protein 1 homolog
MWKLLPAAGAAPGEPYRLLAGVEYVVGRKNCGILIENDQSISRNHAVLTVNFPVTSLSQTDEIPTLTIKD
NSKYGTFVNEEKMQTGLSCTLKTGDRVTFGVFESKFRVEYEPLVVCSSCLDVSGKTVLNQAILQLGGLTA
NNWTEECTHLVMSAVKVTIKTICALICGRPIIKPEYFSEFLKAVESKKQPPDIESFYPPIDEPAIGSKSV
DLSGRHERKQIFKGKTFVFLNAKQHKKLSSAVAFGGGEARLMAEDDEEEQSFFSAPGTCVVDVGITNTQL
IISHSQKKWIHLIMDTLQRNGLRPIPEAEIGLAVIFMTTENYCNPQGQPCTELKTTTPGPSLSQVLSANG
KIIPSAPVNMTTYVADTESEPADTCMPLSERPEEVKIPGLEQSSRKLSQETFNIKEAPKPSSKANNVASD
TLVRGKTPSYQLSPMKFPVANKNKDWTSQQQQNSIKNYFQPCTRKRERDEDNPELSSCKSSRMELSCSLL
EQTQPAGPSLWKSKEHQSQNATLDREADTSSVGGMDIELNRKSPDRKPLPTETLRPRKRKDVDLATEEEV
LEELLRSTKPELAVQVKVEKQEADDTIRKKPRMDAERNRPLNGGSEPESNSALQEDEREKKDELQTESWS
TKHEIANSDGLQDSSEELPRKLLLTEFRSLVVSNHNSTSRNLCVNECGPLKNFKKFKKATFPGAGKLPHI
IGGSDLVGHHARKNTELEEWLKQEMEVQKQQAKEESLADDLFRYNPNVKRR
Show Domain Info by CDD
Show Secondary Structure by PSIPRED
# PSIPRED HFORMAT (PSIPRED V3.2)
Conf: 948961999999950882299889980068872443888743352599993345789888
Pred: CCEEECCCCCCCCCEEEECCCCEEEEECCCCCEEECCCCCCCCCCEEEEEECCCCCCCCC
AA: MWKLLPAAGAAPGEPYRLLAGVEYVVGRKNCGILIENDQSISRNHAVLTVNFPVTSLSQT
10 20 30 40 50 60
Conf: 987717997397311588295722681797048988985432101101004618993167
Pred: CCCCCEEEECCCEEEEEECCEEECCCCEEECCCCCEEEECCCCCCCEEECCCEEEEECCC
AA: DEIPTLTIKDNSKYGTFVNEEKMQTGLSCTLKTGDRVTFGVFESKFRVEYEPLVVCSSCL
70 80 90 100 110 120
Conf: 752122789999862955313337885099966642639899999609984453129999
Pred: CCCHHHHHHHHHHHCCCEECCCCCCCCEEEEECCCCCCHHHHHHHHCCCCEECCCHHHHH
AA: DVSGKTVLNQAILQLGGLTANNWTEECTHLVMSAVKVTIKTICALICGRPIIKPEYFSEF
130 140 150 160 170 180
Conf: 997732999999877789999988889886676744444035887999948133578999
Pred: HHHHHCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCHHHHCCCCCCEEEEECCHHHHHHHH
AA: LKAVESKKQPPDIESFYPPIDEPAIGSKSVDLSGRHERKQIFKGKTFVFLNAKQHKKLSS
190 200 210 220 230 240
Conf: 997069379997227701112112598079961468720530303678899999999967
Pred: HHHCCCCEEEEEECCCCCCCCCCCCCCCEEEECCCCCCEEEECHHHHHHHHHHHHHHHHC
AA: AVAFGGGEARLMAEDDEEEQSFFSAPGTCVVDVGITNTQLIISHSQKKWIHLIMDTLQRN
250 260 270 280 290 300
Conf: 996448025777855248422159999998766657999988865577764489999766
Pred: CCCCCCCHHHHHHHHHCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: GLRPIPEAEIGLAVIFMTTENYCNPQGQPCTELKTTTPGPSLSQVLSANGKIIPSAPVNM
310 320 330 340 350 360
Conf: 512357888998889999989854568886545334775445655799999777775676
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: TTYVADTESEPADTCMPLSERPEEVKIPGLEQSSRKLSQETFNIKEAPKPSSKANNVASD
370 380 390 400 410 420
Conf: 543578998669998788888898876611113334557866656777778977665534
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: TLVRGKTPSYQLSPMKFPVANKNKDWTSQQQQNSIKNYFQPCTRKRERDEDNPELSSCKS
430 440 450 460 470 480
Conf: 332112474345788999743561000235445567899898887542356899999999
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: SRMELSCSLLEQTQPAGPSLWKSKEHQSQNATLDREADTSSVGGMDIELNRKSPDRKPLP
490 500 510 520 530 540
Conf: 886787543444520467899986407981023321012344445689876553234898
Pred: CCCCCCCCCCCCCCHHHHHHHHHHHHCCCCHHHHHHHCCCCCCCCCCCCCCCCCCCCCCC
AA: TETLRPRKRKDVDLATEEEVLEELLRSTKPELAVQVKVEKQEADDTIRKKPRMDAERNRP
550 560 570 580 590 600
Conf: 999998887741123432000101123434423234788889996445633111111035
Pred: CCCCCCCCCCCCHHHHHHHCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCEEE
AA: LNGGSEPESNSALQEDEREKKDELQTESWSTKHEIANSDGLQDSSEELPRKLLLTEFRSL
610 620 630 640 650 660
Conf: 431799999875568999988744520001289999992110586322247889708999
Pred: EECCCCCCCCCCCCCCCCCCCCCCCCCEEECCCCCCCCCEECCCCCCCCCCCCCCCHHHH
AA: VVSNHNSTSRNLCVNECGPLKNFKKFKKATFPGAGKLPHIIGGSDLVGHHARKNTELEEW
670 680 690 700 710 720
Conf: 9999999999766531026666889887899
Pred: HHHHHHHHHHHHHHHHCCCCCCCCCCCCCCC
AA: LKQEMEVQKQQAKEESLADDLFRYNPNVKRR
730 740 750
Show Conservation Score by AL2CO
1 M 4.389
2 W 4.092
3 K -0.103
4 L 2.835
5 L -0.464
6 P -0.382
7 A -0.554
8 A 0.369
9 G 0.381
10 A -0.658
11 A -0.380
12 P -0.285
13 G 0.863
14 E -0.036
15 P 0.074
16 Y 0.236
17 R 0.098
18 L 2.828
19 L 0.205
20 A -0.255
21 G 0.731
22 V 0.103
23 E 0.054
24 Y 1.332
25 V 0.868
26 V 2.287
27 G 4.641
28 R 4.929
29 K 0.876
30 N -0.094
31 C 0.170
32 G -0.210
33 I 0.482
34 L -0.086
35 I 0.780
36 E -0.628
37 N 0.478
38 D 1.648
39 Q 0.332
40 S 1.379
41 I 3.865
42 S 5.883
43 R 3.421
44 N -0.378
45 H 4.039
46 A 0.934
47 V -0.295
48 L 2.292
49 T -0.553
50 V 2.078
51 N 0.263
52 F -0.898
53 P -0.269
54 V -0.501
55 T -0.385
56 S -0.839
57 L -0.848
58 S -0.610
59 Q -0.526
60 T -0.263
61 D -0.745
62 E -0.615
63 I -0.523
64 P 0.720
65 T -0.662
66 L 1.987
67 T -0.160
68 I 1.833
69 K -0.274
70 D 2.035
71 N -0.515
72 S 2.101
73 K 2.678
74 Y -0.189
75 G 5.338
76 T 2.211
77 F 0.163
78 V 1.442
79 N 1.099
80 E 0.442
81 E -0.206
82 K -0.112
83 M 1.089
84 Q -0.834
85 T -0.219
86 G -0.335
87 L -0.581
88 S -0.347
89 C -0.906
90 T -0.501
91 L 0.457
92 K -0.394
93 T -0.317
94 G 0.704
95 D 0.680
96 R -0.593
97 V 2.255
98 T -0.410
99 F 1.529
100 G 2.584
101 V -0.194
102 F -0.401
103 E -0.505
104 S -0.365
105 K -0.167
106 F 1.096
107 R 0.170
108 V 1.742
109 E -0.382
110 Y 0.385
111 E -0.477
112 P 0.343
113 L 0.549
114 V 0.470
115 V 0.902
116 C 0.258
117 S -0.105
118 S 0.437
119 C -0.507
120 L 0.199
121 D -0.389
122 V -0.741
123 S -0.495
124 G -0.606
125 K -0.679
126 T -0.609
127 V -0.666
128 L 1.335
129 N -0.213
130 Q 0.220
131 A -0.846
132 I 0.660
133 L -0.711
134 Q -0.469
135 L 1.100
136 G 2.798
137 G 1.833
138 L -0.415
139 T 0.162
140 A 0.506
141 N -0.926
142 N 0.035
143 W 0.801
144 T -0.566
145 E -0.319
146 E -0.039
147 C -0.321
148 T 2.249
149 H 2.113
150 L 0.739
151 V 1.494
152 M 0.435
153 S -0.345
154 A -0.195
155 V -0.064
156 K 0.106
157 V 0.394
158 T 1.635
159 I -0.116
160 K 0.406
161 T 0.599
162 I 2.031
163 C -0.619
164 A 1.704
165 L 2.156
166 I 1.609
167 C -0.610
168 G 0.542
169 R 0.164
170 P -0.033
171 I 2.019
172 I 2.141
173 K 0.030
174 P -0.613
175 E 0.280
176 Y 1.911
177 F 1.836
178 S -0.822
179 E 1.100
180 F 0.865
181 L -0.164
182 K -0.068
183 A -0.190
184 V -0.030
185 E -0.003
186 S -0.745
187 K -0.493
188 K -0.188
189 Q -0.551
190 P 0.490
191 P 3.179
192 D -0.125
193 I -0.275
194 E -0.776
195 S -0.254
196 F 2.082
197 Y -0.123
198 P 2.860
199 P -0.234
200 I 0.012
201 D 0.038
202 E -0.206
203 P 0.096
204 A -0.562
205 I -0.409
206 G -0.607
207 S -0.449
208 K -0.629
209 S -0.419
210 V -0.591
211 D -0.210
212 L 1.101
213 S -0.642
214 G -0.444
215 R -0.007
216 H -0.501
217 E -0.286
218 R 3.641
219 K -0.177
220 Q -0.451
221 I 1.426
222 F 2.651
223 K 0.089
224 G 1.695
225 K 0.400
226 T -0.113
227 F 2.834
228 V 1.472
229 F 1.682
230 L -0.199
231 N 0.318
232 A -0.406
233 K -0.486
234 Q 0.309
235 H 0.404
236 K 0.016
237 K -0.436
238 L 0.775
239 S -0.870
240 S -0.587
241 A 0.944
242 V 2.179
243 A -0.467
244 F -0.592
245 G 1.715
246 G 1.244
247 G 3.227
248 E -0.065
249 A 0.140
250 R -0.510
251 L -0.625
252 M -0.206
253 A -0.475
254 E -0.290
255 D -0.795
256 D -0.777
257 E -0.485
258 E -0.622
259 E -0.632
260 Q -0.579
261 S -0.560
262 F -0.265
263 F -0.134
264 S -0.501
265 A -0.717
266 P -0.543
267 G -0.451
268 T -0.588
269 C 0.643
270 V 0.794
271 V 0.381
272 D -0.634
273 V -0.862
274 G -1.038
275 I -0.947
276 T -0.208
277 N -0.375
278 T -0.209
279 Q -0.308
280 L -0.945
281 I -0.791
282 I -0.617
283 S -0.566
284 H -0.383
285 S -0.962
286 Q -1.085
287 K -0.508
288 K -0.449
289 W -0.418
290 I -0.824
291 H -0.420
292 L -0.720
293 I 0.099
294 M -0.798
295 D 0.129
296 T -0.652
297 L 0.235
298 Q -0.373
299 R -0.211
300 N -0.321
301 G 0.241
302 L -0.419
303 R 0.506
304 P -0.379
305 I 1.430
306 P -0.523
307 E 0.056
308 A -0.605
309 E 0.676
310 I 0.934
311 G 0.419
312 L -0.223
313 A 1.594
314 V 2.041
315 I 1.434
316 F -0.437
317 M 0.001
318 T 1.396
319 T 0.115
320 E 0.301
321 N -0.904
322 Y 0.407
323 C 0.220
324 N 0.384
325 P 0.609
326 Q -0.891
327 G -1.148
328 Q -0.667
329 P -0.340
330 C -0.533
331 T -0.631
332 E -0.541
333 L -0.912
334 K -1.033
335 T -0.409
336 T -0.773
337 T -0.691
338 P -0.386
339 G -0.507
340 P -0.867
341 S -0.351
342 L -0.713
343 S -0.344
344 Q 0.110
345 V -0.927
346 L -0.978
347 S -0.414
348 A -0.728
349 N 0.252
350 G -0.680
351 K -0.289
352 I -0.583
353 I -0.688
354 P 0.656
355 S -0.515
356 A -0.567
357 P -0.174
358 V -1.013
359 N -0.223
360 M -0.578
361 T -0.156
362 T -0.696
363 Y -0.826
364 V -0.127
365 A -0.229
366 D 0.007
367 T -0.480
368 E -0.429
369 S -0.627
370 E -0.449
371 P -0.630
372 A -0.643
373 D -0.528
374 T -0.549
375 C -1.006
376 M -0.923
377 P -0.991
378 L -0.692
379 S -0.653
380 E -0.391
381 R -0.619
382 P -0.400
383 E -0.754
384 E -0.663
385 V -0.797
386 K -0.195
387 I -0.953
388 P -0.618
389 G -0.781
390 L -0.740
391 E -0.608
392 Q -0.662
393 S -0.811
394 S -1.022
395 R -0.441
396 K -0.993
397 L -1.002
398 S -0.714
399 Q -0.826
400 E 0.031
401 T -0.747
402 F -0.665
403 N -0.678
404 I -0.097
405 K -0.120
406 E -0.109
407 A -0.596
408 P -0.658
409 K -0.545
410 P -0.919
411 S -0.873
412 S -0.642
413 K -0.627
414 A -0.705
415 N -0.830
416 N -0.674
417 V -0.892
418 A -0.935
419 S -0.848
420 D -0.794
421 T -0.322
422 L -0.849
423 V -0.957
424 R -0.782
425 G -0.914
426 K -0.494
427 T -0.683
428 P -0.186
429 S -0.571
430 Y -1.069
431 Q -0.470
432 L -0.963
433 S -0.187
434 P -0.341
435 M -0.761
436 K -0.490
437 F -0.848
438 P -0.024
439 V -0.728
440 A -0.798
441 N -0.510
442 K -0.618
443 N -0.507
444 K -0.683
445 D -0.698
446 W -0.849
447 T -0.732
448 S -0.577
449 Q -0.534
450 Q -0.346
451 Q 0.086
452 Q -0.557
453 N -0.354
454 S -0.396
455 I 0.129
456 K -0.548
457 N 0.696
458 Y -0.299
459 F 0.753
460 Q 0.418
461 P 0.859
462 C -0.103
463 T 0.022
464 R -0.102
465 K 0.573
466 R 0.477
467 E -0.401
468 R -0.377
469 D -0.106
470 E -0.257
471 D 0.109
472 N -0.533
473 P -0.026
474 E -0.506
475 L -0.621
476 S -0.422
477 S -0.427
478 C -0.180
479 K -0.032
480 S -0.580
481 S -0.460
482 R 0.144
483 M -0.145
484 E -0.050
485 L -0.746
486 S -0.502
487 C -0.568
488 S -0.321
489 L -0.182
490 L -0.458
491 E -0.149
492 Q 0.239
493 T -0.687
494 Q -0.617
495 P -0.098
496 A -0.561
497 G -0.414
498 P -0.658
499 S -0.380
500 L -0.428
501 W -0.773
502 K -0.395
503 S -0.634
504 K -0.236
505 E -0.578
506 H -0.012
507 Q -0.645
508 S -0.712
509 Q -0.572
510 N -0.641
511 A -0.726
512 T -0.741
513 L -0.685
514 D -0.078
515 R -0.775
516 E -0.435
517 A -0.571
518 D -0.515
519 T -0.872
520 S -0.623
521 S -0.921
522 V -0.900
523 G -0.701
524 G -0.367
525 M -0.972
526 D -0.039
527 I -0.386
528 E -0.482
529 L -0.578
530 N -0.517
531 R -0.462
532 K -0.447
533 S -0.354
534 P -0.716
535 D -0.178
536 R -0.525
537 K -0.361
538 P -0.629
539 L -0.930
540 P -0.354
541 T -0.673
542 E 0.094
543 T -0.650
544 L -0.800
545 R -0.839
546 P -0.067
547 R 0.278
548 K -0.387
549 R -0.185
550 K -0.375
551 D -0.189
552 V -0.296
553 D -0.233
554 L -0.333
555 A -0.462
556 T -0.527
557 E 0.269
558 E -0.201
559 E 0.355
560 V 0.068
561 L -0.678
562 E -0.153
563 E -0.708
564 L 0.152
565 L -0.888
566 R -0.099
567 S -0.816
568 T -0.627
569 K -0.022
570 P -0.374
571 E -0.064
572 L -0.685
573 A -0.386
574 V -0.655
575 Q -0.357
576 V -0.700
577 K -0.589
578 V -0.431
579 E -0.904
580 K 0.056
581 Q -0.358
582 E -0.212
583 A -0.666
584 D -0.510
585 D -0.813
586 T -0.428
587 I -0.501
588 R 0.082
589 K 0.660
590 K 1.114
591 P 0.089
592 R 0.411
593 M 0.009
594 D -0.027
595 A -0.210
596 E 0.279
597 R -0.371
598 N 0.000
599 R -0.593
600 P -0.520
601 L -0.547
602 N -0.246
603 G -0.685
604 G -0.358
605 S -0.606
606 E -0.969
607 P -0.502
608 E -0.293
609 S -0.390
610 N -0.723
611 S -0.485
612 A -0.790
613 L -0.289
614 Q -0.485
615 E 0.332
616 D -0.758
617 E -0.015
618 R -0.460
619 E 0.046
620 K 0.036
621 K 0.259
622 D -0.752
623 E -0.325
624 L -0.538
625 Q -0.143
626 T -0.839
627 E -0.051
628 S -0.561
629 W -0.781
630 S -0.155
631 T -0.175
632 K -0.196
633 H 0.112
634 E -0.091
635 I -0.444
636 A -0.123
637 N -0.352
638 S 0.057
639 D -0.178
640 G -0.233
641 L -0.699
642 Q -0.068
643 D 0.307
644 S -0.067
645 S 0.020
646 E -0.250
647 E -0.567
648 L 0.583
649 P 0.158
650 R 0.429
651 K 0.497
652 L 0.895
653 L 0.322
654 L 0.316
655 T 0.687
656 E 0.679
657 F 0.268
658 R 0.031
659 S 0.867
660 L 1.007
661 V 1.103
662 V 0.703
663 S -0.259
664 N -0.045
665 H 0.577
666 N 0.009
667 S 0.185
668 T -0.216
669 S -0.394
670 R -0.085
671 N -0.641
672 L -0.712
673 C -1.000 *
674 V -0.182
675 N 0.020
676 E 0.631
677 C -0.261
678 G -0.066
679 P 0.007
680 L -0.270
681 K 1.602
682 N 4.371
683 F 2.031
684 K 2.771
685 K 0.777
686 F 4.367
687 K 3.059
688 K 3.896
689 A -1.000 *
690 T -1.000 *
691 F -1.000 *
692 P -1.000 *
693 G -1.000 *
694 A -1.000 *
695 G -1.000 *
696 K -1.000 *
697 L -1.000 *
698 P -1.000 *
699 H -1.000 *
700 I -1.000 *
701 I -1.000 *
702 G -1.000 *
703 G -1.000 *
704 S -1.000 *
705 D -1.000 *
706 L -1.000 *
707 V -1.000 *
708 G -1.000 *
709 H -1.000 *
710 H -1.000 *
711 A -1.000 *
712 R -1.000 *
713 K -1.000 *
714 N -1.000 *
715 T -1.000 *
716 E -1.000 *
717 L -1.000 *
718 E -1.000 *
719 E -1.000 *
720 W -1.000 *
721 L -1.000 *
722 K -1.000 *
723 Q -1.000 *
724 E -1.000 *
725 M -1.000 *
726 E -1.000 *
727 V -1.000 *
728 Q -1.000 *
729 K -1.000 *
730 Q -1.000 *
731 Q -1.000 *
732 A -1.000 *
733 K -1.000 *
734 E -1.000 *
735 E -1.000 *
736 S -1.000 *
737 L -1.000 *
738 A -1.000 *
739 D -1.000 *
740 D -1.000 *
741 L -1.000 *
742 F -1.000 *
743 R -1.000 *
744 Y -1.000 *
745 N -1.000 *
746 P -1.000 *
747 N -1.000 *
748 V -1.000 *
749 K -1.000 *
750 R -1.000 *
751 R -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 - 111.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
MWKLLPAAGA APGEPYRLLA GVEYVVGRKN CGILIENDQS ISRNHAVLTV NFPVTSLSQT
70 80 90 100 110 120
DEIPTLTIKD NSKYGTFVNE EKMQTGLSCT LKTGDRVTFG VFESKFRVEY EPLVVCSSCL
130 140 150 160 170 180
DVSGKTVLNQ AILQLGGLTA NNWTEECTHL VMSAVKVTIK TICALICGRP IIKPEYFSEF
190 200 210 220 230 240
LKAVESKKQP PDIESFYPPI DEPAIGSKSV DLSGRHERKQ IFKGKTFVFL NAKQHKKLSS
250 260 270 280 290 300
AVAFGGGEAR LMAEDDEEEQ SFFSAPGTCV VDVGITNTQL IISHSQKKWI HLIMDTLQRN
310 320 330 340 350 360
GLRPIPEAEI GLAVIFMTTE NYCNPQGQPC TELKTTTPGP SLSQVLSANG KIIPSAPVNM
370 380 390 400 410 420
TTYVADTESE PADTCMPLSE RPEEVKIPGL EQSSRKLSQE TFNIKEAPKP SSKANNVASD
430 440 450 460 470 480
TLVRGKTPSY QLSPMKFPVA NKNKDWTSQQ QQNSIKNYFQ PCTRKRERDE DNPELSSCKS
490 500 510 520 530 540
SRMELSCSLL EQTQPAGPSL WKSKEHQSQN ATLDREADTS SVGGMDIELN RKSPDRKPLP
550 560 570 580 590 600
TETLRPRKRK DVDLATEEEV LEELLRSTKP ELAVQVKVEK QEADDTIRKK PRMDAERNRP
610 620 630 640 650 660
LNGGSEPESN SALQEDEREK KDELQTESWS TKHEIANSDG LQDSSEELPR KLLLTEFRSL
670 680 690 700 710 720
VVSNHNSTSR NLCVNECGPL KNFKKFKKAT FPGAGKLPHI IGGSDLVGHH ARKNTELEEW
730 740 750
LKQEMEVQKQ QAKEESLADD LFRYNPNVKR R
Nibrin is a component of the MRE11/RAD50/nibrin complex, which has well-defined DNA repair functions including DNA binding and nuclease activity when exposed to ionizing radiation. Nibrin has three NLSs and one NES located at 653-662, and has been shown to shuttle between the nucleus and the cytoplasm. Nibrin shuttling is required for normal cellular response to radiation.
[1]. "Nuclear export of NBN is required for normal cellular responses to radiation."
Vissinga CS, Yeo TC, Warren S, Brawley JV, Phillips J, Cerosaletti K, Concannon P (2009)
Mol Cell Biol,
29:1000-6
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.