Nitric oxide-associated protein 1
UniProt
Show FASTA Format
>sp|Q9JJG9|NOA1_MOUSE Nitric oxide-associated protein 1 OS=Mus musculus OX=10090 GN=Noa1 PE=1 SV=1
MLPARLACGLLCGLRRGPAPAAACYGPARWLLEGKCEVPIRQRASSLGRRVPPSSTATED
YAEGPDTEERFLFPEYVPERTPEEQVRELQELRELQQLQQEKERERLQQREERLQQKLRA
GFRTLPVPEFPDASVPPSGIYCSGCGAELHCQHPGLPGYLPEEKFRDAAQAEGGPARTVC
QRCWLLVHHGRALRLQVSRDQYLELVSAALRRPGPALVLYMVNLLDLPDALLPDLPKLVG
PKQLIVLGNKVDLLPQDAPGYLKRLRKRLWDDCIRAGLVVAPGHQGPQYPAGDEPLEEIK
NQNPSSRSRTVVKDVRLISAKTGYGVEEMISALQRSWRYRGDVYLVGTTNAGKSTLFNTL
LESDYCTAKGSEAIDRATISPWPGTTLNLLKFPICNPTPYRMFKRQRRLQEDATKAEEDL
SEEEQSQLNQLKKHGYIVGRVGRTFSYSREQDEVPFEFDADSLAFDMGSEPVVSVCKSTK
QIELTPEDVKDAHWFYDTPGITKESCILNLLTEKEINTVLPTHSIIPRTFVLKPGMVLFL
GGIARIDFLQGNQSAWFTVVASNFLPVHITSLDKADALYEKHAGHELLLVPMGGKERMAQ
FPPLVAEDITLKGGGKFEAVADIKFSSAGWVAVTPYSEGTLHLRGHTPEGTALTVHPPVL
PYIVNVKGQRMKKSVAYKTKKPPSLVHNLKKHR
Show Domain Info by CDD
Show Secondary Structure by PSIPRED
# PSIPRED HFORMAT (PSIPRED V3.2)
Conf: 972000010001135789875322488633445665566668667779889999995445
Pred: CCCCCCHHHHCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: MLPARLACGLLCGLRRGPAPAAACYGPARWLLEGKCEVPIRQRASSLGRRVPPSSTATED
10 20 30 40 50 60
Conf: 689999611212787666899824567778888876533347788887778999986730
Pred: CCCCCCCCEEECCCCCCCCCCCHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHH
AA: YAEGPDTEERFLFPEYVPERTPEEQVRELQELRELQQLQQEKERERLQQREERLQQKLRA
70 80 90 100 110 120
Conf: 689999999999987999852346778010259999999978899867852499982242
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCEEECCCCCCCCCCCHHHHHHHHHHCCCCCCEEE
AA: GFRTLPVPEFPDASVPPSGIYCSGCGAELHCQHPGLPGYLPEEKFRDAAQAEGGPARTVC
130 140 150 160 170 180
Conf: 522012211752221249779999999985699982899995415799988999987547
Pred: CCCHHHHHCCCCCCCCCCHHHHHHHHHHHHCCCCCEEEEEEEEECCCCCCCCCCCCCCCC
AA: QRCWLLVHHGRALRLQVSRDQYLELVSAALRRPGPALVLYMVNLLDLPDALLPDLPKLVG
190 200 210 220 230 240
Conf: 984999953055589996147999999999999980886578999999999999434430
Pred: CCCEEEEEECCCCCCCCCHHHHHHHHHHHHHHHHHCCCCCCCCCCCCCCCCCCCCHHHHH
AA: PKQLIVLGNKVDLLPQDAPGYLKRLRKRLWDDCIRAGLVVAPGHQGPQYPAGDEPLEEIK
250 260 270 280 290 300
Conf: 269998998610048999415776689999999986323894899802346504478998
Pred: CCCCCCCCCCCEEEEEEEECCCCCCHHHHHHHHHHHHCCCCCEEEECCCCCCHHHHHHHH
AA: NQNPSSRSRTVVKDVRLISAKTGYGVEEMISALQRSWRYRGDVYLVGTTNAGKSTLFNTL
310 320 330 340 350 360
Conf: 620123333466432110037774202226520479982437999999999996788641
Pred: HHCCCCCCCCCCCCCCCCCCCCCCCCCCEEEEECCCCCHHHHHHHHHHHHHHHHHHHHHH
AA: LESDYCTAKGSEAIDRATISPWPGTTLNLLKFPICNPTPYRMFKRQRRLQEDATKAEEDL
370 380 390 400 410 420
Conf: 099999873013553321331101215766567775468652122469987201247755
Pred: HHHHHHHHHHCCCCCCCCCCCCCEECCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: SEEEQSQLNQLKKHGYIVGRVGRTFSYSREQDEVPFEFDADSLAFDMGSEPVVSVCKSTK
430 440 450 460 470 480
Conf: 435897344764313207796790134104992232312545542241478679947985
Pred: CCCCCCCCCCCCCEEEECCCCCCHHHHHHCCCCCCCCCCCCCCCCCCCEEEECCCCEEEE
AA: QIELTPEDVKDAHWFYDTPGITKESCILNLLTEKEINTVLPTHSIIPRTFVLKPGMVLFL
490 500 510 520 530 540
Conf: 520138876258557799995299744442045568999874399543489999001466
Pred: EEEEEEEEEECCCEEEEEEEECCCCCEEEEECCCHHHHHHHHCCCCCCCCCCCCCCCCCC
AA: GGIARIDFLQGNQSAWFTVVASNFLPVHITSLDKADALYEKHAGHELLLVPMGGKERMAQ
550 560 570 580 590 600
Conf: 999953237996079530210299913634797069999548998778963278699976
Pred: CCCCCCEEEEEEECCCCCEEEEEEEECCCEEEECCCCCCCEEEEEECCCCCEEEECCCCC
AA: FPPLVAEDITLKGGGKFEAVADIKFSSAGWVAVTPYSEGTLHLRGHTPEGTALTVHPPVL
610 620 630 640 650 660
Conf: 311002485578997755799981001233479
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: PYIVNVKGQRMKKSVAYKTKKPPSLVHNLKKHR
670 680 690
Show Conservation Score by AL2CO
1 M -1.000 *
2 L -1.000 *
3 P -1.000 *
4 A -1.000 *
5 R -1.000 *
6 L -1.000 *
7 A -1.000 *
8 C -1.000 *
9 G -1.000 *
10 L -1.000 *
11 L -1.000 *
12 C -1.000 *
13 G -1.000 *
14 L -1.000 *
15 R -1.000 *
16 R -1.000 *
17 G -1.000 *
18 P -1.000 *
19 A -1.000 *
20 P -1.000 *
21 A -1.000 *
22 A -1.000 *
23 A -1.000 *
24 C -1.000 *
25 Y -1.000 *
26 G -1.000 *
27 P -1.000 *
28 A -1.000 *
29 R -1.000 *
30 W -1.000 *
31 L -1.000 *
32 L -1.000 *
33 E -1.000 *
34 G -1.000 *
35 K -1.000 *
36 C -1.000 *
37 E -1.000 *
38 V -1.000 *
39 P -1.000 *
40 I -1.000 *
41 R -1.000 *
42 Q -1.000 *
43 R -1.000 *
44 A -1.000 *
45 S -1.000 *
46 S -1.000 *
47 L -1.000 *
48 G -1.000 *
49 R -1.000 *
50 R -1.000 *
51 V -1.000 *
52 P -1.000 *
53 P -1.000 *
54 S -1.000 *
55 S -1.000 *
56 T -1.000 *
57 A -1.000 *
58 T -1.000 *
59 E -1.000 *
60 D -1.000 *
61 Y -1.000 *
62 A -1.000 *
63 E -1.000 *
64 G -1.000 *
65 P -1.000 *
66 D -1.000 *
67 T -1.000 *
68 E -1.000 *
69 E -1.000 *
70 R -1.000 *
71 F -1.000 *
72 L -1.000 *
73 F -1.000 *
74 P -1.000 *
75 E -1.000 *
76 Y -1.000 *
77 V -1.000 *
78 P -1.000 *
79 E -1.000 *
80 R -1.000 *
81 T -1.000 *
82 P -1.000 *
83 E -1.000 *
84 E -1.000 *
85 Q -1.000 *
86 V -1.000 *
87 R -1.000 *
88 E -1.000 *
89 L -1.000 *
90 Q -1.000 *
91 E -1.000 *
92 L -1.000 *
93 R -1.000 *
94 E -1.000 *
95 L -1.000 *
96 Q -1.000 *
97 Q -1.000 *
98 L -1.000 *
99 Q -1.000 *
100 Q -1.000 *
101 E -1.000 *
102 K -1.000 *
103 E -1.000 *
104 R -1.000 *
105 E -1.000 *
106 R -1.000 *
107 L -1.000 *
108 Q -1.000 *
109 Q -1.000 *
110 R -1.000 *
111 E -1.000 *
112 E -1.000 *
113 R -1.000 *
114 L -1.000 *
115 Q -1.000 *
116 Q -1.000 *
117 K -1.000 *
118 L -1.000 *
119 R -1.000 *
120 A -1.000 *
121 G -1.000 *
122 F -1.000 *
123 R -1.000 *
124 T -1.000 *
125 L -1.000 *
126 P -1.000 *
127 V -1.000 *
128 P -1.000 *
129 E 0.317
130 F -0.593
131 P -0.138
132 D 0.007
133 A -0.596
134 S -0.473
135 V -0.226
136 P -0.163
137 P -0.192
138 S -0.054
139 G -0.478
140 I -0.381
141 Y -0.609
142 C 3.739
143 S -0.218
144 G 3.094
145 C 4.541
146 G 4.541
147 A 1.453
148 E -0.731
149 L 0.838
150 H 3.098
151 C -0.250
152 Q -0.636
153 H 0.061
154 P -0.307
155 G -0.192
156 L -0.644
157 P 0.042
158 G 4.218
159 Y 2.357
160 L 0.239
161 P -0.269
162 E -0.516
163 E -0.313
164 K -0.378
165 F -0.651
166 R -0.794
167 D -0.322
168 A -0.921
169 A -0.785
170 Q -0.546
171 A -0.751
172 E -0.509
173 G -0.619
174 G -0.530
175 P -0.610
176 A -0.616
177 R -0.578
178 T -0.365
179 V 0.584
180 C 4.979
181 Q -0.025
182 R 3.828
183 C 4.979
184 W 0.152
185 L -0.536
186 L 2.310
187 V -0.147
188 H 0.495
189 H 0.576
190 G 0.314
191 R -0.514
192 A -0.142
193 L -0.540
194 R -0.114
195 L -0.033
196 Q -0.754
197 V -0.104
198 S -0.237
199 R -0.423
200 D -0.317
201 Q -0.167
202 Y 0.478
203 L -0.563
204 E 0.008
205 L -0.363
206 V 0.676
207 S -0.760
208 A -0.460
209 A -0.074
210 L -0.667
211 R -0.643
212 R -0.126
213 P -0.255
214 G -0.526
215 P -0.338
216 A 0.266
217 L 0.583
218 V 1.903
219 L 1.403
220 Y 0.145
221 M 1.528
222 V 1.331
223 N 3.445
224 L 1.115
225 L 0.536
226 D 2.440
227 L 1.308
228 P 0.199
229 D 0.222
230 A 1.261
231 L 0.962
232 L 0.157
233 P 0.007
234 D -0.072
235 L 1.250
236 P -0.825
237 K -0.238
238 L -0.222
239 V 0.666
240 G 0.567
241 P -0.451
242 K -0.379
243 Q 0.334
244 L 0.247
245 I 0.801
246 V 0.594
247 L 0.208
248 G 0.400
249 N 1.473
250 K 1.963
251 V -0.148
252 D 1.481
253 L 0.246
254 L 0.335
255 P 0.579
256 Q -0.586
257 D 0.081
258 A -0.670
259 P -0.606
260 G -0.705
261 Y -0.116
262 L -0.438
263 K -0.503
264 R -0.002
265 L -0.491
266 R -0.396
267 K -0.474
268 R -0.878
269 L -0.591
270 W -0.746
271 D -0.468
272 D -0.751
273 C -0.476
274 I -0.671
275 R -0.405
276 A -0.894
277 G -0.400
278 L 0.033
279 V -0.894
280 V -0.638
281 A -1.000 *
282 P -1.000 *
283 G -1.000 *
284 H -1.000 *
285 Q -1.000 *
286 G -1.000 *
287 P -1.000 *
288 Q -1.000 *
289 Y -1.000 *
290 P -1.000 *
291 A -1.000 *
292 G -1.000 *
293 D -1.000 *
294 E -1.000 *
295 P -1.000 *
296 L -1.000 *
297 E -1.000 *
298 E -1.000 *
299 I -1.000 *
300 K -1.000 *
301 N -1.000 *
302 Q -1.000 *
303 N -1.000 *
304 P -1.000 *
305 S -1.000 *
306 S -1.000 *
307 R -0.598
308 S -0.523
309 R -0.577
310 T -0.903
311 V -0.609
312 V 0.381
313 K -0.379
314 D 0.051
315 V 0.945
316 R -0.632
317 L 0.648
318 I 1.493
319 S 4.379
320 A 1.700
321 K -0.294
322 T 0.448
323 G 0.746
324 Y -0.568
325 G 0.591
326 V 0.887
327 E -0.356
328 E -0.455
329 M 1.270
330 I 0.170
331 S -0.197
332 A -0.435
333 L 1.863
334 Q -0.425
335 R -0.242
336 S -0.577
337 W -0.133
338 R -0.394
339 Y -0.869
340 R -0.001
341 G 0.250
342 D 0.416
343 V 0.194
344 Y 0.683
345 L 0.941
346 V 1.809
347 G 3.196
348 T -0.087
349 T 0.353
350 N 3.174
351 A 1.616
352 G 1.701
353 K 1.825
354 S 1.650
355 T 0.488
356 L 1.574
357 F 1.356
358 N 0.085
359 T -0.574
360 L 0.872
361 L 0.065
362 E -0.280
363 S -0.270
364 D -0.703
365 Y -0.744
366 C -0.524
367 T -0.773
368 A -0.692
369 K -0.620
370 G -0.519
371 S -0.448
372 E -0.291
373 A -0.686
374 I -0.451
375 D -0.312
376 R -0.549
377 A -0.311
378 T -0.188
379 I 0.138
380 S 0.233
381 P -0.722
382 W -0.656
383 P -0.383
384 G -0.256
385 T -0.310
386 T -0.422
387 L -0.361
388 N -0.152
389 L -0.573
390 L -0.361
391 K -0.320
392 F -0.416
393 P 0.480
394 I -0.487
395 C -0.857
396 N -0.170
397 P -0.507
398 T -0.307
399 P -0.726
400 Y -0.910
401 R -0.513
402 M -0.566
403 F -0.896
404 K -0.838
405 R -0.506
406 Q -0.784
407 R -0.672
408 R -0.522
409 L 0.154
410 Q -0.757
411 E -0.718
412 D -0.752
413 A -0.828
414 T -0.987
415 K -0.900
416 A -0.904
417 E -0.824
418 E -0.721
419 D -0.803
420 L -0.749
421 S -0.831
422 E -0.742
423 E -0.735
424 E -0.768
425 Q -0.757
426 S -0.755
427 Q -0.791
428 L -0.750
429 N -0.843
430 Q -0.853
431 L -0.896
432 K -0.736
433 K -0.614
434 H -0.785
435 G -0.745
436 Y -0.720
437 I -0.551
438 V -0.740
439 G -0.309
440 R -0.778
441 V -0.345
442 G -0.274
443 R -0.446
444 T 0.031
445 F -0.652
446 S -0.883
447 Y -0.988
448 S -0.679
449 R -0.762
450 E -0.595
451 Q -0.723
452 D -0.610
453 E -0.801
454 V -0.861
455 P -0.862
456 F -0.750
457 E -0.721
458 F -0.849
459 D -0.608
460 A -0.781
461 D -0.615
462 S -0.746
463 L -0.883
464 A -0.767
465 F -1.023
466 D -0.808
467 M -0.817
468 G -0.723
469 S -0.678
470 E -0.871
471 P -0.762
472 V -0.819
473 V -0.915
474 S -0.772
475 V -0.761
476 C -0.959
477 K -0.881
478 S -0.793
479 T -0.677
480 K -0.551
481 Q -0.696
482 I -0.756
483 E -0.699
484 L -0.419
485 T -0.661
486 P -0.640
487 E -0.687
488 D -0.695
489 V -0.507
490 K -0.589
491 D -0.437
492 A -0.312
493 H -0.740
494 W -0.101
495 F 0.525
496 Y 0.116
497 D 0.298
498 T 0.614
499 P 1.755
500 G 0.392
501 I 0.138
502 T -0.309
503 K -0.498
504 E -0.411
505 S -0.404
506 C -0.155
507 I -0.614
508 L -0.508
509 N -0.450
510 L -0.352
511 L 1.075
512 T -0.505
513 E -0.676
514 K -0.378
515 E -0.208
516 I -0.398
517 N -0.644
518 T -0.844
519 V 0.099
520 L -0.459
521 P -0.121
522 T -0.302
523 H -0.635
524 S -0.740
525 I 0.615
526 I -0.217
527 P 0.383
528 R -0.255
529 T -0.073
530 F 0.106
531 V -0.390
532 L 1.470
533 K -0.512
534 P -0.016
535 G -0.045
536 M -0.522
537 V 0.654
538 L 1.367
539 F 0.746
540 L 1.407
541 G 0.980
542 G 1.194
543 I 1.111
544 A 0.845
545 R 0.749
546 I 1.454
547 D 0.702
548 F -0.039
549 L -0.329
550 Q -0.106
551 G -0.383
552 N -0.724
553 Q -0.534
554 S -0.778
555 A -0.718
556 W -0.729
557 F 0.271
558 T -0.114
559 V 0.154
560 V 0.414
561 A -0.259
562 S 0.310
563 N -0.726
564 F -0.840
565 L 1.214
566 P -0.181
567 V -0.033
568 H -0.147
569 I 0.266
570 T 0.049
571 S -0.655
572 L -0.076
573 D -0.589
574 K -0.059
575 A 1.505
576 D -0.254
577 A -0.518
578 L 0.422
579 Y 0.630
580 E -0.237
581 K 0.051
582 H -0.292
583 A -0.020
584 G -0.021
585 H -0.599
586 E -0.695
587 L -0.721
588 L -0.367
589 L -0.603
590 V -0.522
591 P 0.468
592 M -0.914
593 G -0.547
594 G -0.134
595 K -0.399
596 E -0.396
597 R -0.486
598 M -0.398
599 A -0.167
600 Q -0.704
601 F 0.126
602 P 0.027
603 P -0.700
604 L -0.394
605 V -0.355
606 A -0.533
607 E -0.387
608 D -0.167
609 I 0.036
610 T -0.539
611 L -0.229
612 K -0.739
613 G -0.533
614 G -0.658
615 G -0.337
616 K -0.855
617 F -0.847
618 E -0.592
619 A -0.645
620 V -0.088
621 A 0.098
622 D 3.480
623 I 2.347
624 K 0.264
625 F 1.550
626 S 0.561
627 S 1.928
628 A 0.880
629 G 4.128
630 W 2.329
631 V 0.945
632 A 0.743
633 V 1.698
634 T 0.093
635 P -0.253
636 Y -0.783
637 S -0.799
638 E -0.496
639 G -0.728
640 T -0.772
641 L -0.494
642 H -0.447
643 L 1.226
644 R -0.168
645 G 0.613
646 H 0.324
647 T 0.765
648 P 1.485
649 E -0.492
650 G 0.719
651 T -0.198
652 A -0.329
653 L 0.570
654 T -0.467
655 V -0.277
656 H 3.314
657 P 0.090
658 P 2.249
659 V 2.063
660 L 0.834
661 P 1.156
662 Y 0.197
663 I -0.202
664 V -0.089
665 N -0.480
666 V -0.051
667 K 0.424
668 G -1.000 *
669 Q -1.000 *
670 R -1.000 *
671 M -1.000 *
672 K -1.000 *
673 K -1.000 *
674 S -1.000 *
675 V -1.000 *
676 A -1.000 *
677 Y -1.000 *
678 K -1.000 *
679 T -1.000 *
680 K -1.000 *
681 K -1.000 *
682 P -1.000 *
683 P -1.000 *
684 S -1.000 *
685 L -1.000 *
686 V -1.000 *
687 H -1.000 *
688 N -1.000 *
689 L -1.000 *
690 K -1.000 *
691 K -1.000 *
692 H -1.000 *
693 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 - 265.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
MLPARLACGL LCGLRRGPAP AAACYGPARW LLEGKCEVPI RQRASSLGRR VPPSSTATED
70 80 90 100 110 120
YAEGPDTEER FLFPEYVPER TPEEQVRELQ ELRELQQLQQ EKERERLQQR EERLQQKLRA
130 140 150 160 170 180
GFRTLPVPEF PDASVPPSGI YCSGCGAELH CQHPGLPGYL PEEKFRDAAQ AEGGPARTVC
190 200 210 220 230 240
QRCWLLVHHG RALRLQVSRD QYLELVSAAL RRPGPALVLY MVNLLDLPDA LLPDLPKLVG
250 260 270 280 290 300
PKQLIVLGNK VDLLPQDAPG YLKRLRKRLW DDCIRAGLVV APGHQGPQYP AGDEPLEEIK
310 320 330 340 350 360
NQNPSSRSRT VVKDVRLISA KTGYGVEEMI SALQRSWRYR GDVYLVGTTN AGKSTLFNTL
370 380 390 400 410 420
LESDYCTAKG SEAIDRATIS PWPGTTLNLL KFPICNPTPY RMFKRQRRLQ EDATKAEEDL
430 440 450 460 470 480
SEEEQSQLNQ LKKHGYIVGR VGRTFSYSRE QDEVPFEFDA DSLAFDMGSE PVVSVCKSTK
490 500 510 520 530 540
QIELTPEDVK DAHWFYDTPG ITKESCILNL LTEKEINTVL PTHSIIPRTF VLKPGMVLFL
550 560 570 580 590 600
GGIARIDFLQ GNQSAWFTVV ASNFLPVHIT SLDKADALYE KHAGHELLLV PMGGKERMAQ
610 620 630 640 650 660
FPPLVAEDIT LKGGGKFEAV ADIKFSSAGW VAVTPYSEGT LHLRGHTPEG TALTVHPPVL
670 680 690
PYIVNVKGQR MKKSVAYKTK KPPSLVHNLK KHR
NOA1 is a mitochondrial GTPase that is involved in the regulation of mitochondrial protein translation and oxidative phosphorylation. Al-Furoukh et al revealed that NOA1 can be shuttled to the nucleus by an NLS and exported to the cytoplasm by an NES before being targeted to the mitochondria by the MTS (mitochondria targeting signal). LMB-sensitivity was seen in endogenous protein indicating CRM1-dependent export. A putative NES matching a reverse consensus was found to be sufficient in directing GFP-fusion protein to exit the nucleus in a LMB-sensitive manner, however the sequence is part of the bZIP leucine zipper dimerization domain and is unclear if this region is exposed in context of full-length protein.
[1]. "NOA1, a novel ClpXP substrate, takes an unexpected nuclear detour prior to mitochondrial import"
Al-Furoukh N, Kardon JR, Krüger M, Szibor M, Baker TA, Braun T (2014)
PLoS One,
9(7):1-14
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.