Show FASTA Format
>sp|P53145|LSG1_YEAST Large subunit GTPase 1 OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) OX=559292 GN=LSG1 PE=1 SV=1
MPPKEAPKKWKAPKGPKPTHRKNKNKLELGRAIKYARQKENAIEYLPDGEMRFTTDKHEA
NWVKLRSVTQESALDEFLSTAALADKDFTADRHSNVKIIRMDSGNDSATSQGFSMTNEQR
GNLNAKQRALAKDLIVPRRPEWNEGMSKFQLDRQEKEAFLEWRRKLAHLQESNEDLLLTP
FERNIEVWKQLWRVVERSDLVVQIVDARNPLLFRSVDLERYVKESDDRKANLLLVNKADL
LTKKQRIAWAKYFISKNISFTFYSALRANQLLEKQKEMGEDYREQDFEEADKEGFDADEK
VMEKVKILSIDQLEELFLSKAPNEPLLPPLPGQPPLINIGLVGYPNVGKSSTINSLVGAK
KVSVSSTPGKTKHFQTIKLSDSVMLCDCPGLVFPNFAYNKGELVCNGVLPIDQLRDYIGP
AGLVAERIPKYYIEAIYGIHIQTKSRDEGGNGDIPTAQELLVAYARARGYMTQGYGSADE
PRASRYILKDYVNGKLLYVNPPPHLEDDTPYTREECEEFNKDLYVFDRLPDTRKEQVQNA
AKAKGIDIVDLARDLNQLTFSAHTGGDTQKEAKSVTHGGKQAALYNAAEDLDRDFFKMNN
VEGRLSTPFHKVQNSSAGKRHNKKNKSKNAKSKVFSIENN
Show Domain Info by CDD
Show Secondary Structure by PSIPRED
# PSIPRED HFORMAT (PSIPRED V3.2)
Conf: 999977877889999999888789988820899952112321010788870230665655
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCHHHHHHHHHCCCCCCCCCCCCCEEEECCCCCC
AA: MPPKEAPKKWKAPKGPKPTHRKNKNKLELGRAIKYARQKENAIEYLPDGEMRFTTDKHEA
10 20 30 40 50 60
Conf: 544652015777479999975623984321246781598269999986646789999999
Pred: CCCCCCCCCCCCCHHHHHHHHHHCCCCCCCCCCCCEEEEECCCCCCCCCCCCCCCCHHHH
AA: NWVKLRSVTQESALDEFLSTAALADKDFTADRHSNVKIIRMDSGNDSATSQGFSMTNEQR
70 80 90 100 110 120
Conf: 769999996517884889999998999999999999965998643334321279801075
Pred: HHHHHHHHHHHCCCCCCCCCCCCCCCCHHHHHHHHHHHHHHHHHHHHHHHHCCCCCEECC
AA: GNLNAKQRALAKDLIVPRRPEWNEGMSKFQLDRQEKEAFLEWRRKLAHLQESNEDLLLTP
130 140 150 160 170 180
Conf: 650146677887542016317898705797444455466774204854430122106999
Pred: CCCCHHHHHHHHHHHCCCCEEEEEEECCCCCCCCCCCHHHHHHHCCCCCCCEEEEECCCC
AA: FERNIEVWKQLWRVVERSDLVVQIVDARNPLLFRSVDLERYVKESDDRKANLLLVNKADL
190 200 210 220 230 240
Conf: 998978999989745697497722204544578866206675334522223568885123
Pred: CCHHHHHHHHHHHHHCCCEEEECCCHHHHHHHHHHHHHCCCCCCCCCCCCCCCCCCCCHH
AA: LTKKQRIAWAKYFISKNISFTFYSALRANQLLEKQKEMGEDYREQDFEEADKEGFDADEK
250 260 270 280 290 300
Conf: 333310248567898852109999999999999996463043358989875201014885
Pred: HHHHHHCCCHHHHHHHHHHCCCCCCCCCCCCCCCCCEEECCCCCCCCCCCCCHHCCCCCC
AA: VMEKVKILSIDQLEELFLSKAPNEPLLPPLPGQPPLINIGLVGYPNVGKSSTINSLVGAK
310 320 330 340 350 360
Conf: 112314898654210146059822216897434554345210123487443334455560
Pred: CEEEECCCCCCCCCCEEEECCCEEEECCCCCCCCCCCCCCCCEEECCCCCCCCCCCCCCC
AA: KVSVSSTPGKTKHFQTIKLSDSVMLCDCPGLVFPNFAYNKGELVCNGVLPIDQLRDYIGP
370 380 390 400 410 420
Conf: 467630387678977426020468987799999999999999999830942479999992
Pred: HHHHHCCCCHHHHHHHHCEEECCCCCCCCCCCCCCCHHHHHHHHHHHCCCCCCCCCCCCC
AA: AGLVAERIPKYYIEAIYGIHIQTKSRDEGGNGDIPTAQELLVAYARARGYMTQGYGSADE
430 440 450 460 470 480
Conf: 245668763103594001309999999998773435664210011269982457999998
Pred: HHHHHHHHHHHCCCCCEEECCCCCCCCCCCCCHHHHHHHHHHCCCCCCCCHHHHHHHHHH
AA: PRASRYILKDYVNGKLLYVNPPPHLEDDTPYTREECEEFNKDLYVFDRLPDTRKEQVQNA
490 500 510 520 530 540
Conf: 752299801121000000124578888522343334689731012012100210006899
Pred: HHHCCCCCHHHHHHCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCHHHHHCCHHHCCCCC
AA: AKAKGIDIVDLARDLNQLTFSAHTGGDTQKEAKSVTHGGKQAALYNAAEDLDRDFFKMNN
550 560 570 580 590 600
Conf: 9860166555456782555310467615787888852059
Pred: CCCCCCCCCCCCCCCHHHHHHCCCCCHHHHHHHHHHHHCC
AA: VEGRLSTPFHKVQNSSAGKRHNKKNKSKNAKSKVFSIENN
610 620 630 640
Show Conservation Score by AL2CO
1 M -1.000 *
2 P -1.000 *
3 P -1.000 *
4 K -1.000 *
5 E -1.000 *
6 A -1.000 *
7 P -1.000 *
8 K -1.000 *
9 K -1.000 *
10 W -1.000 *
11 K -1.000 *
12 A -1.000 *
13 P -1.000 *
14 K -1.000 *
15 G -1.000 *
16 P -1.000 *
17 K -1.000 *
18 P -1.000 *
19 T -1.000 *
20 H -1.000 *
21 R -1.000 *
22 K 0.154
23 N -0.340
24 K -0.604
25 N -0.408
26 K -0.743
27 L -0.673
28 E -0.035
29 L 1.187
30 G 2.658
31 R 0.483
32 A 0.300
33 I 0.541
34 K -0.249
35 Y 0.028
36 A -0.515
37 R 0.585
38 Q -0.671
39 K -0.329
40 E -0.627
41 N -0.792
42 A -0.850
43 I -0.832
44 E -0.893
45 Y -0.991
46 L -0.809
47 P -0.692
48 D -0.381
49 G -0.440
50 E -0.898
51 M -0.849
52 R -0.559
53 F -0.445
54 T -0.489
55 T -0.524
56 D -0.604
57 K -0.861
58 H -0.498
59 E -0.438
60 A -0.599
61 N -0.404
62 W -0.393
63 V -0.516
64 K -0.027
65 L 0.778
66 R 0.034
67 S 2.658
68 V 0.610
69 T 1.304
70 Q 0.833
71 E 0.238
72 S -0.123
73 A 0.211
74 L 0.984
75 D 0.534
76 E 0.780
77 F 1.214
78 L 1.014
79 S -0.087
80 T -0.170
81 A 1.002
82 A 0.107
83 L 1.023
84 A 0.656
85 D -0.243
86 K -0.481
87 D 0.050
88 F 1.070
89 T -0.419
90 A 0.133
91 D -0.102
92 R -0.067
93 H -0.928
94 S -0.213
95 N -0.462
96 V -0.453
97 K -0.623
98 I -0.175
99 I 0.089
100 R -0.779
101 M -0.735
102 D -0.500
103 S -0.715
104 G -0.706
105 N -0.732
106 D -0.476
107 S -1.000 *
108 A -1.000 *
109 T -1.000 *
110 S -0.922
111 Q -0.717
112 G -0.549
113 F -0.629
114 S -0.399
115 M 0.034
116 T -0.079
117 N -0.734
118 E -0.665
119 Q 0.023
120 R -0.720
121 G -0.825
122 N -0.773
123 L -0.504
124 N -0.713
125 A -0.702
126 K -0.572
127 Q -0.001
128 R -0.641
129 A -0.506
130 L -0.330
131 A -0.509
132 K -0.605
133 D -0.572
134 L 0.961
135 I -0.206
136 V 1.786
137 P 1.941
138 R 1.657
139 R 1.902
140 P 2.251
141 E -0.856
142 W 2.249
143 N -0.245
144 E -0.483
145 G -0.558
146 M 0.634
147 S 0.272
148 K -0.426
149 F -0.877
150 Q 0.023
151 L 1.446
152 D -0.294
153 R -0.618
154 Q -0.418
155 E 2.658
156 K 0.461
157 E -0.397
158 A -0.043
159 F 1.357
160 L 0.608
161 E -0.518
162 W 2.658
163 R 2.255
164 R 1.376
165 K -0.557
166 L 0.970
167 A 0.761
168 H -0.815
169 L 0.504
170 Q 0.450
171 E -1.000 *
172 S -0.319
173 N -0.657
174 E -0.501
175 D -0.277
176 L 0.188
177 L 0.076
178 L 0.669
179 T 2.658
180 P 2.658
181 F 1.792
182 E 2.658
183 R 1.795
184 N 2.658
185 I 1.171
186 E 0.634
187 V 0.864
188 W 2.658
189 K 1.869
190 Q 2.658
191 L 1.819
192 W 2.658
193 R 1.758
194 V 2.247
195 V 0.682
196 E 1.788
197 R 1.401
198 S 1.525
199 D 0.631
200 L 1.259
201 V 0.892
202 V 1.621
203 Q 1.445
204 I 1.901
205 V 1.195
206 D 2.251
207 A 1.198
208 R 2.251
209 N 0.674
210 P 2.255
211 L 0.693
212 L -0.281
213 F 1.611
214 R 0.542
215 S 1.022
216 V -0.694
217 D 1.024
218 L 1.319
219 E 0.308
220 R -0.862
221 Y 0.792
222 V 0.729
223 K -0.583
224 E 0.147
225 S -0.422
226 D -0.065
227 D -0.660
228 R -0.738
229 K 0.800
230 A -0.669
231 N 0.381
232 L 0.313
233 L 0.919
234 L 1.033
235 V 0.843
236 N 1.847
237 K 1.844
238 A 1.118
239 D 1.844
240 L 0.764
241 L 1.094
242 T 0.344
243 K -0.825
244 K -0.856
245 Q 0.609
246 R 1.583
247 I -0.787
248 A -0.888
249 W 1.583
250 A -0.189
251 K -0.585
252 Y 0.758
253 F 1.333
254 I -0.813
255 S -0.635
256 K -0.661
257 N -0.337
258 I 0.540
259 S -0.571
260 F 0.084
261 T -0.290
262 F 1.503
263 Y 0.467
264 S 0.891
265 A 1.296
266 L -0.604
267 R -0.805
268 A -0.537
269 N -0.728
270 Q -0.716
271 L -0.921
272 L -0.949
273 E -0.872
274 K -0.817
275 Q -0.907
276 K -0.975
277 E -0.836
278 M -0.954
279 G -1.008
280 E -1.065
281 D -1.096
282 Y -1.081
283 R -0.976
284 E -1.022
285 Q -1.053
286 D -1.070
287 F -1.050
288 E -1.038
289 E -1.066
290 A -1.100
291 D -0.994
292 K -1.042
293 E -0.951
294 G -1.100
295 F -1.093
296 D -1.015
297 A -0.947
298 D -1.071
299 E -1.080
300 K -0.997
301 V -1.057
302 M -1.036
303 E -0.991
304 K -1.034
305 V -1.080
306 K -0.832
307 I -0.929
308 L -1.086
309 S -1.013
310 I -1.008
311 D -0.985
312 Q -0.943
313 L -0.976
314 E -1.073
315 E -0.861
316 L -1.113
317 F -1.034
318 L -1.108
319 S -1.016
320 K -1.078
321 A -0.976
322 P -1.090
323 N -0.853
324 E -1.034
325 P -0.934
326 L -1.030
327 L -1.035
328 P -0.876
329 P -0.850
330 L -0.882
331 P -0.972
332 G -0.911
333 Q -0.851
334 P -0.721
335 P -0.796
336 L -0.802
337 I -0.627
338 N -0.720
339 I -0.298
340 G -0.177
341 L -0.550
342 V -0.702
343 G -0.626
344 Y -0.556
345 P -0.044
346 N 0.059
347 V -0.288
348 G 0.160
349 K 0.153
350 S 0.061
351 S -0.104
352 T 0.499
353 I -0.125
354 N 0.516
355 S 0.145
356 L 0.948
357 V -0.139
358 G -0.373
359 A -0.604
360 K 0.496
361 K 0.300
362 V 1.234
363 S 0.225
364 V 0.670
365 S 0.849
366 S 0.300
367 T 0.904
368 P 1.701
369 G 2.658
370 K 1.167
371 T 1.625
372 K 1.625
373 H 0.790
374 F 1.069
375 Q 1.625
376 T 2.061
377 I 1.083
378 K -0.516
379 L 0.433
380 S -0.035
381 D -0.185
382 S -0.385
383 V 0.720
384 M -0.049
385 L 1.165
386 C 1.145
387 D 1.614
388 C 1.936
389 P 2.658
390 G 2.658
391 L 1.868
392 V 2.249
393 F 1.017
394 P 1.840
395 N 0.629
396 F 1.699
397 A 0.183
398 Y -0.368
399 N 0.474
400 K 0.152
401 G 0.355
402 E 0.471
403 L 1.177
404 V 0.633
405 C 0.355
406 N -0.149
407 G 2.251
408 V 1.401
409 L 2.242
410 P 1.799
411 I 1.356
412 D 1.088
413 Q 0.728
414 L 0.921
415 R 0.818
416 D 0.501
417 Y -0.112
418 I -0.379
419 G 0.076
420 P 1.172
421 A 0.052
422 G -0.265
423 L 0.276
424 V 0.869
425 A 0.232
426 E -0.454
427 R -0.086
428 I 0.984
429 P 1.091
430 K 0.243
431 Y -0.934
432 Y -0.028
433 I 0.514
434 E 1.158
435 A -0.649
436 I -0.271
437 Y 1.597
438 G 0.499
439 I 0.700
440 H -0.841
441 I 0.901
442 Q -0.825
443 T -0.605
444 K -0.474
445 S -0.817
446 R -0.754
447 D -0.564
448 E 0.050
449 G -0.101
450 G -0.551
451 N -0.584
452 G -0.735
453 D -0.492
454 I -0.708
455 P 0.021
456 T -0.332
457 A 0.253
458 Q -0.544
459 E 0.069
460 L 0.661
461 L 1.177
462 V -0.837
463 A 0.405
464 Y 1.359
465 A 0.886
466 R -0.652
467 A -0.230
468 R 1.896
469 G 2.246
470 Y 0.770
471 M -0.548
472 T 0.362
473 Q 0.247
474 G 0.270
475 Y -0.672
476 G 1.628
477 S -0.305
478 A 0.897
479 D 1.893
480 E -0.446
481 P 0.422
482 R 1.365
483 A 0.865
484 S 1.438
485 R 2.246
486 Y -0.638
487 I 1.038
488 L 1.112
489 K 1.926
490 D 2.058
491 Y 1.794
492 V 0.829
493 N -0.523
494 G 1.549
495 K 1.328
496 L 1.502
497 L 0.327
498 Y 0.897
499 V -0.106
500 N -0.722
501 P -0.037
502 P 2.658
503 P 0.815
504 H -0.741
505 L -1.036
506 E -0.799
507 D -0.632
508 D -0.825
509 T -0.811
510 P -0.967
511 Y -1.003
512 T -1.002
513 R -1.000 *
514 E -1.000 *
515 E -0.875
516 C -0.939
517 E -0.858
518 E -0.824
519 F -0.940
520 N -0.698
521 K -0.788
522 D -0.787
523 L -0.883
524 Y -1.003
525 V -0.859
526 F -1.060
527 D -0.865
528 R -0.894
529 L -0.792
530 P -0.611
531 D -0.851
532 T -0.901
533 R -0.845
534 K -0.844
535 E -0.890
536 Q -0.946
537 V -0.894
538 Q -0.866
539 N -0.861
540 A -1.002
541 A -0.987
542 K -0.934
543 A -0.948
544 K -0.862
545 G -0.917
546 I -0.899
547 D -0.729
548 I -0.931
549 V -0.960
550 D -0.931
551 L -0.928
552 A -0.770
553 R -0.748
554 D -0.709
555 L -0.727
556 N -0.836
557 Q -0.972
558 L -0.929
559 T -0.892
560 F -0.829
561 S -0.881
562 A -0.853
563 H -0.969
564 T -0.909
565 G -0.892
566 G -0.817
567 D -0.885
568 T -0.886
569 Q -0.943
570 K -0.887
571 E -0.978
572 A -0.936
573 K -0.958
574 S -0.988
575 V -0.961
576 T -0.837
577 H -0.999
578 G -0.933
579 G -0.956
580 K -0.971
581 Q -0.878
582 A -0.878
583 A -0.802
584 L -0.939
585 Y -0.854
586 N -0.792
587 A -0.767
588 A -0.874
589 E -0.751
590 D -0.860
591 L -0.615
592 D -0.082
593 R -0.525
594 D -0.586
595 F 0.352
596 F -0.547
597 K -0.667
598 M -0.751
599 N -0.748
600 N -0.688
601 V -0.799
602 E -0.875
603 G -0.320
604 R -0.660
605 L -0.815
606 S -0.851
607 T -0.833
608 P -0.399
609 F -0.634
610 H -0.781
611 K -1.000 *
612 V -1.000 *
613 Q -0.649
614 N -0.665
615 S -0.797
616 S -0.774
617 A -0.412
618 G -0.605
619 K -0.667
620 R -0.482
621 H -1.000 *
622 N -1.000 *
623 K -1.000 *
624 K -0.420
625 N -0.762
626 K -0.148
627 S -0.054
628 K -0.232
629 N 0.556
630 A -0.356
631 K 0.086
632 S -1.000 *
633 K -1.000 *
634 V -1.000 *
635 F -1.000 *
636 S -1.000 *
637 I -1.000 *
638 E -1.000 *
639 N -1.000 *
640 N -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 - 370.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
MPPKEAPKKW KAPKGPKPTH RKNKNKLELG RAIKYARQKE NAIEYLPDGE MRFTTDKHEA
70 80 90 100 110 120
NWVKLRSVTQ ESALDEFLST AALADKDFTA DRHSNVKIIR MDSGNDSATS QGFSMTNEQR
130 140 150 160 170 180
GNLNAKQRAL AKDLIVPRRP EWNEGMSKFQ LDRQEKEAFL EWRRKLAHLQ ESNEDLLLTP
190 200 210 220 230 240
FERNIEVWKQ LWRVVERSDL VVQIVDARNP LLFRSVDLER YVKESDDRKA NLLLVNKADL
250 260 270 280 290 300
LTKKQRIAWA KYFISKNISF TFYSALRANQ LLEKQKEMGE DYREQDFEEA DKEGFDADEK
310 320 330 340 350 360
VMEKVKILSI DQLEELFLSK APNEPLLPPL PGQPPLINIG LVGYPNVGKS STINSLVGAK
370 380 390 400 410 420
KVSVSSTPGK TKHFQTIKLS DSVMLCDCPG LVFPNFAYNK GELVCNGVLP IDQLRDYIGP
430 440 450 460 470 480
AGLVAERIPK YYIEAIYGIH IQTKSRDEGG NGDIPTAQEL LVAYARARGY MTQGYGSADE
490 500 510 520 530 540
PRASRYILKD YVNGKLLYVN PPPHLEDDTP YTREECEEFN KDLYVFDRLP DTRKEQVQNA
550 560 570 580 590 600
AKAKGIDIVD LARDLNQLTF SAHTGGDTQK EAKSVTHGGK QAALYNAAED LDRDFFKMNN
610 620 630 640
VEGRLSTPFH KVQNSSAGKR HNKKNKSKNA KSKVFSIENN
5T62 (CryoEm,3.3 Å resolution)
Lsg1 is GTPase required for the nuclear export of the 60S ribosomal subunit by facilitating the release of Nmd3 (NES entries 3 and 4). It is also identified in proteomics study by Kirli et al. as a CRM1 binder itself. Export activity is verified as GFP- and GFP-NLS-fusions in an LMB-sensitive manner. No putative NES have been identified 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.