Show FASTA Format
>gi|19858892|sp|P36616.2|DSK1_SCHPO RecName: Full=Protein kinase dsk1; AltName: Full=Dis1-suppressing protein kinase
MGSDGSSLSPKVSQPGHTEIVDHVSEKVITNGKNVNKKVNAEVDGKSMVEKVKTHEENAEDYHYGGYHPV
YIGEEFHHRRYVVERKLGWGHFSTVWLAYDRAAKRRVALKVVRSAEHYRETSIDEIRILQKIREGDEKHL
GKKHIISLLDYFVHRGPNGAHVCMVFEVLGENLLSLIQSYGHRGVPVGIVKQIAYQLLIALDYLHRECGI
IHTDLKPENVLICIDQDALQHIEAPATTSSPTSNTSSSKTRNNTGYTAKAPIIKRGQSVDNSAQERKTFA
KNPTKNSKPAGQVIPSSPFTSTLSRFPSLEGAVSEISLRDSQKHNSHPNSPFSSGDNSLILDGVNGSQEP
VPKITVKIADLGNACWTRKHFTNDVQTRQYRSPEVILGCRWGASADCWSFACIIFELLTGDYLFDPRNGN
SYSKEDDHIAQIIELLVNYPKQMALSGKHSRDLFNRRGELRNIHKLKFWPLKDVLEQKYHFSAELAQQIS
DFLSPMLCFDPAKRTNAGYMSNSPWLREVADPTFKIETTGATGEDVPGWATEIR
Show Domain Info by CDD
Show Secondary Structure by PSIPRED
# PSIPRED HFORMAT (PSIPRED V3.2)
Conf: 999999999988899997765654432115898888778755588764566784347933
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: MGSDGSSLSPKVSQPGHTEIVDHVSEKVITNGKNVNKKVNAEVDGKSMVEKVKTHEENAE
10 20 30 40 50 60
Conf: 878987435200830159718999853776530335423439994499988403620234
Pred: CCCCCCCCCCCCCCCCCCCEEEEEEECCCCCCCEEEEEEECCCCCEEEEEEEECCCCHHH
AA: DYHYGGYHPVYIGEEFHHRRYVVERKLGWGHFSTVWLAYDRAAKRRVALKVVRSAEHYRE
70 80 90 100 110 120
Conf: 467999999688725999888653566255620007996269998520202199999964
Pred: HHHHHHHHHHHHHHCCCCCCCCCCEEEECCCCCCCCCCCCEEEEEEECCCHHHHHHHHHH
AA: TSIDEIRILQKIREGDEKHLGKKHIISLLDYFVHRGPNGAHVCMVFEVLGENLLSLIQSY
130 140 150 160 170 180
Conf: 899986347999999999406110001474678999883689754310101458888889
Pred: CCCCCCHHHHHHHHHHHHHCCCCCCCCCCCCCCCCCCCCEEEEECCCHHCCCCCCCCCCC
AA: GHRGVPVGIVKQIAYQLLIALDYLHRECGIIHTDLKPENVLICIDQDALQHIEAPATTSS
190 200 210 220 230 240
Conf: 999898997778987677886557898898705664201479999999999867999988
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCHHHHHHCCCCCCCCCCCCCCCCCCCCCC
AA: PTSNTSSSKTRNNTGYTAKAPIIKRGQSVDNSAQERKTFAKNPTKNSKPAGQVIPSSPFT
250 260 270 280 290 300
Conf: 789999998677544554556678999999999899877679999999999950379824
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCEEEEECC
AA: STLSRFPSLEGAVSEISLRDSQKHNSHPNSPFSSGDNSLILDGVNGSQEPVPKITVKIAD
310 320 330 340 350 360
Conf: 776322365557752222346940201699898414677889998661278223699999
Pred: CCCCCCCCCCCCCCCCCCCCCCCEEEECCCCCCCHHHHHHHHHHHHHHCCCCCCCCCCCC
AA: LGNACWTRKHFTNDVQTRQYRSPEVILGCRWGASADCWSFACIIFELLTGDYLFDPRNGN
370 380 390 400 410 420
Conf: 999873589999998328855668218623555236887446677898992357777329
Pred: CCCCCHHHHHHHHHHHCCCCHHHHHCCCCHHHHHCCCCCCCCCCCCCCCCCHHHHHHHCC
AA: SYSKEDDHIAQIIELLVNYPKQMALSGKHSRDLFNRRGELRNIHKLKFWPLKDVLEQKYH
430 440 450 460 470 480
Conf: 999999985764420146798899993222059787899999863334788778887643
Pred: CCHHHHHHHHHHHHHCCCCCCCCCCCHHHHCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: FSAELAQQISDFLSPMLCFDPAKRTNAGYMSNSPWLREVADPTFKIETTGATGEDVPGWA
490 500 510 520 530 540
Conf: 3259
Pred: CCCC
AA: TEIR
Show Conservation Score by AL2CO
1 M -1.000 *
2 G -1.000 *
3 S -1.000 *
4 D -1.000 *
5 G -1.000 *
6 S -1.000 *
7 S -1.000 *
8 L -1.000 *
9 S -1.000 *
10 P -1.000 *
11 K -1.000 *
12 V -1.000 *
13 S -1.000 *
14 Q -1.000 *
15 P -1.000 *
16 G -1.000 *
17 H -1.000 *
18 T -1.000 *
19 E -1.000 *
20 I -1.000 *
21 V -1.000 *
22 D -1.000 *
23 H -1.000 *
24 V -1.000 *
25 S -1.000 *
26 E -1.000 *
27 K -1.000 *
28 V -1.000 *
29 I -1.000 *
30 T -1.000 *
31 N -1.000 *
32 G -1.000 *
33 K -1.000 *
34 N -1.000 *
35 V -1.000 *
36 N -1.000 *
37 K -1.000 *
38 K -1.000 *
39 V -1.000 *
40 N -1.000 *
41 A -1.000 *
42 E -1.000 *
43 V -1.000 *
44 D -1.000 *
45 G -1.000 *
46 K -1.000 *
47 S -1.000 *
48 M -1.000 *
49 V -1.000 *
50 E -1.000 *
51 K -1.000 *
52 V -0.979
53 K -0.887
54 T -0.526
55 H -0.274
56 E 0.575
57 E 3.142
58 N -0.510
59 A -0.709
60 E -0.491
61 D 0.092
62 Y 2.599
63 H -0.477
64 Y -0.344
65 G 2.203
66 G 2.557
67 Y 2.534
68 H 1.118
69 P -0.513
70 V 0.715
71 Y -0.916
72 I -0.039
73 G 0.814
74 E 0.882
75 E -0.902
76 F 1.225
77 H -0.499
78 H 0.091
79 R 0.062
80 R 0.327
81 Y 2.873
82 V -0.175
83 V 1.440
84 E -0.022
85 R -0.239
86 K 1.211
87 L 2.078
88 G 2.696
89 W 0.870
90 G 3.405
91 H 0.135
92 F 2.118
93 S 2.126
94 T 1.080
95 V 1.893
96 W 2.091
97 L 1.229
98 A 0.920
99 Y -0.719
100 D 1.392
101 R -0.943
102 A -0.824
103 A -0.949
104 K -0.362
105 R -0.573
106 R 0.022
107 V 0.109
108 A 1.680
109 L 1.463
110 K 3.509
111 V 1.831
112 V 0.147
113 R 1.187
114 S 1.187
115 A 0.252
116 E -0.781
117 H -0.655
118 Y 0.123
119 R -0.396
120 E 0.241
121 T 0.819
122 S 0.629
123 I -0.522
124 D 0.028
125 E 2.705
126 I 0.831
127 R -0.228
128 I 0.860
129 L 1.162
130 Q -0.566
131 K -0.611
132 I 0.012
133 R -0.772
134 E -0.523
135 G -0.868
136 D -0.755
137 E -0.744
138 K -0.889
139 H -0.517
140 L -0.682
141 G -0.494
142 K -0.608
143 K -0.924
144 H -0.457
145 I 0.810
146 I 0.606
147 S -0.768
148 L 1.040
149 L 0.088
150 D 1.822
151 Y -0.481
152 F 2.883
153 V -0.787
154 H -0.149
155 R -0.886
156 G 1.373
157 P 0.096
158 N -0.035
159 G 0.432
160 A -0.744
161 H 1.340
162 V -0.268
163 C 0.926
164 M 0.578
165 V 0.902
166 F 0.498
167 E 0.662
168 V -0.204
169 L 1.106
170 G 0.833
171 E -0.571
172 N 0.613
173 L 1.104
174 L 0.349
175 S -0.569
176 L 0.254
177 I 0.222
178 Q -0.563
179 S -0.568
180 Y -0.457
181 G -0.622
182 H -0.710
183 R -0.589
184 G 0.108
185 V -0.395
186 P 0.329
187 V -0.395
188 G -0.816
189 I -0.725
190 V 1.013
191 K 1.632
192 Q -0.554
193 I 1.367
194 A 0.028
195 Y -0.548
196 Q -0.034
197 L 0.577
198 L 0.925
199 I -0.511
200 A 1.605
201 L 1.086
202 D -0.095
203 Y 1.053
204 L 1.282
205 H 1.817
206 R -0.109
207 E -0.723
208 C 0.009
209 G -0.121
210 I 0.773
211 I 1.319
212 H 2.915
213 T 0.972
214 D 2.713
215 L 1.227
216 K 1.234
217 P 1.328
218 E 0.702
219 N 2.713
220 V 0.966
221 L 0.935
222 I 0.899
223 C -0.947
224 I -0.100
225 D -0.322
226 Q -0.434
227 D -0.519
228 A -0.908
229 L -0.441
230 Q -0.672
231 H -0.900
232 I -0.538
233 E -0.932
234 A -0.837
235 P -0.800
236 A -0.797
237 T -0.819
238 T -0.605
239 S -1.031
240 S -0.924
241 P -0.737
242 T -0.716
243 S -0.792
244 N -0.940
245 T -0.809
246 S -0.818
247 S -0.683
248 S -0.888
249 K -0.606
250 T -0.707
251 R -0.768
252 N -0.698
253 N -0.644
254 T -0.812
255 G -0.588
256 Y -0.904
257 T -1.010
258 A -0.971
259 K -0.956
260 A -0.775
261 P -0.652
262 I -0.673
263 I -0.968
264 K -0.712
265 R -0.722
266 G -0.942
267 Q -0.666
268 S -0.923
269 V -0.975
270 D -0.976
271 N -0.997
272 S -1.035
273 A -0.943
274 Q -1.068
275 E -0.923
276 R -0.931
277 K -0.841
278 T -0.962
279 F -0.984
280 A -0.905
281 K -0.895
282 N -0.873
283 P -0.938
284 T -0.985
285 K -0.870
286 N -0.948
287 S -0.917
288 K -1.006
289 P -0.949
290 A -0.866
291 G -0.729
292 Q -1.056
293 V -0.903
294 I -0.900
295 P -0.994
296 S -0.939
297 S -0.964
298 P -0.708
299 F -1.010
300 T -0.845
301 S -0.939
302 T -0.947
303 L -0.969
304 S -0.752
305 R -0.999
306 F -0.962
307 P -0.846
308 S -0.796
309 L -1.036
310 E -0.784
311 G -0.919
312 A -0.964
313 V -0.779
314 S -0.975
315 E -0.823
316 I -0.972
317 S -1.009
318 L -1.039
319 R -0.903
320 D -0.909
321 S -0.766
322 Q -1.049
323 K -0.801
324 H -0.874
325 N -0.850
326 S -0.999
327 H -0.945
328 P -1.048
329 N -0.658
330 S -0.803
331 P -0.673
332 F -0.992
333 S -0.857
334 S -0.707
335 G -0.737
336 D -0.657
337 N -0.700
338 S -0.884
339 L -0.751
340 I -0.949
341 L -0.739
342 D -0.499
343 G -0.810
344 V -0.993
345 N -0.784
346 G -0.892
347 S -0.903
348 Q -1.089
349 E -0.678
350 P -0.784
351 V -0.973
352 P -0.743
353 K -0.909
354 I -0.616
355 T -0.757
356 V -0.758
357 K -0.401
358 I -0.114
359 A 0.023
360 D -0.001
361 L -0.458
362 G 0.304
363 N -0.617
364 A -0.326
365 C 0.199
366 W -0.108
367 T -0.577
368 R -0.779
369 K -0.851
370 H -0.152
371 F -0.504
372 T -0.061
373 N -0.600
374 D -0.810
375 V 0.407
376 Q -0.239
377 T 0.261
378 R -0.131
379 Q 0.093
380 Y 0.210
381 R -0.054
382 S 1.041
383 P 1.319
384 E 2.492
385 V 0.549
386 I 1.096
387 L 0.922
388 G -0.055
389 C -0.891
390 R -0.549
391 W 0.912
392 G 0.721
393 A -0.404
394 S -0.032
395 A 0.394
396 D 2.714
397 C 0.693
398 W 2.772
399 S 1.706
400 F 0.043
401 A 1.806
402 C 1.362
403 I 0.460
404 I 0.172
405 F 0.434
406 E 1.671
407 L 1.056
408 L 0.214
409 T 1.400
410 G 1.246
411 D -0.057
412 Y -0.453
413 L 1.680
414 F 2.591
415 D 0.110
416 P 1.651
417 R -0.339
418 N -0.526
419 G -0.045
420 N -0.446
421 S -0.853
422 Y -0.285
423 S -0.325
424 K 0.005
425 E 0.589
426 D 0.177
427 D 0.799
428 H 1.786
429 I 1.148
430 A -0.147
431 Q 0.728
432 I 0.372
433 I -0.317
434 E 0.807
435 L 0.778
436 L 0.657
437 V 1.192
438 N -0.715
439 Y 0.159
440 P 1.113
441 K -0.700
442 Q -0.784
443 M 0.007
444 A -0.552
445 L -0.784
446 S -0.773
447 G 0.820
448 K -0.771
449 H -0.582
450 S -0.391
451 R -0.592
452 D -0.680
453 L 0.438
454 F 1.759
455 N 0.191
456 R -0.365
457 R -0.495
458 G -0.257
459 E -0.525
460 L 0.664
461 R 0.306
462 N 0.158
463 I 0.262
464 H -0.581
465 K -0.466
466 L 0.324
467 K -0.120
468 F -0.696
469 W -0.110
470 P -0.229
471 L 0.565
472 K -1.029
473 D -0.079
474 V 0.304
475 L 1.236
476 E -0.536
477 Q 0.128
478 K 0.625
479 Y 0.381
480 H -0.605
481 F 0.328
482 S -0.378
483 A -0.818
484 E -0.624
485 L 0.045
486 A 0.376
487 Q -0.887
488 Q -0.781
489 I 0.878
490 S -0.283
491 D 0.058
492 F 1.630
493 L 1.767
494 S -0.723
495 P -0.379
496 M 1.084
497 L 2.281
498 C -0.470
499 F -0.111
500 D -0.613
501 P 0.532
502 A -0.481
503 K -0.600
504 R 3.564
505 T -0.372
506 N -0.059
507 A 1.412
508 G -0.711
509 Y -0.573
510 M 0.359
511 S 1.136
512 N -0.605
513 S 0.704
514 P -0.696
515 W 2.024
516 L 1.445
517 R -0.838
518 E -1.000 *
519 V -1.000 *
520 A -1.000 *
521 D -1.000 *
522 P -1.000 *
523 T -1.000 *
524 F -1.000 *
525 K -1.000 *
526 I -1.000 *
527 E -1.000 *
528 T -1.000 *
529 T -1.000 *
530 G -1.000 *
531 A -1.000 *
532 T -1.000 *
533 G -1.000 *
534 E -1.000 *
535 D -1.000 *
536 V -1.000 *
537 P -1.000 *
538 G -1.000 *
539 W -1.000 *
540 A -1.000 *
541 T -1.000 *
542 E -1.000 *
543 I -1.000 *
544 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 - 70.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
MGSDGSSLSP KVSQPGHTEI VDHVSEKVIT NGKNVNKKVN AEVDGKSMVE KVKTHEENAE
70 80 90 100 110 120
DYHYGGYHPV YIGEEFHHRR YVVERKLGWG HFSTVWLAYD RAAKRRVALK VVRSAEHYRE
130 140 150 160 170 180
TSIDEIRILQ KIREGDEKHL GKKHIISLLD YFVHRGPNGA HVCMVFEVLG ENLLSLIQSY
190 200 210 220 230 240
GHRGVPVGIV KQIAYQLLIA LDYLHRECGI IHTDLKPENV LICIDQDALQ HIEAPATTSS
250 260 270 280 290 300
PTSNTSSSKT RNNTGYTAKA PIIKRGQSVD NSAQERKTFA KNPTKNSKPA GQVIPSSPFT
310 320 330 340 350 360
STLSRFPSLE GAVSEISLRD SQKHNSHPNS PFSSGDNSLI LDGVNGSQEP VPKITVKIAD
370 380 390 400 410 420
LGNACWTRKH FTNDVQTRQY RSPEVILGCR WGASADCWSF ACIIFELLTG DYLFDPRNGN
430 440 450 460 470 480
SYSKEDDHIA QIIELLVNYP KQMALSGKHS RDLFNRRGEL RNIHKLKFWP LKDVLEQKYH
490 500 510 520 530 540
FSAELAQQIS DFLSPMLCFD PAKRTNAGYM SNSPWLREVA DPTFKIETTG ATGEDVPGWA
TEIR
Dsk1 is a S. Pombe protein kinase acting on splicing factors. During interphase, it localizes in the cytoplasm. Previous works showed that a mutant Dsk1 lacking residues 228-352 localizes to both the nucleus and the cytoplasm. Fukuda et al. demonstrated that a putative NES sequence (aa 308-320), when conjugated to OV, was found to be completely excluded from the nucleus, after being injected into the nucleus. They also reported that Dsk localized to both the cytoplasm and the nucleus in the presence of LMB.
[1]. "CRM1 is responsible for intracellular transport mediated by the nuclear export signal"
Fukuda, M., Asano, S., Nakamura, T., Adachi, M., Yoshida, M., Yanagida, M., Nishida, E. (1997)
Nature,
390:308-311
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.