Ankyrin repeat and LEM domain-containing protein 1
UniProt
Ankyrin repeat domain-containing protein 41 (ANKRD41), LEM-domain containing protein 3 (LEM3)
Show FASTA Format
>sp|Q8NAG6|ANKL1_HUMAN Ankyrin repeat and LEM domain-containing protein 1 OS=Homo sapiens OX=9606 GN=ANKLE1 PE=1 SV=2
MCSEARLARRLRDALREEEPWAVEELLRCGADPNLVLEDGAAAVHLAAGARHPRGLRCLG
ALLRQGGDPNARSVEALTPLHVAAAWGCRRGLELLLSQGADPALRDQDGLRPLDLALQQG
HLECARVLQDLDTRTRTRTRIGAETQEPEPAPGTPGLSGPTDETLDSIALQKQPCRGDNR
DIGLEADPGPPSLPVPLETVDKHGSSASPPGHWDYSSDASFVTAVEVSGAEDPASDTPPW
AGSLPPTRQGLLHVVHANQRVPRSQGTEAELNARLQALTLTPPNAAGFQSSPSSMPLLDR
SPAHSPPRTPTPGASDCHCLWEHQTSIDSDMATLWLTEDEASSTGGREPVGPCRHLPVST
VSDLELLKGLRALGENPHPITPFTRQLYHQQLEEAQIAPGPEFSGHSLELAAALRTGCIP
DVQADEDALAQQFEQPDPARRWREGVVKSSFTYLLLDPRETQDLPARAFSLTPAERLQTF
IRAIFYVGKGTRARPYVHLWEALGHHGRSRKQPHQACPKVRQILDIWASGCGVVSLHCFQ
HVVAVEAYTREACIVEALGIQTLTNQKQGHCYGVVAGWPPARRRRLGVHLLHRALLVFLA
EGERQLHPQDIQARG
Show Domain Info by CDD
Show Secondary Structure by PSIPRED
# PSIPRED HFORMAT (PSIPRED V3.2)
Conf: 960569999999999707999999999959999878899952888883079920889999
Pred: CCCHHHHHHHHHHHHHHCCHHHHHHHHHCCCCCCCCCCCCCHHHHHHHCCCCCHHHHHHH
AA: MCSEARLARRLRDALREEEPWAVEELLRCGADPNLVLEDGAAAVHLAAGARHPRGLRCLG
10 20 30 40 50 60
Conf: 999649999735699996989999819946999999599998877999999999999849
Pred: HHHHCCCCCCCCCCCCCCHHHHHHHHCCHHHHHHHHHCCCCCCCCCCCCCCHHHHHHHCC
AA: ALLRQGGDPNARSVEALTPLHVAAAWGCRRGLELLLSQGADPALRDQDGLRPLDLALQQG
70 80 90 100 110 120
Conf: 998999996236876433335887778899999999999998443000013798899986
Pred: CHHHHHHHHHCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCHHHCCCCCCCCCCC
AA: HLECARVLQDLDTRTRTRTRIGAETQEPEPAPGTPGLSGPTDETLDSIALQKQPCRGDNR
130 140 150 160 170 180
Conf: 688988999999999952136689999999998888886200222104999999999999
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCHHHHHCCCCCCCCCCCCCC
AA: DIGLEADPGPPSLPVPLETVDKHGSSASPPGHWDYSSDASFVTAVEVSGAEDPASDTPPW
190 200 210 220 230 240
Conf: 999998647864324656888899774000121101234689898887889997667788
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCHHHHHHHCCCCCCCCCCCCCCCCCCCCCCCCC
AA: AGSLPPTRQGLLHVVHANQRVPRSQGTEAELNARLQALTLTPPNAAGFQSSPSSMPLLDR
250 260 270 280 290 300
Conf: 998899999999999986555665434611001120000013579999899988899977
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCHHHCCCCCCCCCCCCCCCCCCCCC
AA: SPAHSPPRTPTPGASDCHCLWEHQTSIDSDMATLWLTEDEASSTGGREPVGPCRHLPVST
310 320 330 340 350 360
Conf: 881999999854499999888988501199899998189999778858899999819998
Pred: CCHHHHHHHHHHCCCCCCCCCCCCCCCHHHHHHHHHHCCCCCCCCCCHHHHHHHHCCCCC
AA: VSDLELLKGLRALGENPHPITPFTRQLYHQQLEEAQIAPGPEFSGHSLELAAALRTGCIP
370 380 390 400 410 420
Conf: 437999999966039998765568864322188413986457986113799957899983
Pred: CHHHHHHHHHHHCCCCCCCCCCCCCCCCCCEEEEECCCCCCCCCCCCCCCCCHHHHHHHH
AA: DVQADEDALAQQFEQPDPARRWREGVVKSSFTYLLLDPRETQDLPARAFSLTPAERLQTF
430 440 450 460 470 480
Conf: 530010145677897048999864215899999988836899999984499604883025
Pred: HHHCCCCCCCCCCCCHHHHHHHHHCCCCCCCCCCCCCHHHHHHHHHHHCCCCEEEEECCC
AA: IRAIFYVGKGTRARPYVHLWEALGHHGRSRKQPHQACPKVRQILDIWASGCGVVSLHCFQ
490 500 510 520 530 540
Conf: 642321002110313012985423567861777445799777845579999999999987
Pred: CCCCCCCCCCHHHHHHCCCCCCCCCCCCCEEEEECCCCCHHHHHHHHHHHHHHHHHHHHH
AA: HVVAVEAYTREACIVEALGIQTLTNQKQGHCYGVVAGWPPARRRRLGVHLLHRALLVFLA
550 560 570 580 590 600
Conf: 134557835313469
Pred: HCCCCCCCCCCCCCC
AA: EGERQLHPQDIQARG
610
Show Conservation Score by AL2CO
1 M -1.000 *
2 C -1.000 *
3 S -1.000 *
4 E -1.000 *
5 A -1.000 *
6 R -1.000 *
7 L -1.000 *
8 A -1.000 *
9 R -1.000 *
10 R -1.000 *
11 L -1.000 *
12 R 0.421
13 D -0.487
14 A 1.266
15 L 0.602
16 R 0.217
17 E -0.439
18 E 0.002
19 E 0.557
20 P -0.563
21 W -0.548
22 A -0.399
23 V 0.673
24 E -0.678
25 E -0.683
26 L 1.353
27 L 1.432
28 R -0.584
29 C -0.296
30 G 1.243
31 A 0.392
32 D 0.031
33 P 0.251
34 N 0.376
35 L -0.284
36 V -0.263
37 L 0.071
38 E -0.473
39 D -0.223
40 G 1.148
41 A -0.421
42 A 1.248
43 A 1.397
44 V 1.143
45 H 2.458
46 L 0.272
47 A 0.846
48 A 0.731
49 G 0.002
50 A -0.751
51 R 0.018
52 H -0.179
53 P -0.306
54 R -0.601
55 G -0.360
56 L -0.042
57 R -0.183
58 C 0.173
59 L 0.953
60 G -0.338
61 A -0.417
62 L 0.859
63 L 1.478
64 R -0.450
65 Q -0.563
66 G 0.139
67 G 0.205
68 D -0.034
69 P 0.834
70 N 0.657
71 A -0.085
72 R -0.399
73 S 0.076
74 V -0.409
75 E -0.184
76 A 0.175
77 L -0.335
78 T 1.569
79 P 1.755
80 L 1.823
81 H 2.121
82 V 0.821
83 A 2.027
84 A 0.994
85 A -0.349
86 W -0.279
87 G 1.051
88 C -0.060
89 R -0.693
90 R -0.410
91 G -0.106
92 L 1.031
93 E -0.628
94 L 0.343
95 L 2.363
96 L 1.499
97 S -0.466
98 Q -0.508
99 G 0.431
100 A 1.120
101 D 0.365
102 P 0.410
103 A -0.703
104 L -0.016
105 R -0.534
106 D 0.295
107 Q -0.582
108 D 0.297
109 G 1.136
110 L -0.227
111 R 0.157
112 P 1.403
113 L -0.072
114 D 0.910
115 L 0.241
116 A 1.517
117 L -0.291
118 Q -0.369
119 Q -0.565
120 G 0.178
121 H -0.201
122 L -1.014
123 E -0.408
124 C 0.156
125 A -0.007
126 R -0.575
127 V 0.118
128 L 2.465
129 Q -0.239
130 D -0.236
131 L -0.507
132 D -0.752
133 T -0.638
134 R -0.783
135 T -0.804
136 R -0.826
137 T -0.854
138 R -0.575
139 T -0.718
140 R -0.588
141 I -0.926
142 G -0.206
143 A -0.777
144 E -0.538
145 T -0.655
146 Q -0.947
147 E -0.937
148 P -0.467
149 E -0.832
150 P -0.671
151 A -0.940
152 P -0.985
153 G -1.030
154 T -0.722
155 P -0.784
156 G -0.845
157 L -0.988
158 S -0.801
159 G -0.593
160 P -0.917
161 T -0.730
162 D -0.694
163 E -0.778
164 T -0.635
165 L -0.986
166 D -0.844
167 S -0.879
168 I -0.808
169 A -0.867
170 L -0.891
171 Q -0.821
172 K -0.966
173 Q -0.870
174 P -0.356
175 C -0.876
176 R -0.876
177 G -0.790
178 D -0.385
179 N -0.798
180 R -0.617
181 D -0.542
182 I -0.963
183 G -0.887
184 L -0.854
185 E -0.667
186 A -0.681
187 D -0.715
188 P -1.047
189 G -0.804
190 P -0.678
191 P -0.664
192 S -1.019
193 L -0.823
194 P -0.872
195 V -0.611
196 P -0.781
197 L -0.284
198 E -0.694
199 T -0.649
200 V -0.160
201 D -0.796
202 K -0.787
203 H -0.879
204 G -0.493
205 S -0.848
206 S -0.789
207 A -0.615
208 S -0.715
209 P -0.454
210 P -0.908
211 G -0.703
212 H -0.643
213 W -0.944
214 D -0.449
215 Y -0.849
216 S -0.539
217 S -1.003
218 D -0.650
219 A -0.566
220 S -0.406
221 F -0.734
222 V -0.527
223 T -0.666
224 A -0.652
225 V -0.384
226 E -0.223
227 V -0.843
228 S -0.920
229 G -0.337
230 A -0.733
231 E -0.628
232 D -0.866
233 P -0.637
234 A -0.616
235 S -0.818
236 D -0.806
237 T -0.962
238 P -0.629
239 P -0.693
240 W -0.926
241 A -0.590
242 G -0.720
243 S -0.900
244 L -0.968
245 P -0.750
246 P -0.958
247 T -0.774
248 R -0.909
249 Q -0.863
250 G -0.695
251 L -0.823
252 L -0.779
253 H -0.727
254 V -0.794
255 V -0.927
256 H -0.913
257 A -0.809
258 N -0.728
259 Q -0.632
260 R -0.792
261 V -0.987
262 P -0.686
263 R -0.867
264 S -0.901
265 Q -0.637
266 G -0.535
267 T -0.685
268 E -0.497
269 A -0.717
270 E -0.681
271 L -0.837
272 N -0.601
273 A -0.646
274 R -0.826
275 L -0.400
276 Q -0.636
277 A -1.004
278 L -0.626
279 T -0.570
280 L -0.860
281 T -0.760
282 P -0.442
283 P -0.745
284 N -0.880
285 A -0.599
286 A -0.616
287 G -0.758
288 F -0.889
289 Q -0.631
290 S -0.619
291 S -0.729
292 P -0.567
293 S -0.665
294 S -0.900
295 M -0.852
296 P -0.754
297 L -0.889
298 L -0.830
299 D -0.554
300 R -0.679
301 S -0.932
302 P -0.945
303 A -0.788
304 H -1.008
305 S -0.649
306 P -0.856
307 P -0.671
308 R -0.822
309 T -0.667
310 P -0.903
311 T -0.751
312 P -0.621
313 G -1.012
314 A -0.823
315 S -0.758
316 D -0.646
317 C -1.046
318 H -0.771
319 C -0.963
320 L -0.829
321 W -0.939
322 E -0.775
323 H -0.752
324 Q -0.752
325 T -0.647
326 S -0.870
327 I -0.897
328 D -0.772
329 S -0.743
330 D -0.387
331 M -0.646
332 A -0.795
333 T -0.807
334 L -0.985
335 W -0.915
336 L -0.922
337 T -0.726
338 E -0.899
339 D -0.806
340 E -0.582
341 A -0.874
342 S -0.906
343 S -0.617
344 T -0.638
345 G -0.734
346 G -0.529
347 R -0.640
348 E -0.243
349 P -0.747
350 V -0.764
351 G -0.714
352 P -0.584
353 C -0.869
354 R -1.070
355 H -0.858
356 L -0.657
357 P -0.655
358 V -0.729
359 S -0.399
360 T -0.927
361 V -0.401
362 S 0.169
363 D 0.721
364 L -0.688
365 E -0.106
366 L 0.850
367 L -0.100
368 K -0.454
369 G 0.354
370 L 0.290
371 R -0.560
372 A -0.292
373 L -0.022
374 G 0.910
375 E -0.394
376 N -0.733
377 P 0.474
378 H 0.223
379 P 1.753
380 I 0.758
381 T -0.463
382 P -0.423
383 F -0.419
384 T 0.961
385 R 0.739
386 Q -0.527
387 L -0.422
388 Y 1.463
389 H -0.135
390 Q 0.234
391 Q 0.078
392 L 2.180
393 E -0.925
394 E 0.126
395 A -0.645
396 Q -0.841
397 I -0.766
398 A -0.757
399 P -0.520
400 G -0.700
401 P -0.537
402 E -0.637
403 F -0.926
404 S -0.543
405 G -0.076
406 H 0.114
407 S 0.068
408 L -0.509
409 E 0.264
410 L 0.924
411 A -0.833
412 A -0.850
413 A -0.305
414 L 0.545
415 R -0.407
416 T -0.127
417 G -0.748
418 C -1.030
419 I 0.049
420 P 0.492
421 D -0.398
422 V -0.609
423 Q -0.510
424 A -0.698
425 D 0.047
426 E 0.660
427 D -0.842
428 A -0.507
429 L 0.049
430 A -0.428
431 Q -0.317
432 Q -0.397
433 F 1.186
434 E -0.498
435 Q -0.757
436 P -0.248
437 D 0.130
438 P -0.388
439 A -0.289
440 R 0.045
441 R -0.136
442 W 0.592
443 R 1.747
444 E 1.037
445 G 3.253
446 V -0.395
447 V -0.509
448 K 0.454
449 S 0.005
450 S 1.443
451 F 3.253
452 T 0.607
453 Y 3.253
454 L 1.262
455 L 3.253
456 L 1.394
457 D 2.415
458 P 2.640
459 R 0.895
460 E -0.072
461 T 1.256
462 Q 0.031
463 D 0.997
464 L 1.435
465 P 1.460
466 A -0.367
467 R 0.100
468 A -0.095
469 F -0.875
470 S -0.821
471 L 0.330
472 T -0.148
473 P -0.329
474 A -0.828
475 E 0.101
476 R -0.182
477 L 0.855
478 Q -0.045
479 T -0.485
480 F 2.632
481 I 0.499
482 R -0.559
483 A 1.395
484 I 1.650
485 F 2.632
486 Y 2.632
487 V 1.935
488 G 3.253
489 K 2.608
490 G 3.253
491 T 1.275
492 R 1.070
493 A 0.627
494 R 3.253
495 P 2.616
496 Y 0.171
497 V -0.041
498 H 3.253
499 L 2.008
500 W -0.492
501 E 1.148
502 A 2.657
503 L 0.082
504 G -0.428
505 H -0.469
506 H 0.180
507 G -0.278
508 R -0.603
509 S -0.533
510 R -0.813
511 K -0.308
512 Q -0.611
513 P -1.000 *
514 H -1.000 *
515 Q -0.236
516 A -0.308
517 C 0.652
518 P -0.107
519 K 2.070
520 V 0.596
521 R -0.214
522 Q 0.472
523 I 2.073
524 L 0.241
525 D 0.335
526 I 1.297
527 W 3.253
528 A -0.163
529 S -0.520
530 G 0.746
531 C -0.500
532 G 3.253
533 V 2.313
534 V 1.212
535 S 0.989
536 L 0.907
537 H 1.154
538 C 0.774
539 F 1.255
540 Q 1.102
541 H 0.695
542 V -0.033
543 V 0.122
544 A 0.282
545 V 0.132
546 E 1.740
547 A 2.655
548 Y 1.172
549 T 0.864
550 R 1.261
551 E 2.076
552 A 1.430
553 C 1.164
554 I 1.077
555 V 1.391
556 E 1.134
557 A 1.555
558 L 0.621
559 G 0.820
560 I 0.193
561 Q -0.581
562 T -0.143
563 L 1.486
564 T 0.737
565 N 2.275
566 Q -0.303
567 K 0.516
568 Q 0.518
569 G 2.649
570 H 0.082
571 C 0.922
572 Y 1.342
573 G 1.324
574 V -0.437
575 V 0.448
576 A 0.021
577 G -0.627
578 W 2.293
579 P -0.252
580 P -0.853
581 A -0.762
582 R -0.046
583 R 1.422
584 R 0.323
585 R -0.610
586 L 0.924
587 G 3.253
588 V 0.237
589 H 0.022
590 L 1.572
591 L 2.545
592 H 0.051
593 R 1.397
594 A 2.193
595 L 0.635
596 L -0.301
597 V 0.970
598 F 1.408
599 L 0.945
600 A -0.161
601 E 2.415
602 G 2.714
603 E 1.086
604 R 0.982
605 Q 0.959
606 L 1.845
607 H -0.242
608 P 1.199
609 Q -0.726
610 D 1.896
611 I 1.606
612 Q 0.380
613 A -1.000 *
614 R -1.000 *
615 G -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 - 283.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
MCSEARLARR LRDALREEEP WAVEELLRCG ADPNLVLEDG AAAVHLAAGA RHPRGLRCLG
70 80 90 100 110 120
ALLRQGGDPN ARSVEALTPL HVAAAWGCRR GLELLLSQGA DPALRDQDGL RPLDLALQQG
130 140 150 160 170 180
HLECARVLQD LDTRTRTRTR IGAETQEPEP APGTPGLSGP TDETLDSIAL QKQPCRGDNR
190 200 210 220 230 240
DIGLEADPGP PSLPVPLETV DKHGSSASPP GHWDYSSDAS FVTAVEVSGA EDPASDTPPW
250 260 270 280 290 300
AGSLPPTRQG LLHVVHANQR VPRSQGTEAE LNARLQALTL TPPNAAGFQS SPSSMPLLDR
310 320 330 340 350 360
SPAHSPPRTP TPGASDCHCL WEHQTSIDSD MATLWLTEDE ASSTGGREPV GPCRHLPVST
370 380 390 400 410 420
VSDLELLKGL RALGENPHPI TPFTRQLYHQ QLEEAQIAPG PEFSGHSLEL AAALRTGCIP
430 440 450 460 470 480
DVQADEDALA QQFEQPDPAR RWREGVVKSS FTYLLLDPRE TQDLPARAFS LTPAERLQTF
490 500 510 520 530 540
IRAIFYVGKG TRARPYVHLW EALGHHGRSR KQPHQACPKV RQILDIWASG CGVVSLHCFQ
550 560 570 580 590 600
HVVAVEAYTR EACIVEALGI QTLTNQKQGH CYGVVAGWPP ARRRRLGVHL LHRALLVFLA
610
EGERQLHPQD IQARG
ANKLE1 is a member of the LAP2-emerin-MAN1 (LEM) protein family which mainly functions at the inner nuclear membrane and nucleoplasm. ANKLE1 does not contain a transmembrane domain and is a shuttling protein with a proposed function in DNA repair using its GIY-YIG nuclease domain. Deletion analysis revealed 158354 to have LMB-sensitive nuclear export activity with a putative NES matching traditional consensus found in 271-280. Leucine mutations causes nuclear accumulation in both full length protein and isolated GFP-NES fusion.
[1]. "Nucleo-cytoplasmic shuttling of the endonuclease ankyrin repeats and LEM domain-containing protein 1 (Ankle1) is mediated by canonical nuclear export- and nuclear import signals"
Zlopasa L, Brachner A, Foisner R. (2016)
BMC Cell Biol.,
17(1):23
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.