*shown as underlined residues in the full sequence
325QYESNENVVLVCSTIVCSFGKQVVEKVE
352
Show FASTA Format
>gi|266994|sp|P30052.1|SCAL_DROME RecName: Full=Protein scalloped
MKNITSSSTCSTGLLQLQNNLSCSELEVAEKTEQQAVGPGTIPSPWTPVNAGPPGALGSADTNGSMVDSK
NLDVGDMSDDEKDLSSADAEGVWSPDIEQSFQEALSIYPPCGRRKIILSDEGKMYGRNELIARYIKLRTG
KTRTRKQVSSHIQVLARRKLREIQAKIKVQFWQPGLQPSTSQDFYDYSIKPFPQPPYPAGKTSTAVSGDE
TGIPPSQLPWEGRAIATHKFRLLEFTAFMEIQRDEIYHRHLFVQLGGKPSFSDPLLETVDIRQIFDKFPE
KSGGLKDLYEKGPQNAFYLVKCWADLNTDLTTGSETGDFYGVTSQYESNENVVLVCSTIVCSFGKQVVEK
VESEYSRLENNRYVYRIQRSPMCEYMINFIQKLKNLPERYMMNSVLENFTILQVMRARETQETLLCIAYV
FEVAAQNSGTTHHIYRLIKE
Show Domain Info by CDD
Show Secondary Structure by PSIPRED
# PSIPRED HFORMAT (PSIPRED V3.2)
Conf: 987666776530255521024544100012345567898533689987878999998888
Pred: CCCCCCCCCCCHHHHHHHCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCC
AA: MKNITSSSTCSTGLLQLQNNLSCSELEVAEKTEQQAVGPGTIPSPWTPVNAGPPGALGSA
10 20 30 40 50 60
Conf: 999986689898899999644788889987300586024555310247899874133056
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCHHHHHHHCCCCCCCCCCEEEECC
AA: DTNGSMVDSKNLDVGDMSDDEKDLSSADAEGVWSPDIEQSFQEALSIYPPCGRRKIILSD
70 80 90 100 110 120
Conf: 433101458999776302344443233444698887432057764331101588989998
Pred: CCCCHHHHHHHHHHHHHCCCCCCCHHHHHHHHHHHHHHHHHHHHHHHHHHCCCCCCCCCC
AA: EGKMYGRNELIARYIKLRTGKTRTRKQVSSHIQVLARRKLREIQAKIKVQFWQPGLQPST
130 140 150 160 170 180
Conf: 888677998998999999999877678999999999999886632444034532110000
Pred: CCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCEEEEEEECCCCC
AA: SQDFYDYSIKPFPQPPYPAGKTSTAVSGDETGIPPSQLPWEGRAIATHKFRLLEFTAFME
190 200 210 220 230 240
Conf: 034322210255884599899999743100223301388766841466641999822378
Pred: CCCCCCCCCEEEEEECCCCCCCCCCCCCCCHHHHHCCCCCCCCCHHHHHHHCCCCCEEEE
AA: IQRDEIYHRHLFVQLGGKPSFSDPLLETVDIRQIFDKFPEKSGGLKDLYEKGPQNAFYLV
250 260 270 280 290 300
Conf: 874218878778998884223210003787327897545753374248888775311359
Pred: EEEECCCCCCCCCCCCCCEEEEECEECCCCCEEEEEEEEEEECCCEEEEEEEEEEECCCC
AA: KCWADLNTDLTTGSETGDFYGVTSQYESNENVVLVCSTIVCSFGKQVVEKVESEYSRLEN
310 320 330 340 350 360
Conf: 534899668940367898999970395001013545563043884145544126899999
Pred: CEEEEEECCCCHHHHHHHHHHHHHCCCCHHHCCCCCCCCCEEEEEECCCCCCEEEEEEEE
AA: NRYVYRIQRSPMCEYMINFIQKLKNLPERYMMNSVLENFTILQVMRARETQETLLCIAYV
370 380 390 400 410 420
Conf: 99631799961037771039
Pred: EEEECCCCCCCEEEEEECCC
AA: FEVAAQNSGTTHHIYRLIKE
430 440
Show Conservation Score by AL2CO
1 M -1.000 *
2 K -1.000 *
3 N -1.000 *
4 I -1.000 *
5 T -1.000 *
6 S -1.000 *
7 S -1.000 *
8 S -1.000 *
9 T -1.000 *
10 C -1.000 *
11 S -1.000 *
12 T -1.000 *
13 G -1.000 *
14 L -1.000 *
15 L -1.000 *
16 Q -1.000 *
17 L -1.000 *
18 Q -1.000 *
19 N -1.000 *
20 N -1.000 *
21 L -1.000 *
22 S -1.000 *
23 C -1.000 *
24 S -1.000 *
25 E -1.000 *
26 L -1.000 *
27 E -1.000 *
28 V -1.000 *
29 A -1.000 *
30 E -1.000 *
31 K -1.000 *
32 T -1.000 *
33 E -1.000 *
34 Q -1.000 *
35 Q -1.000 *
36 A -1.000 *
37 V -1.000 *
38 G -1.000 *
39 P -1.000 *
40 G -1.000 *
41 T -1.000 *
42 I -1.000 *
43 P -1.000 *
44 S -1.000 *
45 P -1.000 *
46 W -1.000 *
47 T -1.000 *
48 P -1.000 *
49 V -1.000 *
50 N -1.000 *
51 A -1.000 *
52 G -1.000 *
53 P -1.000 *
54 P -1.000 *
55 G -1.000 *
56 A -1.000 *
57 L -1.000 *
58 G -1.000 *
59 S -1.000 *
60 A -1.000 *
61 D -1.000 *
62 T -1.000 *
63 N -1.000 *
64 G -1.000 *
65 S -1.000 *
66 M -1.000 *
67 V -1.000 *
68 D -1.000 *
69 S -1.000 *
70 K -1.000 *
71 N -1.000 *
72 L -1.000 *
73 D -1.000 *
74 V -1.000 *
75 G -1.000 *
76 D -1.000 *
77 M -1.153
78 S -0.686
79 D -0.475
80 D -0.320
81 E -0.925
82 K -0.719
83 D -0.990
84 L -1.133
85 S -0.927
86 S -0.356
87 A -0.639
88 D 0.765
89 A -0.410
90 E 0.776
91 G -0.041
92 V 1.833
93 W 2.520
94 S 1.181
95 P 0.110
96 D 1.720
97 I 1.666
98 E 1.977
99 Q -0.144
100 S 2.283
101 F 4.423
102 Q -0.378
103 E 1.562
104 A 1.729
105 L 0.554
106 S -0.234
107 I -0.299
108 Y 1.475
109 P 2.327
110 P 0.860
111 C -0.020
112 G 2.261
113 R 1.395
114 R 0.492
115 K 1.468
116 I 0.661
117 I 0.161
118 L 0.858
119 S 0.256
120 D -0.544
121 E 0.326
122 G 0.635
123 K 0.632
124 M -0.126
125 Y 0.092
126 G 1.240
127 R 0.805
128 N 0.420
129 E 0.801
130 L 0.470
131 I 0.695
132 A 1.386
133 R 0.118
134 Y -0.326
135 I 1.328
136 K -0.121
137 L -0.395
138 R 0.076
139 T 0.737
140 G 1.311
141 K 0.170
142 T -0.862
143 R 1.038
144 T 1.735
145 R 1.363
146 K 1.011
147 Q 3.547
148 V 1.364
149 S 0.932
150 S 1.714
151 H 0.946
152 I -0.070
153 Q 0.999
154 V 0.206
155 L 0.083
156 A -0.066
157 R 0.106
158 R -0.379
159 K -0.916
160 L -0.781
161 R -0.794
162 E -0.854
163 I -1.139
164 Q -0.884
165 A -0.878
166 K -1.003
167 I -0.896
168 K -1.051
169 V -1.148
170 Q -1.065
171 F -1.239
172 W -1.517
173 Q -0.824
174 P -0.789
175 G -1.154
176 L -1.154
177 Q -1.022
178 P -0.545
179 S -0.750
180 T -0.371
181 S -0.739
182 Q -0.141
183 D -0.965
184 F -1.044
185 Y -1.107
186 D -0.945
187 Y -1.366
188 S -0.360
189 I -1.120
190 K -1.329
191 P -1.018
192 F -1.279
193 P -0.871
194 Q -0.914
195 P -0.761
196 P -0.897
197 Y -0.809
198 P -0.516
199 A -0.945
200 G -1.027
201 K -1.039
202 T -1.389
203 S -1.167
204 T -1.332
205 A -1.153
206 V -0.985
207 S -1.154
208 G -0.868
209 D -0.907
210 E -1.338
211 T -1.306
212 G -0.951
213 I -1.112
214 P -0.823
215 P 0.092
216 S -0.747
217 Q -1.030
218 L -1.051
219 P -0.507
220 W -1.037
221 E -1.209
222 G -0.698
223 R -0.687
224 A -1.276
225 I -0.333
226 A -0.679
227 T -0.228
228 H -0.994
229 K -0.860
230 F 0.241
231 R -0.888
232 L -0.197
233 L -0.588
234 E -0.783
235 F 0.124
236 T -0.508
237 A -0.591
238 F -0.139
239 M -0.441
240 E -0.995
241 I -1.087
242 Q -0.522
243 R -1.378
244 D -0.941
245 E -1.073
246 I -1.213
247 Y -1.135
248 H -0.944
249 R -0.934
250 H 0.515
251 L -1.126
252 F -0.098
253 V 0.475
254 Q -0.657
255 L 0.163
256 G -1.045
257 G -0.421
258 K -0.872
259 P -0.772
260 S -0.778
261 F -0.791
262 S -0.945
263 D -0.670
264 P -0.639
265 L -0.956
266 L -0.360
267 E -0.346
268 T -0.553
269 V -0.268
270 D -0.926
271 I 0.243
272 R -0.351
273 Q -0.495
274 I 0.323
275 F -0.789
276 D -0.188
277 K 0.295
278 F 1.604
279 P 0.953
280 E -0.731
281 K -0.512
282 S -0.784
283 G 0.074
284 G 0.256
285 L 0.886
286 K -0.421
287 D 0.034
288 L -0.601
289 Y 0.019
290 E -0.610
291 K -0.526
292 G -0.468
293 P 0.036
294 Q -0.956
295 N -0.633
296 A -0.599
297 F 0.311
298 Y 0.218
299 L 0.382
300 V 0.486
301 K -0.128
302 C 0.205
303 W -0.276
304 A -0.406
305 D -0.634
306 L 0.201
307 N -0.410
308 T -1.142
309 D -0.660
310 L -0.745
311 T -0.707
312 T -0.807
313 G -0.660
314 S -0.572
315 E -0.850
316 T -1.214
317 G -0.103
318 D -0.999
319 F 0.017
320 Y 0.024
321 G -0.628
322 V -0.149
323 T -0.102
324 S -0.608
325 Q -1.090
326 Y 1.008
327 E -0.033
328 S 0.002
329 N -0.926
330 E 0.074
331 N -0.956
332 V -0.640
333 V -0.894
334 L 0.444
335 V -0.386
336 C 0.984
337 S 0.183
338 T 1.611
339 I -0.112
340 V 1.087
341 C 1.021
342 S 0.872
343 F 0.461
344 G 1.866
345 K 0.921
346 Q 0.164
347 V 0.836
348 V -0.121
349 E 0.609
350 K 0.020
351 V -0.602
352 E -0.141
353 S -0.917
354 E -0.729
355 Y -1.308
356 S -0.013
357 R -0.938
358 L -1.093
359 E 0.166
360 N 0.606
361 N -0.055
362 R -0.462
363 Y -0.454
364 V -0.872
365 Y 1.360
366 R -1.226
367 I 0.043
368 Q -0.738
369 R -0.240
370 S 0.320
371 P 0.855
372 M 0.514
373 C 0.738
374 E 0.561
375 Y 0.719
376 M 0.664
377 I -0.041
378 N -0.347
379 F 1.536
380 I 0.895
381 Q -0.784
382 K 0.260
383 L 1.975
384 K 0.352
385 N -0.449
386 L 1.181
387 P 0.236
388 E -0.135
389 R -0.517
390 Y -0.795
391 M -0.142
392 M 0.407
393 N 1.732
394 S 0.369
395 V 1.741
396 L 1.933
397 E 0.710
398 N 0.209
399 F -0.049
400 T 0.399
401 I 0.542
402 L 0.842
403 Q 0.774
404 V 0.678
405 M 2.001
406 R 0.376
407 A 0.770
408 R -0.384
409 E 0.271
410 T 2.770
411 Q -0.320
412 E 1.663
413 T 1.211
414 L 2.580
415 L 1.000
416 C 1.019
417 I 0.500
418 A 1.182
419 Y 0.546
420 V 0.587
421 F 2.576
422 E 2.114
423 V 2.009
424 A 0.293
425 A -0.034
426 Q -0.704
427 N -0.228
428 S -0.371
429 G 0.908
430 T 0.291
431 T 0.247
432 H 0.745
433 H 0.530
434 I 1.740
435 Y 3.234
436 R 1.435
437 L 2.783
438 I 1.520
439 K 1.272
440 E 2.384
* gap fraction no less than 0.50; conservation set to M-S
M: mean; S: standard deviation
al2co - The parameters are:
Input alignment file - 247.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
MKNITSSSTC STGLLQLQNN LSCSELEVAE KTEQQAVGPG TIPSPWTPVN AGPPGALGSA
70 80 90 100 110 120
DTNGSMVDSK NLDVGDMSDD EKDLSSADAE GVWSPDIEQS FQEALSIYPP CGRRKIILSD
130 140 150 160 170 180
EGKMYGRNEL IARYIKLRTG KTRTRKQVSS HIQVLARRKL REIQAKIKVQ FWQPGLQPST
190 200 210 220 230 240
SQDFYDYSIK PFPQPPYPAG KTSTAVSGDE TGIPPSQLPW EGRAIATHKF RLLEFTAFME
250 260 270 280 290 300
IQRDEIYHRH LFVQLGGKPS FSDPLLETVD IRQIFDKFPE KSGGLKDLYE KGPQNAFYLV
310 320 330 340 350 360
KCWADLNTDL TTGSETGDFY GVTSQYESNE NVVLVCSTIV CSFGKQVVEK VESEYSRLEN
370 380 390 400 410 420
NRYVYRIQRS PMCEYMINFI QKLKNLPERY MMNSVLENFT ILQVMRARET QETLLCIAYV
430 440
FEVAAQNSGT THHIYRLIKE
Scalloped (Sd) is a member of the highly conserved family of TEA/ATTS domain containing transcription factors and plays a key role in the control of tissue growth via a highly conserved Hippo signaling pathway which was originally described in Drosophila. To regulate gene expressions, down stream effectors of the Hippo signalling pathway -namely Yorkie (YKI) or Vestigial (VG)- form a heterodimeric transcription factor with SD.
[1]. "The Hippo kinase promotes Scalloped cytoplasmic localization independently of Warts in a CRM1/Exportin1-dependent manner in Drosophila"
Julie Cagliero, Antoine Forget, Enrico Daldello, Joel Silber, and Alain Zider (2012)
FASEB J,
Epub ahead of print:
PubMed[2]. "Identification of a Classical Bipartite Nuclear Localization Signal in the Drosophila TEA/ATTS Protein Scalloped"
Adam C. Magico, John B. Bell (2011)
PLoS One,
6(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.