FuNGI

Q59X67

Protein Details

Accession

Q59X67

Localization Confidence

Medium

Confidence Score

10.3

NoLS Segment(s)

Position	Sequence	Protein Nature
474-499	YASSYPYQQQQQKQQQQQPNQQQQSD	Hydrophilic

NLS Segment(s)

Subcellular Location(s)

nucl 21, cyto_nucl 14.5, cyto 4

Family & Domain DBs

InterPro	View protein in InterPro IPR029790 EFG1/Phd1/StuA IPR036887 HTH_APSES_sf IPR018004 KilA/APSES_HTH IPR003163 Tscrpt_reg_HTH_APSES-type
Gene Ontology	GO:0000785 C:chromatin GO:0005634 C:nucleus GO:0003677 F:DNA binding GO:0003700 F:DNA-binding transcription factor activity GO:0043565 F:sequence-specific DNA binding GO:0044406 P:adhesion of symbiont to host GO:0044403 P:biological process involved in symbiotic interaction GO:0007155 P:cell adhesion GO:0036187 P:cell growth mode switching, budding to filamentous GO:0016477 P:cell migration GO:0000902 P:cell morphogenesis GO:0031589 P:cell-substrate adhesion GO:0048869 P:cellular developmental process GO:0097316 P:cellular response to N-acetyl-D-glucosamine GO:0036244 P:cellular response to neutral pH GO:0009267 P:cellular response to starvation GO:0001410 P:chlamydospore formation GO:0044114 P:development of symbiont in host GO:0044409 P:entry into host GO:0042783 P:evasion of host immune response GO:0030447 P:filamentous growth GO:0044182 P:filamentous growth of a population of unicellular organisms GO:0036180 P:filamentous growth of a population of unicellular organisms in response to biotic stimulus GO:0036171 P:filamentous growth of a population of unicellular organisms in response to chemical stimulus GO:0036178 P:filamentous growth of a population of unicellular organisms in response to neutral pH GO:0036170 P:filamentous growth of a population of unicellular organisms in response to starvation GO:0000128 P:flocculation GO:0030448 P:hyphal growth GO:0007618 P:mating GO:0000122 P:negative regulation of transcription by RNA polymerase II GO:0036166 P:phenotypic switching GO:0010811 P:positive regulation of cell-substrate adhesion GO:1900430 P:positive regulation of filamentous growth of a population of unicellular organisms GO:1900445 P:positive regulation of filamentous growth of a population of unicellular organisms in response to biotic stimulus GO:1900439 P:positive regulation of filamentous growth of a population of unicellular organisms in response to chemical stimulus GO:1900442 P:positive regulation of filamentous growth of a population of unicellular organisms in response to neutral pH GO:1900436 P:positive regulation of filamentous growth of a population of unicellular organisms in response to starvation GO:1900241 P:positive regulation of phenotypic switching GO:2000222 P:positive regulation of pseudohyphal growth GO:0045944 P:positive regulation of transcription by RNA polymerase II GO:0007124 P:pseudohyphal growth GO:0045595 P:regulation of cell differentiation GO:0006355 P:regulation of DNA-templated transcription GO:1900239 P:regulation of phenotypic switching GO:1900231 P:regulation of single-species biofilm formation on inanimate substrate GO:0006357 P:regulation of transcription by RNA polymerase II GO:0044011 P:single-species biofilm formation on inanimate substrate
KEGG	cal:CAALFM_CR07890WA -
Pfam	View protein in Pfam PF04383 KilA-N
PROSITE	View protein in PROSITE PS51299 HTH_APSES

Amino Acid Sequences

MSTYSIPYYNQMNGNYNNGMPQQTTAANQQAFPQQQQPTTTGNASQQQQQAAATAAAAAVQQPYNYMFYQQQGQPGQQTGQTAGQQQQQQQQQQQYDYNTYNRYQYPAATSQGNYYQQTIPNQLSQPQPQHYNGSNRNYTSAPSGAPIPSNSTSGPSQQPPLPGQQAVPIPPHVSTMQQPTPVQDTLNASSTSTVGQFQPPGIRPRVTTTMWEDEKTLCYQVDANNVSVVRRADNNMINGTKLLNVAQMTRGRRDGILKSEKVRHVVKIGSMHLKGVWIPFERALAMAQREQIVDMLYPLFVRDIKRVIQTGVTPNAAAATAAAAATATSASAPPPPPPPVAAATTTAATAISKSSSGNGNSISATSGGSNVSGASGAGSTTSPVNTKAATTAGTPQGNYYQTYNQQQYPQQYGQYNAPGKNQNTPASQPGSTTNDQYLQQQQQMYGYQSNYYQGGAANSSYYPNYYQQQQPNYASSYPYQQQQQKQQQQQPNQQQQSDQQQTSTPSGGAGTRSVHQSPQVQSLTQGSVHPSPQQHQANQSASTVAKEEK

FASTA Sequence
with NoLS information

AlphaFold Structure
with highlighted NoLS

NoLS Predictions per Residue

Residue Number	Score
1	0.4
2	0.39
3	0.35
4	0.34
5	0.31
6	0.29
7	0.23
8	0.22
9	0.2
10	0.2
11	0.22
12	0.24
13	0.29
14	0.28
15	0.28
16	0.3
17	0.35
18	0.36
19	0.36
20	0.39
21	0.36
22	0.39
23	0.41
24	0.41
25	0.36
26	0.37
27	0.36
28	0.31
29	0.32
30	0.35
31	0.35
32	0.38
33	0.38
34	0.36
35	0.35
36	0.32
37	0.28
38	0.23
39	0.21
40	0.14
41	0.1
42	0.08
43	0.07
44	0.07
45	0.07
46	0.07
47	0.07
48	0.07
49	0.09
50	0.11
51	0.14
52	0.14
53	0.16
54	0.16
55	0.18
56	0.25
57	0.26
58	0.31
59	0.31
60	0.32
61	0.32
62	0.33
63	0.32
64	0.27
65	0.26
66	0.22
67	0.23
68	0.24
69	0.24
70	0.26
71	0.3
72	0.32
73	0.36
74	0.4
75	0.44
76	0.48
77	0.51
78	0.54
79	0.53
80	0.52
81	0.52
82	0.48
83	0.47
84	0.44
85	0.42
86	0.39
87	0.36
88	0.37
89	0.34
90	0.34
91	0.29
92	0.28
93	0.29
94	0.29
95	0.3
96	0.28
97	0.27
98	0.27
99	0.32
100	0.34
101	0.29
102	0.28
103	0.29
104	0.3
105	0.33
106	0.34
107	0.3
108	0.31
109	0.31
110	0.32
111	0.33
112	0.35
113	0.38
114	0.38
115	0.41
116	0.39
117	0.43
118	0.44
119	0.49
120	0.5
121	0.52
122	0.52
123	0.48
124	0.48
125	0.43
126	0.39
127	0.33
128	0.27
129	0.19
130	0.16
131	0.18
132	0.16
133	0.16
134	0.16
135	0.18
136	0.18
137	0.19
138	0.18
139	0.19
140	0.19
141	0.22
142	0.25
143	0.22
144	0.24
145	0.24
146	0.28
147	0.27
148	0.31
149	0.29
150	0.26
151	0.24
152	0.25
153	0.25
154	0.24
155	0.24
156	0.2
157	0.18
158	0.17
159	0.2
160	0.16
161	0.15
162	0.16
163	0.22
164	0.23
165	0.26
166	0.26
167	0.25
168	0.29
169	0.27
170	0.25
171	0.2
172	0.21
173	0.2
174	0.23
175	0.21
176	0.17
177	0.17
178	0.17
179	0.15
180	0.11
181	0.11
182	0.08
183	0.1
184	0.1
185	0.11
186	0.15
187	0.18
188	0.22
189	0.24
190	0.24
191	0.24
192	0.29
193	0.33
194	0.28
195	0.28
196	0.28
197	0.33
198	0.34
199	0.33
200	0.29
201	0.25
202	0.26
203	0.24
204	0.2
205	0.12
206	0.11
207	0.13
208	0.13
209	0.19
210	0.18
211	0.18
212	0.18
213	0.18
214	0.18
215	0.19
216	0.17
217	0.12
218	0.12
219	0.13
220	0.16
221	0.19
222	0.2
223	0.21
224	0.21
225	0.2
226	0.19
227	0.17
228	0.13
229	0.11
230	0.09
231	0.08
232	0.08
233	0.08
234	0.12
235	0.16
236	0.17
237	0.19
238	0.2
239	0.19
240	0.2
241	0.23
242	0.21
243	0.25
244	0.3
245	0.3
246	0.33
247	0.38
248	0.39
249	0.4
250	0.39
251	0.32
252	0.27
253	0.26
254	0.25
255	0.22
256	0.23
257	0.23
258	0.22
259	0.21
260	0.18
261	0.17
262	0.15
263	0.12
264	0.13
265	0.09
266	0.1
267	0.1
268	0.1
269	0.1
270	0.1
271	0.1
272	0.09
273	0.09
274	0.09
275	0.1
276	0.1
277	0.1
278	0.1
279	0.1
280	0.08
281	0.07
282	0.06
283	0.06
284	0.05
285	0.05
286	0.05
287	0.05
288	0.06
289	0.08
290	0.09
291	0.11
292	0.13
293	0.16
294	0.16
295	0.16
296	0.16
297	0.17
298	0.2
299	0.2
300	0.18
301	0.16
302	0.15
303	0.15
304	0.13
305	0.1
306	0.06
307	0.04
308	0.03
309	0.03
310	0.03
311	0.03
312	0.03
313	0.03
314	0.03
315	0.02
316	0.02
317	0.03
318	0.04
319	0.07
320	0.08
321	0.1
322	0.13
323	0.16
324	0.17
325	0.18
326	0.19
327	0.19
328	0.2
329	0.2
330	0.18
331	0.17
332	0.16
333	0.15
334	0.13
335	0.1
336	0.08
337	0.07
338	0.06
339	0.05
340	0.05
341	0.06
342	0.07
343	0.11
344	0.12
345	0.13
346	0.14
347	0.14
348	0.14
349	0.14
350	0.13
351	0.09
352	0.09
353	0.07
354	0.07
355	0.06
356	0.06
357	0.06
358	0.05
359	0.05
360	0.05
361	0.04
362	0.04
363	0.04
364	0.04
365	0.04
366	0.04
367	0.05
368	0.06
369	0.07
370	0.07
371	0.08
372	0.1
373	0.09
374	0.1
375	0.1
376	0.11
377	0.11
378	0.11
379	0.15
380	0.19
381	0.2
382	0.2
383	0.2
384	0.23
385	0.23
386	0.24
387	0.22
388	0.21
389	0.25
390	0.32
391	0.34
392	0.33
393	0.36
394	0.39
395	0.41
396	0.43
397	0.4
398	0.38
399	0.37
400	0.36
401	0.35
402	0.39
403	0.4
404	0.35
405	0.39
406	0.41
407	0.4
408	0.45
409	0.47
410	0.43
411	0.41
412	0.42
413	0.41
414	0.39
415	0.37
416	0.31
417	0.31
418	0.33
419	0.31
420	0.31
421	0.28
422	0.27
423	0.27
424	0.3
425	0.32
426	0.29
427	0.32
428	0.31
429	0.29
430	0.29
431	0.3
432	0.3
433	0.26
434	0.23
435	0.21
436	0.2
437	0.22
438	0.2
439	0.18
440	0.15
441	0.12
442	0.13
443	0.13
444	0.12
445	0.11
446	0.11
447	0.13
448	0.12
449	0.13
450	0.14
451	0.17
452	0.2
453	0.24
454	0.32
455	0.38
456	0.44
457	0.49
458	0.5
459	0.49
460	0.5
461	0.46
462	0.4
463	0.34
464	0.34
465	0.31
466	0.32
467	0.37
468	0.4
469	0.47
470	0.56
471	0.65
472	0.68
473	0.76
474	0.8
475	0.82
476	0.84
477	0.87
478	0.87
479	0.87
480	0.83
481	0.75
482	0.69
483	0.66
484	0.67
485	0.65
486	0.55
487	0.45
488	0.42
489	0.45
490	0.45
491	0.39
492	0.28
493	0.2
494	0.21
495	0.21
496	0.19
497	0.17
498	0.16
499	0.17
500	0.22
501	0.23
502	0.24
503	0.27
504	0.32
505	0.34
506	0.4
507	0.39
508	0.35
509	0.35
510	0.37
511	0.35
512	0.29
513	0.27
514	0.24
515	0.25
516	0.27
517	0.31
518	0.31
519	0.32
520	0.4
521	0.46
522	0.45
523	0.48
524	0.54
525	0.53
526	0.51
527	0.48
528	0.42
529	0.35
530	0.32

Q59X67

3D AlphaFold-predicted Structure Viewer