Sstr080887.1


Basic Information
Transcription Factor Domain
Sequence Information
Similer Transcription Factors

Basic Information

Insect
Sympetrum striolatum
Gene Symbol
-
Assembly
GCA_947579665.1
Location
OX388346.1:18757235-18817319[+]

Transcription Factor Domain

TF Family
ARID
Domain
ARID domain
PFAM
PF01388
TF Group
Helix-turn-helix
Description
This domain is know as ARID for AT-Rich Interaction Domain [2], and also known as the BRIGHT domain [1].
Hmmscan Out
# of c-Evalue i-Evalue score bias hmm coord from hmm coord to ali coord from ali coord to env coord from env coord to acc
1 37 1.6 1.5e+04 -0.9 0.0 23 59 66 97 46 133 0.61
2 37 0.061 5.7e+02 3.7 0.0 14 52 230 265 210 277 0.79
3 37 0.12 1.2e+03 2.7 0.0 13 48 328 360 289 386 0.59
4 37 0.036 3.4e+02 4.4 0.0 14 52 397 432 374 463 0.80
5 37 0.22 2.1e+03 1.9 0.0 28 51 507 530 456 586 0.67
6 37 0.18 1.7e+03 2.1 0.0 14 51 700 734 660 744 0.80
7 37 0.27 2.5e+03 1.6 0.0 12 48 766 799 729 824 0.60
8 37 0.17 1.6e+03 2.3 0.0 14 51 938 972 920 994 0.77
9 37 0.18 1.6e+03 2.2 0.0 14 51 1040 1074 1001 1096 0.79
10 37 0.18 1.7e+03 2.2 0.0 11 51 1207 1244 1197 1262 0.79
11 37 0.19 1.8e+03 2.1 0.0 14 51 1312 1346 1294 1368 0.76
12 37 0.81 7.5e+03 0.1 0.0 12 49 1514 1548 1444 1563 0.73
13 37 0.055 5.2e+02 3.8 0.0 12 51 1616 1652 1607 1661 0.80
14 37 0.13 1.2e+03 2.6 0.0 13 51 1852 1887 1814 1929 0.81
15 37 0.18 1.7e+03 2.1 0.0 14 51 2057 2091 2018 2101 0.80
16 37 0.16 1.5e+03 2.3 0.0 12 51 2123 2159 2115 2182 0.77
17 37 0.68 6.4e+03 0.3 0.0 12 49 2327 2361 2257 2396 0.76
18 37 0.048 4.5e+02 4.0 0.0 12 51 2429 2465 2393 2474 0.83
19 37 0.13 1.2e+03 2.6 0.0 21 51 2602 2632 2559 2670 0.80
20 37 0.72 6.7e+03 0.2 0.0 12 49 2800 2834 2730 2858 0.75
21 37 0.59 5.5e+03 0.5 0.0 12 49 2902 2936 2862 2960 0.69
22 37 2.4 2.2e+04 -1.4 0.0 15 51 2998 3034 2984 3090 0.76
23 37 2.2 2.1e+04 -1.3 0.0 10 61 3064 3107 3053 3126 0.70
24 37 2.1 1.9e+04 -1.2 0.0 20 50 3104 3135 3079 3158 0.69
25 37 2.2 2e+04 -1.3 0.0 15 51 3162 3198 3138 3221 0.75
26 37 0.75 7.1e+03 0.2 0.0 12 50 3230 3265 3191 3288 0.68
27 37 6.4 6e+04 -2.8 0.0 24 47 3341 3364 3296 3393 0.58
28 37 0.59 5.5e+03 0.5 0.0 12 50 3468 3503 3398 3526 0.75
29 37 0.64 6e+03 0.4 0.0 12 51 3570 3606 3531 3628 0.71
30 37 0.59 5.5e+03 0.5 0.0 12 50 3842 3877 3774 3901 0.75
31 37 0.64 6e+03 0.4 0.0 12 51 3944 3980 3905 4002 0.71
32 37 4.2 3.9e+04 -2.2 0.0 30 52 4061 4083 4040 4166 0.64
33 37 0.95 8.9e+03 -0.2 0.0 12 51 4182 4218 4172 4239 0.75
34 37 1.3 1.2e+04 -0.6 0.0 25 51 4318 4344 4295 4387 0.63
35 37 2.6 2.5e+04 -1.6 0.0 15 51 4404 4440 4390 4457 0.80
36 37 1.9 1.8e+04 -1.1 0.0 9 51 4469 4508 4457 4531 0.76
37 37 0.2 1.9e+03 2.0 0.0 12 51 4540 4576 4519 4594 0.77

Sequence Information

Coding Sequence
ATGGAGGAAGAGATTATGGATGTGGAGATGCTGCAAAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAATATCAGGACTGTTCTCAAGCATGGAAGAAGAGAGTGTGGATGCACAAATACTGCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGGTACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAATATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGGTACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTAGATGCACGGATGCTGCAGAGATACATCTGGTCCAGAGAGGGAAATATATATACCATCAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATCCTGCAGAGATACATCTGGACCAGAGAGGGAAATCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATTTGGTCCAGAGGGGTTATTCAAAATACCATGAAAACAACATCAGAAAGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAAATACATCTGGTCCAGAGGGGGAATTCAAAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCCGAGATACATTTGGTCCAGAGGGGTTATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAAATGCTGCAGAGATACATCTGGTCCAGAGGGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAAATGCTGCAGAGATACATCTGGTCCAGAGGGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATTTGTTCCAGAGGGGTTATTCAAAATACCATGAAAACAACATCAGAAAGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAAATACATCTGGTCCAGAGGGGGAATTCAAAAAACAACATCACAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAAGGGGAATTCAAAATACCATGAAAACAACATCAGAACAGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATTTGGTCCAATGGGGTAATTCAAAATACCATGAAAACAACATCTGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGTACATGTGCTGCAGAGATACATCTGGTCCAGAGATGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAAAAATACATCTGGTCCACAGGGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGTTTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAAGGGGAAATCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGGGCGAAATCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCGCAGATGCTGCAGAGATACATCTGGTCCAGAGGGCGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATTTGGTCCAGAGGGGTAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGAAGAGATACATCTGGTCCAGAGGGGGAATTCAAAATACCATGAAAACAACATCTGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGTACATGTGCTGCAGAGATACATCTGGTCCAGAGATGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAAAAATACATCTGGTCCACAGGGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGTTTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAAGGGGAAATCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGGGCGAAATCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCGCAGATGCTGCAGAGATACATCTGGTCCAGAGGGCGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATTTGGTCCAGAGGGGTAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGAAGAGATACATCTGGTCCAGAGGGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATACTTCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATTTGGTCCAGAGGGGTAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGAATGGAAGAAGAGAGATTGGATGCACAGATGCTGAAGAGATACATCTGGTCCAGAGGGGGAATTCAAAATACCATGAAAACAACATCTGAACGGTTCTCAAGCATGGAAGAAAAGAGATTGGATGCACAGATGCTACAGAGATACATTTGGTCCAGAGGGGTAATTCAAAATACCATGAAAACAACATCAAAACGGTTTTCAAGAATGGAATATGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGATGAAATTCAAAATACCAAGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATACTTCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACATTATCAGAACGGTTCTCAAGTATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTGCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGAAGAGATACATCTGGTCCAGAGGGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATACTTCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATTTGGTCCAGAGGGGTAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGAATGGAAGAAGAGAGATTGGATGCACAGATGCTGAAGAGATACATCTGGTCCAGAGGGGGAATTCAAAATACCATGAAAACAACATCTGAACGGTTCTCAAGCATGGAAGAAAAGAGATTGGATGCACAGATGCTACAGAGATACATTTGGTCCAGAGGGGTAATTCAAAATACCATGAAAACAACATCAAAACGGTTTTCAAGAATGGAATATGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGATGAAATTCAAAATACCAAGAAAACAACATCAGAACGGTTCTCAAGAATGGAAGAAGAGAGATTGGATGCACAGATACTTCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACATTATCAGAACGGTTCTCAAGTATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTGCAGAGAGGGAATTCAAAATACCATGAAAACAATATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACAGTTCTCAATTATGGATGAAGAGAGAATGGATGCACATATGCTGCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAATCATGGAAGTAGAGAGATTGGATGCACAGATGCTTCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGAAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCTGAACGGTTCTCAAGCATGGAAGAAAAGAGATTGGATGCACAGATGCTGCAGAAATACATCTGGTCCCTAGGGGGAATTCAAAAAACAACTTCAGAACCGTTCTCAAGCATGGAAGAAGAGAGTTTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGGGGGAAATCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGGGCGAAATCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCGCAGATGCTGCAGAGATACATCTGGTCCAGAGGGCGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATTTGGTCCAGAGGGGTAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATACTTCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATACTTCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGAAGAGATACATCTGGTCCAGAGGGGGAATTCAAAATACCATGAAAACAACATCTGAACGGTTCTCAAGCATGGAAGAAAAGAGATTGGATGCACAGATGCTACAGAGATACATTTGGTCCAGAGGGGTAATTCAAAATACCATGAAAACAACATCAAAACGGTTTTCAAGAATGGAATATGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGATGAAATTCAAAATACCAAGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATACTTCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCGCAGATGCTGCAGAGATACATCTGGTCCAGAGGGCGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATTTGGTCCAGAGGGGTAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGAAGAGATACATCTGGTCCAGAGGGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATACTTCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGAAGAGATACATCTGGTCCAGAGGGGGAATTCAAAATACCATGAAAACAACATCTGAACGGTTCTCAAGCATGGAAGAAAAGAGATTGGATGCACAGATGCTACAGAGATACATTTGGTCCAGAGGGGTAATTCAAAATACCATGAAAACAACATCAAAACGGTTTTCAAGAATGGAATATGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGATGAAATTCAAAATACCAAGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATACTTCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACATTATCAGAACGGTTCTCAAGTATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTGCAGAGAGGGAATTCAAAATACCATGAAAACAATATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACAGTTCTCAATTATGGATGAAGAGAGAATGGATGCACATATGCTGCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAATCATGGAAGTAGAGAGATTGGATGCACAGATGCTTCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGTTTGGATGCACAGATGCTGAAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCTGAACGGTTCTCAAGCATGGAAGAAAAGAGATTGGATGCACAGATGCTGCAGAAATACATCTGGTCCCTAGGGGGAATTCAAAAAACAACTTCAGAACCGTTCTCAAGCATGGAAGAAGAGAGTTTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGGGGGAAATCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGGGCGAAATCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCGCAGATGCTGCAGAGATACATCTGGTCCAGAGGGCGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATTTGGTCCAGAGGGGTAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGAAGAGATACATCTGGTCCAGAGGGGGAATTCAAAATACCATGAAAACAACATCTGAACGGTTCTCAAGCATGGAAGAAAAGAGATTGGATGCACAGATGCTACAGAGATACATTTGGTCCAGAGGGGTAATTCAAAATACCATGAAAACAACATCAAAACGGTTTTCAAGAATGGAATATGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGATGAAATTCAAAATACCAAGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATACTTCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACATTATCAGAACGGTTCTCAAGTATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTGCAGAGAGGGAATTCAAAATACCATGAAAACAATATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACAGTTCTCAATTATGGATGAAGAGAGAATGGATGCACATATGCTGCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAATCATGGAAGTAGAGAGATTGGATGCACAGATGCTTCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGAAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCTGAACGGTTCTCAAGCATGGAAGAAAAGAGATTGGATGCACAGATGCTACAGAGATATATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAGGAGAGATTGGATGCACAGATGCTTCAGAGATACATTCTGGTCCAGAGAGAAACAACATCAGAAAGGTTCTCAAGCACTGAAGAAGAGAGATTGGATGCACAGATGCTGAAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTACAGAGATACATCTGTTCCAGAGAGGAAATTCAAAATACCATGAAAACAACATCTGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGTATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGGGGGAATTCAAAATACCATGAAAACAATATCAGAACAGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAGCAACATCAGAACGGTTCTCAAGCATGGAAGAGGAGAGATTGGATGCACAGATGCTTCAGAGATACATTCTGGTCCAGAGAGAAACAACATCAGAAAGGTTCTCAAGCACTGAAGAAGAGAGATTGGATGCACAGATGCTGAAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAATATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTTGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACATTTCTCAATTATGGATGAAGAGAGAATGGATGCACATATGCTGCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTTTCAAGAATGGAATATGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGATGAAATTCAAAATACCAAGAAAACAACATCAGAACGATTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATACTTCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAGCAACATCAGAACGGTTCTCAAGCAGGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACATTATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTGCAGAGAGGGAATTCAAAATACCATGAAAACAATATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTGCAGAGAGGGAATTCAAAATACCATGAAAACAATATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACAGTTCTCAATTATGGATGAAGAGAGAATGGATGCACATATGCTGCAGAGATACATCTGGTCCAGAGAAGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTTTCAAGAATGGAATATGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTGCAGAGAGGGAATTCAAAATACCATGAAAACAATATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACAGTTCTCAATTATGGATGAAGAGAGAATGGATGCACATATGCTGCAGAGATACATCTGGTCCAGAGAAGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTTTCAAGAATGGAATATGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGATGAAATTCAAAATACCAAGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATACTTCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAGCAACATCAGAACGGTTCTCAAGAAGGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATATTATGAAAACATTATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTGCAGAGAGGGAATTCAAAATACCATGAAAACAATATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTGCAGAGAGGGAATTCAAAATACCATGAAAACAATATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTGCAGAGAGGGAATTCAAAATACCATGAAAACAATATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACAGTTCTCAATTATGGATGAAGAGAGAATGGATGCACATATGCTGCAGAGATACATCTGGTCCAGAGAAGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTTTCAAGAATGGAATATGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTGCAGAGAGGGAATTCAAAATACCATGAAAACAATATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACAGTTCTCAATTATGGATGAAGAGAGAATGGATGCACATATGCTGCAGAGATACATCTGGTCCAGAGAAGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTTTCAAGAATGGAATATGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGATGAAATTCAAAATACCAAGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATACTTCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAGCAACATCAGAACGGTTCTCAAGAAGGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATATTATGAAAACATTATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTGCAGAGAGGGAATTCAAAATACCATGAAAACAATATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTGCAGAGAGGGAATTCAAAATACCATGAAAACAATATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACAGTTCTCAATTATGGATGAAGAGAGAATGGATGCACATATGCTGCAGAGATACATCTGGTCCAGAGAAGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTTTCAAGAATGGAATATGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGATGAAATTCAAAATACCAAGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGATGGATTGGATGCACAGAACTGCAGAGATACATCTGAAACATTATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTGCAGAGAGGGAATTCAAAATACCATGAAAACAATATCAGAACGGTTCTCAAGCATGGAAGAACAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAGGAGAGATTGGATGCACAGATGCTTCAGAGATACATTCTGGTCCAGAGAGAAACAACATCAAAAAGGTTCTCAAGCACTGAAGAAGAGAGATTGGATGCACAGATGCTGAAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGTTCCAGAGAGGAAATTCAAAATACCATGAAAACAACATCAGAACGGTTTTCAAGCATGGAAGAAGAGAGATTGGATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGAGGGAATTCAAAATACCATGAAAACAACATCTGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGTATGCACAGATGCTGCAGAGATACATCTGGTCCAGAGATGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAAATGCTGCAGAGATACATCTGGTCCAGAGGGGGAATTCAAAATACCATGAAAACAACATCAGAACGGTTCTCAAGCATGGAAGAAGAGAGATTGGATGCACAGAACTGTAGAGATACATCTGGTCCAGAGAGAGAATTCAAAATACCATGA
Protein Sequence
MEEEIMDVEMLQRYIWSREGIQNTMKTISGLFSSMEEESVDAQILQRYIWSREGIQNTMKTTSERFSSMEEERLDAQMLQRYIWSREGIQNTMKTISERFSSMEEERLDAQMLQRYIWSREGIQNTMKTTSERFSSMEEERLDARMLQRYIWSREGNIYTIKTTSERFSSMEEERLDAQILQRYIWTREGNQNTMKTTSERFSSMEEERLDAQMLQRYIWSRGVIQNTMKTTSERFSSMEEERLDAQMLQKYIWSRGGIQKTTSERFSSMEEERLDAQMLPRYIWSRGVIQNTMKTTSERFSSMEEERLDAQMLQRYIWSRGGIQNTMKTTSERFSSMEEERLDAQMLQRYIWSRGGIQNTMKTTSERFSSMEEERLDAQMLQRYICSRGVIQNTMKTTSERFSSMEEERLDAQMLQKYIWSRGGIQKTTSQRFSSMEEERLDAQMLQRYIWSRRGIQNTMKTTSEQFSSMEEERLDAQMLQRYIWSNGVIQNTMKTTSERFSSMEEERLDVHVLQRYIWSRDGIQNTMKTTSERFSSMEEERLDAQMLQKYIWSTGGIQNTMKTTSERFSSMEEESLDAQMLQRYIWSRRGNQNTMKTTSERFSSMEEERLDAQMLQRYIWSRGRNQNTMKTTSERFSSMEEERLDAQMLQRYIWSRGRIQNTMKTTSERFSSMEEERLDAQMLQRYIWSRGVIQNTMKTTSERFSSMEEERLDAQMLKRYIWSRGGIQNTMKTTSERFSSMEEERLDVHVLQRYIWSRDGIQNTMKTTSERFSSMEEERLDAQMLQKYIWSTGGIQNTMKTTSERFSSMEEESLDAQMLQRYIWSRRGNQNTMKTTSERFSSMEEERLDAQMLQRYIWSRGRNQNTMKTTSERFSSMEEERLDAQMLQRYIWSRGRIQNTMKTTSERFSSMEEERLDAQMLQRYIWSRGVIQNTMKTTSERFSSMEEERLDAQMLKRYIWSRGGIQNTMKTTSERFSSMEEERLDAQILQRYIWSREGIQNTMKTTSERFSSMEEERLDAQMLQRYIWSRGVIQNTMKTTSERFSRMEEERLDAQMLKRYIWSRGGIQNTMKTTSERFSSMEEKRLDAQMLQRYIWSRGVIQNTMKTTSKRFSRMEYERLDAQMLQRYIWSRDEIQNTKKTTSERFSSMEEERLDAQILQRYIWSREGIQNTMKTLSERFSSMEEERLDAQMLQRYIWCREGIQNTMKTTSERFSSMEEERLDAQMLKRYIWSRGGIQNTMKTTSERFSSMEEERLDAQILQRYIWSREGIQNTMKTTSERFSSMEEERLDAQMLQRYIWSRGVIQNTMKTTSERFSRMEEERLDAQMLKRYIWSRGGIQNTMKTTSERFSSMEEKRLDAQMLQRYIWSRGVIQNTMKTTSKRFSRMEYERLDAQMLQRYIWSRDEIQNTKKTTSERFSRMEEERLDAQILQRYIWSREGIQNTMKTLSERFSSMEEERLDAQMLQRYIWCREGIQNTMKTISERFSSMEEERLDAQMLQRYIWSREGIQNTMKTTSEQFSIMDEERMDAHMLQRYIWSREGIQNTMKTTSERFSIMEVERLDAQMLQRYIWSREGIQNTMKTTSERFSSMEEERLDAQMLKRYIWSREGIQNTMKTTSERFSSMEEKRLDAQMLQKYIWSLGGIQKTTSEPFSSMEEESLDAQMLQRYIWSRGGNQNTMKTTSERFSSMEEERLDAQMLQRYIWSRGRNQNTMKTTSERFSSMEEERLDAQMLQRYIWSRGRIQNTMKTTSERFSSMEEERLDAQMLQRYIWSRGVIQNTMKTTSERFSSMEEERLDAQILQRYIWSREGIQNTMKTTSERFSSMEEERLDAQILQRYIWSREGIQNTMKTTSERFSSMEEERLDAQMLKRYIWSRGGIQNTMKTTSERFSSMEEKRLDAQMLQRYIWSRGVIQNTMKTTSKRFSRMEYERLDAQMLQRYIWSRDEIQNTKKTTSERFSSMEEERLDAQILQRYIWSREGIQNTMKTTSERFSSMEEERLDAQMLQRYIWSRGRIQNTMKTTSERFSSMEEERLDAQMLQRYIWSRGVIQNTMKTTSERFSSMEEERLDAQMLKRYIWSRGGIQNTMKTTSERFSSMEEERLDAQILQRYIWSREGIQNTMKTTSERFSSMEEERLDAQMLKRYIWSRGGIQNTMKTTSERFSSMEEKRLDAQMLQRYIWSRGVIQNTMKTTSKRFSRMEYERLDAQMLQRYIWSRDEIQNTKKTTSERFSSMEEERLDAQILQRYIWSREGIQNTMKTLSERFSSMEEERLDAQMLQRYIWCREGIQNTMKTISERFSSMEEERLDAQMLQRYIWSREGIQNTMKTTSEQFSIMDEERMDAHMLQRYIWSREGIQNTMKTTSERFSIMEVERLDAQMLQRYIWSREGIQNTMKTTSERFSSMEEESLDAQMLKRYIWSREGIQNTMKTTSERFSSMEEKRLDAQMLQKYIWSLGGIQKTTSEPFSSMEEESLDAQMLQRYIWSRGGNQNTMKTTSERFSSMEEERLDAQMLQRYIWSRGRNQNTMKTTSERFSSMEEERLDAQMLQRYIWSRGRIQNTMKTTSERFSSMEEERLDAQMLQRYIWSRGVIQNTMKTTSERFSSMEEERLDAQMLKRYIWSRGGIQNTMKTTSERFSSMEEKRLDAQMLQRYIWSRGVIQNTMKTTSKRFSRMEYERLDAQMLQRYIWSRDEIQNTKKTTSERFSSMEEERLDAQILQRYIWSREGIQNTMKTLSERFSSMEEERLDAQMLQRYIWCREGIQNTMKTISERFSSMEEERLDAQMLQRYIWSREGIQNTMKTTSEQFSIMDEERMDAHMLQRYIWSREGIQNTMKTTSERFSIMEVERLDAQMLQRYIWSREGIQNTMKTTSERFSSMEEERLDAQMLKRYIWSREGIQNTMKTTSERFSSMEEKRLDAQMLQRYIWSREGIQNTMKTTSERFSSMEEERLDAQMLQRYIWSREGIQNTMKTTSERFSSMEEERLDAQMLQRYILVQRETTSERFSSTEEERLDAQMLKRYIWSREGIQNTMKTTSERFSSMEEERLDAQMLQRYICSREEIQNTMKTTSERFSSMEEERLYAQMLQRYIWSRGGIQNTMKTISEQFSSMEEERLDAQMLQRYIWSREGIQNTMKATSERFSSMEEERLDAQMLQRYILVQRETTSERFSSTEEERLDAQMLKRYIWSREGIQNTMKTISERFSSMEEERLDAQMLQRYILSREGIQNTMKTTSEHFSIMDEERMDAHMLQRYIWSREGIQNTMKTTSERFSRMEYERLDAQMLQRYIWSRDEIQNTKKTTSERFSSMEEERLDAQILQRYIWSREGIQNTMKATSERFSSREEERLDAQMLQRYIWSREGIQNTMKTLSERFSSMEEERLDAQMLQRYIWCREGIQNTMKTISERFSSMEEERLDAQMLQRYIWCREGIQNTMKTISERFSSMEEERLDAQMLQRYIWSREGIQNTMKTTSEQFSIMDEERMDAHMLQRYIWSREGIQNTMKTTSERFSRMEYERLDAQMLQRYIWCREGIQNTMKTISERFSSMEEERLDAQMLQRYIWSREGIQNTMKTTSEQFSIMDEERMDAHMLQRYIWSREGIQNTMKTTSERFSRMEYERLDAQMLQRYIWSRDEIQNTKKTTSERFSSMEEERLDAQILQRYIWSREGIQNTMKATSERFSRREEERLDAQMLQRYIWSREGIQNIMKTLSERFSSMEEERLDAQMLQRYIWCREGIQNTMKTISERFSSMEEERLDAQMLQRYIWCREGIQNTMKTISERFSSMEEERLDAQMLQRYIWCREGIQNTMKTISERFSSMEEERLDAQMLQRYIWSREGIQNTMKTTSEQFSIMDEERMDAHMLQRYIWSREGIQNTMKTTSERFSRMEYERLDAQMLQRYIWCREGIQNTMKTISERFSSMEEERLDAQMLQRYIWSREGIQNTMKTTSEQFSIMDEERMDAHMLQRYIWSREGIQNTMKTTSERFSRMEYERLDAQMLQRYIWSRDEIQNTKKTTSERFSSMEEERLDAQILQRYIWSREGIQNTMKATSERFSRREEERLDAQMLQRYIWSREGIQNIMKTLSERFSSMEEERLDAQMLQRYIWCREGIQNTMKTISERFSSMEEERLDAQMLQRYIWCREGIQNTMKTISERFSSMEEERLDAQMLQRYIWSREGIQNTMKTTSEQFSIMDEERMDAHMLQRYIWSREGIQNTMKTTSERFSRMEYERLDAQMLQRYIWSRDEIQNTKKTTSERFSSMEEDGLDAQNCRDTSETLSERFSSMEEERLDAQMLQRYIWCREGIQNTMKTISERFSSMEEQRLDAQMLQRYIWSREGIQNTMKTTSERFSSMEEERLDAQMLQRYIWSREGIQNTMKTTSERFSSMEEERLDAQMLQRYILVQRETTSKRFSSTEEERLDAQMLKRYIWSREGIQNTMKTTSERFSSMEEERLDAQMLQRYICSREEIQNTMKTTSERFSSMEEERLDAQMLQRYIWSREGIQNTMKTTSERFSSMEEERLYAQMLQRYIWSRDGIQNTMKTTSERFSSMEEERLDAQMLQRYIWSRGGIQNTMKTTSERFSSMEEERLDAQNCRDTSGPEREFKIP

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

100% Identity
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90% Identity
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80% Identity
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