Dmur004126.1
Basic Information
- Insect
- Drosophila murphyi
- Gene Symbol
- -
- Assembly
- GCA_018904325.1
- Location
- JAEIFX010001028.1:1-11132[-]
Transcription Factor Domain
- TF Family
- TSC22
- Domain
- TSC22 domain
- PFAM
- PF01166
- TF Group
- Basic Domians group
- Description
- These proteins are highly similar in a region of about 50 residues that include a conserved leucine-zipper domain most probably involved in homo- or hetero-dimerisation. Drosophila protein bunched [1] (gene bun) (also known as shortsighted), a probable transcription factor required for peripheral nervous system morphogenesis, eye development and oogenesis.
- 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 57 0.73 4e+03 -2.1 2.0 14 44 308 338 305 364 0.74 2 57 0.85 4.6e+03 -2.3 0.6 13 36 510 533 509 535 0.91 3 57 0.85 4.6e+03 -2.3 0.6 13 36 679 702 678 704 0.91 4 57 0.85 4.6e+03 -2.3 0.6 13 36 848 871 847 873 0.91 5 57 0.85 4.6e+03 -2.3 0.6 13 36 995 1018 994 1020 0.91 6 57 0.85 4.6e+03 -2.3 0.6 13 36 1164 1187 1163 1189 0.91 7 57 0.85 4.6e+03 -2.3 0.6 13 36 1333 1356 1332 1358 0.91 8 57 0.85 4.6e+03 -2.3 0.6 13 36 1502 1525 1501 1527 0.91 9 57 0.85 4.6e+03 -2.3 0.6 13 36 1671 1694 1670 1696 0.91 10 57 0.81 4.4e+03 -2.2 0.6 13 36 1840 1863 1839 1866 0.91 11 57 0.18 9.7e+02 -0.1 0.1 13 36 1969 1992 1968 2012 0.87 12 57 4.1e-08 0.00022 21.2 0.7 11 45 2027 2061 2025 2064 0.92 13 57 0.59 3.2e+03 -1.8 1.0 26 51 2091 2116 2087 2122 0.74 14 57 0.0052 28 4.8 0.3 11 44 2181 2214 2178 2227 0.87 15 57 0.0055 30 4.7 0.3 11 44 2230 2263 2227 2276 0.87 16 57 0.0055 30 4.7 0.3 11 44 2279 2312 2276 2320 0.87 17 57 0.0058 32 4.7 0.3 11 44 2328 2361 2325 2369 0.87 18 57 0.9 4.9e+03 -2.3 0.0 26 44 2371 2389 2363 2397 0.83 19 57 0.00026 1.4 9.0 0.4 13 52 2393 2434 2388 2439 0.80 20 57 0.00016 0.88 9.6 0.4 18 52 2419 2455 2412 2460 0.80 21 57 8.6e-05 0.47 10.5 0.3 13 52 2435 2476 2431 2481 0.80 22 57 8.8e-05 0.48 10.5 0.4 13 52 2456 2497 2452 2502 0.80 23 57 0.00011 0.58 10.2 0.4 13 51 2477 2517 2473 2522 0.80 24 57 9.4e-05 0.51 10.4 0.3 13 51 2498 2538 2494 2544 0.80 25 57 0.00029 1.6 8.9 0.4 13 51 2519 2559 2515 2564 0.79 26 57 0.00014 0.74 9.9 0.3 18 51 2545 2580 2536 2586 0.79 27 57 0.00071 3.8 7.6 0.3 18 54 2587 2620 2578 2623 0.83 28 57 8.3e-05 0.45 10.6 0.3 13 52 2619 2660 2615 2665 0.80 29 57 9e-05 0.49 10.5 0.3 13 51 2661 2701 2657 2707 0.80 30 57 0.00017 0.9 9.6 0.4 18 54 2708 2741 2699 2744 0.84 31 57 0.019 1e+02 3.0 0.1 13 36 2740 2763 2736 2766 0.84 32 57 0.00037 2 8.5 0.1 19 55 2788 2821 2786 2823 0.92 33 57 8.8e-05 0.48 10.5 0.4 13 52 2826 2867 2822 2872 0.80 34 57 8.8e-05 0.48 10.5 0.4 13 52 2847 2888 2843 2893 0.80 35 57 8.8e-05 0.48 10.5 0.4 13 52 2868 2909 2862 2914 0.81 36 57 8.4e-05 0.46 10.6 0.3 13 52 2889 2930 2885 2935 0.80 37 57 0.00012 0.65 10.1 0.2 13 49 2910 2948 2906 2953 0.79 38 57 6.2e-05 0.34 11.0 0.4 13 55 2931 2970 2926 2972 0.87 39 57 9e-05 0.49 10.5 0.4 13 52 2975 3016 2971 3021 0.80 40 57 8.4e-05 0.46 10.6 0.3 13 52 3017 3058 3013 3063 0.80 41 57 8.4e-05 0.46 10.6 0.3 13 52 3038 3079 3034 3084 0.80 42 57 8.3e-05 0.45 10.6 0.3 13 52 3059 3100 3055 3105 0.80 43 57 8.6e-05 0.47 10.5 0.3 13 52 3080 3121 3076 3126 0.80 44 57 9e-05 0.49 10.5 0.4 13 52 3101 3142 3096 3147 0.80 45 57 8.4e-05 0.46 10.6 0.3 13 52 3122 3163 3118 3168 0.80 46 57 0.00011 0.6 10.2 0.3 14 51 3144 3183 3140 3188 0.79 47 57 8.6e-05 0.47 10.5 0.3 13 52 3164 3205 3160 3210 0.80 48 57 8.6e-05 0.47 10.5 0.3 13 52 3185 3226 3181 3231 0.80 49 57 0.0001 0.55 10.3 0.3 13 51 3206 3246 3202 3251 0.80 50 57 0.0001 0.55 10.3 0.4 13 51 3227 3267 3223 3272 0.80 51 57 9.3e-05 0.51 10.4 0.3 13 51 3248 3288 3244 3294 0.80 52 57 0.00015 0.82 9.7 0.1 18 50 3295 3329 3287 3336 0.79 53 57 0.00018 1 9.5 0.1 18 51 3336 3371 3328 3377 0.81 54 57 0.00013 0.7 10.0 0.2 18 51 3378 3413 3369 3419 0.79 55 57 0.00091 4.9 7.2 0.1 13 45 3394 3426 3390 3429 0.86 56 57 0.00069 3.7 7.6 0.2 18 51 3478 3513 3473 3518 0.81 57 57 0.00017 0.9 9.6 0.1 18 49 3499 3532 3490 3539 0.79
Sequence Information
- Coding Sequence
- ATGGCCCAAGTCCGCGATGCTCTCGAACGACATCGAGCAGCAGTAGAGTGCTTGGATGAGAAGACGCTTCGCGATGCCTTTCAGGGATCCACACCGGATCCGTCACTTCGGCTAGTTGTTGAGGCGGCCTACAGTTTGGTGGATAGCTCCGTCTCTGCTGATTCTCTCGACTGGGAGTGGGAAGATGTGAAGGCAGTCGTGTCGAAAAATCTCCAGTTTGTTCAGCGTCTGGTGAGCTTTGAGGTGGGGTATGACTTGAGCCCGGAGCATTACGAAGTAATGATGACCCGCTACGATGGTGACTACCGTTTGAAGGAGGACAACATCAATTCCGCTGCTGCTTATCTCAGCAACTCCAGTGCACGCGTGCTCAAAGTGCTCTTCTCATGGTTTTCTGCTCAGCTCGAAGCATTTCGTACGTACCGTCAATGTGCTAGTACACAGGTGTTGGCAGACAACTTGCAGCAGAACATCACTGAAAATGTTAACGCTCTTAAAGATTTGAGTCGCAAGCTCCTCCAAATAAAGTCTCAACTACGTGTCTTTCTATCTGGAGGACGCATTCAGTCTCAGCACGGAGATAGCATCACCTTCACTCCTGTCACACCGGAAGTAACCGTCACTAGTGAGCGGTGCGCCGTTATTGCATCGTTTGGAGAGGCGAAGAGTGGAGTCGCTGTGCTTGGCCCCGAGGATATCTCTGAATGTGAAGACCGTGCTGCCTGGCACCGGCCACAGCTCTTTGCGTTTGCTGCAAGCCTTATGCAAGAGGTTCAACATCTCCAGTACCTCCTCGATTTCGAAAAAACTCAGCGTGAGGCTGATCGCCGCTCGACTTCCCCTTCCAACGCCAGTCCTATTAAGTCACCACTAGGAGTTACCCCAACGAAGACTGATGATCGTGCACTCATTCTCTCACAACAAGAGGTACTGCAACTTCAAGATCAGCTGACTGAAAAAGAGATGGATATTGAGCACTTACAGCAGCGCTGCGCAGATGCACAAATGCTCGCAGAAGCACAGCAAGCTGATCTTGCCGACCAGCAGAAGGAGCTAGACAAACTCAACGAAGAGGTGAAGCGCCTCTGCTCAACTCCTTATGACACTCCCGAACCCTTCCAGAGTGAACGCCTCGCCAATGACCTCCATGGGCTTCAAGATAAGTTATTAGAAAATAGCGAAGAAATTGCTGCCTTGAACGACGAGCTTGCTGATCTCCGAGCACATGATGATCGTTGGAATGCTGACTGTGAGCCGGATGAGCAACCTACGACGACGCGTCACTCGAAGCAGTTGGTGGGCGATGGATGGCGAGACCTGTCGCGTGACAAGCCAGCTGAACTGCGCCAAGCGGTGTCTGTGGATGCTGCAAACGCGTGCCACGTTCTTGTGGATAATGTGCGCCGTGTACGGTTTGACCCGAACACTTCTGTAGCTGAGTTTGAGGTTGTGCACCGTAAGGATGTTCGCAAGGCTGACCTTGACAAGCGGATTGCCGAGTACCCATTCAGGGAGTGCAACCACTCTCGCGAGACTGTTGATGAGCCGAAGGAGGGAGAGGATCTTCTTGCGGACCAGCTGAAGGAGATGCAGCAGGAACGTGACGATGCACTGGACCGCCTTCACAACGCCGAGAACCAGAAGCCACGTGATACTGGAGCAGCCGAGAAGCTTGCCGAGAAGGATGATGAGATTGCTGCCTTGAACGACGAGCTTGCTGATCTCCGAGCACATGATGATCGTTGGAATGCTGACTGTGAGCCGGATGAGCAACCTACGACGACGCGTCACTCGAAGCAGTTGGTGGGCGATGGATGGCGAGACCTGTCGCGTGACAAGCCAGCTGAACTGCGCCAAGCGGTGTCTGTGGATGCTGCAAACGCGTGCCACGTTCTTGTGGATAATGTGCGCCGTGTACGGTTTGACCCGAACACTTCTGTAGCTGAGTTTGAGGTTGTGCACCGTAAGGATGTTCGCAAGGCTGACCTTGACAAGCGGATTGCCGAGTACCCATTCAGGGAGTGCAACCACTCTCGCGAGACTGTTGATGAGCCGAAGGAGGGAGAGGATCTTCTTGCGGACCAGCTGAAGGAGATGCAGCAGGAACGTGACGATGCACTGGACCGCCTTCACAACGCCGAGAACCAGAAGCCACGTGATACTGGAGCAGCCGAGAAGCTTGCCGAGAAGGATGATGAGATTGCTGCCTTGAACGACGAGCTTGCTGATCTCCGAGCACATGATGATCGTTGGAATGCTGACTGTGAGCCGGATGAGCAACCTACGACGACGCGTCACTCGAAGCAGTTGGTGGGCGATGGATGGCGAGACCTGTCGCGTGACAAGCCAGCTGAACTGCGCCAAGCGGTGTCTGTGGATGCTGCAAACGCGTGCCACGTTCTTGTGGATAATGTGCGCCGTGTACGGTTTGACCCGAACACTTCTGTAGCTGAGTTTGAGGTTGTGCACCGTAAGGATGTTCGCAAGGCTGACCTTGACAAGCGGATTGCCGAGTACCCATTCAGGGAGTGCAACCACTCTCGCGAGACTGTTGATGAGCCGAAGGAGGGAGAGGATCTTCTTGCGGACCAGCTGAAGGAGATGCAGCAGGAGCGTGACGATGCACTGGACCGCCTTCACAACGCCGAGAACCAGAAGCCACGTGATACTGGAGCAGCCGAGAAGCTTGCCGAGAAGGATGATGAGATTGCTGCCTTGAACGACGAGCTTGCTGATCTCCGAGCACATGATGATCGTTGGAATGCTGACTGTGAGCCGGATGAGCAACCTACGACGACGCGTCACTCGAAGCAGTTGGTGGGCGATGGATGGCGAGACCTGTCGCGTGACAAGCCAGCTGAACTGCGCCAAGCGGTGTCTGTGGATGCTGCAAACGCGTGCCACGTTCTTGTGGATAATGTGCGCCGTGTACGGTTTGACCCGAACACTTCTGTAGCTGAGTTTGAGGAGTGCAACCACTCTCGCGAGACTGTTGATGAGCCGAAGGAGGGAGAGGATCTTCTTGCGGACCAGCTGAAGGAGATGCAGCAGGAACGTGACGATGCACTGGACCGCCTTCACAACGCCGAGAACCAGAAGCCACGTGATACTGGAGCAGCCGAGAAGCTTGCCGAGAAGGATGATGAGATTGCTGCCTTGAACGACGAGCTTGCTGATCTCCGAGCACATGATGATCGTTGGAATGCTGACTGTGAGCCGGATGAGCAACCTACGACGACGCGTCACTCGAAGCAGTTGGTGGGCGATGGATGGCGAGACCTGTCGCGTGACAAGCCAGCTGAACTGCGCCAAGCGGTGTCTGTGGATGCTGCAAACGCGTGCCACGTTCTTGTGGATAATGTGCGCCGTGTACGGTTTGACCCGAACACTTCTGTAGCTGAGTTTGAGGTTGTGCACCGTAAGGATGTTCGCAAGGCTGACCTTGACAAGCGGATTGCCGAGTACCCATTCAGGGAGTGCAACCACTCTCGCGAGACTGTTGATGAGCCGAAGGAGGGAGAGGATCTTCTTGCGGACCAGCTGAAGGAGATGCAGCAGGAGCGTGACGATGCACTGGACCGCCTTCACAACGCCGAGAACCAGAAGCCACGTGATACTGGAGCAGCCGAGAAGCTTGCCGAGAAGGATGATGAGATTGCTGCCTTGAACGACGAGCTTGCTGATCTCCGAGCACATGATGATCGTTGGAATGCTGACTGTGAGCCGGATGAGCAACCTACGACGACGCGTCACTCGAAGCAGTTGGTGGGCGATGGATGGCGAGACCTGTCGCGTGACAAGCCAGCTGAACTGCGCCAAGCGGTGTCTGTGGATGCTGCAAACGCGTGCCACGTTCTTGTGGATAATGTGCGCCGTGTACGGTTTGACCCGAACACTTCTGTAGCTGAGTTTGAGGTTGTGCACCGTAAGGATGTTCGCAAGGCTGACCTTGACAAGCGGATTGCCGAGTACCCATTCAGGGAGTGCAACCACTCTCGCGAGACTGTTGATGAGCCGAAGGAGGGAGAGGATCTTCTTGCGGACCAGCTGAAGGAGATGCAGCAGGAGCGTGACGATGCACTGGACCGCCTTCACAACGCCGAGAACCAGAAGCCACGTGATACTGGAGCAGCCGAGAAGCTTGCCGAGAAGGATGATGAGATTGCTGCCTTGAACGACGAGCTTGCTGATCTCCGAGCACATGATGATCGTTGGAATGCTGACTGTGAGCCGGATGAGCAACCTACGACGACGCGTCACTCGAAGCAGTTGGTGGGCGATGGATGGCGAGACCTGTCGCGTGACAAGCCAGCTGAACTGCGCCAAGCGGTGTCTGTGGATGCTGCAAACGCGTGCCACGTTCTTGTGGATAATGTGCGCCGTGTACGGTTTGACCCGAACACTTCTGTAGCTGAGTTTGAGGTTGTGCACCGTAAGGATGTTCGCAAGGCTGACCTTGACAAGCGGATTGCCGAGTACCCATTCAGGGAGTGCAACCACTCTCGCGAGACTGTTGATGAGCCGAAGGAGGGAGAGGATCTTCTTGCGGACCAGCTGAAGGAGATGCAGCAGGAGCGTGACGATGCACTGGACCGCCTTCACAACGCCGAGAACCAGAAGCCACGTGATACTGGAGCAGCCGAGAAGCTTGCCGAGAAGGATGATGAGATTGCTGCCTTGAACGACGAGCTTGCTGATCTCCGAGCACATGATGATCGTTGGAATGCTGACTGTGAGCCGGATGAGCAACCTACGACGACGCGTCACTCGAAGCAGTTGGTGGGCGATGGATGGCGAGACCTGTCGCGTGACAAGCCAGCTGAACTGCGCCAAGCGGTGTCTGTGGATGCTGCAAACGCGTGCCACGTTCTTGTGGATAATGTGCGCCGTGTACGGTTTGACCCGAACACTTCTGTAGCTGAGTTTGAGGTTGTGCACCGTAAGGATGTTCGCAAGGCTGACCTTGACAAGCGGATTGCCGAGTACCCATTCAGGGAGTGCAACCACTCTCGCGAGACTGTTGATGAGCCGAAGGAGGGAGAGGATCTTCTTGCCGACCAGCTGAAGGAGATGCAGCAGGAGCGTGACGATGCACTGGACCGCCTTCACAACGCCGAGAACCAGAAGCCACGTGATACTGGAGCAGCCGAGAAGCTTGCCGAGAAGGATGATGAGATTGCTGCCTTGAACGACGAGCTTGCTGATCTCCGAGCACATGATGATCGTTGGAATGCTGACTGTGAGCCGGATGAGCAACCTACGACGACGCGTCACTCGAAGCAGTTGGTGGGCGATGGATGGCGAGACCTGTCGCGTGACAAGCCAGCTGAACTGCGCCAAGCGGTGTCTGTGGATGCTGCAAACGCGTGCCACGTTCTTGTGGATAATGTGCGCCGTGTACGGTTTGACCCGAACACTTCTGTAGCTGAGTTTGAGGTTGTGCACCGTAAGGATGTTCGCAAGGCTGACCTTGACAAGCGGATTGCCGAGTACCCGTTCAGGGAGTGCAACCACTCTCGCGAGACTGTTGATGAGCCAAAGGAGGGAGAGGATCTTCTTGCCGACCAGCTGAAGGAGATGCAGCAGGAGCGTGACGATGCACTGGACCGCCTTCACAACAGTGAAAGTGAGAAGCCGGTGAGAAGTGTCTTTGAGAGTGCTCAAAGCGAAGCTATTGGTTCAGAACGCCGCAGTTGCGTGTCAGACAGCCGTGATGCGGGTGCCCAGGCTGACAATGTTCGTCAGTTGCTGGATATGTACCAGGCAAAGGCTGCACACGCGCAAATGTCACAGGAAGCACTTCTGAAGGAGCTTGCTGATAAGGTGAGACAATTAGACGATCTAGCGACTCAGGTTGATGCCATGAGTGCGGACCGCATGGATATTCAAAATAGACCTTTGGGGAGGGACGACGTAGCAGCTCTGAAGGAGAAGCTGAAGAAAGCTGAGGCGGATCTTCGCGATTTGGAAGATGAGCTTGCTGGTGCAAATCGTGACGTGGCGGCTCTGAAAGAACAGCTGGCTGCGGCCAAAGAAGCAAATGATGCGTTCCAGCGGAACGACAGTCGGGCACCCTTTTCAGCAAAGGAAGAAATTGATGCCCTGAAAGATCAGGTTGCAGACCTCGAGAAGCAGCTCGCTGATGTTGAAAGGGAGAATGAAGCCCTCAACCGTGAACTATCAAACATGAAAGATCCACTTGCACCACCATTGATGCCTGCAGATGGTACCAACGATGAACCAGTCGCATCCCAAGCAGAAACGAATGCGCTTCGAGATCAACTCGATGCAGCTGCTGACGAAAATAATGCTCTAAAAGAGCAGCTTGAAGCCTCAGAAGCAAACCAAGTCGCCCTTCAGAACCAGCTATGCGCTACAGAAGATGCAAACGCAGCTCTACAGGATCAGTTAAATTCTTCGCATGCTGATAAAAATGCTCTGGAACATCCACTCACTGCCGCAGAGGCAGACAAGGAAACTCTCAAGGATCAGCTTGAAGCATCAGAAGCCGGCAAGGCTGCACTCGAAGATCAGTTGGCTGCTGCTGAAGAAGAAAACACGGCGCTCAAGGATCAGCTAGCCGATCTACAGGATCCACTCACTGCCGCAGAGGCAGACAAGGAGATTCTCAAGGATCAGCTTGAAGCATCAGAAGCCGGCAAGGCTGCACTCGAAGATCAGTTGGCTGCTGCTGAAGAAGAAAACGCGGCGCTCAAGGACCAGCTAGCCGATCTACAGGATCCACTCACTGCCGCAGAGGCAGACAAGGAAATTCTCAAGGATCAGCTTGAAGCATCAGAAGCCGGCAAGGCTGCACTCGAAGATCAGTTGGCTGCTGCTGAAGAAGAAAACACGGCGCTCAAGGATCAGCTAGCCGATCTACAGGATCCACTCACTGCCGCAGAGGCAGACAAGGAGATTCTCAAGGATCAGCTTGAAGCATCAGAAGCCGGCAAGGCTGCACTCGAAGATCAGTTGGCTGCTGCTGAAGAAGAAAACGCGGCGCTCAAGGACCAGCTAGCCGATCTACAGGATCCACTCACTGCCGCAGAGGCAGACAAGGAAATTCTCAAGGATCAGCTTGAAGCATCAGAAGCCGGCAAGGCTGCACTCGAAGATCAGTTGGCTGCTGCTACTGAAGAAAACGCGGCGCTCCAGGATCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCTGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGTTGCGCTCAAGGACCAGGTTGCGGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCGCTCAAGGACCAGGTTGCTGATCTTCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCTGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCTGATCTTCAGGACCAGCTCGCTGCTGCGGAAGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCGGATCTTCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCTGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGTTGCCCTCAAGGACCAGGTTGCGGATCTTCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCTGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGTTGCCCTCAAGGACCAGGTTGCTGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGTTGCCCTCAAGGACCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCTGATCTTCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCTGATCTTCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCTGATCTTCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCTGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGTTGCCCTCAAGGACCAGGTTGCTGATCTTCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGACGGCCCTCAAGGACCAGGACCAGCTCGCTGCTGCGGAAGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCGGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCCTCAAGGACCAGGTTGCGGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCCCCCTCAAGGACCAGGTTGCGGATCTCCAGGACCAGCTCGCTGCTGCGGAAGACGAGAAGGCTGCCCTCAAGGACCAGGACCAGGTTGCGGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCGGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCGGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCGGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCGGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCGGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCGGATCTCCAGGACCAGCTCGCTGCTGCGGAAGACGAGAAGACTGCCCTCAAGGACCAGGACCAGGTTGCGGATCTTCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCTGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCGGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCTGATCTTCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCGGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCGGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCGGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCGGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCGGATCTCCAGGACCAGCTCGCTGCTGCGGAAGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCGGATCTTCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCGGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCGGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCTGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCGGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCGGATCTCCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCTGATCTTCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGTTGCCCTCAAGGACCAGGTTGCTGATCTTCAGGACCAGCTCGCTGCTGCGGAAGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCGGATCTCCAGGACCAGCTCGCTGCTGCGGGAGAGAAGGTTGCCCTCAAGGACCAGGTTGCGGATCTCCAGGACCAGCTCGCTGCTGCGGAAGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCTGATCTTCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGTTGCCCTCAAGGACCAGGTTGCTGATCTTCAGGACCAGCTCGCTGCTGCGGAAGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCTGATCTTCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGTTGCCCTCAAGGACCAGGTTGCTGATCTTCAGGGACCAGCTCGCTGCTGCGGGAAGACGAGAAGGCTGCCCTCAAGGACCAGGACCAGCTCGCTGCTGCGGAAGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCTGATCTTCAGGACCAGCTCGCTGCTGCGGAAGACGAAGGCTGCCCTCAAGGACCAGGTTGCTGATCTTCAGGACCAGCTCGCTGCTGCGGAGGACGAGAAGGTTGCCCTCAAGGACCAGGTTGCTGATCTCCAGGACCAGCTCGCTGCTGCGGAAGACGAGAAGGCTGCCCTCAAGGACCAGGTTGCGGATCTCCAGGACCAGCTCGCTGCTGCGGAGGGACGAAAGGTTGCCCTCAAGGACCAGGTTGCTGATCTCCAGGACCAGCTCGCTGCTGCG
- Protein Sequence
- MAQVRDALERHRAAVECLDEKTLRDAFQGSTPDPSLRLVVEAAYSLVDSSVSADSLDWEWEDVKAVVSKNLQFVQRLVSFEVGYDLSPEHYEVMMTRYDGDYRLKEDNINSAAAYLSNSSARVLKVLFSWFSAQLEAFRTYRQCASTQVLADNLQQNITENVNALKDLSRKLLQIKSQLRVFLSGGRIQSQHGDSITFTPVTPEVTVTSERCAVIASFGEAKSGVAVLGPEDISECEDRAAWHRPQLFAFAASLMQEVQHLQYLLDFEKTQREADRRSTSPSNASPIKSPLGVTPTKTDDRALILSQQEVLQLQDQLTEKEMDIEHLQQRCADAQMLAEAQQADLADQQKELDKLNEEVKRLCSTPYDTPEPFQSERLANDLHGLQDKLLENSEEIAALNDELADLRAHDDRWNADCEPDEQPTTTRHSKQLVGDGWRDLSRDKPAELRQAVSVDAANACHVLVDNVRRVRFDPNTSVAEFEVVHRKDVRKADLDKRIAEYPFRECNHSRETVDEPKEGEDLLADQLKEMQQERDDALDRLHNAENQKPRDTGAAEKLAEKDDEIAALNDELADLRAHDDRWNADCEPDEQPTTTRHSKQLVGDGWRDLSRDKPAELRQAVSVDAANACHVLVDNVRRVRFDPNTSVAEFEVVHRKDVRKADLDKRIAEYPFRECNHSRETVDEPKEGEDLLADQLKEMQQERDDALDRLHNAENQKPRDTGAAEKLAEKDDEIAALNDELADLRAHDDRWNADCEPDEQPTTTRHSKQLVGDGWRDLSRDKPAELRQAVSVDAANACHVLVDNVRRVRFDPNTSVAEFEVVHRKDVRKADLDKRIAEYPFRECNHSRETVDEPKEGEDLLADQLKEMQQERDDALDRLHNAENQKPRDTGAAEKLAEKDDEIAALNDELADLRAHDDRWNADCEPDEQPTTTRHSKQLVGDGWRDLSRDKPAELRQAVSVDAANACHVLVDNVRRVRFDPNTSVAEFEECNHSRETVDEPKEGEDLLADQLKEMQQERDDALDRLHNAENQKPRDTGAAEKLAEKDDEIAALNDELADLRAHDDRWNADCEPDEQPTTTRHSKQLVGDGWRDLSRDKPAELRQAVSVDAANACHVLVDNVRRVRFDPNTSVAEFEVVHRKDVRKADLDKRIAEYPFRECNHSRETVDEPKEGEDLLADQLKEMQQERDDALDRLHNAENQKPRDTGAAEKLAEKDDEIAALNDELADLRAHDDRWNADCEPDEQPTTTRHSKQLVGDGWRDLSRDKPAELRQAVSVDAANACHVLVDNVRRVRFDPNTSVAEFEVVHRKDVRKADLDKRIAEYPFRECNHSRETVDEPKEGEDLLADQLKEMQQERDDALDRLHNAENQKPRDTGAAEKLAEKDDEIAALNDELADLRAHDDRWNADCEPDEQPTTTRHSKQLVGDGWRDLSRDKPAELRQAVSVDAANACHVLVDNVRRVRFDPNTSVAEFEVVHRKDVRKADLDKRIAEYPFRECNHSRETVDEPKEGEDLLADQLKEMQQERDDALDRLHNAENQKPRDTGAAEKLAEKDDEIAALNDELADLRAHDDRWNADCEPDEQPTTTRHSKQLVGDGWRDLSRDKPAELRQAVSVDAANACHVLVDNVRRVRFDPNTSVAEFEVVHRKDVRKADLDKRIAEYPFRECNHSRETVDEPKEGEDLLADQLKEMQQERDDALDRLHNAENQKPRDTGAAEKLAEKDDEIAALNDELADLRAHDDRWNADCEPDEQPTTTRHSKQLVGDGWRDLSRDKPAELRQAVSVDAANACHVLVDNVRRVRFDPNTSVAEFEVVHRKDVRKADLDKRIAEYPFRECNHSRETVDEPKEGEDLLADQLKEMQQERDDALDRLHNSESEKPVRSVFESAQSEAIGSERRSCVSDSRDAGAQADNVRQLLDMYQAKAAHAQMSQEALLKELADKVRQLDDLATQVDAMSADRMDIQNRPLGRDDVAALKEKLKKAEADLRDLEDELAGANRDVAALKEQLAAAKEANDAFQRNDSRAPFSAKEEIDALKDQVADLEKQLADVERENEALNRELSNMKDPLAPPLMPADGTNDEPVASQAETNALRDQLDAAADENNALKEQLEASEANQVALQNQLCATEDANAALQDQLNSSHADKNALEHPLTAAEADKETLKDQLEASEAGKAALEDQLAAAEEENTALKDQLADLQDPLTAAEADKEILKDQLEASEAGKAALEDQLAAAEEENAALKDQLADLQDPLTAAEADKEILKDQLEASEAGKAALEDQLAAAEEENTALKDQLADLQDPLTAAEADKEILKDQLEASEAGKAALEDQLAAAEEENAALKDQLADLQDPLTAAEADKEILKDQLEASEAGKAALEDQLAAATEENAALQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKVALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKVALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKVALKDQVADLQDQLAAAEDEKVALKDQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKVALKDQVADLQDQLAAAEDEKTALKDQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAAPQGPGCGSPGPARCCGGREGPLKDQVADLQDQLAAAEDEKAALKDQDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKTALKDQDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKVALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAGEKVALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKVALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEDEKVALKDQVADLQGPARCCGKTRRLPSRTRTSSLLRKTRRLPSRTRLLIFRTSSLLRKTKAALKDQVADLQDQLAAAEDEKVALKDQVADLQDQLAAAEDEKAALKDQVADLQDQLAAAEGRKVALKDQVADLQDQLAAA
Similar Transcription Factors
Sequence clustering based on sequence similarity using MMseqs2
- 100% Identity
- -
- 90% Identity
- -
- 80% Identity
- -