Enis016781.1


Basic Information
Transcription Factor Domain
Sequence Information
Similer Transcription Factors

Basic Information

Insect
Epinotia nisella
Gene Symbol
ZRC1
Assembly
GCA_932294385.1
Location
CAKOAM010000075.1:807530-827517[-]

Transcription Factor Domain

TF Family
zf-LITAF-like
Domain
zf-LITAF-like domain
PFAM
PF10601
TF Group
Zinc-Coordinating Group
Description
Members of this family display a conserved zinc ribbon structure [3] with the motif C-XX-C- separated from the more C-terminal HX-C(P)X-C-X4-G-R motif by a variable region of usually 25-30 (hydrophobic) residues. Although it belongs to one of the zinc finger's fold groups (zinc ribbon), this particular domain was first identified in LPS-induced tumour necrosis alpha factor (LITAF) which is produced in mammalian cells after being challenged with lipopolysaccharide (LPS)[2]. The hydrophobic region probably inserts into the membrane rather than traversing it. Such an insertion brings together the N- and C-terminal C-XX-C motifs to form a compact Zn2+-binding structure [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 28 0.23 4.7e+02 1.5 0.0 46 67 174 195 167 197 0.87
2 28 0.22 4.7e+02 1.5 0.0 46 67 215 236 207 238 0.87
3 28 0.22 4.7e+02 1.5 0.0 46 67 256 277 248 279 0.87
4 28 0.22 4.7e+02 1.5 0.0 46 67 297 318 289 320 0.87
5 28 0.22 4.7e+02 1.5 0.0 46 67 338 359 330 361 0.87
6 28 0.22 4.7e+02 1.5 0.0 46 67 379 400 371 402 0.87
7 28 0.22 4.7e+02 1.5 0.0 46 67 420 441 412 443 0.87
8 28 0.22 4.7e+02 1.5 0.0 46 67 461 482 453 484 0.87
9 28 0.22 4.7e+02 1.5 0.0 46 67 502 523 494 525 0.87
10 28 0.22 4.7e+02 1.5 0.0 46 67 543 564 535 566 0.87
11 28 0.22 4.7e+02 1.5 0.0 46 67 584 605 576 607 0.87
12 28 0.22 4.7e+02 1.5 0.0 46 67 625 646 617 648 0.87
13 28 0.22 4.7e+02 1.5 0.0 46 67 666 687 658 689 0.87
14 28 0.22 4.7e+02 1.5 0.0 46 67 707 728 699 730 0.87
15 28 0.22 4.7e+02 1.5 0.0 46 67 748 769 740 771 0.87
16 28 0.21 4.5e+02 1.6 0.0 46 67 789 810 780 812 0.87
17 28 0.21 4.5e+02 1.6 0.0 46 67 830 851 821 853 0.87
18 28 0.22 4.7e+02 1.5 0.0 46 67 871 892 863 894 0.87
19 28 0.21 4.5e+02 1.6 0.0 46 67 912 933 903 935 0.87
20 28 0.27 5.7e+02 1.2 0.0 46 67 953 974 944 976 0.87
21 28 0.22 4.7e+02 1.5 0.0 46 67 994 1015 986 1017 0.87
22 28 0.27 5.7e+02 1.2 0.0 46 67 1035 1056 1026 1058 0.87
23 28 0.22 4.7e+02 1.5 0.0 46 67 1076 1097 1068 1099 0.87
24 28 0.22 4.7e+02 1.5 0.0 46 67 1117 1138 1109 1140 0.87
25 28 0.2 4.1e+02 1.7 0.0 46 67 1178 1199 1168 1201 0.87
26 28 0.23 4.7e+02 1.5 0.0 46 67 1219 1240 1212 1242 0.87
27 28 0.22 4.7e+02 1.5 0.0 46 67 1260 1281 1252 1283 0.87
28 28 0.22 4.7e+02 1.5 0.0 46 67 1301 1322 1293 1324 0.87

Sequence Information

Coding Sequence
ATGGCGATGAAGGAATGGTTACAGCGGCTGCCTCCGCCGCGCTCGCTTCTGGCGCTGCTGCTCGCCACGGCTGGTTTCAGCGGACGACTGTTTGCGTCACACGTCACCAACTCGCCCACACTCGTCGTCGACACCTGCCACGCGCTATGCAGACTAGTCGGGCTCATCACTACGCTCATCGCCTACAAGTTCTCTCGCGCCGACGAGAACGCCGGCCGCGAGGGCAAGCTCCGCAACACGTTCGGCTGGGCGCGCATCGAAGTCGTCGGGCGGCTCTCCGTGTACGTGCTGTTCGCGTCGTTCGCGTTCGCGCTGGTGGTGAACGCGCTGCAGCTCGGCGTGCACTCCTCGCACGTGCAGCCGCCGCGGTACCCGCGCCTCGTCGTCGCCAGCGCCGTCGTGGGGCTGCTGCTACACGCGCTCAACTACATGCTGCTCGCTGGACGCGAGTTGAGCTACAGCCGACGTCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAAGCAGGGTGTGGGCGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAAGCACGGTGTGGGCGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAAGCAGGGTGTGGGCGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAAGCAGGGTGTGGGCGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAAGCAGGGTGTGGGCGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAAGCAGGGTGTGGGCGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAAGCAGGGTGTGGGCGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAAGCAGGGTGTGGGCGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAAGCAGGGTGTGGGCGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAAGCAGGGTGTGGGCGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAAGCAGGGTGTGGGCGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAAGCACGGTGTGGGCGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAAGCAGGGTGTGGGCGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAAGCAGGGTGTGGGCGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAAGCAGGGTGTGGGCGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAACCAGGGTGTGGGCGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAACCAGGGTGTGGGCGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAAGCAGGGTGTGGGCGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAACCAGGGTGTGGGCGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAACCAGGGTGTGGGCGAGCCAATCCTCGCGCACACCCCTACGGACATGGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAAGCAGGGTGTGGGCGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAACCAGGGTGTGGGCGAGCCAATCCTCGCGCACACCCCTACGGACATGGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAAGCAGGGTGTGGGCGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAAGCAGGGTGTGGGCGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAACCAGGGACTACTTGAGCTATACAGCCTGAGCATGATGGAGAGCGGCGGCGTGGTACTAAAGCAGGCTGTGGGCGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAACCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAAGCAGGGTGTGGGTGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAAGCAGGGTGTGGGCGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAAGCAGGGTGTGGGCGAGCCAATCCTCGCGCACGCCCCTACGGACATCGCCAGTAAGTGTAGTGACTGTCAGGACTACTTGAGCTACAGCCTGAGCATGACGGAGAGCGGCGGCGTGGTACTAAACCAGGGTGTGGGCGAGCCAATCCTCACGCACGCCCCTGCGGACATTGCCAGCAGCTTGTTTGTGATGGGCGCCGGGCTCACATTGGAATGGGAGGAGCACGCAGCCGGCATCGTCGACCCTGCGCTCTCTGCCATCGCTGCGATCGTGCTTGTGTGCTTCAACTATCCCTTCATGCGTTCAGCGGGCATGGTCCTGCTACAAACCGTCCCTGAAGGCCTGGGCGCATGTGAGCTGAAGGCAGCAGCACTGCGCGTGCCCGGCGTGCTCGCCATCCACGAGCTGCACGTGTGGCAGCTACACCGCGACCGGGTCGTGGCCACAGCGCACGTCGCCTACTCCTCACCAGAAGACTACATGAAGAGTTCAGAACTCGTCTGCGACGTGTTTAAGCGTCACGGGATAGGGCTGGTCACATTGCAGCCGGAGTTCATGCACACACATCTTGTTGGTACAGAGGAAGAGAAGAAAGCCCTAATTCAGCAAGCGAACGAGTCCTGCGCCAACCCCTGCGGGAAAGAGTGCATCGGGCCGAGGTGCTGCCAGGCTCCCCCCAGGCCCACAGTCGTCAGAGTTTGA
Protein Sequence
MAMKEWLQRLPPPRSLLALLLATAGFSGRLFASHVTNSPTLVVDTCHALCRLVGLITTLIAYKFSRADENAGREGKLRNTFGWARIEVVGRLSVYVLFASFAFALVVNALQLGVHSSHVQPPRYPRLVVASAVVGLLLHALNYMLLAGRELSYSRRLSMTESGGVVLKQGVGEPILAHAPTDIASKCSDCQDYLSYSLSMTESGGVVLKHGVGEPILAHAPTDIASKCSDCQDYLSYSLSMTESGGVVLKQGVGEPILAHAPTDIASKCSDCQDYLSYSLSMTESGGVVLKQGVGEPILAHAPTDIASKCSDCQDYLSYSLSMTESGGVVLKQGVGEPILAHAPTDIASKCSDCQDYLSYSLSMTESGGVVLKQGVGEPILAHAPTDIASKCSDCQDYLSYSLSMTESGGVVLKQGVGEPILAHAPTDIASKCSDCQDYLSYSLSMTESGGVVLKQGVGEPILAHAPTDIASKCSDCQDYLSYSLSMTESGGVVLKQGVGEPILAHAPTDIASKCSDCQDYLSYSLSMTESGGVVLKQGVGEPILAHAPTDIASKCSDCQDYLSYSLSMTESGGVVLKQGVGEPILAHAPTDIASKCSDCQDYLSYSLSMTESGGVVLKHGVGEPILAHAPTDIASKCSDCQDYLSYSLSMTESGGVVLKQGVGEPILAHAPTDIASKCSDCQDYLSYSLSMTESGGVVLKQGVGEPILAHAPTDIASKCSDCQDYLSYSLSMTESGGVVLKQGVGEPILAHAPTDIASKCSDCQDYLSYSLSMTESGGVVLNQGVGEPILAHAPTDIASKCSDCQDYLSYSLSMTESGGVVLNQGVGEPILAHAPTDIASKCSDCQDYLSYSLSMTESGGVVLKQGVGEPILAHAPTDIASKCSDCQDYLSYSLSMTESGGVVLNQGVGEPILAHAPTDIASKCSDCQDYLSYSLSMTESGGVVLNQGVGEPILAHTPTDMASKCSDCQDYLSYSLSMTESGGVVLKQGVGEPILAHAPTDIASKCSDCQDYLSYSLSMTESGGVVLNQGVGEPILAHTPTDMASKCSDCQDYLSYSLSMTESGGVVLKQGVGEPILAHAPTDIASKCSDCQDYLSYSLSMTESGGVVLKQGVGEPILAHAPTDIASKCSDCQDYLSYSLSMTESGGVVLNQGLLELYSLSMMESGGVVLKQAVGEPILAHAPTDIASKCSDCQDYLSYNLSMTESGGVVLKQGVGEPILAHAPTDIASKCSDCQDYLSYSLSMTESGGVVLKQGVGEPILAHAPTDIASKCSDCQDYLSYSLSMTESGGVVLKQGVGEPILAHAPTDIASKCSDCQDYLSYSLSMTESGGVVLNQGVGEPILTHAPADIASSLFVMGAGLTLEWEEHAAGIVDPALSAIAAIVLVCFNYPFMRSAGMVLLQTVPEGLGACELKAAALRVPGVLAIHELHVWQLHRDRVVATAHVAYSSPEDYMKSSELVCDVFKRHGIGLVTLQPEFMHTHLVGTEEEKKALIQQANESCANPCGKECIGPRCCQAPPRPTVVRV

Similar Transcription Factors

Sequence clustering based on sequence similarity using MMseqs2

100% Identity
-
90% Identity
-
80% Identity
-