Clc11G05575 (gene) Watermelon (cordophanus) v2

Overview
NameClc11G05575
Typegene
OrganismCitrullus lanatus subsp. cordophanus cv. cordophanus (Watermelon (cordophanus) v2)
Descriptionstress-induced protein KIN2-like
LocationClcChr11: 5401110 .. 5424701 (-)
RNA-Seq ExpressionClc11G05575
SyntenyClc11G05575
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
ATGGATAACTCTCAAAAGATGAGCTACCACGCTGGAGAAGCCAAGGGTCAAGCTCAGGTTCACACCTACCCATCATCATTTATTGATTGCATGTTTAATTATTGTATTTTTAATATACATTATGGTAATTGAATATAAAATGAATTTGGTAATAATTGCCAAATATAATAATTTAATTCCCAATATTTGTGTTATCTTTTAATGCCATTTTTTATTCTTTTATTTCATGGATTTTATATTGCTTTATTGGTTGTCATCAGAAAATGCCTTATATTTAGTTTATGTTGGTGTGATTATAAAAGGGTGATAGAGTAACATGTTAATTAGTTTGTCTTTATTTAGGAGAAGGTGAGCAATATGATGGACAAGGCAAGTGATGTAGCCCAATCAGCTAAGGAATCCGTGCAAGAAGCAGGACAACAGGTGAAAGCTAAGGCACAAGGAGCTGCCGATGCTGTCAAAGATGCAATTAACAAATGAAAATACCATCCATTTACTCTTTTCTTTTAAAATTTTTCAAGAACTCTCGTCAATTTTGTTCTTGCTTAGACATTTTTCCCCTTTTTTAACTAAATAAAGCCAAGCATTATGTAAGAGACTTAGCCTTGACAAAAAGGTCTCATATTGTATGGCTCATGAGCCTTTTCAACCAATAAGAATCATGACTAGTTGACAATTGACATGGCCAAAACCTAGTTTGTTTTCCTCGTCTGATTAAATATTATAATTATGCCACAAAACATATGATTAAAATTAAATAGGAAAAAAATAGAATAATTGTTTTGAATAGTGAATACGGGTAGAAATATTTTTAAATATAGTAAAATATCATTTGCTATTCGTGACACTAATAGACTATACTATCATCTATCACTGTTTAACAATAATAAACATTATATCACATTTTGTTATATTTGTAAATAAATTGACTCATTTTAGTCGGAAAAAAATATCAATTTATACCTTCAGATTTTGAATTTTTTTTTATAATATATTTTTAAAAAATATTTAAAATATGAGGTTGTTTTGAACCTTATTATTAAAATATTGTAGTTTTATTCATCCTCTCTATAAGAGATGATTCAATCCATGATAACCATTTACCTAGGATTTAATATCCTACGAATTTTCTTGACATACAAATATTGTAGGGTCAGATTGATTGACTTGAGATTAGTCGATGTGCGTGTAAGTTAGTTGGAACGTATATCTTTTTACTTATCCTCGTCATGATTAAATTTATTAAAAAAATTGGAACAAAACACGAGATGTAGAATAATATCAAATCGAGAGTTCGGGTAAAATTGGTTTCCATACATACTTATTAATTAGAGGCTCCCCTAAACGTGCACCTCTCTCTCTCTCTCTTTGTTTTTTTAATACCTAAATTAAAGAAAAACATCAATATATACCTTTTATCAATTAAATCCATTTATGTTTCGTTTTTACCATCAATATATAACTTTGAAAATTATATCAATTTTTACCATCAATTATGTTTCGTTTGAATCAACATTATGTAAGACATATAATTTTATCAATTAAATCCATAAACTTCGAGAAAATCAATTTAGACTTTTTTTTGAACTTTTGTTTTAACCTAAATCAATTTTCCATTATAATTTCTACTAATTTTTCTTTCAAATATACCTAAGACTGCGATAGACTACCACAAATAAACTGTGATATTTTGCTATTAATTATAAATACTTTTAACAATTTTACCATTTGAAATAATTGTCCTTAATAAAATGTTAGATATGCATTTCTATGTCTATAGATAATTTTGGAATAGTGACAGCATGCATATTATTTTATTAAAGTCACTTGCGCTCGAGTATACCTCTAAATAATATAACGTGCCTTTTATCCTTTCCTTTTTTTTTGTTTTTGAAAATTTTCTTTTCTTTTTTTTTTTTTTGAAATATTTAGAATTAGTCATATTATAATTTTTGTGAAGAATAAATTATTAAATCGGTTCTTAAAAAAAAAATTATCTTAAATGACAAAATTATTGAAAATATTTATAATTAATAACAAAATACGTAGTCTACTTGTGATAGACCGAGATAGATTACTATAGACTACTATTTGTGTCTAGTCTATCGCGATCTATACAGATCTATCACAGACTATCATAGATAAACAGTGAAATTTTGCTATATTTGTAAATATTTTAGTTTCTTTTCTTATATTTGAAAATAATTTTAAAAAATAAAATTAAAAAATTAAAAATTTAACCATTATAATATTAAATAAAACTTATAAAGCATCTTGATATATTCATTATAGAAATTTTAATATCGGTGGGATTTTTTTTTTTTATATAAATAAAGAGAATTAATTTTTGCAAAGAATAAAAAGTTAATGTGATTGTTATTTTCTAAATTAAATCTACTAAAAACCTTCTAATATTACTTTGTCGACACGTTACTCTAGCATGCACCACATTCTAACATTTTATCATTGGATAATATTTGATTGCATTTTTCTTGAATTTTTTTTTTAAATAATCTTTTTTAAAAAAGAAAAAATTTTGTTACATGACAATGTGTTATTGAGCCGACTAGATGCACCCAACTATTTATTTTTCTCACTCCCACCCTATAAATCTAACTTTGCTTCCTTTTCTATCCAACTAAGATGTTTATTGTTCTTCTTCTAGTTGTCATTGCTAAAATAATAATGATAATAATAATAAATAGTTTAAGATCTTTTAAACTTGTTTTTAAAAATTTAGAGACTAGAAAAAACGTTTTAAGAATTTAGGGACGAACCGCATCTATACTAAAAACTTTTAAGAATCAAAAGGTATGTTTTGAAAACTTAGATCAAACGACCCTATTTTTCAAAAGAAAAGATAATAACATAATTTAAAGATTAAGCAAATTTAAATTGAATTTGAAGTGGGAGATTTGAACATTTGGCTTTTTAGTCAAAGACATATACTTTAACCAATTGAACTATGTTCGCACACAAAAATTAGCTCAACATAGGATTATGCCTATGTTTTAACTATTATGATTTGCTTTGGTTGTCAAATAAAAAACATAATCTAAATTTATGAACTTTTATTTCAATTAATTAAGGTGTTAGATAAAATTTATAAATAGAATTCAAGTTCTCGATAAGGGATCCCTTACTCTAGCTCGGGATGTACTGGAAAAAAGTACTCAATTATGTAATGATAAAACTAAAAAATACTATTTACCAAAAACATATGATCCGTTGTTGAGCGGACCTTACCGCAGACGAATCCATTTTGTTTTTTCATTCTCAATGCTAAATGAAATTTCTCGAAAAAAATGATAGTGAGAACGTTTGGACAAATAAGATTCATGCTATCTTTCTTAATACTAATTACCTACAAATTGAAGATAAAATTGAGTCAGAAGATCGAATAAAATCTTTAAACTTTTTATTCGATGCAGTTATAACTCCTTACAACGCTAAAGCAAGTCGTCAAAACTCGATTGGAATAAGAGAAATCAGTAAAAAAGTTCCTCGATGGTCATCCAAATTAAAAGACGAGTTAGAACAAATGGAAGGAGAAAACGAAGAAAGTATGGCAGAAGATCATGAAATTCGTTCAAGAAAAGCCAAACGTGTTGTAATTTTTATTGATAATAGAGAAACTAGCGATACTTATACTAATACCAAACATACTAATAATCCTGCTCAAACAGACGAAGTTGCTTTGTTAAATTTAAATACTAATTTGTAGTTTAAAGGTTTTTTTGCTAAGAGGAAAAAAGGAGGCTCATGCATTACTAATATGCTTTTTGGTTAAAATACAAATTTAGCTCCTAAATTTTTAAGGATTTATTTATTTTGTCAACTTTAAAAAGTGTTTATATTCTAATAATTTCTTCAACTCTTAGATTTGTGTCTATTTGGACATTGAATTTTAAAAATTTTCTGATAAATTTTTCATCTTTTAACTTTATGTTTAGCAAATTTTTTTCATTTTCAATTTCGAGTTGGCATTTAACATATTCAACGTTTTCTTTTTTTGAATGCATGGACATACAATCACAAAGTTGAAAGTTTATGGGCCTATTAATTGAAAGTTATTAAACAAAATTTAAAACTTATAGGCCAAATAGACATAAACTTGTAATGTAACCATACGATGTCAATCCATTTATAACTTCTAAGTTTTACATCAACTAGTCGTTGATTATGATGTTCATACATTTCTTTTAAAAGAATGTCGCAATCTCTATTACATTGTTAATCGTTAATCATTATATAATGTTGTTTTAATACATTTATCATTATATATTGTTGTTTTAATACATTTATCCCAAGTGACCTTATTTTAATTAAATTTGACATGAAAGAAAAGGAAACCAATGACATGGAATTTGATTTGATCTCTAAAGTTTTTAAATAAGAGATTAGCGAAGATGACGTGGGAGATTACTTATATGCCACGTGGGTTTTTTATGAAAGAACGTGTTGCTTCGGATAAAGTTTTATTTATTTATTTATTTTATTTAAATCATTATTATTATTTCCATAATGTAGATGTAGCTAACATCTATGTTTACTAGATGTGTGTTTCTTTGAAGAACAAGAAAACCAAACAATTACATAGATGAAGAGACAAAATTTGGCTCTATTAAAAGACGTAACGCAATTAGAAAGAAATTTCCCACCACACATACAAATGAGACCCATCCTTTACTAAATGTGTTTGGTTTGGTTTGGTTTCAACATTTAATTTTTATGGGCTTCCAAACAAAATTTAATGCAATGGTGACGTGGCAGGAGACAACAAAATTTAAGGAATCACCAAACACAAAATAAATTAAAAGCCTTTCTTAGCAATTTTTTAATAATGAACTTTTTTTTTAAAAAAAAAATTACAAATTTAGGGCAGTTTTCTAAATAATAATTAAAATAATGTTAAATAAATAAGAAATGAAAAAAATGGAGAGGAAAAGCCAACTATTGACAAATTTGGTGTACCCAAATCGCATACGTGGTACACGATTTCCTACTTTTTTTTTTTTTTTTAATTATTATTATTTTTTTTTTCCTGCTTCTTCCTTCCTTCTTCTTCCTTCCTTCTTCGAAAAGCAATGAAAAACCAAACCCTCACTTCCTCACAACCAAATCAGCTTTTTCTTCATATTCAGCCAAGGAAAAGAGTTTTTTAAATAATAATAATAATAATAAAAAAAAAAACCAGACTACACTTCTTCCATAACCTCCAATGGTGAAACTCTTTTTGTTCAAAAATTCAAAATCGGTGACGATCTCAATCCAATTTGTTGAATGCTAATAGAAATTTCCTTTTTTCTTTAAAAGAAAAAAAAAAAAAAAAAAACAAACTCCACCATTTGAGGTCATGGAAGAAGTGTAGTCTTTTTGGTTTGGTGTACCCAAATCGCTTAGTTTAGTTTCTGTGAGAAGAATTTAGTTGGGGTAGTACCTGAAAATAACATTTTTTTTATTAAGGCTCTTTTGGAGGGAGAGCTTAACCCTCTTACATTCCATGTTAGGATCTTCATGTAGGACCGAACTACCCCAAATGTAAGTTATCTAAGTTCCCTCTTTTAGCTGCTTCTTTCTCGTTGATTTCAACTTCTCTAGCTTTGAGTTCCCTTGTTGGTGTCAATTTGAGATTGTTGTTTCTTAACCAAATGATGAGATCTTTTTTGAAGGCTTCTTCGGAGATCAATGCTTCTTCTTTTTCGAAATTCCTGTTGGCAAGGCTTTCCTTTAGAATGTCTGATTCAGTAGGAGATGGGATTATGTCGAAGAAAGTATGGATGTCTGGGTTTGAGACTAATGTGTCCGAGATCGGTGAAAGAGGGCCCAAGTCTACGGTCAGAGTTATCTCTTGTTCGCATTTGATCCATCTATGATCAATTTTTCTGATTGGGTTGTAGTATTTACCATCTCCTGATTTGAGCTTTTGACCCAATATATCATCTTTCTTTCCTTCTTCTTCAGTTGGGCTTTGGCTTCTATTGGGCTTCTAATCTTTAGTGGGCGAGCTAGGGAAAAATCTTGATTATAATAATAAGTTGTATTTTGTGGAAAAGGGAAAGTAACCTTTCTCTTTGCGATTTGACATGTTCCATCACTAGCATTTAATTTTGCTTCCCTTTTCTTCAGCTGTCAGGGCTTTCCTCTTCCCCAAAAGAATTATTCATTCCTTCTTATCATTGCTTCCATCACTGTCAGAATTTGAAAATTTCTTGGTTTCGCCGCCGTTCGTGTTTCTCATCTGAGTTTTGCATTGATCGGAGTTGGGTTGTTGCATCTTCAATGGAGGGACTGCTATATGTTTCCGATGAAACAGTAGTTTTCCATCTCATGATCAAATTCATCAAAATCCATGGCTGCCTCCTTGGTGAACGTACCATGAATGTTGGGGTTTTGTTTATGAGCCATCTTCCTACTGAAATTGCAACCAATTAGACTAAAAATCGATTTCCCTTGTCGTCGCTGATCCCTATCGTTGCTGGGATAAGTTCGGTGTAGTTTTATCTAATTTTGATTTTGGCTTCAATAATGTTGGTTTTTTCCAAGTTTCCTTTGACACTTCCAGTAGTCCTCCACATGCGTTTCCGATTTGCTTGAATGTGTTCATATTCTAAGCGTGTAAAGGGATGGGATCAGTTTCGGGGTTGCATGTATGGATGCCATCCATTGTTCGAATTTAACATAGAAGTGTCCAACTGTCACCCAACCTTTATTCTTGCATAGCACTTTGATATGCTCCTTGTCCTTTGAGAAGACTATAATTTGTTAAGAATATCTTCCGTTTTGCCTAAGTGATCCAACAATTTTCCACGTAAAAAAAAGGGCATAGCATTTCGGCTCCTCTCATTTGTTGAATTTAATTTCATGAAATTGGCAATTACACCCTTGTTTGAATTACTTTTGCAAGCATAAGAAATGATTATATAAAAATCTTAACCGCTCGGTTTGGTTATTTAGTAAAACAACTTATTTATTAATTTAGAACCACTTTTAAATTTGTTCTAACGTACTAAAACTATTTGATGGAGAGTCTAGATTTTAGCACTTCTATTTGGTATCTTCCCTTGACTGTCTCAAATTTATCATTCCATTAATTTATTTTCTCACATTTATTCCAAATTTTAATTTATTCAACTTCTAATAATTAAAGATTTTTTTTATAAAATAATTTAGATTAGACAATATTATATTGCAAATCATATATATTTTCAAATAATAATAAATTAAATATGAATATAAAATATAATTGAAATGATAATCGGCTTTTTAGCATATACTTATATTACAACAAATTTAGTATTAATTTATTATACATTGTAAGTATATATATATTTTTTTTTTTTTTAAAAAAAAATTATTTTTTTAATTTTAATGTTTTTAATCACCTTCTCAATGGTTTACTTTTTCAGGTAGGTAGCTAAAAAAAAATATCAACTTGAAAACAATTAAATTTCGATAAATCTCTTAATTTTTTTTTATTTCATAAGGTTGTTGGAATGATTCTATAAGATGGGGGTTGCCTTACTAATTGGTAATAGGTAGGTATAGATAGTTGGCTTTAAATATGGGGTTCAATATAATATTCTTATACCTCTCTCCATTCCATTGTGTTCAATGGAGAATCTTGAAACCAAGAAGAGGGTTCTTATATATGAACATAAATTCCAGGCTTTCACCAAATATTTTTGACACAATTTTCTCAAAAACTTTCTATCTCCAATTTGCTCACTTGGAATAATATAGTTTTAGATTATGCTTCCTCAACTAAATTCCTTCCAAATACTCTCTTCCTTTGTATGGTTGTTAAAGTTCCCCGTTACAATCCATCTAAGTCATTTAATCCCAAAAATGCATTTGCAAATTTGCTTCTGACGAGTTTCTTTGTGAAGGCATATTGAATCCTATGACAAATGAGTTATGGAAGTTCCTCAACCTGAAATAGAAGAAGATAGCTAGTCACCGCTATGGATTTGGTTTCAGCCCTCCAACCAAAGCAATACAAAATCTTTAGAGTTGCCCCTAAAGACCCTAACAATTGGAAAAAGTGCTATTACATAATGGAGATTTTCACGTGACTTTACAAATTGACCCTTACTTGAGGTGTAGGAAGGCATACATTGAGATATATATATATATAATGATTGCGTTTATGCACTTATTTACTTGACGGGTTGACTATCTTCTTCGTCTAATAAGATTCATGTGTGGAGGATGCAAATGTAAGATCCATGGATTAAAGAATTTAGTATTGATGACACACAATTCTTTTACTTTATTAAAGTTTTTGAAGATGGAGAGTTATTGTTTATGATCAAAGATGACTTATTTCGCTCGGATAAGACTGGAAGGAAGATCAAGATCAAAACATTGAATCCAAATTAAATGAGAGAACAATTAAAGTTTTAGGGGCTTGGAATATAAATTCTCTAAATTTTGAGTCTCTTACAAATATTTTGATAAGAGATGATGATTAAACTTGTTTTTGTTGTCTATTTTTATTTTAGTTCGTATGAGAATATTATGTGTTTTTTTTTTTTCTAAGAATATTATTATATGAGACTAAGTATGAAGGCAATAAAATAAATAAAAATAATAATTAAATAAAATTAAATTAAAATAAACTTAGCTTTGGAATTTATGCAAGTTACCAACCGATTGTTTCATAGATATTTGATTACGTGGATGAATAGAGACTGATTAATTAATAAATTTATATCAATTAATCATTAATATTAATTTGAATTAATTATTAAATATAAATATATTATTTAAATTTAATAAATTCCAACTCATACATTTACCATTGATATTTTAAAAGCCTAAAAATTAAGAATCCAAGTGACAAGTTTTGAAAAAAAAAACAATTTATTATCAAGAAAGCCCGTGTTAATATGCCCCCGACCCCAAATATAAATCAAAATGCAATTGCTTGAGAATTTGGAAATTCATTTGAAAGTTTGGAGTGGCAACAAAAATTGGGCTAAAGATTTGAAAAGTTATGTAAGTATTTATATAATATTTGGTAAAGATACCTTAATTACGAAAAAATTTGAAAATATATAAGATTTGGTATAAGATTTAGGAAGATTACATAATATTTGAAAAAATACGAAGAAGGCCCAAAACGATCGATAAAGGATCTAATTCAAACACATCAATTTAAACATTTTGAAGTCTTAAAACCATGGATACTCAGAGATATAGTTTTAGGAACTGTACCTTCATAAATTAGATGGTTATGAAATTTTAATATAAATAATGTATATGAATAGATAAAAACCCTATATTTACCTATCTTGGTTCTTAAATTCCAAAATGTACCAACAATCTCATGGAGTCATGATTTAGAGTCAACAAGAATGGATACTTTTAACTAAACCTTGAAAAATAGGATTCAAACCTATCCATTAATAAATAAAAAGAAAGAAGAGTCTGAAAATCGAAAAAGTATACACACCATCACTAAAGGGAAAATTCTATATAAATTGTATATTTAGAAAATATTTAGAGAAATATTTAGAAGTCTCGAAATCGTTTTCCAATTCCACTTTAAATAATTTTAGAGTACCTACCAAAACTAGCAGGAGTAATGGGGAGTACTAGAATTTTTCAATTAAAATGTTAACAGTCTTGCGGTAATCTAAGGGGGTTTTGGAGTTTGATTGCAATAAATTTAAAGAGCATATAATAAATGCGACAAATAAAAGAGCAAACACTTATATGAAAAATGTCTAGCTTGGGTCATAACAGATTTTCCTATTCAATGTAATTGGTCATGAGTAGTTCAGATAGAATCGAACTTTTGATTGATCCAGGTACTTGGGACCCTATGGATGAAGACATGGTCTCTTTGGATCCCGTTGAATTTCATTCGGAGGAGGAACCTTCGTATTGATTCTTATTAAAGAAAGACAGGATTAACTGAGGCTATTCAAATAGGCACAGGTAAATTAAACGGTATTCCTGTAGCAATTGGGGTTATGGATTTTCAGTTTATGGGGGTAGTATGGGATCTGTAGTAGGCGAGAAAATCACCCATTTGATCGAGTATGCTACCAATCAATTTTTACCTCTTATTTTAATGTGTGCTTTTGGAGGAGCACGCATCCAAGAAGGAAGTTTGAGCTTGATGCAAATGGCAAAAATATCTTCCGCTTAATTGATTCTTCATTACCAAAATTTAATAATGGTCTACACCTAACCAAATTAATTAGCTAATTAATTTGTCCTAAGCAACTAACTAACCCAACTTGAAAAGATATAAGTATGCATATTCAAATTGGCTTAAGATCTAGGAAATGTTAGGGTGAATGTTTAATTTTCAAGCGCAAAATTAAACATTTGCTTGGTTATTTGCATGGTTCAATTTTAGGTTGGTTAGATCAATACTTATCTAATTCGATTTGCAAGCTACCTTAACTTATTGCAATCAACAAATTGAACATTAATCATAAAGCAATGATCATATATCCCAAAGCATCCGATAATATGATTTTAATCTAATTGAAACAGAATAGAATCCAACAATTACAAACTTGTTTCACAATCTCACAAATAGATCAAAATAGGGAAAGAATCCTGAAATCCAAGCTCTAGAAAAATGTTACCTTAGCCATTCCGATCGATCGAGATAAGTTTTGGAGCATAAACAATGAAAAAGAGAGGAAAAGTGGAGAGAATTTGAGGTTGAGTCGGTTGAATACTTCCAAAACTAACATAAAAATCGTAAAATATCTTTTTATAATAGGTTGGAATGTCGCGGCGCTGCTGCTAATTTGTTCGCGTTTTGTCTTTGAAGCGTCAAGGCGTTGTGTGTTTTGCATAGAATTTTGCCTTCTCGGGAAAAAGCACAACAACGCGTTGTATAGCTTCAAGGGCAAAATTGCCATTTTGCCTCTTTTTCTCCTAGTTGATGCAACTTAAAGCTCTGTTTGGCCCAATTTTGCTCCATTTCAACTCTAACGCCCGATTCTACCTCGAAAGTGCTCGATATCTGTAAAACAGCCAAATAAACAAGTAAAACCAAGGAACAATCTCGAATTAAGCGGAATAAGATAGCACATTTACGGTGTTATTAATATTGTAGTTTTGAAATTATTTAGAAAATATTTAATTGGTCGAATGTTGAAAATGGGATGGTTTTTTAAAAATATTGTAGTTTGAAAAAGTATTTAGAAAAATTTAGTCGCTTGTAAAATATTTAGGATAATATTGTTATTTTGAAAAAAAAAAAAAAAAACTTAAAACTAATCCCATCACCCATCCCATCCGGCTGAACCTGCGGGCTAAGTCCACCCTCATCATTTTTTTTATACCCTCTCTCTCATTTTATTTATTTGGTTTATAATTCACGTTCATTCCAATCAATCATCTCAAAATTTAAGGATCACTAAATTTTTTATGTTTGAACTATGATATAAAATTTGTTTAATGAATGTAATGCTAAAAGCAAAATACTTTTATTCATTAGTATAATTTCACATGGTATATACAATTTTGCAAATACTTAATTGAGTAAAATAAAAAAAATTATTGCAACCAATTCGTTTTTTGCAAATACTTTTCTAAACTACCTTATGTTTGTAAATTAATTGTTGGAATAATTCAGCAAATTTATATGGATAACTCAAAAATTGGGCCGAAAATGTCAACTTACCCGGATTTTCAAATAAAAAAAAATGCTAAATGACCCTTTGCTGACGGATTTTCATGTTTGGATGAATAACCAAAATAACTTCCACATGGGGAAAAGTCCATCCCGCTCTCGCTTCCTTTCCTCACTCACAAGATCACTCTTCTCTCTCTTGATCTTGCTCTCACTGATCACCGAAGTTGGTCGCGTCGAAGCTACTCGTGTGAACTCGTCGTGCCAGAGAAGAAGAAGAAGACACAGGAAGAAACAAAGAGAGAGGGAGAAAGGACGCACTGGAGAAGATGAGGAAAAAGGAAAAAAGAAAAAAAAATATATTAAGAAATGAGGGTAATATTATAACTTCAGTTAGTCATGACATCACCAAAGGGTCATTTGACATTTTTTTTTTCAAAAATTAGGTCATTTACCATTTTAAACCTTTAAAAGTATGCCATTATTTCGAAGAAGTATTACACATACTACAAAAAAATTTGCATTGTTTTTTAAAGTCGGATTCATTCCACTTCTTTTTTATATGTCCTAACTCAATATTTGAACTCTTTTTTGGGGACTCCTTTCCTTTAAGGAAAAACAAATTTGTCTTCTCATGTTCCTCGTTCATTCATTAATTTCATGAAACACTATTCCAAATTTAGAGGAGGGGAAAAATAGAGATGAAATCAACAATTAAAGAATAACAAAGAACGTAAGCGATAGAGAAAATTGACACACAAATTTATTTAGTTTATTAATAATGTGTTAGCTACGTCCACGGAATAGAGGGAGAACAATTTTATTAGAAATAATGTTACAAGATCACAGAATGAATAAAATCTAGGGTTAGAAAGTTTATATAGTGCACTTCTTTGTGTGGATGTAGCTATGATTTATTTTGTGTTAGGGTTCAAGAGGAGGGATGCATGGATAAGACTTTGTTAGTCGTAGAAGAAGTCCATTTTGAGAAAAAAAAAAAACCAAATGAAATATGTTGGTATGAATTTTTTTTCCTCTCCCATTTATTATTAAAATATGTATTAATTTATACATATTTATTTAAAATAGGTATAAATTTTAGTAAAAACATAAAAACACTATTTTAGTACAAAGAAAAATGTATAATAAATGGGACAAAAAAAAAAATTAATCCATCTTTCTTAACGACATAAATATAAAAAAGATAAAATAAAATAAAACACAGATTGAGTTGTTGAGAGGGTCTTTTGAGTTTGGTATTTCAGTCCTTAAGATGTCTAGTCCCTTTCTAAAAAATGTCCATAAATTTTGTATTTTGGGTCAAAAATATTTTTGAAATTATCGCAACATGATCCCGACGTGAGGCGACCGACGTCCTCTTTTAAGAGTCTCTTACAATAATGAGTTTTGGAGTCCACCAATCATATTAAAGACGTGATTGGTCACCTAATTTAAAAAATGTATTGGCCTGCGTAAATTCAAATTTGAGTTTGGGAGTCATTTGTGTGTAGGAAAGGTGCTCTACAACACCCATAAAAATAATTACCAAATTTTATCTTTTATTATTCAGATGAAAAAATTAAAAAGGTCCACAAAATATTGTTTTATATTGAGTTTAAAGTCTCACATTTATTAATTCACATTTTAGAAGTAAAACATGAATTAACAATTATGAGTGACATCAGAGCTATTAAAAAAATTGAAAATCTATTTTGGATTCCCAAAATAATTTCCCTCACCTCAAGAATATTAGAACATCAAATTTTGATATTTCTGATCTCCATTGTCGGTGTTTGGTGAAAAATTTTATGTGTTTATGAAATTAATAAATTTAAAAAAGAGAACACTAGTAAGTCTCATTTTAAATTAAAAACTTTTTTTTTTTTTTTGAAATTCAAATGGTTGATTTTGTGACAATGATTTCAAATTTAAAATTTAAAGATTAGAGAGAAATTTCATGTATTCATGGAACTTTAATAATAAAACCCATAAAGGGACACTACTTGTTCTCAAATGTATTCTTTTTAAAAATGATATAGAAAATTTTCATATGAATCCAGAAATTCACAAAGAAAACACTATTAATTTTCAAATTCAATTCTTTTTGTTTTATAAAATTACAAAGTCAATTTTAGTTATACATTTTAGGCCTTTATGGAATTTTAAATTGCTCCAATTTTCCAATTTAGAAAATTTTTGTGGTGAATATTTTATGTTTTTTAGTTTTTTTTACATCCAAAACTTATGAGATTAAAGTAGATTTAAGATTTATACAAATATGAACAAAATTAAAAAATATATCTAACAATTTATTCACAATAACAATGGATGACATGGTACTCGATATTCAAATCAAAAATAAATCTAATACTAAATAACAATAATAATTATAATTAAAATTGTGGCATATCCTAGAAAATACAAGAGATACAAAAAGAATAAATCAACTCACTATAAATATAAATATAAAATATTGTGAGAGTATGGAATTAATATCTATCAATGTATTTAATATTTAATTTGAAAGGAGAGAGAAAAAGATAACATATAATTAGCTAACAAATCAATATCAAATCAAAGCAAACAAAATCTTATTGGGACTCCCATTTGTATGTAAGTTCCCTTGTCAACTTACAGAAGACAAATAAATGGTCATGGTAAATGCATCTTTCTCCCTTAACCAAAGGATAATTATGAAGAAAAAAAAAATAAAAATGAAAAATAGCCCATACGGTATCTATCAAACCTTTAAAAGTTTAAAAAATACCTTAAACTTTCAAAAAAAAATTGAAAAATATCATTGTCGTTAGTTTTGGATGGAAACGGTTAAAGTTTTGCTTCAAAATACTTTGAAAAGTTTCAAAAGTACCTTTAAACTTTAAAGAATTAAACAAATAACTTCATCATTAGTATATGAACAAAAATGTTAATACCTCATTGGAATTACTTGAAAATTTAAAAAAACAAGTTTAAAAATGTTTCTACAATTAATATGGTGATCAATTTGTTTGAAGTTTTCTTGAGTTCAAAAAAAAAAAAAAAAAATCAATTTTTAAGATGTATTTGGTTATTAACACACACTCAACTATAGGATGTATTTGACTATTAACACACACTCAACTACTAACATACAACTTTGTTAAAACATTTAAGTCCTAAAATTTCCTTCTATTATTATCTTTCTTCTTATCATAATCCATATACCTTAACTGAAGTATGTAATTTTATTTATTTATTAGATATACAAATGTCAAACATTTAACAAAATTTGGAGTAAGAGAGTATTGAAGAAGAGAGAGAAGAAAAAAGATAAAAAATAGAGAAGTAAGCCAGTATTAACGGTTTTTGTTCCTATAATAGTAAGAATATTTTTTAACTTTTTTTTAAAAATAAAATTCTTAGGGGTATTTTTGAAACATTTCAAAAGTTTAAGAGTATTTTTGACTCAAAACACTAAGGTTTCCATCCCAAACTAATGGTACGAGTATTTTTTTTATCTCATTTGAGAAGTGTGAAGGTATTTTTGAAGCTTTTAAAAAACATTGGAAGACTAAAGCTTGAAAAAGAAAAGCAAACTTATTTGATTAGTAAAATTTGGACATACCCCTCCATAAAACAAGAAAACCTATTTATATCACTTTTCTCTTCCTCTCAACAAAACTTACCAAACCACAATCAATTAAACTTTGGTTCCAAATTTTCAGTTATGATCCTTCATCGAATTAAAAGCCAATAGAATGGTTGGTTGGGTGACCTTAAGAGAGGGTATACTTGGAATTCACTAAAAGTTAAAAGGCCAAAATTGAATATTTTTAAAGATCCTAGTTTTTTAATATAATATAGACATTTTCTTGTAAGAGTTGTGTTTAAACGAAAATAATAAAAATGTAAAAGAAAAAGAAAAAAGAAAAAAAGAACTTAATTTAGTTCATCCTTGTCTCCAGCCAAAATGTGTTGAAGAGACCCAAAATGGTTTCAATTTTTTCAGTTTCAAATCAAGGCCATAAATCACAAATTTATTTTCTTTTTCTCTTCGGATCCAATATATGACTCCATTCAAATAAGTACCATAATAGTAGAACACAAAAGGCAAGTAGTTCAAGTGCTTTCATTCCTTGGTTTCATTCCTACCCAATCTCAAAACCTCCATCATGGAATGGGAGTCTTCTTATTCATGGATAGCTTTGAACAATTTGAAGTGCTTTATCTTAGGATTGAAACCAAATCCGTAGGTGCCACGGATATTCTTATTTTTTTTACTTTAGGTTGAGGTGGTTTGAAAAACTTGTTAGTCATCAAGTTTACTATGCCGTTGCAAAAACTGCCATCACTAAATTTGTAAATATGCAATAGTCCATTGCAGGAATTCAAGATTTGGATTTTAGGCCAATCATTGTTGTCAAACACAAAGGAGGCAACGCATCTCATGGTATCGATATCAAGACAATGCATCTAGGGATTGCAGTTAAGAGTAGAAAAACAATGAGATAACAATTGCAATTGTGATGATAGAGGATTTTGTAAGTATTGACAAGGAAAGCATTTGAAACATTTGGAACAAATTTACAAAATGAAGCGTAATCTAAAACGACATGATTCCAAGTTGTACATACCAGCCTGCAAACGGGCAAATTGCAAATAGAAAGTTAGGATAATATTACTTTCACAATATTGGGCGTAGGGGTGTACATGGGTTGCAAATAAATTCAAAAAAAAAAAAAAAAAAGTGCTGTAGTGGTTGAGTATAAAAAGTAGAATGATGATTAATTAAGATTTGAAAAATAGATATCAAAGTGAGCTTAGCTCGATAATAATTGGCATGACCATCTCTTAGAAATTGATGGTTCAATCCCAACCCATACTAGCCATATATATATAGATGACTTGGGGGGAAAATTTTGAAAACAATACACACATAACAATCTTAATGTGCTATCTTAACAGGTTTAAACTTTGTCATTTTCATACCATGAAATGAAAGTTTTAACTTCATGATTATACAATAAAACCTTAATATTATATAAAACAATAAATGTCAAGATCTTTGAACCTAGATGATTTTCACAATAACATTAGTTAGAATAACATATCTTGATCCATGATAATAGTCTTATAAGGGATTGTACTTCTCTTTATTGGCCTTCCTTTAGCACTTAATTAAGTTTCTTGACGAGGAGAAAAGAACTACTTAATAAGGGTGAGAGAGTCAATCTATAAAGTTTTTATATAGACACCTTTCATTAGGGTGTTTAGAGAATCTTAATGTAAAACATTAAAGATTAAAGTATATTTAGATCACTTAATGAAATGAAAAAATTTGGATAACAATTAAAGTAAATTGGTTTTCTTTCAAGATTCACTCAACTATAGAAAGTACTAAATTCGAAAAGTTTCTATGTCTTTTATAACGTAATATTAAAAGTATTGGAATATCTAATCCTACCCTATAGAAAGGTTTTATGGCAACTTGAACTAATCCTATATAAATAGATTTATATTTTTTTTTTATGTTGAAGAATTGATTGTCTAAAAAATAAAGAACGAGTTTCTACAAGTTTATTTATAGGAACTATTTGGTCTCTAGTCTTAATTCTATAATCTGAAAAAAATCAAATATTTTTTATTTGATAGATGATTTTAATATCTATTTTTGGTATAGTCCAAGTATGGAGGTTCTATTCGTGCTATTTGAAGCTCTCGACTATAAACTATGAAAATTGAGAAATATTTGAATAATCTTCTATTGTGTTTGAAATCTTTGTTATATGCGTTTTAGATAGTATTTTCTAATTAACTTAGACATTAAAAATTTATGGCTTATTATCTTATCAAGATTCTAATTATCTATTGTGAGGTAGAATCAAGTTGTTAAAATTCTATAACACTGGAATGCTAAGTTTACCAAAGTTGGGAACACAAGGTTTACCAAAATGTTATTCAATAAAAATAATTAGCAAAATGTGATTATTATCACAAAGGATACTTAGAATAATAACAAGACAAAATCTAATAAATCCTTAATGCTATGTTAATTGAACTAATACACTCCACTAGTGATGTGTGGCTCTAATACCAAATTAACATGACATATGAGTATGTGCATGCATGACACGTGAAGTTGAAAGATTATGTAGAAAGTATATATATTTATCTCTAAAAAAAATGAGATAAAATGTGATAATTCTACTATTGTTTAATGTGAAGGGTAGACTTTTTAGATAATATGAGATTTTTTAAAAATTTTTTCTTTTAATGTGGATTATAGATAAAATGTAATTAAAAAAGAAAAAAAAAAAAAACACTAACGTGATTTCTATATAACATGAGATTAAAAAGAAAAATCCGTTTAATGTGAATTATAGGCAAAAATGTGTGTTTTTTTTACTTTTCGTTTAACATAAATTAGAGATATAATGTGATTTATTTTTATTTTTTTTCTTTTAAGGTAAATTAGAGATAAAATATGTGTAACGACCCGACTTACATAACCTAATCGGACCATTACTCAATTCATGTAAAATTCGAGAAACACTATGCAATATAGTAAAGAGAAGAAACAATACTTTACTGGGAAGTTTCTATTAATAAATTTCAAGAAAAACATCCATAAACATGTAAAAAGAAGTTTTGGTTCGGGGTACCCCTAGTAAAATTAACAAAGTTCATAAAAAGGAAATCCACATATCAAATAGAAGATAAGTCTCAAAACCAACATTTGACAAAACTCAATAAAACATGAAATGCTAAGCGGAAGCTACTACGGTCCCGTGATGCCATCAAGGATTCTTCTTGTCATTCGCCAACACGTTCTTCCCCTTACCTGAAAAACATATAAGATGAAAGGATGAGTAATTAATTTACTCAGTAAGTGACCCCACTACCTGGAGTCGGGCTAAGCACCTATGTCCTTTAAGTGCATCAACATAAGACATACATGTCTAACGTACTTTCATGGGGAAATGGTTATGCTCGCCCTACAGTTGGTTATGGGTATTCACAAACCTCAAGAGCCCCGAAGGAAACTCTTACCTCTGGTGATCCCGAAGAAACACAACCTTTATGTACTCGAAGGAGCACAACCTCTGGTGAACCCGAAGGAACACAATCTCTGGTGAACCCGAAGGAACATAACCTCCTGTGAACCCAAAGGAACACAACCTCTAGTGGACCCGAAGGTACACATCCTCTAGTGATCCCAAAGGAACACAACCTCTAGTGAACCCGAATGTACACAACCTCCTGTGAACACCCAACCAACATAGGGGAGATAACTCTACTCATAGAACGTAAACCGTCATATTCATACTCATTCCATTCCATGGATCCATACAATAAAGTACTATACTGTTCATTACATAACATGGCATAGGGTCATACATTAATAAGCACATACAACTTAGGACATGGGAATCTCGTGCAAGCATGCTATATCATAAAGGCCTTGGAAATTTCTACTTTTAAGCATGGAAATCTCATACAAGCATGCTATATCATAAAGACTTTGATAATTTCTACTTTTAGGCATGGGAATCTCATACAAGCATGCTAAATCATGAGAGCTTTGGTAATGTCCTACTTCATGGCAACTAAACGTATGGCCCGAAGGCGGTTCAGGTAGTAAGATCACTTACCTGGTGATCGATCCATAAATTACTACACTGCTCCTCTTGTAACAATTCCTGAATGAACCGGGAATAAAATTTCCCCCAATTTAAGTTAGTCTACAAATCTAGTCTATCATGAGTAACCTAAAAATATTTGTCCGAGAGAGTCCTTACCCGAACGCGATCCAACTCGTAGCTTCCTCCAACCTACGGACTAAAATAACTGCCGGACACCTATTGAGATATACCAAATAAAGTTCGAAATTCTCAAATCTCCATCCAAAACATAAGCAACTAATCCATTCGAGTTTTAGATACTCACTTAAGGTACTGTTCTGGCCGGACAAGAAAAGAATTGCTGCCGAGAGCCAAAAATCGGAGAGAGATTGACTCCCGAGCGAGAAGCAAGACTGAGCGAGAGCGCGAGAGCCGAGACAGTGAAACCGGCGAGAGAGCGGGAGCTAGCGAGAGAGCGATACCACGAGAGTGACGGTGTGATTTGGGCGCGAGAGACCGTGAGGCGAGGGAAGAAAATGAGAGCGGGAGAGCGAGACAACTAGCGAGAGTCTTCGAAACCGGCAGCGACACTCAAGGCGAAAGTCAGCGACACCCGACGTTGCTGCCTCCGGAGGGTCACGGAACTGAAGGAGAGCGAGAGAGAGAGATGTCGGGGCAGAGGGAGGCTAGCGGCGGCGGCGAAAGGAAAAAGAAGGGGAGAGCGAGAGGTGCGGCAGAGGGAGAGAGAGATGATTATTTTCTCTTCTTTTTTTTCTTTTTGACTGCACGAAAAACGAGGTAATCCCTCTCCCTCCTTAAACCCTAATTTTTCCCAATTTTTCCCAATTTTCCCCTTTAACCAATTAAGGTAAAAATAACATCCTTCAATCCACCAAAATAATTATTTTATTCTATTTGCCCTAAAATAGAATAAGAATAAATTATTCTTTACCAAAAATCTAACATTTTACTTAATCCCACCTTAAATTCTCCTACCACCATAAATAAAATCTTTGGAACTTTCCTTTTTAACTTAAGTAAATACAATAATGTATCTAAATAATTAAAAATTTCTTTTTATGCAAAAAAAGAAAATGACTTAATTTAATTGATTAGGGGGATTTACCTCAAGGGTTTGGGGTCGTTACAATATGTTTTTTTTTTTTATTTTTTAAATATTTACAATAATTTCTTGTGAATGGTAGGCTTTTAGATACATAAGTTTTTATTTATTTATTTATTTATTTTTCTTCTTCCTTTTTAACATGAATTATAGATAAAATGTGACTTTTTTTTTTCTTTGAAAGTAAATACCAAAAAATAGGTCAGAAAATGTTATTTAATGATTTCAATGTAAATTACCTAAGATTTTCTTATCACCCTACACTAGAATGGGCAAAAAGAAAAATCAAAAGTTTCTCTCCATAGTGATCATTTTTAGATAGTATAGATCATAGATTATTCTTTCCTTTTTCCTTCCCTATGATGGACTACTCCCTCTCTACTCCAAATCAAAGAAAAATCAAAAGTTTCTCTCCATAGTGATCACTTTTAGATAGTATAGATCATAGATTATTCTTTCCTTTTTCCTTTCCTATGGTGGACTACTCCCTCTCTACTCCAAATCTCTTTTATTTATTTATTTATTTATTTTTATTTGCATTATTAAAAATAAATGTGTATTTGTTTTTTAAATTATAGTATTCATTAACTTATCCCAAAATTGGTATATATTATTGGGAATAGAAAGATGGAGTGAATAACATACTTAATATATATGCTCCCTTTATGTGACATTATCAAGATTGCAAAAACTTTTATTTTGAACTTCCATAAGACAAATCTCCTTAAACCCATTGTCTCATTTTGAGGGGGAAAAAAAAAAAATTTTTATTTAGTTCATATGTCCTCTTCGGCCAAAATGTTTTGGAGAGATCTAAAATTAAAGGATTCTATTTGACAAAATCCTGCAACGAATTGTTTACCTCTATCCTTTCGCTTCCAATTCTTTATCTTGATTTTTGTCCCAGTCTTATCGAAGCAAAAGATTTGATCACCGACAAGAAACCATCTTTCTCCATCTTCAAATACCTTAATGAGCTGAAGAAATCCATCTATCCCATAAATTAACATGTCATATATAACACATTCTTTAATCCATGAATCTTTACCTTGCATAATCCATAATTGAACCTTCTTACAACATGTTCCATGGATGGATATAGTTGCATAAAGGCTGCCATTAAATTTCCCAATATACCCATGATTGGAGGAGTATAGGCCAACTTCTAAAACCTTAATCGATTCAATTTTTTCAGTTTCAACATCAAGACCGTAAGCACCATGATAGTAGAACACAAAAGGCATGCAATCAAAGTGTCTCCATTCCTTGGTTTCATTCCTACCAAACCTCATAATCTCCATCATGGAATGAGAGTCTCCTTGTTCATGGATAGCTTTGAACAATTTATACTGTTTCGTCTTACAACTAAAACCGAATCCGTAGACACAATGAATATTCTTATTTTTTACTTTAGGTTGAGGTAGTTTGAAGAACTCATTAGTCATCAGATTTAATATGCCGTTGCAACAACCGTCATGGTCACTATATTTGTAAATATACAACAATCCATTGCAGGAATTGAAAATTTGGATCTTAGGCCAATCATTGTTGTCAAACACAAAGGAGGCAACGTAACTCATGGTATCGATATCAAGACAATGCATCTTGGGATTACACTTAAAAGAAGGAAAACAACGAGGATGACAATTGCAATTGCGATTGAAGAGGATATCATAGGTACTAACAAGGAAAACATTCGGAACAAATTTAAGAGACGAAGTGTAATCTAAAACTAGATGATTCCAAGTTTTACATACCAGCCTACAAACGGGCAAATTGCAAATAGTAAGTTTGGAGAATATTACCTTAACAACATTGGGTGGAACCCCAGGACCCCAATTTATATTCATAATCCTCCTTTTACATTCCAACTTCTCCATTAAACACGACTGATGAAGATATTGGTAAGAAAATGTTGTAATGTTGGAGGAGGGTGAAACCCCATATTTAAAGCCAAAACACTAACAACTCATCTAAAATTGGGGAAACAAACAAAATAAAATAAATGAATAAAAAAAAATTCAAAATATATATTTTTTAAAAACAAAAATTCAAAATATTAGACAAGATAGGTCAAATATATATATATATTTTTCTTGTAATTCTTCTTCATTGCATTTCTTTTGTTATCAGCTTCATCACTCTTGCCTTTTGTATCCCCGAGCTTCTCTTCCGCTCTTTTTGTACTGATTACTACTTTTGAATGTATCTAATTCAAGGCACAATGAGAGCATTAAGAATGTGTTAATCTAGTTGAGACATTTCGATACACCTACTGATCCCTCCGTTATGTGGTAGCGAGATATTCAACCAAGATAAAAGTTATAAAATTTTCGTAAAAACTTTTCAAGAATATTTATATGTTTTGTTTTTTTGTTTTTTTTTTTTTTCAAATTTTAAATATATGGTTTGGGTTGTGAAGAGGACTTTCCATTTATGAATAAACAATATTGACATAAAACACTCTAAAAAAAGGAAGCCAAGCCAACTTTTGTGGAGAATGTTGAACATTTCTCAAACTCTTGATTAAACCTGGTCAATTGGCCCCAATTTAATTATAGAACAATTCAAACATCATATGACAAGTGTCACTCCTAAACAAATCACAACCTAACACGTGGCAAAAGCAAAATTTACTTACTTTGGTGGCATTGCATTCAAGTTGTGTGATTGGGTAATTTCCAAGTACTATATAACTCCCAACAAGTCTAATTTCCTCACAAGTTCTAACCTCCTTCTTGTGATTTCTAAATTCATTATAAAATAATGGATAACTCCCAAAAGTTGAGCTATCATGCCGGGGAAGCCAAGGGTCAAGCTCAGGTTCACTTAGTCATTATTATTTAAATTTAACTATGTCGTCATTTAATATCAATTATATGTTACATTATTTTTAATATTTTGTGATATAATTGAATATAAAATGAATGTGGTAACAATTGTTCATTATAATAATTTCATTCTAAATGAGTTTTGTGTTATTTCTCAACGTCACTTTTTATTATTTTATTTCATAGGTTTCATATTGCTTTTATTGGTTGTTGTTGGACAACACCCCATGTTTGGTTTATGTTTGTGTGATTAAGGAGTGATAGGGTGACATATTAGTTTGTGTTCTTACGTAGGAAAAGGCGAGCAATTTGATGGACAAGGCAAGTGATGCAGCGCAATCAACTAAAGAATCAATACAAGAAACAGGACAACAGGTGAAGGAGAAGGCGCAAGGGGCCGCTGATGCGGTTAAGGATGCAATTAACAAATGA

mRNA sequence

ATGGATAACTCTCAAAAGATGAGCTACCACGCTGGAGAAGCCAAGGGTCAAGCTCAGGAGAAGGTGAGCAATATGATGGACAAGGCAAGTGATGTAGCCCAATCAGCTAAGGAATCCGTGCAAGAAGCAGGACAACAGGTGAAAGCTAAGGCACAAGGAGCTGCCGATGCTGAAAAGGCGAGCAATTTGATGGACAAGGCAAGTGATGCAGCGCAATCAACTAAAGAATCAATACAAGAAACAGGACAACAGGTGAAGGAGAAGGCGCAAGGGGCCGCTGATGCGGTTAAGGATGCAATTAACAAATGA

Coding sequence (CDS)

ATGGATAACTCTCAAAAGATGAGCTACCACGCTGGAGAAGCCAAGGGTCAAGCTCAGGAGAAGGTGAGCAATATGATGGACAAGGCAAGTGATGTAGCCCAATCAGCTAAGGAATCCGTGCAAGAAGCAGGACAACAGGTGAAAGCTAAGGCACAAGGAGCTGCCGATGCTGAAAAGGCGAGCAATTTGATGGACAAGGCAAGTGATGCAGCGCAATCAACTAAAGAATCAATACAAGAAACAGGACAACAGGTGAAGGAGAAGGCGCAAGGGGCCGCTGATGCGGTTAAGGATGCAATTAACAAATGA

Protein sequence

MDNSQKMSYHAGEAKGQAQEKVSNMMDKASDVAQSAKESVQEAGQQVKAKAQGAADAEKASNLMDKASDAAQSTKESIQETGQQVKEKAQGAADAVKDAINK
Homology
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BLAST of Clc11G05575 vs. NCBI nr
Match: KAF7822332.1 (stress-induced protein KIN2-like [Senna tora])

HSP 1 Score: 124.0 bits (310), Expect = 7.4e-25
Identity = 70/99 (70.71%), Postives = 88/99 (88.89%), Query Frame = 0 

Query: 1   MDNSQKMSYHAGEAKGQAQEKVSNMMDKASDVAQSAKESVQEAGQQVKAKAQGAADAEKA 60
           MD++ KMSY+AG+A+GQAQEK + MMDKAS++AQSAKES+Q+ G+Q+KA A+GAA+AEKA
Sbjct: 1   MDSTNKMSYNAGQAQGQAQEKANTMMDKASNIAQSAKESMQQTGEQIKATAEGAAEAEKA 60

Query: 61  SNLMDKASDAAQSTKESIQETGQQVKEKAQGAADAVKDA 100
           S LMDKASD AQS KESIQ+ G+QVK  AQGAA+AVK+A
Sbjct: 61  STLMDKASDVAQSAKESIQQAGEQVKATAQGAAEAVKNA 99

[Close]
BLAST of Clc11G05575 vs. NCBI nr
Match: RXH68262.1 (hypothetical protein DVH24_028409 [Malus domestica])

HSP 1 Score: 113.6 bits (283), Expect = 9.9e-22
Identity = 72/120 (60.00%), Postives = 88/120 (73.33%), Query Frame = 0 

Query: 2   DNSQKMSYHAGEAKGQAQEKVSNMMDKASDVAQSAKESVQEAGQQVKAKAQGAADA---- 61
           DNSQKMSY AGEAKGQAQEK S MMDKA++ AQSAKE++Q+AGQ ++AKAQGAADA    
Sbjct: 3   DNSQKMSYQAGEAKGQAQEKASGMMDKANNAAQSAKETMQDAGQNMQAKAQGAADAKKMA 62

Query: 62  ------------------EKASNLMDKASDAAQSTKESIQETGQQVKEKAQGAADAVKDA 100
                             EKAS +MDKA++AAQS KE++Q+ GQ ++ KAQGAADAVK+A
Sbjct: 63  DNSQKMSYHAGEAKGQAQEKASGMMDKANNAAQSAKETMQDAGQNMQAKAQGAADAVKNA 122

[Close]
BLAST of Clc11G05575 vs. NCBI nr
Match: XP_022159706.1 (stress-induced protein KIN2-like [Momordica charantia])

HSP 1 Score: 97.8 bits (242), Expect = 5.6e-17
Identity = 57/65 (87.69%), Postives = 59/65 (90.77%), Query Frame = 0 

Query: 2  DNSQKMSYHAGEAKGQAQEKVSNMMDKASDVAQSAKESVQEAGQQVKAKAQGAADAEKAS 61
          DNSQKMSYHAGEAKGQAQEK SNMMDKASD AQSAKESVQEAGQQVKAKAQGAADA K +
Sbjct: 3  DNSQKMSYHAGEAKGQAQEKASNMMDKASDAAQSAKESVQEAGQQVKAKAQGAADAVKDA 62

Query: 62 NLMDK 67
            M+K
Sbjct: 63 TGMNK 67

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BLAST of Clc11G05575 vs. NCBI nr
Match: XP_038891080.1 (late embryogenesis abundant protein 2-like [Benincasa hispida])

HSP 1 Score: 96.7 bits (239), Expect = 1.3e-16
Identity = 54/59 (91.53%), Postives = 55/59 (93.22%), Query Frame = 0 

Query: 1  MDNSQKMSYHAGEAKGQAQEKVSNMMDKASDVAQSAKESVQEAGQQVKAKAQGAADAEK 60
          MDNSQKMSYHAGEAKGQ QEKVSNMMDKASD AQSAKES+QEAGQQVKAKAQGA DA K
Sbjct: 1  MDNSQKMSYHAGEAKGQTQEKVSNMMDKASDAAQSAKESIQEAGQQVKAKAQGATDAVK 59

[Close]
BLAST of Clc11G05575 vs. NCBI nr
Match: XP_011011268.1 (PREDICTED: late embryogenesis abundant protein 1-like [Populus euphratica])

HSP 1 Score: 96.7 bits (239), Expect = 1.3e-16
Identity = 60/98 (61.22%), Postives = 70/98 (71.43%), Query Frame = 0 

Query: 2   DNSQKMSYHAGEAKGQAQEKVSNMMDKASDVAQSAKESVQEAGQQVKAKAQGAADAEKAS 61
           DN+QKMSY AGE KGQAQEK SN+MD+A + AQSAKESVQE               EKAS
Sbjct: 3   DNTQKMSYKAGETKGQAQEKASNLMDRADNAAQSAKESVQE---------------EKAS 62

Query: 62  NLMDKASDAAQSTKESIQETGQQVKEKAQGAADAVKDA 100
           NLMD+A +AAQS KES+QE GQQV+ K Q A + VK+A
Sbjct: 63  NLMDRADNAAQSAKESVQEAGQQVRAKTQEAVEGVKNA 85

[Close]
BLAST of Clc11G05575 vs. ExPASy Swiss-Prot
Match: O49817 (Late embryogenesis abundant protein 2 OS=Cicer arietinum OX=3827 PE=2 SV=1)

HSP 1 Score: 52.8 bits (125), Expect = 2.7e-06
Identity = 39/95 (41.05%), Postives = 50/95 (52.63%), Query Frame = 0 

Query: 4  SQKMSYHAGEAKGQAQEKVSNMMDKASDVAQSAKESVQEAGQQVKAKAQGAADAEKASNL 63
          S   SY AGEAKG+ +EK + M+    D AQ+AKE  Q+A Q  K K    A A K    
Sbjct: 3  SHDQSYRAGEAKGRTEEKTNQMIGNIEDKAQAAKEKAQQAAQTAKDKTSQTAQAAK---- 62

Query: 64 MDKASDAAQSTKESIQETGQQVKEKAQGAADAVKD 99
           +K    AQ+ K+  Q+T Q  KEKAQ      K+
Sbjct: 63 -EKTQQTAQAAKDKTQQTTQATKEKAQDTTGRAKE 92

[Close]
BLAST of Clc11G05575 vs. ExPASy Swiss-Prot
Match: Q96270 (Late embryogenesis abundant protein 7 OS=Arabidopsis thaliana OX=3702 GN=LEA7 PE=2 SV=1)

HSP 1 Score: 52.4 bits (124), Expect = 3.6e-06
Identity = 42/109 (38.53%), Postives = 56/109 (51.38%), Query Frame = 0 

Query: 1   MDNSQKMSYHAGEAKGQAQEKVSNMMDKASDVAQSAKESVQEAGQQVKAKAQGAADAEKA 60
           M + Q+ SY AGE +G+AQEK    M    D  Q+AK+  QE  Q  + KA      E A
Sbjct: 1   MASHQEQSYKAGETRGKAQEKTGEAMGTMGDKTQAAKDKTQETAQSAQQKAH-----ETA 60

Query: 61  SNLMDKASDAAQSTKESIQ-----------ETGQQVKEKAQGAADAVKD 99
            +  DK S AAQ+T+E  Q           ETG+ +K KA  AA+  K+
Sbjct: 61  QSAKDKTSQAAQTTQERAQESKDKTGSYMSETGEAIKNKAHDAAEYTKE 104

[Close]
BLAST of Clc11G05575 vs. ExPASy Swiss-Prot
Match: O49816 (Late embryogenesis abundant protein 1 OS=Cicer arietinum OX=3827 PE=2 SV=1)

HSP 1 Score: 51.2 bits (121), Expect = 7.9e-06
Identity = 38/95 (40.00%), Postives = 49/95 (51.58%), Query Frame = 0 

Query: 4  SQKMSYHAGEAKGQAQEKVSNMMDKASDVAQSAKESVQEAGQQVKAKAQGAADAEKASNL 63
          S   SY AGE  G+ +EK + M+    D AQ+AKE  Q+A Q  K K    A A K    
Sbjct: 3  SHDQSYKAGETMGRTEEKTNQMIGNIEDKAQAAKEKAQQAAQTAKDKTSQTAQAAK---- 62

Query: 64 MDKASDAAQSTKESIQETGQQVKEKAQGAADAVKD 99
           +K    AQ+ KE  Q+T Q  K++ Q  A A KD
Sbjct: 63 -EKTQQTAQAAKEKTQQTAQAAKDETQQTAQAAKD 92

[Close]
BLAST of Clc11G05575 vs. ExPASy Swiss-Prot
Match: P13934 (Late embryogenesis abundant protein 76 OS=Brassica napus OX=3708 PE=2 SV=2)

HSP 1 Score: 48.9 bits (115), Expect = 3.9e-05
Identity = 36/94 (38.30%), Postives = 49/94 (52.13%), Query Frame = 0 

Query: 4  SQKMSYHAGEAKGQAQEKVSNMMDKASDVAQSAKESVQEAGQQVKAKAQGAADAEKASNL 63
          S + SY AGE +G+ QEK    M    D A+  K+   +  Q+ + KAQ  A A K    
Sbjct: 3  SNQQSYKAGETRGKTQEKTGQAMGAMRDKAEEGKDKTSQTAQKAQQKAQETAQAAK---- 62

Query: 64 MDKASDAAQSTKESIQETGQQVKEKAQGAADAVK 98
           DK S AAQ+T++  QET Q  K+K   AA   +
Sbjct: 63 -DKTSQAAQTTQQKAQETAQAAKDKTSQAAQTTQ 91

[Close]
BLAST of Clc11G05575 vs. ExPASy Swiss-Prot
Match: Q9LW12 (Late embryogenesis abundant protein 29 OS=Arabidopsis thaliana OX=3702 GN=LEA29 PE=2 SV=1)

HSP 1 Score: 45.8 bits (107), Expect = 3.3e-04
Identity = 40/116 (34.48%), Postives = 54/116 (46.55%), Query Frame = 0 

Query: 4   SQKMSYHAGEAKGQAQEKVSNMM-----------DKASDVAQSAKESVQEAGQQVKAKAQ 63
           S + SY AGE +G+AQEK    M           DK S  AQ+A++   E  Q  K K  
Sbjct: 3   SNQQSYKAGETRGKAQEKTGQAMGTMRDKAEEGRDKTSQTAQTAQQKAHETAQSAKDKTS 62

Query: 64  GAADA------EKASNLMDKASDAAQSTKESIQETGQQVKEKAQGAADAVKDAINK 103
             A A      E A +  +K S  AQ+ ++   ET Q  KEK   A D  ++A +K
Sbjct: 63  QTAQAAQQKAHETAQSAKEKTSQTAQTAQQKAHETTQAAKEKTSQAGDKAREAKDK 118

[Close]
BLAST of Clc11G05575 vs. ExPASy TrEMBL
Match: A0A498HEG5 (Uncharacterized protein OS=Malus domestica OX=3750 GN=DVH24_028409 PE=4 SV=1)

HSP 1 Score: 113.6 bits (283), Expect = 4.8e-22
Identity = 72/120 (60.00%), Postives = 88/120 (73.33%), Query Frame = 0 

Query: 2   DNSQKMSYHAGEAKGQAQEKVSNMMDKASDVAQSAKESVQEAGQQVKAKAQGAADA---- 61
           DNSQKMSY AGEAKGQAQEK S MMDKA++ AQSAKE++Q+AGQ ++AKAQGAADA    
Sbjct: 3   DNSQKMSYQAGEAKGQAQEKASGMMDKANNAAQSAKETMQDAGQNMQAKAQGAADAKKMA 62

Query: 62  ------------------EKASNLMDKASDAAQSTKESIQETGQQVKEKAQGAADAVKDA 100
                             EKAS +MDKA++AAQS KE++Q+ GQ ++ KAQGAADAVK+A
Sbjct: 63  DNSQKMSYHAGEAKGQAQEKASGMMDKANNAAQSAKETMQDAGQNMQAKAQGAADAVKNA 122

[Close]
BLAST of Clc11G05575 vs. ExPASy TrEMBL
Match: A0A6J1E4Q8 (stress-induced protein KIN2-like OS=Momordica charantia OX=3673 GN=LOC111026049 PE=4 SV=1)

HSP 1 Score: 97.8 bits (242), Expect = 2.7e-17
Identity = 57/65 (87.69%), Postives = 59/65 (90.77%), Query Frame = 0 

Query: 2  DNSQKMSYHAGEAKGQAQEKVSNMMDKASDVAQSAKESVQEAGQQVKAKAQGAADAEKAS 61
          DNSQKMSYHAGEAKGQAQEK SNMMDKASD AQSAKESVQEAGQQVKAKAQGAADA K +
Sbjct: 3  DNSQKMSYHAGEAKGQAQEKASNMMDKASDAAQSAKESVQEAGQQVKAKAQGAADAVKDA 62

Query: 62 NLMDK 67
            M+K
Sbjct: 63 TGMNK 67

[Close]
BLAST of Clc11G05575 vs. ExPASy TrEMBL
Match: A0A6J1E4S0 (stress-induced protein KIN2-like OS=Momordica charantia OX=3673 GN=LOC111026055 PE=4 SV=1)

HSP 1 Score: 95.1 bits (235), Expect = 1.8e-16
Identity = 55/65 (84.62%), Postives = 58/65 (89.23%), Query Frame = 0 

Query: 2  DNSQKMSYHAGEAKGQAQEKVSNMMDKASDVAQSAKESVQEAGQQVKAKAQGAADAEKAS 61
          DNSQKMSYHAGEAKGQAQEK SNMMDKASD AQSAKES+QEAGQQVKAKAQG ADA K +
Sbjct: 3  DNSQKMSYHAGEAKGQAQEKASNMMDKASDAAQSAKESMQEAGQQVKAKAQGVADAVKDA 62

Query: 62 NLMDK 67
            M+K
Sbjct: 63 TGMNK 67

[Close]
BLAST of Clc11G05575 vs. ExPASy TrEMBL
Match: A0A2N9IMZ1 (Uncharacterized protein OS=Fagus sylvatica OX=28930 GN=FSB_LOCUS53617 PE=4 SV=1)

HSP 1 Score: 94.7 bits (234), Expect = 2.3e-16
Identity = 73/164 (44.51%), Postives = 81/164 (49.39%), Query Frame = 0 

Query: 1   MDNSQKMSYHAGEAKGQAQEKVSNMMDKASDVAQSAKESVQEAGQQVKAKAQGAADA--- 60
           MDNSQ  SY AG+ KGQ QEK SNMMDKAS+ AQSA ES QEAGQQVKAKAQGAADA   
Sbjct: 1   MDNSQNASYQAGQVKGQTQEKASNMMDKASNTAQSAMESCQEAGQQVKAKAQGAADASLF 60

Query: 61  ------------------------------------------------------------ 101
                                                                       
Sbjct: 61  GILNYRPLKIQCHFQRSDDYANNYEDILAARGGLEGSIAIQKSLDKTKIRVSKLEAKGQS 120

[Close]
BLAST of Clc11G05575 vs. ExPASy TrEMBL
Match: A0A5A7TJP0 (Stress-induced protein KIN2-like OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold1167G00300 PE=4 SV=1)

HSP 1 Score: 94.0 bits (232), Expect = 3.9e-16
Identity = 54/65 (83.08%), Postives = 58/65 (89.23%), Query Frame = 0 

Query: 2  DNSQKMSYHAGEAKGQAQEKVSNMMDKASDVAQSAKESVQEAGQQVKAKAQGAADAEKAS 61
          DNSQKMSYH GEAKGQAQEK SNMMDKASD AQSAKES+QEAGQQ+KAKAQGAADA K +
Sbjct: 3  DNSQKMSYHVGEAKGQAQEKASNMMDKASDTAQSAKESMQEAGQQMKAKAQGAADAVKDA 62

Query: 62 NLMDK 67
            M+K
Sbjct: 63 TGMNK 67

[Close]
BLAST of Clc11G05575 vs. TAIR 10
Match: AT5G53820.1 (Late embryogenesis abundant protein (LEA) family protein )

HSP 1 Score: 70.9 bits (172), Expect = 6.9e-13
Identity = 40/65 (61.54%), Postives = 52/65 (80.00%), Query Frame = 0 

Query: 2  DNSQKMSYHAGEAKGQAQEKVSNMMDKASDVAQSAKESVQEAGQQVKAKAQGAADAEKAS 61
          +NSQ MS++AG+AKGQ QEK SN++DKAS+ AQSAKES+QE GQQ+K KAQGA++  K  
Sbjct: 3  NNSQSMSFNAGQAKGQTQEKASNLIDKASNAAQSAKESIQEGGQQLKQKAQGASETIKEK 62

Query: 62 NLMDK 67
            + K
Sbjct: 63 TGISK 67

[Close]
BLAST of Clc11G05575 vs. TAIR 10
Match: AT5G38760.1 (Late embryogenesis abundant protein (LEA) family protein )

HSP 1 Score: 69.7 bits (169), Expect = 1.5e-12
Identity = 40/64 (62.50%), Postives = 51/64 (79.69%), Query Frame = 0 

Query: 3  NSQKMSYHAGEAKGQAQEKVSNMMDKASDVAQSAKESVQEAGQQVKAKAQGAADAEKASN 62
          NSQ +S+ AG+AKGQ QEK S MMDKAS+ AQSAKES++E GQQ+K KAQGA ++ K + 
Sbjct: 4  NSQNISFQAGQAKGQTQEKASTMMDKASNAAQSAKESLKETGQQIKEKAQGATESVKNAT 63

Query: 63 LMDK 67
           M+K
Sbjct: 64 GMNK 67

[Close]
BLAST of Clc11G05575 vs. TAIR 10
Match: AT3G02480.1 (Late embryogenesis abundant protein (LEA) family protein )

HSP 1 Score: 65.5 bits (158), Expect = 2.9e-11
Identity = 38/67 (56.72%), Postives = 47/67 (70.15%), Query Frame = 0 

Query: 1  MDNSQKMSYHAGEAKGQAQEKVSNMMDKASDVAQSAKESVQEAGQQVKAKAQGAADAEKA 60
          MDN Q  SY AG+A GQ +EK   MMDKA D A SA++S+Q+ GQQ+K KAQGAAD  K 
Sbjct: 1  MDNKQNASYQAGQATGQTKEKAGGMMDKAKDAAASAQDSLQQTGQQMKEKAQGAADVVKD 60

Query: 61 SNLMDKA 68
             M+K+
Sbjct: 61 KTGMNKS 67

[Close]
BLAST of Clc11G05575 vs. TAIR 10
Match: AT1G52690.1 (Late embryogenesis abundant protein (LEA) family protein )

HSP 1 Score: 52.4 bits (124), Expect = 2.5e-07
Identity = 42/109 (38.53%), Postives = 56/109 (51.38%), Query Frame = 0 

Query: 1   MDNSQKMSYHAGEAKGQAQEKVSNMMDKASDVAQSAKESVQEAGQQVKAKAQGAADAEKA 60
           M + Q+ SY AGE +G+AQEK    M    D  Q+AK+  QE  Q  + KA      E A
Sbjct: 1   MASHQEQSYKAGETRGKAQEKTGEAMGTMGDKTQAAKDKTQETAQSAQQKAH-----ETA 60

Query: 61  SNLMDKASDAAQSTKESIQ-----------ETGQQVKEKAQGAADAVKD 99
            +  DK S AAQ+T+E  Q           ETG+ +K KA  AA+  K+
Sbjct: 61  QSAKDKTSQAAQTTQERAQESKDKTGSYMSETGEAIKNKAHDAAEYTKE 104

[Close]
BLAST of Clc11G05575 vs. TAIR 10
Match: AT1G52690.2 (Late embryogenesis abundant protein (LEA) family protein )

HSP 1 Score: 52.4 bits (124), Expect = 2.5e-07
Identity = 42/109 (38.53%), Postives = 56/109 (51.38%), Query Frame = 0 

Query: 1   MDNSQKMSYHAGEAKGQAQEKVSNMMDKASDVAQSAKESVQEAGQQVKAKAQGAADAEKA 60
           M + Q+ SY AGE +G+AQEK    M    D  Q+AK+  QE  Q  + KA      E A
Sbjct: 1   MASHQEQSYKAGETRGKAQEKTGEAMGTMGDKTQAAKDKTQETAQSAQQKAH-----ETA 60

Query: 61  SNLMDKASDAAQSTKESIQ-----------ETGQQVKEKAQGAADAVKD 99
            +  DK S AAQ+T+E  Q           ETG+ +K KA  AA+  K+
Sbjct: 61  QSAKDKTSQAAQTTQERAQESKDKTGSYMSETGEAIKNKAHDAAEYTKE 104

The following BLAST results are available for this feature:
BLAST of Clc11G05575 vs. NCBI nr
Match NameE-valueIdentityDescription
KAF7822332.17.4e-2570.71stress-induced protein KIN2-like [Senna tora][more]
RXH68262.19.9e-2260.00hypothetical protein DVH24_028409 [Malus domestica][more]
XP_022159706.15.6e-1787.69stress-induced protein KIN2-like [Momordica charantia][more]
XP_038891080.11.3e-1691.53late embryogenesis abundant protein 2-like [Benincasa hispida][more]
XP_011011268.11.3e-1661.22PREDICTED: late embryogenesis abundant protein 1-like [Populus euphratica][more]
BLAST of Clc11G05575 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
O498172.7e-0641.05Late embryogenesis abundant protein 2 OS=Cicer arietinum OX=3827 PE=2 SV=1[more]
Q962703.6e-0638.53Late embryogenesis abundant protein 7 OS=Arabidopsis thaliana OX=3702 GN=LEA7 PE... [more]
O498167.9e-0640.00Late embryogenesis abundant protein 1 OS=Cicer arietinum OX=3827 PE=2 SV=1[more]
P139343.9e-0538.30Late embryogenesis abundant protein 76 OS=Brassica napus OX=3708 PE=2 SV=2[more]
Q9LW123.3e-0434.48Late embryogenesis abundant protein 29 OS=Arabidopsis thaliana OX=3702 GN=LEA29 ... [more]
BLAST of Clc11G05575 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A498HEG54.8e-2260.00Uncharacterized protein OS=Malus domestica OX=3750 GN=DVH24_028409 PE=4 SV=1[more]
A0A6J1E4Q82.7e-1787.69stress-induced protein KIN2-like OS=Momordica charantia OX=3673 GN=LOC111026049 ... [more]
A0A6J1E4S01.8e-1684.62stress-induced protein KIN2-like OS=Momordica charantia OX=3673 GN=LOC111026055 ... [more]
A0A2N9IMZ12.3e-1644.51Uncharacterized protein OS=Fagus sylvatica OX=28930 GN=FSB_LOCUS53617 PE=4 SV=1[more]
A0A5A7TJP03.9e-1683.08Stress-induced protein KIN2-like OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27... [more]
BLAST of Clc11G05575 vs. TAIR 10
Match NameE-valueIdentityDescription
AT5G53820.16.9e-1361.54Late embryogenesis abundant protein (LEA) family protein [more]
AT5G38760.11.5e-1262.50Late embryogenesis abundant protein (LEA) family protein [more]
AT3G02480.12.9e-1156.72Late embryogenesis abundant protein (LEA) family protein [more]
AT1G52690.12.5e-0738.53Late embryogenesis abundant protein (LEA) family protein [more]
AT1G52690.22.5e-0738.53Late embryogenesis abundant protein (LEA) family protein [more]
InterPro
Analysis Name: InterPro Annotations of Watermelon (cordophanus) v2
Date Performed: 2022-01-31
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
NoneNo IPR availableGENE3D6.10.140.1430coord: 58..102
e-value: 1.0E-5
score: 27.6
coord: 3..57
e-value: 1.3E-5
score: 27.3
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 28..46
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 66..86
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 1..102
NoneNo IPR availablePANTHERPTHR34191:SF15BNAA01G32930D PROTEINcoord: 1..59
coord: 58..100
IPR039624Stress-induced protein KIN1/KIN2PANTHERPTHR34191LATE EMBRYOGENESIS ABUNDANT PROTEIN (LEA) FAMILY PROTEINcoord: 1..59
coord: 58..100

Relationships

The following mRNA feature(s) are a part of this gene:

Feature NameUnique NameType
Clc11G05575.1Clc11G05575.1mRNA