CaUC01G012220 (gene) Watermelon (USVL246-FR2) v1

Overview


Name	CaUC01G012220
Type	gene
Organism	Citrullus amarus (Watermelon (USVL246-FR2) v1)
Description	metalloendoproteinase 4-MMP
Location	Ciama_Chr01: 23388332 .. 23423039 (+)
RNA-Seq Expression	CaUC01G012220
Synteny	CaUC01G012220

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

Hold the cursor over a type above to highlight its positions in the sequence below.

ATGATTATGGTTATACTCCCAGATATTGCTCCTCATATAATATACAAGTCTTACAATCACAACAACTACATCAAGTTTCACTATTTACAATTCACACATAATTTTAGGGAATATACAATTTAATTTAATTTAATTTAACTTTTATCTAGCTCGTGTAATTATGAACAAATAAATGTAGAGCATTGTCTAAAAGCTATATATATATATATATATATATATATTTCAAGGAGTACTCCATATTCTTGTGTTAACATATAAATCTTTGTTCTATTTCTTCTTTTAGGGTAGATATTTCTGATTAGTTGAATATTTAAAAAAATACAAGGAGAAAAGGAAAAGTGAAAGAGAAGGTTGTTCCACCAAACTTCCAGTGTCTGTCAAAGTTCAATCATCAAGTAAATAGCAGAGAAAATTGAAATTCCAACAATATAAGATCAACATTCACATATCAAATATCCAAAAACGGAAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAAAAAAAAAAAAAAAGAGAAAAAGAAATAACCCCATTCATAAATTTTACTTTTTCCTCATGTATATAGCAAACACAAGCTTCCATTTCTCTGAACTGTTTGTATGCCAATGGTCTCACCGCCACCGCCATGTTTCTGCCCCTTCTATTGGTCCTCTTCTTCATCCTCTGTACGCCGCCCTGCCTTCCATCCCCGACAACACTGCCCCAAAACCCCACCGCCACGGTGATTTACCGGTCAAATTCCACTCTACTGCGGTGGCGCGTGTCCGACACATTGCATAGACCCCATGCGACGGCGCATTATGTATTTTTTCCTGGGAAGCCACGGTGGATGCGGCGAATGCCGATGGTGCTGACGTACGCATTTTTCAAGGAGAATTGGATGAGCAACTTGAGTTTAAAAGACGTGAAAGCTGTATTTCGTAAGGCGTTTTCGAAATGGGCCCATGTGATTCCGGTGAGTTTCGAGGAGACCGACGACTATGGATACGCGGATATTAAAATCGGGTTTTATAGAGGCGATCATAGCGACGGGCAGGCGTTCGACGGCGTGTTGGGGGTTTTGGCACATTCTTTTTCCCCTGAGATTGGGAGGCTCCACCTAGATGCGGCGGAGACGTGGGCGGTTGATTTCGAGAAGGAGAAATCGGCGGTGGCGGTTGATTTGGAATCGGTGGCGACGCATGAGATTGGTCATTTGTTGGGGCTGGGTCACAGCTCTGTGAAGGAATCGGTAATGTATCCAAGCTTGAAGCCGAGGGAAAAGAAGGCAAATTTAGAAGTGGATGACGTGGAAGGCGTGCAAGCCTTGTACGGATCGAATCCAAATTTCAAGTTTGAGTCTTTGGAATTGAAGTCCGACACTTCTGCCAGTCAGCCACACGTTTCCACGTGTACAATAGCTTGCCATTTTTCCCTCGCCTTCTTCCTTGTTTCCACTTACCATTTTATTCTTTCTCCATAAATATATATGTATAAATAGTTTCTTAAAATGACATAAAGAATGATCACAGACAAATGAGAATTTCTGATTGATAAGAAGGTGATCAAATATAGGCCTAAAACTAATATATAAGTTGTAACAATACAAATATATAATACCCAGCTCAAAAGTGAAGTATGTTTTACAACTTTTTACCATTTGAAATCATGTTTAAAAAACTATCAAACATCAGTGATTCCAAAAATAATGTCTAACGGCTAGTTTTTTCTTTTTTTCTTTTCTTTTACTCCTTAGTTTAAACAAATCTATGTAATTGACTCTTACAACATATAAAAGAGTTGAGAAATGAGCAAGGAATAGTAGATAAAAAAGATTATAAAGAGACTTATCTTCCTATTAACTCCAAGAAAGCTGTCCTTCCTGTGGATGTAGGCTGATCTTAGCCGAACCACGTAAAACACTGTCTTAGTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTTTTCTTTGATTTCTTCAAGCTGCAAGGTTTCCTCTTCAATTTAGTTTCTGTCCGACATTAGAGAGAGGAGAAAGAGAGGAAGTATTTTCTACAAATCATAAAGAAAACTAAAGAGGAAAGGAAAGGATATTTCCTCACCTCTTCTACATCTCCTTCACGTGGTTTAAGCTCAGCTACACGTGGAGAATTCTCTTCCACATCTGTCACCAAATTTAGGTGTTCAGACTTCAAGAAGGATCAAATTGGGCTCATCTTCCGCCTGCTGTTTTTGATTAATTTGCGCTTTCACCTTGCAAAACTGGTATTAGAGCTTGCATTCAATCAAGAAAGAGTTTCTTCAAAAATTCAAGATTCAAAACAGAGAAAAAAGAATGGCGGCTGTAAGATTTGAGATTGAAAAATTTGATGGCAAAGGTGATTTTGGTCTTTGGAAAGCTCACAAAAGCTCACAAGTACCTTTTGGATCCATCAATTCTGCCCAACACAGCTACAACTTAAGAAAAAGAAGATATGGAGTTGGCAGCTTATGGTACACTTGTGTTAAACCTAAGTGATAGTGTACTAAGACAATTGATAAACCAAGATACAACATACAAAATGTGGACAAAGTTGGAGACAATTGATAAACCAAGATACAACTAAAGATCTTCCAAACAAGATGTTCCTAAGGGAGAAGTTCTTTACATTTAGGATGGATTCCTCCAAGACTCTTGCAGAGAATTTAGATGAATCCAAGAAATTTTTTTTTGAGTTTAAAAATCTTGGAGAAAGACTGGGTGATGACAATGAGGCTTGTATTCTTTTGAACTCACTATCGGATTCTTACAAGAATGTGAAGAATGCTTTGAAATATGGCAGAGACACAATTACAACAGATGCTATCATTTCAGCCTGAAGGACAAAAGATTTAGAGCTTCAAGTCACCAAGATGGAACAACGAAGTGCAGAGGGTTTGTTTGTTAAAGGTAAAAGCAAATTTAATCCCTCTAAAGGAGGAAAATCAACAAACAAATGAAGAGCTTACCCAAGACTAAACTCAGGTGAAATTATTGCAAGAAGAAAGGTCATCTAATGAAGGATTGCTATAGCTTAAAAATGAAGAATCAAGAGAAGGAGAAAGACTACAAGAACAAACAACCGGAAGCCTCTATAGTAGAAGGCTCATACATCTACTCGGATGCCCTTGCTACAGCTCAAGACAAAGCTAACCAAGTGAGTCCTCTAGGGAAGCATGATTAGGTACTAGATTCCGGATGTACCAATCACATGAGCCCTTTTAGAACTTCGTTCAACACCTGCAAAGAAATTGATGGAGAGCTAGTATAAATGGGGAACAATGAAGCTTGCAAGATCAAAGGAATTGGCTCGATCTCATTAAAGCTAACAAATGGGACAGTGAAGCTTCTAAGGAATGTGAGGTATGTACCTTTGCTAAAAAGAAACTTGATTTCTTTAGGCATATTACACTCCATTGGGTGTGAATACAAAGGAAAATGAGGTACCCTAGAAGTGATCAAGGATTCTAAAGTAGTTATGGTTGGAGAAAAGGTGAATGATTTGTTTGTAGTCAGGGGAGTAGAAATGGTAAATGGTGCTTATACAGTGAACAAAGTAGCCTTAACCGAAGCTGATTTATGGCATAAAAGACTCCCTCATATTAGTCATAAAGGTATGCAAGCACTATCAAATCAAGGTATATTACCTAAAGGTATTTGTGAGCATCTCTCATTCTGTGAACACTGTGTTTTTGGGAAAGCTACAAGGAAAAACTTCACCAAAGCCCAGCACACTACCAAGGGAATTATAGACTACATTCACTCAAATTTGTGGGGGCCTGCTACAACACCAAGTCTAAGTGGTTCAAGGTATTTTCTATCTTTAATTGATGACTATTCTAAGAAAAGTTGGCTATATTTCCTTAAAACTAAAGACCAAGTGTTTAACAAAATTAAAGACTGGAAAACCTTAGTGGAAACTCAAACCAACAGAAAGATAAAATATCTTAGAACTGATAATGACTTGGAGTTCTGTAGTGAAGAGTTTAATAAATTTTGTAGAGATAATGGTATCACAAGGCACAAAACTGTTAGACACACTCCACAACAGAATGGTGTGGCTGAGAGGTTAAATAGAACAATAATGGAAAGGGTTAGGGGTGTACACGGGTTGGGTTGGGTTGGGTTGAGGGTATTTTTTGGACCAACCCGAAAATTCGGATTGGTCAGGTCGGCTACCCGAATAGGGTACCCAACCCAACCCAACCCAACCCTTAAATTTCGGGTTGGGTTGGGTTGGGTTGGGTTGTCGGGTTGTGTGTGTGTGTGTGTTTTTTTTTTCTTTTCTTTTCCCCCTATTTTTTGGTAAAACACATTGGCATATCAATAAATACTAATTGACATATCAATTGATCCAAGATAAAGTATAAAATACATTGATCCAAGAAAAAAATATAAAATAGTTCTTAACACTAACTTAAACTAATATATATATATATATATATATATATATATATATATATATATATATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATATATATATATATATATATATATATATATATATATATATATATATTTTTAATATTAATATTAGAAATTCGGGTTGGGTTAGGTCAACCCGAATTTTCAAAATTGCACCCCGAGACCCAACCCAACCCGAAAAATACAAAAAAAATAAAAAATTAACCCAACCCAACCCTTATTATTCGGGTTGGGTAGTCCGGGTTGTTCGAGTTGTTGGGTCATTTGAACACCCCTAGAAAGCGTAAGGGGGCAGAGGCAGCAGCTTACACTGTTTTCACCTTAAATACGTGTCCTCACACCTTTTCAGCTTTATTAACCCCTGAAGAAAAATGGTCTAATCACCCACCTAATTTAGATAATCTAAGAGTTTTTGGATGTGTTGGTAATGTTCATCAAAATCAGGGGAAGCTTAAAGCTAGAGTAGCTAGTGAAAGAAGGTTCATTGTGAGTAGGGATGTTACTTTCAGAGAAGATTAGATGTTCATGCACAAAGAGGGTATTATAAAGGAGAAGGCAGAGTCATCCAATTCTAAAATTGAGGTGGAGAAAACACCTGAACCTATTGCTCAAGGTGAAACAGAAGATGAAGGTGAAACTTTAATAGAACAACCTGAAATCTCAGAACCTCAACTAGATTTGAGTCAGTACTCACTACGTAGAGATAGACAAAGGAGTATTATAGTTCCACCAGCTAGGTATGTTGATATTAACTACATGAACCTAGTTTTAAGTGTTACTATTGCTCCTAATGATCATGAACCTACTACCTTTGAGGAAGGAATAAGTGGCAAGATGCAATACAGTGGATTGAGGCAATGAATGAGGAAATTCATTCTCTAAATATAAATGAGACCTGGACTTTAGCAACTTTACCAAAAGGGTATAAACCTATTGCCTCAAAGTGGATCTACAAACTAAAGGAAAAAATATCTAAGATCATCCTCCTAGGTACAAGGCAAGGGTTTTACTCAAAGATAAGGCATAGATTACTCAGAGATTTTCTCTCCAGTTGTAAAGCAAACCTCAATCAGACTTCTCCTATCCTTAGTGGCTCAAAACAACCTAGAATTGAACCAACTTGATGTTAAAATAGCTTTTCTTCATGGCTACCTAGAAGAAACCATCTATATGGAACAACCTAGGGGATATAAGGTAAAGGGAAAGGAGAATCTATATTGTTTGCTAAATAAGTCCATCTATGGGCTTAAGCAATTTCCTAGATGCTGGTATAGGAAGTTTAATGACTACCTTGGAGGTATGGGTTTCAAGAGAAGATCCTATGACATGTGTGTCTATGTGAATCAAACTTCATTCAAAGATAAGGTATATCTTCTACTATATGTAGATGATATGTTATTGGTAGGAAGACCTCTCCCATGTCAAAACCCTTTTAAATAAAGAGTTTGACATGAAAGACTTAGGAGAATGTAAAAGGATACTTGGCATAGACATCACAAGGAGCAGGGACCAAAACTTCCTAACCATAAGTCAAACATCCTACTATGGGAAACTAATCAAGAGGTTCAACCTAAGTCAAGCAAAGCCAGTAACTATCCTGTGGGAAACTAATCAAGAGGTTCAACCTAAGTCAGGAAGCAGTAACTATCCCTATTGCTCAACATTTCAAACTCTCTTCTGCTAACTCTCCTAATGAAACTAACCTATAGAGTATAAACAACAAATGGAAAATGTTCCCTATAGTCAAGTTGTGGGCTTAGAAAGTCTATGCCTTTTGAAAACCTATTAATTAATAATTAAGTTAAGGCATGCTCTCGAAAAAGATACCTTCCATTCTCTTGTCTCCGGCGATTAACCTATTCCAGAGCAGTCTGGTGATTAGCCTATCTCGCACTACTCGAAGTCTTCGTAAACTCATTGTCCGTAGTGGAGGTTGGAGGCTTCGTTGTCCGGCTCCTCATAAATGATGTTATCGGCAGTCAGAGACGGGCTATTGGAAGCCGGTGTTGATCCCTATAATGGGTTAGTCTGATGTACTTAATGATCTCTACAAGACTCGACCTATCCTACTCAACAAGTCTAGTCAGTAGGTACATGTCTAATTCGGGTAGAAGGCATTGGGAAGCTACAAAGCGGGTTATCAGATATCTAAAGTGGTCGATGGGTGCCAAGCTTTACTATTAAAAGATTGATAAATCAAAATTAGAGCTAATTGGTTTTGTTGGTTCTGATTTTGCAAGAGATTTAGATAAAAGAAGATCTCTAACTGGCTACATTTTTCTATATGGTCCTAACCTAATAAGCTGGAAGGCTACACTTCAATCTATTGTTGCATTATCAACTACTGAAGCAGAATACATAGCTCTAACAGAAGCACTCAAGGAGGCACTATGGATCAAAGGATTGATGAAAGACTTTGGAATAGATTAGTCATCGGTAAAGATCTATTGTGATAACCAAAGCACTATTCATCTCTCCAAAAACCCACAATTCTACAACAGAACAAAAACACAAAAATATCAAATTCCATTTTGCATGCAACATGATAGAAAAAGGGGAAATAGAAGTTGTAAAGGTTCATACCTCTGAAAATGTAGCTAACATGCTCATGAAGCCGGTTCCAAAACTCAAACTCCTCAAGTGTTTGGACATGATTGGCTTCGAGTTACTTGAGACAAAATAGAAATATGAGATTGGAAGGGCAGTTGTGTGCATGCATTGGAATCGGAATCAAGGTGGAGATTTGAAGGTGGAGATTCAAAAAATAATGCCTAATGGCTAGTTTTTTCTTTTTTATTTTCTTTTACTCCTTAGTTTAAACAAATCTATGTAATTGACTCTTACAATAGAGTTCAGAAATGAGCAAGGAGTAGTAGAGAAAAAAAAATGTAAAGAGACTTAACTTCCCATTAACTCCAAGAAAGTTGTCCTTCCCATGGATGTAGACTGATCTTAGCTGAACCACATTAAACTCTGTCTTAGTTCTTCTTCTTCTTTGATTTCTTCAAGCTGCAAGGTTTACTCTTCAATTTTAGTTTCTGTCCGACATCAGAGAACCGCCCGTTGTTGACTCGCGTTCTGTCGCATGCCATTGCACCTCTTGAAATCGGCCACAAACCGCCAAATTAAAATATTTGCTTACTCTCTTGGCTTTTTAAGCCCTGGACTCAAGATCTTCCCTTTGAATTTTTTTTTTTTTTTTTTTTTTCTTTCATACTCCTCCGGATGGCTTAAATGAATTCCTAAAACTCCACACCGAAATTTCCCTTTTAATACAGACTTAAATAAATCATTCCCTTTTTATATTACTTGAATAAATTCCCCTTTAACTATTTCAATTTCATGGAAAATAGGGACTTTATTTGGTGGATGGGTATTTGAATTTAAATCTCAATTTTGCTGATCTTATGAATTTTAACACTTATTTTCAGTTCCTAGTGAGACAATTTTAGCTTTTTGATTCCTAGGACGTTAGCCTAATTTAGAGCTCAAACTTCAATCGTTGTTTCCCATGTAAAAATTTTGTAGGAATTGAAAAGCAAAGAAAATGTGAAAGATCATAACAGAAAGGTTACTAGGGCGAAAATCAAGAAAGCTTTGACAACAATAAATGAAAAAATAAGTATTTTGTCTTTGAATTTGTGCTTTCTGGTTATGAGAGGGAGATATGAAGAAGTATTTGGAGATGAGAAAATTGATCACTCCAGCGTTAGCCACAACCCCCATCACTTGGAAGCAGGGAGGAACAATCAAACTGATTTGGACAAGGAGATTTTTAATATTCTAAATCATTTTATTTTTATTCAAAAGGATTTACTTTTTAAATAAAACTTTAATCTATTTGTCACATAATCAAACAAAGTGGCATGTTAGATAATCTATGTCAACAAATAACTGTTACATCACTATTCTGTTAGTTTAAAGTTAATGAAAAACCATTTTGAATCATTTTATGAATGTGGAGATTAAAATGTTTTTTTTTTTTTTTTTTTAACTTTAGTGATCAAATAGACAACAATCCCAAACCTCGAAACCAAAAGTGCATTTTGCTTATAAATGTTATCGCTTTAGTTAAATGGGGGAAAAAGAATAATTGCTTATATAAATACACATATATTTAAGGGCTATTTTTAAAGATAGCAAAATGAACCAAAATATTAACAGATATAACAAAATGTCTGTCACACCCCGCCCCAATTACCCTACCTGAACCTAAGACAGGTTGTAACGACAGTGGACCCCAAATGTGCAATGGACCTTACCGTCAAACTCTCCTTGTACTTGAAACTTAACTTGAATTAAATATCTTGTTTACCTGCATGTTGCAAGAAACTGATCAGTTGGGCAGCTTTTGATACTTACTTCCTACTAAAACTCCTAGTGGGGAAAAATAAAAATGAAAGGTTGAGCTACAAAGCCCAGTGATTTGTAAGTTTATAGGAAAATAATTTGAGAAAATCATCATGATTTTAAATAGAAATTCAAGTTTCGTAAATTGATTTCAAACATGAGCAGTTCAACAACTTGGGAGAATTATCACCTATAAAATATCATAAATATACTATTGCAAACGTAATCATAAACCGCAAATCGATATAAAACATGAACAAATCAAAAACTTGAGAATCATCCCATAAATAAAATCATGAGCATTTTCTTGCAAAACATGAGCATGAACTTGTAAAAACCTTCACTAAATCTGTACTTGAACACGGTCATACTATGTACGGAGGAATTCGACGCATATAGCAGGGCAACATGGTCCTACTTTACATTGAGCAAGCTTCAGGTGTATAGTAGAGCAAACATGGTCAAACTACTCACTGAGTACAAAGCAAACATGGTTATATGTGCATGCAGAGTAGCCCCCAAAAGGCAAAGTACCTCAACATACGACCCAAAACCTATGTGTGTGCCCAAATGGGTCCAAAAGACCTCATGTAATGAAGGAATCGAATCCTGGTGGAAGTGTGTTATCATGTTCTTTGTTTTCTTGAAAGAATTAGAAATGCCCAAAACTAGAAGAAAAAGGTTAAGCAACATACCTTTGTTGATCCACAACTGTAGCAAAATCTACTCCTCAAACCAGTAGTCTTCTCTTTGAAGTTGTCCTTTTCCACGAGATTTTCCTTGTTATGACTCTGGCAAAATTTTGGCTTGTGGGAACCGCTCTCAAAAGAATATTGGGAATGTGTAGAATGATTTTTCTAGAACTTTTCTTAGGAAAATTGAGAGAATTTCTAGAAGACGAGCTTTAGAGTAATTGCTGAGATTATTCTTATAAAGAATGTGTTCTATGAGGATCTCCCAAGGGCCCTATTGGGATAATCCCTATGCAGAGACTTTAAATTAAATATTTAATAATATCCAATATTAATAAACATCTACTCAAATAATATCTTATATTAAATGGTTTAAAATATTTAAATCATATTTAAATATTTATCTTCTGCAAAATCTTTAATTTGAATCTCATCCAATTTAAATTAACTAGGGTCATTTTCAAATATAGAAAAAATGAGTCAAACTATTTACCAATATAGAAAAATTTCACCGTCTATCAAACCACTATAGACTTCTATCACCCAAGCGATAGAAATCTTCCTACCGCGGTCTATTATTGATAGAGAGTGACATTTTTCTATATGTGTAAATAGTTTGATATTTTTTCTATTTATAATAATTTCTCAATTAATTAATTAATTTTTCCTCTATTTATTTATATGGATTTCATCGAAATAAATAATAAATTATTTGAATCATATTCAAATAAATTAATTCTCCATATTATAAGGTTATAATTTGAATCTTATTCAAAGTTGGGAAATTATCTTAAATGGCAAAACTGCTACAAATATTTACAACTAATAGCAAAATACACAAGATAGACCGTGATATATCTCAATAGACTATTATCTGTGTCTATCGTGATACAGATAGTAGTCTATCACGATCTATCATAGTCTATCATAGATAGACAGTGAAATTAATTAAACTCTTTCATTAACTTAATTAATATTCATTAACCGTGGGTCACTCCACTAAAGACCCACTGTTGTACTCTTCGCTCTATAGATATATTATCGTTTTACCCCTATAATTACTTTTTTCTCCTTAAGTCTCACTAATCCTCTAATGAACAACCTGTTTATGGTCATACCAAAACAAATCCCTTTCTGGTCAGTGAGTGAGGATGAGCTCCTTGTTCAAGACCTGAATTCAACACTTAAGAGAGTCATTTATCTTCTTGATGAGAAGGAGTGAACTTCATCTTGTGTAATTATGTTCCCAACTCTCTACTCGGACAAATCCCTAAAATGGTAGGCTTATTAAGTCGACGACATAAGTCACTCTCACTTATACAAATGAAAGGATTGTCCTCATAGACAGGAGTCCATAACTCAGTTAGGGTCGAGATCAAGTTACCTACAGTTATTCTTAATGAGAAGTTAATCTTTTCAATCAATAGTGTTATAAAGAGAGATTAATCATTTTATGGTCCAGTCTTATATAAACTCTTTATACAGGATACACTCACTCACATGTCTCCACATGAACGATTTGGATCAAATCATTTGTAACACTTACAACTCTTGTAACAATTGCTCGTATCCATATACACCCAACTTTATCTATACACTATAGACCTTTAGGTTATTTCTTGAACATGATTCACCTGTAGGTCAACTACATACATGTTTAAGACTTCATGCAATAACCTTGAATTTTTCCAGTTAATGGATAAATCAATATTGTATAATTAATAATTAAATTAATCAACTAATAACTTACGAGGCTTTAGGACATAGATCCTAACATGTAAATCATGACTATACAATGGAAACACATTCACTTCAATGTAGTGCTGATATATAAAACTTGCCGTTTCTGAAATATTTGCTTTCATATAATTCGTAAAACATTCCAAAGGTCATAATCTCTTTTTTTTTTTTTTCTCTTTTTTGAACAATATTTCATAAATCCAGAATTCTCACATGAAACACATCTTTTCTAAATGCTTTAGAACATAAAACCTTGCTAAAAGCATGACTATACTTGAAAATCTTGAATCCATAAACGTTTTTTTTTTTTAAATATTTTAATTCTTCCAAAACCATACATCATAGTTTTCATGAAATCGCATAATAAGTTAACTAATAATAAAATATTTCATAAAATAAACTACTCATAGAGTTATTATCGACCATGCTTCGAATTGATCGGGAATTTAAACTTCGTCCGTCCTGATATTCCAATACCCACTTGGATTAGGTTAGGCAAATATTCCTAAAAATAATTATAAGTTCACCTTTAATAGCTAGTTTGAAATATTTTATCCAACAATTCCAATTATACTGTCTCTCTCAATTTTTCTTATCTTGGATACATTTTGTCGTTTTATTCCTCCTATTGCATTCCACTCTTTACTCAAACCTCTCTCCCTTTTAGACTTCCCAAAACACACTTTTTCTCTCTTAAACACACTTAAATAGCCAACCAACTATACCAATCCAACACTATTTTGTTTCACACATACACACACATATATTCTTTTATTCATATCTTCTTCTTCTTCTGTCTTCTACTCCCCGTTCTTTCTATTTTATTTCTTTTCATCTTCTTCACTCACTCCCACTTCATCTTCTTCCTCCTACCTTAATTTATCTTTCTCTCTAATCTTCTTTATCTCTCTACCCTTTAGATTCTCTTAATTTAAACTCAAAACTATGTTGGGTATATATCACTCCAACAAATTAGGCCTTTATATATCACTAATGGATCTTTAATGTCAAACCGAGTGAAAAAAGAAAAATGGATCTTTAATGTCGATTTTCGATTGACATTAAAAGTACATTTAAATGAGGCTACAATGTCGATTTGAAATCGACATTAAAGATCCTCCCTAAATTTTTCTATATCACTTTTCTTTTTGTGAAACCCTGTCCCTCTCTCTCACAACTCCATTTCTCTCTCAAACTTTACTATCTTCCTTTAGCCAATTCTTCTTCTCCACGCCATCCCCTTTTGTCTTTTGTCCGCGCCGTCCGTCCTTGTCGTTCGAGTCGTCGTTCAAGTTTCGTTCTCGTCGTCCAACCTGTCCAGCCCGTTGTTCGAAGTCTGTCGTAGTCCGACATTCAAGGTTAGTCCAGCCAGTCATTTGAGGTCTATCGCAGCCTGTCTTAAATCTGTTCAGCGTGTCTTCTAGATTTGAGAGATTCGTCTAGCCCATGTCATATATGTGAGTTTCACCTTAGATTATCGTTCAGCCTATTGCAGCCCGTCGTTCGAGGTCCATCCGATTTCTTTAGGGTCACTTTCTCAAAACCCAAAAAATCTTCTCTACTTCCTTGCTTTATCTCTTCTTAGTCCGTTCCATGGCTGCTTCTGCTTCTTCTCTTTTCATGAAAATCCAAATCTAGAGGGATGGCACAGTGGGTTCACTCCCTTTTCCCTCTTTGATCTTTCCCATCACTTTGAGTTTTGCCTTCGATTTCATCTACTCTTTGTTTCTTTGTCTAGGTATGATTCTATTTACTGTTTGGTCTTTGGAAAACGTTAGTGGCACTGTTTATTGGGGAATTCGAGTAGTTTCTTTTAATAGGTCAATGTGATTCTTGTCGTTGTGTTTACTTGAGGGAAAATGAAGTCAACCTTTTTGCCTAATTAGAGTCGTGGAGAAATTGTGATGTCTCTAGGGTTATTTTGATAAATAATTTTATTTTAATAAATAATAACAAAAATAGGGTAGCGAAATCGTGGATGGAGTCCACGATTTCCACATGACATGTAAATCATGGACCCGGTTCACGATCTACTCTCCACATGGCATGCAAATCTTGGACTCGGTCCATGATTTTTCCTCCATATGGCATGCAAATTGTGGACCTGATCAACAATTTGCCAATTTGTTTTCTTTTTTCTTTTTTCTCTTCTTCGTAACTTCCTCTCTTTCCCTTTTTTTTTCCTTTTCTTCTTCTTCTTCTCCTGCATCATCATCATCATCATCATCTTCTTCTTCTTCTTCTTCTGGTCCAAAATCTGACGTGACCAACTCTGGTGAGCGAGAGTGAGAGATAAGACCGAGTGAGTGAGGAAGGAAGTGAGACGAGCGAGACGAGCGAGAGACGAAAGAGACGAAAGCAAGAGCGAGAGCGAGACGTCTTCTTCTTCTTCTCGTGCTCTCGCCTTCGTCTCGGTTGTCTTTGGCAAGAGCAATAGTGCTGTGCAATTTTTCTTAGGCTAAACTTAGTCAGTCACTTCTAGAAAGGCTAGAAGAAAGTCCTATTGATCGAATAGATTAATATGCTTAGATGGAAGGCATCTTAGACATGCAAACCTATTAGCATTAAGTTCAAAGGCAATTGCTAATAGGAAAAGCCTAATTAAGTGTTCGGTCCGAATCTCTCCTAAGTTGGTTAGATGAATGCAATCGGATTGGAATAGCCAAATCAATTTACAACCCTAATTCAACCTTTGTTACTTGGCGATCTATAAACCTAACAATTACTTATTAAGCATAGATCTTTAAATACCAATTAAAATGCTTGACTAATTTGTCAGATAATCTCAAGCGAATTTAATTGAAACATTAAACAAGGTGATAATTCATTAACAAGAAAATTGCAATACAAAAATTGTTCAAAACCTCATGAGATACAAACTAAGAATTGAACCTCAAACCCGAGCTAGATGATAGTACCTTAGCCACGATACATGCTTGTGCTCACCCAAAAATTGTTCAAAGAAATTCTCCTCAAGATGAAAAGAAGGAAAAATGCAGGGAAAAACTCCAAATACAGACTTTGGACTTGTGCTGCTCTTTTTTTCGAATGGTTGGTGGCTAGGGCATTTTATGCCAAAAATTGGACTGGCGCCGCAATGCTATAGGGCAGTGCCACTGTCACACTCTACTTTTTAAACCTATGCACTTAAGAACTTATAAGGAAAAGAAGTAAGACAAGAGAGATGGAATTAGATCACAAGTTTGTGGAGTTGGCCGAGAAATGTTGCCAAAATAGAAGTAAGTATGCGTTGAACTTAAGGGAAAAGAGAGGTTTGTGCTTAAGTAGGGTTAAGAGTAAGCGGTAGTTAAGTTTGGATTAGAAGGTTTAGATTGGAAGGTTGCGTTGAGTGATTTCTGGATCTTGGAATTAAAGTAATTCTTGGAGTTAAAAAGTCTTCTAAGTAGAATAACCAGACTAGGAGAACACAACTAAGTTTTTTAAGCTTGGAAGTATGATCTAAGGAAATCTCACCAAGTGGCGAAAGAGTTAAAAAGCATAGCCGAGAGTTAGTTGAGTTGGACGCATATTTGGTAAGTAAGAGACGATGTTGGACGCATGGTCAAGACTAAGAAAACACATGATTAGGGTAACCATTGTGGAAAAGAAAATGGGTAAGTGTTCAAGTATTGTAAGGAAACCCAAGAGGTCGGGGAAAAGAGGTAAACGCATAGGAGGTAATTAAGGAAGGAAATGTAAGCTTGGCTTAAGTTGGACATACGAGTAAGAGGACTAAAGTTGAGTAGTGGTGCGTTGGAAGGAAATCTAAGTCTCGAAAAGAAGGATAAAACGCATAAGGTGAAATCAAGGAAAGATGCTATTATAATTTAAGGTAAACGCATAACTTCCATCAAGGGAGATTTTGTTGAAGAATTGGATAATTTAGAAGGTTGAGAAGTAAGGCTAAAGGAAGGAGGCTGAAGATGGACGTATGCTAGGATTTATCGTTGAGAAAATGGCTAAGCATAAGGAAGAGGTTAGAAGCATAATCTTGGATTACAACTCAAGAACGCATAGAGGGACAATCAAGGGATCCTTAAGGATGGAAGGAAGGTCATGGACGCATAATAAAGTAGAGATAAACGCATGAAGTACAAACGCATGAAGGAAGATCTTGAGATGATTTTGGTTAACAGAATAACAAGCATAGTCGGATGTTTATTACTCAAGAGAAGGGGTTGTAGCTAAGATATGGATATAAGGAAAGAAGTAATGGACGTATGATAGTATGCGGTTAAGGCACATACGCATGGTAGTATGCGAAGGAGAAAAACCTGGTCAAAAGGAGGAAGGCCGGGAGGAAGAAAGAGAATAAAGAAGCTAAAACTTAAAAAGGAGAAGTAGATGGACGCATAGGGGCACTAAGTTGTATGCATAGTTCGTATCTCAGAACAAGTCAAATGCATAAGATAAGTTTATAAAGGTTACGTGGTTTCATTTAGACTTAACACTTTATAAGGAGTAGGTGTCAGGTTGCATGTCAGATGTGTCATACAGGGTGACAGGTGGCAAACATGTGGCAAAAAGAGAAGAGAAGTTGGATTCATCTCAACACTATAAGTAGGACCTTGAGGGTAAAGGAGCGGGAGATGATCAAAAAGTCTGAGTTCTGGATCGAAAGTAGAGAGAAGGTAGAAAAGGGTAATCCTTGCGTCCGTAGTGGAAGTCTATAGCCAAGAGATGAGGTGTTCTTAACAACCTAACTATCTTGCGTTCAACAAGTTTTTAGCGTTTAAGAAATCAGCTTGCGTTCAAAGATAGACTATGTGTTCAAAGTGAACGTCGCATTCAAGATCAACCCTGCGTTTAAGATAGAACCTTGCGTTCAAGGAGACCTGTGCTTCCAAGGGGTGAAGCCAGAAGAGTTGGTTGGAAGGTTGCACCTTGCGTTCAAGGTGTAGGGCTGCGTCCAACCGAGCTGACAAAAGGGAATAAGTTGCCTTGCGTTTCAGACTTCAAAACTTTGCGTCCAAGAAGCTCGGGAAAGAGAGTTAGAAGGAAGAAAAGGGAACTTCCCTTGAGCAAGTATTATGTGGGTAACACTAATATTTTCGAAATATGAATGCGTTCTCTGTGATTCATATCCCTGGTTTTGGAATATGAATAAGCATTCATGAGTTTTCAACGTATAGAGCATGCGTTTATATTTAAAAAGCATTTGAGCATGCTAGTTGTTTGAAATGAGTTTATTGAAAAACATGCTGTTTGATATTATGATTTTTATGGAAGATTTGGAACTGAGTTTATTGAAAAAGCATGTTGTTTGATATTATATGATTTTTATGGAAGATTTGGAAATGAGTTTATTGAAAAAGCATGCTGTTTGATATTATATGATTTCTATGGAAGATTTGGAATTGAGTTTATTGAAAAGTATGCTGTTTGATATAATATGATTTTATGAAAAATTTGGAAAAGTTTAACTTATGAATTTATGATATGATGTTTCCAAAACATGTTGTATATTTTATAAAGTCTTGAAATGGCACCCAAAGCTCAAGGACTTGGAGAAGGTCAATGGGTAGCTGGAATATAGAAAAGGTACCCAATGCTGAGGGACTCAAAGAAGGCAAATGGGTAACCTGGATATAGAAATGGGACCCTAATGCTCAAGGACTTGAAGAAGGCATATGGGCAGCCCAGATTATAATACCTATGTGCACATAGAGGAATATAAGACGTTGATGTGTTGAGATTACTCCACACAGCTAAGAATAATCGACGTTGAGAAGCGTAGAGCTTGGCTCCGCCTCAACTAAGGAAAATGATATGAAATGTTTTCGACGTTGAGTAGCGTAGAGCACCACTCCGCCTCAACTAAGGAGAATGATTTGAAACAAACAGAATTTCTGAGTATTTTTCTGAAATAAGCATGTATGATTTAACAATAGCATTTGAGCGTGTTTTGCAAGAATATGATTTAAATCTTTATTTTATATGCATTATTGACAATGTTTATATTATGATCAGTTCTATAGTTAAAGTAAGATATTTCCAAAACCGTTACTGGACTATTAGCTCATCCTTTCATATGTTTTCCATTTTTCAGGTAGCATGACAGTTCCCATTGCCGGTCGAAGTCGAGGTTTGTCAAGTATTAATGGTATCATTGTCCTAGAAAGTGTGGTCAAATGGAAAGCTAAAGTAAGTTCGACAGTGGAAGTCGACCGGGAAGTCGATGACTGTTGTCCTCACGCTCCGTCTTGGGCTACGGGAGGGTAGTTCGAGATGGGGTGTGATAGCCGCGATGCTGCGACGCGCATGTGGTACCTCGTCTGTCACCAATCGTAGCCGCGCGTTTTAGTGTAGCACCACGACGCTGTCTCCAGATCAAAATCGGGTGCCTTCTGGAAAAAGTGTAGTGTTGGCGTCGTGCTAGCGTCGCGGCGCCAGGCTGCTTTGTTCACTTCCGCCTCCATTTCGTTTGATTTGCTTGCTAATAATCTCACTTAAACCTGAAGTGCCTATAAACCGTCCCAAGCGCTCCATATGCTCATAACCTGTCTAAATCAAGAAATAAATCGGTAAAAAGGTAAGAACGATCCCGAATTAAGCGAAGTGAGATAGCACAATTTGAGTGCTATCAATGAACATATGGAAAATCTGTATATTTCTACATCAATTGTGATATTTTAGCCAATATATACATGTTTAATTGTTTGGGTTCTTTCATTAGAGAAAAAAGAGGAGTTTTGTTGAGGAAAACCTTTCAAGTGGCTTTATAGAATTGAAGAAAAAAAGAAAAGAAATTTTAGGGTGGAGATGTCTTGACAAGGTTCGGCCTATGTTATAGGTCAATATTCTTTTGGTCACACTTAAGAGTTTTATTATTTATACTTTTGTTACCACACTCTCACCCATTGAATTCCCCAAATTTGCAAACATTGAGTTAATTCTTTACAAATTTTGATATTGCCTTAAAATCTTTTTCATAACTTAGGCACATACCTAATCAAGAGGATGCTAGTAACTTGTTAGAGAATCTAAATGTAAGGCCTCCTATATTAGGATAGATTTTTGGGTTATAAATAGTGGGAAAGAGTATGCCTAGGGGTGTGAAGAATTTCATGTGGGATTTCCTAATTGGGAATTTGGGAGAGAATTCTCAGCCCTCTAAAATGAGCTGAGGTATATTGTAATTTCTTCATTGATATTGCAATATAATTCTATCTTTCAGTTTTCTTGTTTGTTTTTTGTGTTCTTGAGTTCTCTTGTTAGGAGGTATCCTAACACTAAACCAATACTATGTTTCTCTTTTAAATTTTGTGTTGATTGTTGTGTGTCGGAGTATGTGCCTTGCCATGAAAGAGTTACTTCAAAGTTGAGTTGGGAATAGAGCAGCTTGGTTAGGAGTTTTAGTGGTAGATCTTTTATTGGATAATCCATATGTACTATGGGGTAGTTCACAATCTTGTACAACTTGGCCGACTATATTGAATATTTATGCTACAACAAATATTGGGAATGTGAATGAGTTCATTTGCACAATCTTTTGTATTATTTTGTATATTCAAACATTGTATTTGGTTTGTTGTAATCCATATTCTAACATCCACAAATGTGAAAATTGAGTTGTGTATACAAAAGCAATTGAAATTTCATTTTCTGAATGCACAAGTGAGAGGATGCACCTCTGCGAATAACCAATTTTTATTTTTTAATTTTTTTTTTATTTTTGAATAACTAAATGATGACAAGTATTTCCAAACACAGAAATAGATATTCGATGTCAAGAAAATGTTAGACCAACATCAAAGTGACTAACATCAAAAAAGGTGTTATTAAAGGTGTTCAATGTCGGTTGAAAACTGACATTAATGTCATCTACAATGTCAAGTGAAAACCGACATCAAAGGTGACCGACATTGAACACCTTTAACAATACCTTCTTTAATGTCGGTCACTTGACCAACATCGTACTCCTATAATGTCGGTTTTCAACTGACATTTTAGCCTAATTTTATTGTAGCGTATGGTGAAAGAAAGTCAAAGTTTGGTGAATATTTGAAACATAAAAATGGATTTAATTGGGTAGATTAAATTCATTGTTTATAAACTTTCAAATTGGATTGAAACTTCAAAATAAAATGATGCCTCATGTACAAATTTAACATGTATGAAAGTTAATTTATAGTTTCTTCAATTTGAACGAGTTATGTTTGATTTTGTCAATTAACAATTAAATTGAGTTTAATTTGACAAATGTTTCAAATTTTATATTTATTCGATTTTATTTTGTACTTGGAAGAGTTACTAAGTTGCTAGCCTATAAATGGCAACTTGTTCCTTCATTTGTAGCATCCCACTTCAAATTGAAGAATTCTCTCTCTTCTTTCTTTCTTTTGGTCTTGAGTTAAGTTAAGAGTAAGTATCCAAGATTTCTGCCAGATTTTAGTAGTTCGAGGTTGCAGTTTTACCGGAGTTAGTCGTTGTATTCTGTTAAGACGATTGTTGCAATCTAGTTGCATCCGGTGTAGAGCGAATAATTGTCTTTAGGACAATGCTTATCAGAAGCATGCCTCAACTATCTATTGACGCCTCCAGATTATCTTGAGTGTGCTAGTATATTCGGTTCACATATATTATTTTTTCCCCAACAATCTGAAGACAATTAATAATATCTTAACTAATGGCTACAAACTCCTCTACCAATTCTTCTACTTCTGTCGTGACGAGATCACCCATTGTGAAACCCCATGTTGAAAAATCGGAGAAGTACAAAGGAGACAACTTCAAGAGATGACAACAGAAGATGATCTTCTACCTCACCTCGTTGAATCTTGCTCATATTTTGAAGGAAGAATGCCTAGTTACCCCATCAGATGTTGTAACTCTCAAAACGAAAGCAGCAAAGCAAGTGTAGATGCATTCAGACTTCCTATGTTGTAATTACATACTTAGTGGTCTTGAGGACATTTTGTATAATGTCCATTGCAATGCCTATAATACATCAAAACTATTGTAGGAGGCAATAGACAAGTACAAGCTAGAAAATGTTGGTACTAAGAAATTCCTTGTGGGAAAATTCTTAGATTACAAGATGATTGATACCAAGTTGGCAGTCAATCAGATAGAAGAATTACAAATTATCATCAGTTATTTGCAAAGTGAAGGATTGGACATCATCGAGCCATTCCAAGTTGTTAATGTGATTGAGAAGTTTCCTCCTTCCTAGAAGGACTTCAAATGTTATCACAAGCACAAGTGAAAGGAGTTATCCATGGAGAATCTCACAATAAAACTTTGTATATAGAAGAGGATAATAGAAAAGAAGATTCTCCACTGAAAGTTGAAGGCAAAGCTCATATTGCTGAAGCTTTAAAACATAAATCCAAGAAGGAGAATTTCAAGAAGAAAACTGTAAACCATGAGTTGAAGAAAGATACTAGCAAGCGCATTCGAGGAAACTGTTGGGTTTGTGGTACGTGGCCATACCGCTGCAATGTGCAAACACAAGAAGGGACATAGTTCCAACAATCAGGCTAATGTTGTGGAAAATGACGATCCCGTTCCCATTATTTCTAAGATAAATATGGCTTCAAACATGAAAGATGTCACACCCCCTCCCAGATTACCCACGTAACCTGAAAGGGAATGTGAAGACAATATAACATCACCCCTTTTGTGACGCATATTGTCTCTCTTACATTCCTCCCTGGGCATACATTTAATCATATACATACATAGAACCCAGTCATACTACACATGCTTATAACATAATATTATTCCCTGTATAGAGTACACTTTTATTAGATAACATAATTTAACTTCCATATCCATCACACAATGTACAAAACTCCACTGCAATTCCCACTCAAAACTACAAGGTCTACATGCCATCTACATAAAGTCATATACAACGTACAACTCTCAGACTTGACTAAATTTTGAGAACTCGAGACTTAGGTAGGGTGAGCTGAAGTAGGCTAAGCACCGGGAACGTCCTTGCTACCTGCGGGGAGAAAAGGAAAACATTGGAAAACATAAGCTAACAGCCCAGTGAGTGACAAATCTTTGTAAAACGAGCATTCATTGAAAATAGGCATGTTACGTATAACAAATAAGTAAGAATTTAACATATTGTTCAATTTAAACATACTTTCCACAAAGTCTATTAACCTCATAAATCAAATCTCAAATTATACATGAGTGTTTTCCAAGGAAGTTAACAATAACAATTTAGTTTTTCAACTTTTCCCTTAGTCGAGGCGGAGCAATGCTTCAACGCACTCAACGTCGAAAACAACCTTAGTTGGGGTGGAGCAAAGCTCAACACACTCAACGTCGAAATCACCCTTGGTTCAATGCGGAGCAAACTCAACGCACCAGCCAAATTAACCTTTATGTGCACATAGGAATATGACGGGTTGCCCAAGTACCTTCTCAAGTCCTTCAGTACTGGGTCCCGGGGAAACTCACGTGCCTTCTCGTGTCCTTGAGCACTGAGCCTCCTCTAAAACGTCTTAGAAATCCGTTCACATCACAGTTCACATGAAAATCCTTTCATAGAAATCATACAAATCTTTATTCAATAACATTTCATAAAAATGCTTTCTATCAACTTTAGAAACATATAACATGCCTTGTGAGTAATACCATCAAATATTATGCACATTAAACAGTTCATTGTAAAATCATACTTTATAAGAACGTTTTTAATAAAATAGAATTGAAGAATAAAATAGTCACTCACAACTCTTTCTAGGCTTTACGTGGATTATACGCTTTCCCTATTTCTTCTTGGCCTGCAATAGACATTTACCTTGGTTACTTAACATTAAACCTTCCTCCTTTTCTAAACTAACATTATAAGCGAGAATCCTGGCGATACCAACTAACAGAAGCTGTTACTAGCGATACTTGATTGAGCGACACTAGCGTTACTTTACCTTAGCAGCGACACTCAACGATATCTAGTGAGATTTGTGAGACGAAAAACTCCAGCCGTCTCACTATCAGTGCCCAGACAGTGTGCTGATACTTGATTCTTAGCGGCACTCTGCACTGTAATTTCTTACTTTCCTCTTGTTCTTACTTCAATCTATTAAGAGTCATAATTTCATACGGATTTAGGACTTCTTCTCTTCTACAAACTTATAGAGAATTGAGTTCTATAGCTTACCTCAAAGTTTCAAGGCTTAACTTTTCCTCGTTCTCTCGGTATTTCGAAATCACCTCATGCTGTTCCGGTTTGCTTATCAATCTTGTAAGTGCTGCTTTCCCTAAAGATTCACATAGTTAATCTTCAATTTCAGCATTACCATCCTTCACAAAAGTTGTTAGGAATTATGTTAACTTACTAACCTCCAAATTTCAGCTCTAAACTCGGCTTCCTCTATATGTTCTACTCTGAATATCAACCACTGCTCAATCTGTGCGACTTCAATTACTCCTCTGTTCCAGCTCCGTTTTCAACATCAATATGAGTAGAATTTCGTCCAAAATTTGCAAGAATACCTTCCTCAATCTTCTTCTGAAGTTTGTTTGAAATGTGGAACCGACTTAAGCTCTCGAAATGTCTTAAAAATGATTAAACATTTAATTAATCCAACTATATATACTACCGACTTAGCCTTTACAAACACCAGGATTTATGTTGCCGACTTACCCTTCACCCGCAAACTAGCGCAGGGTTCTTATCTCAACGCGAGGCACTCATGTTAACTTCTCCTCCAACGCCTCTAGCAACTGACCACACCCAACGCATGGTGTCGTCCTCAATGCCTCCTATTTTTGCTGCATACATTCTCGTCATACAGCACTATTTTCGTCGCGTCAAGACCACTCTGTCTTCGACGCGAAGTGACTTCAACGCATAACTGTCCTCAACGCAGAGTGACTTAAACGCATGGTTCAAGCACATTTCTTCCCCCGCCAATATCACCTATCCTTCAACGCGGGTAGCTACTTCAGCTCACTACCCTCCATGAGTCAACCAACAACGCATGGACTTGGCCAACACTTAGCCAAAATTTCACTTTCCAAAAATTCTTGCTCTCGCTCACAACCACTTCCCCCTTTGAAACGTATAGCCACAATCGCATTGCCGCACCCCCAACGCTTGGTAATGCAAGTCAGTGCTTACAAAAGATTGGTGGATTGATACCAGTGTTACTAGGAATATTTGAGAAGCTAAATGACAACGATAAGCTGTACATGGGAAATGCTTCAATTGCCTTTGTGGAAGGCAAAGTGAGGATCCTGCTGCAATGGACTTTTGGAAAAAGACTTACCCTCAATGAAGTGCAACATGTGCCAAATATTCGAAATATGGGTTCAAGCTTGTTTTTGAATCCGATAAATTTATGTTGGGATTTGTGTCCTAAAGCCTCGTAATTGATTAGTTAATTAATTTAACTATTAATTATTAATTTTGCAATATTAATTTATCCATTAACGAAAAAATCCAAGGTTATTGCATGAAACCTTTAAACATGTATGTAGTTGACATACGGATGGATCATGTTCAAGAAATAACCTAAAGATCTATAGTATGTGGATAAGGTTGGGTGCTTTATCCTGTTGACACTATGGATACAACTCACTTAGTAATAGTTTCAAATGGTTTGATCCAAACCATTCATGTGGAGACATGTGAGTGGGGATATCCTATACAAAGAGTTTGTATAAGACTGAACCACAAAATATTTAATCTCTCTTTGTAAATCCTTTAATTGATGAGATTAATATTTCATAGGATGATCATGTGCGACTCGATCTTAATCTTGGGTGACTTATGAACTCCTTTCTATGAGGTTGATCCTTTGATTTGCATGGGTGAGCGTGGCCTGAGTTGCCGACTCAATAAGCCTACCATTTTGAGGATTTGACTAAATAGGGAGTTGAGAACATAATTTCACAAGATAAAATTCACTTCTTTCTAGATAGGGTAAGTAGATAAATAGTTCCCTTAAGTGCTGATTTCGGGTTTTGAACAAGGGACCTCACCCTCTCACTGGCCCAAAAGGGACTTAGTTTATGGTTGGACCATAAACAAATTGTTCGTTAGAAAAATCAGTGGTACTTAAGGATAAAAGGTAATTATAGGGGTAGAATGGACATTTGACCTAGATGTAACTATGACCAACTCGTGAAGGATTAACTTGCTTGATTATATCCATGGACACAACTTGTCCTACACTGCATAAGAGTTCAACTATAGGTCTATAGTGGTTTGCCATATATTTAATGAATGAAGATTAATTTAATTATAGAGTTTAATTAATTAATTTTGGGTCATTAGAGCTTATAATCTGTAGGTCCATAAGGTCCCTTTGCTAGCTCACCACGGACCAACAAGGATCAACTATGTTGAAAGAAAATTTTGAAATGTTATGAGGGAAAATATTAATTGTATTGAATACAATTAATTACATAATTTATTATAAAGTTTATTTGAATAAGATTCAAACTATAACTTTATTATATGGAGAATTAATTTATTTGAATATGATTTAAATAATTAATTATTTATTTGGATGAAATCCATATAAATAAATAGATGGAGAATTAATTAATTAATTTGAATTGGATTCAAATAATTAATTATTTAATTTGGATGATATTCAAATTAAAGATTCTACAGAAAATAAATATTTAAACAAGATTTAAATATTTTAAACCATTTAATATGAGATATTATTTGGATAAATGTTTATTAATATTGGATATTATTAAATATCTCTGCAGAGGGTTATCCTAATAGAATTAGGAGTAACCTATAGAGTTCTATAAATAGGGCCCCCATAGAATAGATACACAATCTCCACAAGAATAATCTCTACGATTACTCTCAAAGTCTTTCTCTAGAAATTCTCTCAATTTTCTTATAAAACTACTAAGAAAATTCTTTTTCCCGTTCCCTCTATTCTTTCAAGAAGTGGTTCCCACAAATCGGATCCTTGCCAGAGTCATAGCGTAAGCACTGGCTTATAATACTAAGTGTTGGGAGGAGGCAAGTGAAATTGTGGCTATGCGTTGTTAGAGGAAGAGTAGTCGAGGGTGGAAGAGCAAAAATTTTGGCTAAGTGTTGGCCAAGACTATGAGTTGATGAAAGAAGAGAAGAGTTAGCATTTTTCTTTTAGTGGCCATGCGTTGAAGGAGGAATCACGAAGGGTTGTTGTGAGCTGAAGCAGTCACTCGCGTTGGAGGAGAAGTTGATCATTGGCAGAGGAAGAAACGTACTTGGCTTACCATGCGTTGGTAAGGTTGTCATGCGTTATGGTCCCTATGCGTCGAAGACAGAGTGGTTCCTATGCGTCGAAGACAGAGTGGTCCCTATGCGTGGAAGACAGTGGTGTAATTGGTCGTTGTAAGCGTTGAAGGTAGGAGGCGTTGAGGGCGCCATGTGTTGAGTGAGGATGATTGAGTTGTATGCATCAAAGGTAGGAGGCGTTGAGGGCGTCATGCGCTGAGTGGGGATGATTGCTGAAGGCATTAGAGTAGGTTGCGTTATGGGTGCTTTGTGTTGAAGTAAGAGAAAATTTGGTGCCTTGCGTTGAAGTAAGAATGAGAACCTTGCGCGCCAGCCTGCTTTTGAGGGTTAAGTCGGCAGTATATATATAGGTGCTTTTGAGGGTTAAGTCGGCAGTATATATAGGTAAGTGAATTAAATGTTTAATCATTTTTAGACACTTCGAGAGCTTAAGTTGGTTCCATTTTTCAGACAAACAACAAGGGAAGGTAGAAGAAGGTGTTCTTGTGGATTTTGGGTGGAATCCTACTCGCTTTGGTGTTGAAATCTAAGTTGGAACAGAAGATTGTTTGTGGTCGCACAAACTGGACAGTGTCTGATGTTTGGAGTAGAACGAATCGAGGATATCGAGTCTAGGCTGAAATTTTAAGGTCAGTAAGTTAATATAATTCTTAACAATTCTTGTGATGGATGGTAAAGCTGGAATTGAAGTTAATTATGCGAATTTTTAGGTAAAAGCAACGGTGACAGAATTGTTGTGCAATTTGGAGCAACGCGGAGTGATTTTGGAATAACTGGAGAACGAAGGGGAGTTAAGCCTTGAAATTTTGAGGTAATCTATGAAACTCAATTCTTTACAAGTTTGTAGAAGGGAAGAAATCTTAGTTTGGGCTGGAAATGTGTTTTTAGCAGGGGTGAATAAGAAGAACCGAAGCTGCAGCAGTCAGCTTTGTTAAGGAGGAAAGTAAGCTAGAAACGTTTGTGTTGCAGAGGGCTTGCGTTGCACACAAATTCTTCTTGAAATCAAGGTATAACAGAAAGGTTAAGGAGCAGCTTTGTAGCAATAGCATTAGTGTTTAAAGCTTGAGAATGAACCAATGGAAACTTAGCCGCATGATGAAATTTAAAGACATCGTGCATATGTTTAGTTGTTGTTTATGTTAAAGTGAATGGAAAAGAAGAATAGTAAAGAAATATGTTTATTTCAGGCCAAGAGGAGATAGGGAAGACGTATAATCCACTCAAGGCCTAGAAAGAGTTGTGAGTGACACTTTTATTGCTTCAAAACGATTTTGTTGTATATGTTAGTTCAGTTTTCTAATTGAATACGATTTTGTGATCAATCGATTTACAAAGCATACTTTATGTTTCTTAAAAGGTATTGAAAAGTATGTTTATGAAATGTTATTGATTTAAGAGTTGCCCTGTTTTCTTATGGAAGATTTGCATATGAATTGTTTGTATGAAGTATTGCTTTCTTTAAAGGAAAATGTTTTAGAGGAGACTCAGTGCTGAGGGACATGAGAAGGCACGTGAGTTTCCCCGGGACCCAGTATTGAGGGACATACAGAAGGTACTTGGGCAACCCGCCATGTTCCTATGTGCACATAGAGGTTATATGCTGGTGCGTTGAGTTCTGCTCCGCATCAAGCCTTGTTTGTTTTCGACGTTGGGGTGTTGAGTTTTGCTCCGCCTTAACTAAGGAGAAGTATTGCAACTAAACTGATTACTTTATGATCTGCTGGAAAATCATGTATGTTTTGATAAGGGCATTTAAGCATGTTTTATCTAATGAATATGAATTGATTCCATGTTTTACACATGACGTTGAACTTAATTTTTATCCTAATGATTTCCGAACTAAAAGCAGTTTGTTAAACTTAGTCACTCACTAGGCTGCTAGTTCATGTTTTCAATGTTTTCTTTTCCTCCCAGGTAGCAAGGACGTTCCCGGTGCTTAGCCTACTTCAGCTCGCCCTGCTTAAGCTTCGAGTTTCCAGAAACAGTTTATTTCTTGTTGTTGTACGTGTAAATAACTTAACACTGGTGGCATATAGATTTAGTTGTATACAAGTGGGTTGTGCGAGAGTATGTTGTAAAAGTGTACTCTGTACAGGATGGATTGTTTATAGTATGATCACGCGTTAGTCGTTAGTATGGGTGAATTCTATGAAAGTATATGTATGGATTGTTTATACAGGAAGTTATATAAGATGGGGCAATATGCAGGGGGTGATGTTTATTGTCCTCACATCTCCTTTCAGGTTAAATAGGTAATCAAGGAGGGGGTGTGACACATAGCAAGGAAGATCTCTTGGAAAAGAAAGACTACAAGGAGAAGACTATCGGTTCGAGGAGAGATTATGCTGAAATTAAGGATTGACAAAGGTATGTTGCTTAACCTTTTATTAATTATTTGTATTTTTTAATTTTTCAAGAAATCAAAGAACGCGATCACACACTTCCACCGGGATGCAATTTCCTTCAATTCTGACAAAGGGGATATGTGTATGGGAAAATGTTATCTAAGTGATGACATGTTCAAACTGAATGTACTGACACAAATGCCAAAGAATAATAATAATATCAACTCTTCTGCTTATATTGTTGAGTTGTGTGATGTGTGGCATTCTAAATTGAAGCATGTCAATTATCATTCTTTAAATAGAAGGGTAAGTTTAGGACTGTTGTTGAATTTTAACATTGCTAATAGACACAAATGTGAAGTTTGCATTGAATCAAAGTTTACTAAGAAGTCATTTTCATATGTGAAAAGAAGTAATGAGTTACTTGATTTAATCCACATTGATGTATGTGACATGAAAAGTACTCCCACAAGAGGTGGTAAGAGATATTTTGTCACATTCATTAATGATTGTAGTAAATATTGCTATGTATATTTATTACATAGTAAAGTTGAGACCTTTAATGTTTTAAAAGCATATAAGGCAAAGGTTGAAAATTAACTTGAGAAGAAAGTTAAGGTGCTTCGATCAGATAGAGGTGGTGAATATGAATCATCATCACTTTATAAATTTTTTGATGTTAATGGTATAACCCATCAAATTACAACATCTTAAACACCATAACAAAATGGTGTAGTTGAAAGAAAGAACGAAACTTTAAAGGACATGGTTAATTGCATGTTAAATAGTTTAGGTTTACCTCATAATTTGTGCAAGGGAAGCTTTGCTTACGAAATATTTTATACTATATAGAATTCTACATAAAAATACTAATAAGTCACTTTATGAAGTGTGGAATGAAAAATTGTCAACATTTAAAATGCTGAAAGTATGGGAGTGTTTGGCAAAGGTACAAGTTTCTTTACCAAAAAGGACCAAACTTGGACCTAAGACAATTGATTGTGTCTTTATAGGCTATGCAATGCATAGTGCTGCTTACAGATTCATGGTGATTAAATCAGAAGTATCTTATATTAATAATAATACCACCATGGAATCTATTGAAGTTGAATTCGAGGATATATTTCCTTTAAAGGAAGAAATACATGAAAATAATGATACCAAAAGAAATTATGAGGCTAGCTCTTTGAGAGGTTAAGACGATCAAAATACTGAGTTTGAGCCTAGAAGAAGTAAAAGAATTAAGAAAACTACTTCTTTTGGACCTGATTTCATAATTGATATGATAGAAGGTGCGCCTCAAACTTTTCAAGAAGCTGTATCATCTCTTGATGCACCTTATTGGAAGGAAGCTATCAATAGTGAGCTAGAATCTATTTTATAGAACAATACTGGGTATTGGTTGATTTACCTCTTAGAAGTAAACAAATTGGGAGTAAATGGATTTTTAAGAAAAAGCTAAAGGTTGACGACACTATTGATGAGTATAAAGGCTGCTTAGTAGCTAAAGGCTTTCGCCAAAAAGAAGGGTTAGATTTCTTTGATACCTATTCTCTAGTGATGAGGATTACATCTATAAGGATGTTAATTGCAATAGCAGCTTTACAAAATTTGGAAATACACCAAATGGATGTGAAAAGTGCATTCTTAAATGGAGATTTAGATGAAGAAATTTATATGGAACAACCTAAATGGTTTGTTGTTAAATGACATGAGGACAAAGTTTGTAAACTTCTCAAGTCTCTTTATGGGTTCAAACAAGCACCCAAAAAATTACATGAAAAGTTTGATCACACTATGTTATCAAATGGATATAAGATAAACAAGTGTGATGAATGTGCTTATGTTAAAACCATAGATCAAGAATATGTCATTGTTTGCTTGTCTGTGGATGATATGTTAATAATGAGCACAAATAGAAGTGTCATTGATTCCACGAAAAGGATGTTGAAATCCAACTTTGATATGAAAGACCTTGGTCTTGCTATTGTTATCCTTGGAATTCAAATAACAAGAAAGTCAAGTGGATACATACTTTCTTAATCTCACTATATAGAGAAAATGTTGAGAAAATTTGATCATTTTGAGAGTAAGCCGGTTGTTACTTCATTTGATCCAAATTGTAAGTTGAACAAAAACAATGATAGATGTGTCTTCTCTAGAATATTCTAGAGTTATTGGTAGCTTAATGTACATAATGAATTGTACAAGACTTGATATTGCTTATTAAGTAGGAAGGTTAGCAAGATACACTAGCAATCCAGGACATGATCATTGGAATGCTTTAGTCAGAGTTCTAAGTTACTTGAAGTACACTCTAGACTATGGATTGCATTATACAAGGTATCCACATGTATTAAAAGGATTTAGTGATGCTAATTGGATTTCTGATAGCATGGAGACTAAATCAACTAGTTGGTATATTTTTACCTTAGATGGAGTAGTTGTTTCATGGAAAAATCTTAAAAATAGATGTGTATAGCTCGTTGTATTATGGAATCAAAGTTTATAACTCTTAATAAAGTAGGAGAAGAAGTTGAAAGGCTTTGAAGTTTTCTTGAAGATATTCCATTATGACCAAAGCCTGGAAGTGTGATATGTATTTATTGTGACAATTTAGCAACTTCTATGAGAAGCAAGAATAATATCTATAATGGAAAGTCACAACATATTAGACAAAGTCATAATTCGACAAGGCAATTGCTCTCTAATGGAATAATGCAAATCCTTTGATGAAAGAATTGTCAAGAGAGCAAGTTGCATATACATCGACGGAAATGGGGCTAAAGCCTACGAAATGAGTTATCTAGTGGTAACCTAACCTAGTTGACTGGAGATCCCAAGATCTAGGTTTAAAAGGCAAACTAACTGGATAATTCATACTGGACACACTAATTAGAAAATTATAGTTTCTTCCCATTTCTATGATGTTGTTCAGTGTGTAATTTATTAATGTTAAGGTCATATTGATATCTTGTTTTACAAGAGGAGTATTGACATAATACACTTTATCAATATTACCTATGTGAGAGTAGAAGTCGGGTCGCTTCTATGAGAACTTTTCAAATGCCTTATGTTCTCTAAAGCTCTCATGAATTCAAGATTTTGTCCAGGACCAAAATGAACACAAACGTATAGAACTCAAAGATAAAAGATGAGTTGTGTGTGATATGTATTGTCTCAATTCACCGATGAGAAGGACAGTTCTAGAGCTTGGTCTCACTATTTCTTCGGTAAATTTGATGGATATTCAATAAGGAAGGTTCAAGTCTAGAAGATACCTCTCCTGATGCATAGTTTGTCTGTTTGCTATCAACAATTTTGTTTGATTTTTCACTTCCTTTCATGTGGGATTGTTGGATATATATAATGAAAAAAAATGAAAGTTTGATGAATATTTGAAACATAAAAATGGATTTAATTGTGTAGATTAAATTCATTGTTTAGAAACTTTCAAATTGGATTGAAACTTCAAAATAAAATAATGTTTCATGTATAAATTTGTAGTTTTTTCAATTTGAATGAGTTATGTTTGATTTCGTCAAGTAACAACTTAAGTTGAGTTTAATTTGACAAATATTTCAAATTTTATATTTATTTTATTTTGTATTTTGTATTTTGGAGAGTTAGTAAGTTGCTAGCCTATAAATAGCAACTTGTTTCTTCATTTGTAGCATCCTACTTCAAATTGAAGAATTCTCTCATTTCTTTCTTTCTTTTGGTCTTGAATTGAGTTGAGAGCAAATATCCAAGAGTTCTGCTAGATCTGAGTAGTTCGAGATTGTAGTTCTACTTGAGTTAGTCCTTGTATCCTGCTGAGACGATTGATTAGTCTGCTTGCATGGGGTGCAGAGCGAATAATTATCTTTAGGACAGCTCTTATCAGAAGTGTGTCTCGCCTATCTATTGACATCTCAACAATATATTGAGTTTGCTAGTGTATTTAGTTCACATATATTATTTTTTCTCAACAAACTATATAAATATCCACTAAATGGTAACACCATTGAATTTAATTTCACCAAAATTCTTTCCTCAAACTAACAAAACTTACCAATTGCATCAACAACTAATTCAAGCATAAAACCAACTTATTTGTACTGTGCTAACATTCTAAAAAAAAAAATCTCATGAACTTTCTCACCTTAAAGGAAGTATTTCTTCATGATTTTTGGCATTCAAGGAACATTCCCTTCCATCTCCATGTTTCTTCGGCGAGCTTTCAACAACTTTCAAATATTTTTTCTTTCCTGGCGGAGTGGTCCTTCATCCCTTCTTCCTTTTCTGACTATGCTAGACCATTTTCATTCTCTCTTTTTCACCCCCCTTTTCTATTTTCATCTACATAACCAAGTTATTTATTTATTATTATAAATTGTTTTTTAAACCCACATGGCACTATACTATTAATGCAATAAAAGGACCATCATACCCTTCTAATTTAAAGACCTTTTTCCTTTTTTCCTTTAATTTGACTTTTTTTTTCTTAATCAAACAAAAATCAATTGAGTTTCACAATGTCACAATAGATAATAATAGATATTGATAAACTACTATCTTTCATTTATGATAGATATTGATAGATGTCTATCAGTATCTATCACTAATAGAGAGTGACATTTTGCTATATATATTTTAAAATATTTTCAACAGTTTCCTATATTTAAATAGGTTGAAAACTTTACCAACGGACTTAGAATATTAATTATAAAATTTTCACTCAAAAATTCAACCTTTATCTAAAGTTATACCGATATTCCACTAAGTATGGGTTAAATGTAAATTTATTGCAAGTTAATTTGCACATTTACTTGTAATATATGTGTAATTGGAAAAACATTAATTTTAAATGTAAAGACATTATAATTAAATGAATTCACATCTTTTATCATTGTTGTTCGGTGCTATTGTTCACACATATGGATGTATAAAGTTTTATTTAATATGTATATAACATTGCTCAATGGTTATAATTAAGCATCCTAAACCATGTAGAGATAAATTTCCTTTCCGAAACTTACTATCTTATTATTGTTATTTTTTTCTTTTTTTTATGTAGTATACAAATTTTATTGGTCTTTAA

mRNA sequence

ATGATTATGCAAACACAAGCTTCCATTTCTCTGAACTGTTTGTATGCCAATGGTCTCACCGCCACCGCCATGTTTCTGCCCCTTCTATTGGTCCTCTTCTTCATCCTCTGTACGCCGCCCTGCCTTCCATCCCCGACAACACTGCCCCAAAACCCCACCGCCACGGTGATTTACCGGTCAAATTCCACTCTACTGCGGTGGCGCGTGTCCGACACATTGCATAGACCCCATGCGACGGCGCATTATGTATTTTTTCCTGGGAAGCCACGGTGGATGCGGCGAATGCCGATGGTGCTGACGTACGCATTTTTCAAGGAGAATTGGATGAGCAACTTGAGTTTAAAAGACGTGAAAGCTGTATTTCGTAAGGCGTTTTCGAAATGGGCCCATGTGATTCCGGTGAGTTTCGAGGAGACCGACGACTATGGATACGCGGATATTAAAATCGGGTTTTATAGAGGCGATCATAGCGACGGGCAGGCGTTCGACGGCGTGTTGGGGGTTTTGGCACATTCTTTTTCCCCTGAGATTGGGAGGCTCCACCTAGATGCGGCGGAGACGTGGGCGGTTGATTTCGAGAAGGAGAAATCGGCGGTGGCGGTTGATTTGGAATCGGTGGCGACGCATGAGATTGGTCATTTGTTGGGGCTGGGTCACAGCTCTGTGAAGGAATCGGTAATGTATCCAAGCTTGAAGCCGAGGGAAAAGAAGGCAAATTTAGAAGTGGATGACGTGGAAGGCGTGCAAGCCTTGTACGGATCGAATCCAAATTTCAAGTTTGAGTCTTTGGAATTGAAGTCCGACACTTCTGCCAGTCAGCCACACCCAATTCTTCTTCTCCACGCCATCCCCTTTTGTCTTTTGTCCGCGCCGTCCGTCCTTGTCGTTCGAGTCGTCGTTCAAGTTTCGTTCTCGTCGTCCAACCTGTCCAGCCCGTTGTTCGAAGTCTGTCGTAGTCCGACATTCAAGTATACAAATTTTATTGGTCTTTAA

Coding sequence (CDS)

ATGATTATGCAAACACAAGCTTCCATTTCTCTGAACTGTTTGTATGCCAATGGTCTCACCGCCACCGCCATGTTTCTGCCCCTTCTATTGGTCCTCTTCTTCATCCTCTGTACGCCGCCCTGCCTTCCATCCCCGACAACACTGCCCCAAAACCCCACCGCCACGGTGATTTACCGGTCAAATTCCACTCTACTGCGGTGGCGCGTGTCCGACACATTGCATAGACCCCATGCGACGGCGCATTATGTATTTTTTCCTGGGAAGCCACGGTGGATGCGGCGAATGCCGATGGTGCTGACGTACGCATTTTTCAAGGAGAATTGGATGAGCAACTTGAGTTTAAAAGACGTGAAAGCTGTATTTCGTAAGGCGTTTTCGAAATGGGCCCATGTGATTCCGGTGAGTTTCGAGGAGACCGACGACTATGGATACGCGGATATTAAAATCGGGTTTTATAGAGGCGATCATAGCGACGGGCAGGCGTTCGACGGCGTGTTGGGGGTTTTGGCACATTCTTTTTCCCCTGAGATTGGGAGGCTCCACCTAGATGCGGCGGAGACGTGGGCGGTTGATTTCGAGAAGGAGAAATCGGCGGTGGCGGTTGATTTGGAATCGGTGGCGACGCATGAGATTGGTCATTTGTTGGGGCTGGGTCACAGCTCTGTGAAGGAATCGGTAATGTATCCAAGCTTGAAGCCGAGGGAAAAGAAGGCAAATTTAGAAGTGGATGACGTGGAAGGCGTGCAAGCCTTGTACGGATCGAATCCAAATTTCAAGTTTGAGTCTTTGGAATTGAAGTCCGACACTTCTGCCAGTCAGCCACACCCAATTCTTCTTCTCCACGCCATCCCCTTTTGTCTTTTGTCCGCGCCGTCCGTCCTTGTCGTTCGAGTCGTCGTTCAAGTTTCGTTCTCGTCGTCCAACCTGTCCAGCCCGTTGTTCGAAGTCTGTCGTAGTCCGACATTCAAGTATACAAATTTTATTGGTCTTTAA

Protein sequence

MIMQTQASISLNCLYANGLTATAMFLPLLLVLFFILCTPPCLPSPTTLPQNPTATVIYRSNSTLLRWRVSDTLHRPHATAHYVFFPGKPRWMRRMPMVLTYAFFKENWMSNLSLKDVKAVFRKAFSKWAHVIPVSFEETDDYGYADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEKSAVAVDLESVATHEIGHLLGLGHSSVKESVMYPSLKPREKKANLEVDDVEGVQALYGSNPNFKFESLELKSDTSASQPHPILLLHAIPFCLLSAPSVLVVRVVVQVSFSSSNLSSPLFEVCRSPTFKYTNFIGL

Homology

[Close]

BLAST of CaUC01G012220 vs. NCBI nr
Match: XP_038903989.1 (metalloendoproteinase 4-MMP-like [Benincasa hispida])

HSP 1 Score: 480.3 bits (1235), Expect = 1.3e-131
Identity = 237/264 (89.77%), Postives = 245/264 (92.80%), Query Frame = 0


Query: 24  MFLPLLLVLFFILCTPPCLPSPTTLPQNPTATVIYRSNSTLLRWRVSDTLHRPHATAHYV 83
           MFLPLLL+LFF LCTPPCLPSPTTLPQNPTA VI+RSNST +RWRVSDTLH PHATA YV
Sbjct: 1   MFLPLLLLLFFFLCTPPCLPSPTTLPQNPTAAVIFRSNSTSMRWRVSDTLHTPHATARYV 60

Query: 84  FFPGKPRWMRRMPMVLTYAFFKENWMSNLSLKDVKAVFRKAFSKWAHVIPVSFEETDDYG 143
           FFPGKPRW RRMPMVLTYAFF+ENW+SNLSLKDV+AVFRKAFSKWAHVIPV FEETDDYG
Sbjct: 61  FFPGKPRWTRRMPMVLTYAFFEENWISNLSLKDVRAVFRKAFSKWAHVIPVRFEETDDYG 120

Query: 144 YADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEKSAVAVDL 203
           YADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETW VDFEKEKSAVAVDL
Sbjct: 121 YADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWTVDFEKEKSAVAVDL 180

Query: 204 ESVATHEIGHLLGLGHSSVKESVMYPSLKPREKKANLEVDDVEGVQALYGSNPNFKFESL 263
           ESVATHEIGHLLGLGHSSV+ESVMYPSLKPREKKANLEVDDVEGVQALYGSNPNFKFESL
Sbjct: 181 ESVATHEIGHLLGLGHSSVRESVMYPSLKPREKKANLEVDDVEGVQALYGSNPNFKFESL 240

Query: 264 ELKSDTSASQPHPILLLHAIPFCL 288
            L+SDTSASQP         PF L
Sbjct: 241 ALESDTSASQPPVSTCTVTWPFSL 264

[Close]

BLAST of CaUC01G012220 vs. NCBI nr
Match: XP_008437790.1 (PREDICTED: metalloendoproteinase 4-MMP [Cucumis melo] >KAA0048832.1 metalloendoproteinase 4-MMP [Cucumis melo var. makuwa] >TYK20784.1 metalloendoproteinase 4-MMP [Cucumis melo var. makuwa])

HSP 1 Score: 458.8 bits (1179), Expect = 4.1e-125
Identity = 233/267 (87.27%), Postives = 243/267 (91.01%), Query Frame = 0


Query: 24  MFLPLLLVLFFILCTPPCLPSPTTLPQNPTATV-IYRSNSTLL--RWRVSDTLHRPHATA 83
           MFLPLLL+LFF LCTP CLP PTTLPQN TA V I+RSNS+ L  R R+++TLH PHAT 
Sbjct: 1   MFLPLLLLLFFFLCTPSCLPYPTTLPQNSTAAVIIFRSNSSSLQGRRRLTETLHNPHATE 60

Query: 84  HYVFFPGKPRWMRRMPMVLTYAFFKENWMSNLSLKDVKAVFRKAFSKWAHVIPVSFEETD 143
            YVFFPGKPRW RRMPMVLTYAFFKENWMSNLSLKDV+AVFRKAFSKWAHVIPVSFEETD
Sbjct: 61  RYVFFPGKPRWARRMPMVLTYAFFKENWMSNLSLKDVRAVFRKAFSKWAHVIPVSFEETD 120

Query: 144 DYGYADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEKSAVA 203
           DYGYADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEKSAVA
Sbjct: 121 DYGYADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEKSAVA 180

Query: 204 VDLESVATHEIGHLLGLGHSSVKESVMYPSLKPREKKANLEVDDVEGVQALYGSNPNFKF 263
           VDLESVATHEIGHLLGLGHSSV+ESVMYPSLKPREKKANLEVDDVEGVQALYGSNPNFKF
Sbjct: 181 VDLESVATHEIGHLLGLGHSSVRESVMYPSLKPREKKANLEVDDVEGVQALYGSNPNFKF 240

Query: 264 ESLELKSDTSASQPHPILLLHAIPFCL 288
           ESLEL+SDTS +QP       A PF L
Sbjct: 241 ESLELESDTSDTQPPVSTCTMACPFSL 267

[Close]

BLAST of CaUC01G012220 vs. NCBI nr
Match: XP_011650638.1 (metalloendoproteinase 4-MMP [Cucumis sativus])

HSP 1 Score: 454.1 bits (1167), Expect = 1.0e-123
Identity = 228/264 (86.36%), Postives = 239/264 (90.53%), Query Frame = 0


Query: 24  MFLPLLLVLFFILCTPPCLPSPTTLPQNPTATVIYRSNSTLLRWRVSDTLHRPHATAHYV 83
           MFLPLLL+LFF LCTP CLP PTTLPQNPT+ VI+RS+S+        +LH PHAT  YV
Sbjct: 1   MFLPLLLLLFFFLCTPSCLPYPTTLPQNPTSAVIFRSDSS--------SLHNPHATERYV 60

Query: 84  FFPGKPRWMRRMPMVLTYAFFKENWMSNLSLKDVKAVFRKAFSKWAHVIPVSFEETDDYG 143
           FFPGKPRW RRMPMVLTYAFFK+NWMSNLSL+DV+AVFRKAFSKWAHVIPVSFEETDDYG
Sbjct: 61  FFPGKPRWTRRMPMVLTYAFFKDNWMSNLSLEDVRAVFRKAFSKWAHVIPVSFEETDDYG 120

Query: 144 YADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEKSAVAVDL 203
           YADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEKSAVAVDL
Sbjct: 121 YADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEKSAVAVDL 180

Query: 204 ESVATHEIGHLLGLGHSSVKESVMYPSLKPREKKANLEVDDVEGVQALYGSNPNFKFESL 263
           ESVATHEIGHLLGLGHSSV+ESVMYPSLKPREKKANLEVDDVEGVQALYGSNPNFKFESL
Sbjct: 181 ESVATHEIGHLLGLGHSSVRESVMYPSLKPREKKANLEVDDVEGVQALYGSNPNFKFESL 240

Query: 264 ELKSDTSASQPHPILLLHAIPFCL 288
           EL+SDTSASQP       A PF L
Sbjct: 241 ELESDTSASQPPVSTCTLACPFSL 256

[Close]

BLAST of CaUC01G012220 vs. NCBI nr
Match: KAE8650215.1 (hypothetical protein Csa_010775 [Cucumis sativus])

HSP 1 Score: 453.4 bits (1165), Expect = 1.7e-123
Identity = 224/251 (89.24%), Postives = 235/251 (93.63%), Query Frame = 0


Query: 24  MFLPLLLVLFFILCTPPCLPSPTTLPQNPTATVIYRSNSTLLRWRVSDTLHRPHATAHYV 83
           MFLPLLL+LFF LCTP CLP PTTLPQNPT+ VI+RS+S+        +LH PHAT  YV
Sbjct: 1   MFLPLLLLLFFFLCTPSCLPYPTTLPQNPTSAVIFRSDSS--------SLHNPHATERYV 60

Query: 84  FFPGKPRWMRRMPMVLTYAFFKENWMSNLSLKDVKAVFRKAFSKWAHVIPVSFEETDDYG 143
           FFPGKPRW RRMPMVLTYAFFK+NWMSNLSL+DV+AVFRKAFSKWAHVIPVSFEETDDYG
Sbjct: 61  FFPGKPRWTRRMPMVLTYAFFKDNWMSNLSLEDVRAVFRKAFSKWAHVIPVSFEETDDYG 120

Query: 144 YADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEKSAVAVDL 203
           YADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEKSAVAVDL
Sbjct: 121 YADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEKSAVAVDL 180

Query: 204 ESVATHEIGHLLGLGHSSVKESVMYPSLKPREKKANLEVDDVEGVQALYGSNPNFKFESL 263
           ESVATHEIGHLLGLGHSSV+ESVMYPSLKPREKKANLEVDDVEGVQALYGSNPNFKFESL
Sbjct: 181 ESVATHEIGHLLGLGHSSVRESVMYPSLKPREKKANLEVDDVEGVQALYGSNPNFKFESL 240

Query: 264 ELKSDTSASQP 275
           EL+SDTSASQP
Sbjct: 241 ELESDTSASQP 243

[Close]

BLAST of CaUC01G012220 vs. NCBI nr
Match: KAG7028506.1 (Metalloendoproteinase 4-MMP, partial [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 415.2 bits (1066), Expect = 5.2e-112
Identity = 208/257 (80.93%), Postives = 222/257 (86.38%), Query Frame = 0


Query: 24  MFLPL------LLVLFFILCTPPCLPSPTTLPQNPTATVIYRSNSTLLRWRVSDTLHRPH 83
           MFLPL      LL+  F LC PP +PS         + V +R NST  +WRVSDTLH PH
Sbjct: 1   MFLPLIPRSRYLLLALFFLCLPPIIPS---------SAVTFRPNSTARQWRVSDTLHGPH 60

Query: 84  ATAHYVFFPGKPRWMRRMPMVLTYAFFKENWMSNLSLKDVKAVFRKAFSKWAHVIPVSFE 143
           ATA YV+FPGKPRW RRMPMVLTYAF KENW+SNLSLKDVK VFR AFSKWAHVIPV FE
Sbjct: 61  ATARYVYFPGKPRWTRRMPMVLTYAFLKENWVSNLSLKDVKFVFRTAFSKWAHVIPVRFE 120

Query: 144 ETDDYGYADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEKS 203
           ET+DYG+ADIKIGFYRGDH DGQ FDGVLGVLAHSFSPEIGRLHLDAAETWAVDFE+EKS
Sbjct: 121 ETEDYGFADIKIGFYRGDHGDGQPFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEEEKS 180

Query: 204 AVAVDLESVATHEIGHLLGLGHSSVKESVMYPSLKPREKKANLEVDDVEGVQALYGSNPN 263
           AVAVDLESVATHEIGHLLGLGHSSV+ESVMYPSLKPREKKANLEVDDVEGVQALYGSNPN
Sbjct: 181 AVAVDLESVATHEIGHLLGLGHSSVRESVMYPSLKPREKKANLEVDDVEGVQALYGSNPN 240

Query: 264 FKFESLELKSDTSASQP 275
           F+FESLEL+SDTSA+ P
Sbjct: 241 FRFESLELESDTSATHP 248

[Close]

BLAST of CaUC01G012220 vs. ExPASy Swiss-Prot
Match: Q8GWW6 (Metalloendoproteinase 4-MMP OS=Arabidopsis thaliana OX=3702 GN=4MMP PE=1 SV=1)

HSP 1 Score: 278.9 bits (712), Expect = 7.6e-74
Identity = 134/196 (68.37%), Postives = 159/196 (81.12%), Query Frame = 0


Query: 77  HATAHYVFFPGKPRWMRRMPMVLTYAFFKENWMSNLSLKDVKAVFRKAFSKWAHVIPVSF 136
           H    YV+FPG+PRW R +P+ LTYAF +EN    L+  D++ VFR+AF KWA VIPVSF
Sbjct: 120 HTGKKYVYFPGRPRWTRDVPLKLTYAFSQENLTPYLAPTDIRRVFRRAFGKWASVIPVSF 179

Query: 137 EETDDYGYADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEK 196
            ET+DY  ADIKIGF+ GDH DG+ FDGVLGVLAH+FSPE GRLHLD AETWAVDF++EK
Sbjct: 180 IETEDYVIADIKIGFFNGDHGDGEPFDGVLGVLAHTFSPENGRLHLDKAETWAVDFDEEK 239

Query: 197 SAVAVDLESVATHEIGHLLGLGHSSVKESVMYPSLKPREKKANLEVDDVEGVQALYGSNP 256
           S+VAVDLESVA HEIGH+LGLGHSSVK++ MYP+LKPR KK NL +DDV GVQ+LYG+NP
Sbjct: 240 SSVAVDLESVAVHEIGHVLGLGHSSVKDAAMYPTLKPRSKKVNLNMDDVVGVQSLYGTNP 299

Query: 257 NFKFESLELKSDTSAS 273
           NF   SL L S+TS +
Sbjct: 300 NFTLNSL-LASETSTN 314

[Close]

BLAST of CaUC01G012220 vs. ExPASy Swiss-Prot
Match: O23507 (Metalloendoproteinase 1-MMP OS=Arabidopsis thaliana OX=3702 GN=1MMP PE=1 SV=1)

HSP 1 Score: 246.1 bits (627), Expect = 5.4e-64
Identity = 130/221 (58.82%), Postives = 156/221 (70.59%), Query Frame = 0


Query: 77  HATAHYVFFPGKPRWMRRMPMVLTYAFFKENWMSNLSLKDVKAVFRKAFSKWAHVIPVSF 136
           H TAHY +F GKP+W R     LTYA  K + +  L+ +DVK VFR+AFS+W+ VIPVSF
Sbjct: 145 HTTAHYTYFNGKPKWNRD---TLTYAISKTHKLDYLTSEDVKTVFRRAFSQWSSVIPVSF 204

Query: 137 EETDDYGYADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFE-KE 196
           EE DD+  AD+KIGFY GDH DG  FDGVLG LAH+F+PE GRLHLDAAETW VD + K 
Sbjct: 205 EEVDDFTTADLKIGFYAGDHGDGLPFDGVLGTLAHAFAPENGRLHLDAAETWIVDDDLKG 264

Query: 197 KSAVAVDLESVATHEIGHLLGLGHSSVKESVMYPSLKPREKKANLEVDDVEGVQALYGSN 256
            S VAVDLESVATHEIGHLLGLGHSS + +VMYPSL+PR KK +L VDDV GV  LYG N
Sbjct: 265 SSEVAVDLESVATHEIGHLLGLGHSSQESAVMYPSLRPRTKKVDLTVDDVAGVLKLYGPN 324

Query: 257 PNFKFESLELKSDT--SASQPHPILLLHAIPFCLLSAPSVL 295
           P  + +SL    D+  + +  H  L  + I + LL    +L
Sbjct: 325 PKLRLDSLTQSEDSIKNGTVSHRFLSGNFIGYVLLVVGLIL 362

[Close]

BLAST of CaUC01G012220 vs. ExPASy Swiss-Prot
Match: O04529 (Metalloendoproteinase 2-MMP OS=Arabidopsis thaliana OX=3702 GN=2MMP PE=1 SV=1)

HSP 1 Score: 197.6 bits (501), Expect = 2.2e-49
Identity = 98/185 (52.97%), Postives = 128/185 (69.19%), Query Frame = 0


Query: 77  HATAHYVFFPGKPRWMRRMPMVLTYAFFKENWMSNLSLKDVKAVFRKAFSKWAHVIPVSF 136
           HA   Y  FPG+PRW R     LTYAF  +N ++    ++VK+VF +AF +W+ V  ++F
Sbjct: 150 HAVKRYTLFPGEPRWPRNR-RDLTYAFDPKNPLT----EEVKSVFSRAFGRWSDVTALNF 209

Query: 137 EETDDYGYADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKE- 196
             ++ +  +DI IGFY GDH DG+ FDGVLG LAH+FSP  G+ HLDA E W V  + + 
Sbjct: 210 TLSESFSTSDITIGFYTGDHGDGEPFDGVLGTLAHAFSPPSGKFHLDADENWVVSGDLDS 269

Query: 197 --KSAVAVDLESVATHEIGHLLGLGHSSVKESVMYPSLKPREKKANLEVDDVEGVQALYG 256
                 AVDLESVA HEIGHLLGLGHSSV+ES+MYP++   ++K +L  DDVEG+Q LYG
Sbjct: 270 FLSVTAAVDLESVAVHEIGHLLGLGHSSVEESIMYPTITTGKRKVDLTNDDVEGIQYLYG 329

Query: 257 SNPNF 259
           +NPNF
Sbjct: 330 ANPNF 329

[Close]

BLAST of CaUC01G012220 vs. ExPASy Swiss-Prot
Match: Q5XF51 (Metalloendoproteinase 3-MMP OS=Arabidopsis thaliana OX=3702 GN=3MMP PE=1 SV=1)

HSP 1 Score: 196.1 bits (497), Expect = 6.5e-49
Identity = 98/188 (52.13%), Postives = 125/188 (66.49%), Query Frame = 0


Query: 75  RPHATAHYVFFPGKPRWMRRMPMVLTYAFFKENWMSNLSLKDVKAVFRKAFSKWAHVIPV 134
           R HA  HY FFPG+PRW R     LTYAF   N ++    ++VK+VF +AF++W  V P+
Sbjct: 152 RFHAVKHYSFFPGEPRWPRNR-RDLTYAFDPRNALT----EEVKSVFSRAFTRWEEVTPL 211

Query: 135 SFEETDDYGYADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEK 194
           +F   + +  +DI IGFY G+H DG+ FDG +  LAH+FSP  G  HLD  E W V  E 
Sbjct: 212 TFTRVERFSTSDISIGFYSGEHGDGEPFDGPMRTLAHAFSPPTGHFHLDGEENWIVSGEG 271

Query: 195 EKSAV----AVDLESVATHEIGHLLGLGHSSVKESVMYPSLKPREKKANLEVDDVEGVQA 254
               +    AVDLESVA HEIGHLLGLGHSSV+ S+MYP+++   +K +L  DDVEGVQ 
Sbjct: 272 GDGFISVSEAVDLESVAVHEIGHLLGLGHSSVEGSIMYPTIRTGRRKVDLTTDDVEGVQY 331

Query: 255 LYGSNPNF 259
           LYG+NPNF
Sbjct: 332 LYGANPNF 334

[Close]

BLAST of CaUC01G012220 vs. ExPASy Swiss-Prot
Match: Q9ZUJ5 (Metalloendoproteinase 5-MMP OS=Arabidopsis thaliana OX=3702 GN=5MMP PE=1 SV=1)

HSP 1 Score: 182.2 bits (461), Expect = 9.7e-45
Identity = 90/184 (48.91%), Postives = 122/184 (66.30%), Query Frame = 0


Query: 79  TAHYVFFPGKPRWMRRMPMVLTYAFFKENWMSNLSLKDVKAVFRKAFSKWAHVIPVSFEE 138
           T  Y FFPGKPRW +R    LTYAF  +N +++    +VK VF +AF++WA V P++F  
Sbjct: 140 TEKYSFFPGKPRWPKR-KRDLTYAFAPQNNLTD----EVKRVFSRAFTRWAEVTPLNFTR 199

Query: 139 TDDYGYADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEKSA 198
           ++    ADI IGF+ G+H DG+ FDG +G LAH+ SP  G LHLD  E W +   +    
Sbjct: 200 SESILRADIVIGFFSGEHGDGEPFDGAMGTLAHASSPPTGMLHLDGDEDWLISNGEISRR 259

Query: 199 V-----AVDLESVATHEIGHLLGLGHSSVKESVMYPSLKPREKKANLEVDDVEGVQALYG 258
           +      VDLESVA HEIGHLLGLGHSSV++++M+P++   ++K  L  DD+EG+Q LYG
Sbjct: 260 ILPVTTVVDLESVAVHEIGHLLGLGHSSVEDAIMFPAISGGDRKVELAKDDIEGIQHLYG 318

[Close]

BLAST of CaUC01G012220 vs. ExPASy TrEMBL
Match: A0A5D3DB58 (Metalloendoproteinase 4-MMP OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold291G00450 PE=4 SV=1)

HSP 1 Score: 458.8 bits (1179), Expect = 2.0e-125
Identity = 233/267 (87.27%), Postives = 243/267 (91.01%), Query Frame = 0


Query: 24  MFLPLLLVLFFILCTPPCLPSPTTLPQNPTATV-IYRSNSTLL--RWRVSDTLHRPHATA 83
           MFLPLLL+LFF LCTP CLP PTTLPQN TA V I+RSNS+ L  R R+++TLH PHAT 
Sbjct: 1   MFLPLLLLLFFFLCTPSCLPYPTTLPQNSTAAVIIFRSNSSSLQGRRRLTETLHNPHATE 60

Query: 84  HYVFFPGKPRWMRRMPMVLTYAFFKENWMSNLSLKDVKAVFRKAFSKWAHVIPVSFEETD 143
            YVFFPGKPRW RRMPMVLTYAFFKENWMSNLSLKDV+AVFRKAFSKWAHVIPVSFEETD
Sbjct: 61  RYVFFPGKPRWARRMPMVLTYAFFKENWMSNLSLKDVRAVFRKAFSKWAHVIPVSFEETD 120

Query: 144 DYGYADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEKSAVA 203
           DYGYADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEKSAVA
Sbjct: 121 DYGYADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEKSAVA 180

Query: 204 VDLESVATHEIGHLLGLGHSSVKESVMYPSLKPREKKANLEVDDVEGVQALYGSNPNFKF 263
           VDLESVATHEIGHLLGLGHSSV+ESVMYPSLKPREKKANLEVDDVEGVQALYGSNPNFKF
Sbjct: 181 VDLESVATHEIGHLLGLGHSSVRESVMYPSLKPREKKANLEVDDVEGVQALYGSNPNFKF 240

Query: 264 ESLELKSDTSASQPHPILLLHAIPFCL 288
           ESLEL+SDTS +QP       A PF L
Sbjct: 241 ESLELESDTSDTQPPVSTCTMACPFSL 267

[Close]

BLAST of CaUC01G012220 vs. ExPASy TrEMBL
Match: A0A1S3AUH8 (metalloendoproteinase 4-MMP OS=Cucumis melo OX=3656 GN=LOC103483123 PE=4 SV=1)

HSP 1 Score: 458.8 bits (1179), Expect = 2.0e-125
Identity = 233/267 (87.27%), Postives = 243/267 (91.01%), Query Frame = 0


Query: 24  MFLPLLLVLFFILCTPPCLPSPTTLPQNPTATV-IYRSNSTLL--RWRVSDTLHRPHATA 83
           MFLPLLL+LFF LCTP CLP PTTLPQN TA V I+RSNS+ L  R R+++TLH PHAT 
Sbjct: 1   MFLPLLLLLFFFLCTPSCLPYPTTLPQNSTAAVIIFRSNSSSLQGRRRLTETLHNPHATE 60

Query: 84  HYVFFPGKPRWMRRMPMVLTYAFFKENWMSNLSLKDVKAVFRKAFSKWAHVIPVSFEETD 143
            YVFFPGKPRW RRMPMVLTYAFFKENWMSNLSLKDV+AVFRKAFSKWAHVIPVSFEETD
Sbjct: 61  RYVFFPGKPRWARRMPMVLTYAFFKENWMSNLSLKDVRAVFRKAFSKWAHVIPVSFEETD 120

Query: 144 DYGYADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEKSAVA 203
           DYGYADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEKSAVA
Sbjct: 121 DYGYADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEKSAVA 180

Query: 204 VDLESVATHEIGHLLGLGHSSVKESVMYPSLKPREKKANLEVDDVEGVQALYGSNPNFKF 263
           VDLESVATHEIGHLLGLGHSSV+ESVMYPSLKPREKKANLEVDDVEGVQALYGSNPNFKF
Sbjct: 181 VDLESVATHEIGHLLGLGHSSVRESVMYPSLKPREKKANLEVDDVEGVQALYGSNPNFKF 240

Query: 264 ESLELKSDTSASQPHPILLLHAIPFCL 288
           ESLEL+SDTS +QP       A PF L
Sbjct: 241 ESLELESDTSDTQPPVSTCTMACPFSL 267

[Close]

BLAST of CaUC01G012220 vs. ExPASy TrEMBL
Match: A0A0A0L2Y8 (ZnMc domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_3G117950 PE=4 SV=1)

HSP 1 Score: 454.1 bits (1167), Expect = 4.9e-124
Identity = 228/264 (86.36%), Postives = 239/264 (90.53%), Query Frame = 0


Query: 24  MFLPLLLVLFFILCTPPCLPSPTTLPQNPTATVIYRSNSTLLRWRVSDTLHRPHATAHYV 83
           MFLPLLL+LFF LCTP CLP PTTLPQNPT+ VI+RS+S+        +LH PHAT  YV
Sbjct: 1   MFLPLLLLLFFFLCTPSCLPYPTTLPQNPTSAVIFRSDSS--------SLHNPHATERYV 60

Query: 84  FFPGKPRWMRRMPMVLTYAFFKENWMSNLSLKDVKAVFRKAFSKWAHVIPVSFEETDDYG 143
           FFPGKPRW RRMPMVLTYAFFK+NWMSNLSL+DV+AVFRKAFSKWAHVIPVSFEETDDYG
Sbjct: 61  FFPGKPRWTRRMPMVLTYAFFKDNWMSNLSLEDVRAVFRKAFSKWAHVIPVSFEETDDYG 120

Query: 144 YADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEKSAVAVDL 203
           YADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEKSAVAVDL
Sbjct: 121 YADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEKSAVAVDL 180

Query: 204 ESVATHEIGHLLGLGHSSVKESVMYPSLKPREKKANLEVDDVEGVQALYGSNPNFKFESL 263
           ESVATHEIGHLLGLGHSSV+ESVMYPSLKPREKKANLEVDDVEGVQALYGSNPNFKFESL
Sbjct: 181 ESVATHEIGHLLGLGHSSVRESVMYPSLKPREKKANLEVDDVEGVQALYGSNPNFKFESL 240

Query: 264 ELKSDTSASQPHPILLLHAIPFCL 288
           EL+SDTSASQP       A PF L
Sbjct: 241 ELESDTSASQPPVSTCTLACPFSL 256

[Close]

BLAST of CaUC01G012220 vs. ExPASy TrEMBL
Match: A0A6J1IFQ0 (metalloendoproteinase 4-MMP-like OS=Cucurbita maxima OX=3661 GN=LOC111472903 PE=4 SV=1)

HSP 1 Score: 411.4 bits (1056), Expect = 3.6e-111
Identity = 208/256 (81.25%), Postives = 222/256 (86.72%), Query Frame = 0


Query: 24  MFLP-------LLLVLFFILCTPPCLPSPTTLPQNPTATVIYRSNSTLLRWRVSDTLHRP 83
           MFLP       LLL LFF LC PP +PS         + V +RSNST  RWRV+DTLH P
Sbjct: 1   MFLPSIPPPRYLLLALFF-LCLPPIIPS---------SAVTFRSNSTARRWRVADTLHGP 60

Query: 84  HATAHYVFFPGKPRWMRRMPMVLTYAFFKENWMSNLSLKDVKAVFRKAFSKWAHVIPVSF 143
           H TA Y++FPGKPRW RRMPMVLTYAF KENW+SNLSLKDVK VFR AFSKWAHVIPV F
Sbjct: 61  HVTARYLYFPGKPRWTRRMPMVLTYAFLKENWISNLSLKDVKFVFRTAFSKWAHVIPVRF 120

Query: 144 EETDDYGYADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEK 203
           EET+DYG+ADIKIGFYRGDH DGQ FDGVLGVLAHSFSPEIGRLHLDAAETWAVDFE+EK
Sbjct: 121 EETEDYGFADIKIGFYRGDHGDGQPFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEEEK 180

Query: 204 SAVAVDLESVATHEIGHLLGLGHSSVKESVMYPSLKPREKKANLEVDDVEGVQALYGSNP 263
           SAVAVDLESVATHEIGHLLGLGHSSV+ESVMYPSLKPREKKANLEVDDVEGVQALYGSNP
Sbjct: 181 SAVAVDLESVATHEIGHLLGLGHSSVRESVMYPSLKPREKKANLEVDDVEGVQALYGSNP 240

Query: 264 NFKFESLELKSDTSAS 273
           NF+FESLEL+SDTSA+
Sbjct: 241 NFRFESLELESDTSAT 246

[Close]

BLAST of CaUC01G012220 vs. ExPASy TrEMBL
Match: A0A6J1DB68 (metalloendoproteinase 4-MMP OS=Momordica charantia OX=3673 GN=LOC111018517 PE=4 SV=1)

HSP 1 Score: 391.7 bits (1005), Expect = 3.0e-105
Identity = 202/253 (79.84%), Postives = 218/253 (86.17%), Query Frame = 0


Query: 24  MFLPLLLVLFFILCTPPCLPSPTT-LPQNPTATVIYRSN--STLLRWRVSDTLHRPHATA 83
           MF  LLL LFF L +PPC+PS T  + +N TA +       +    WRVSDTLH PHATA
Sbjct: 1   MFRSLLLALFF-LGSPPCIPSRTVPVLKNRTAGLGLGLPIITAAAGWRVSDTLHGPHATA 60

Query: 84  HYVFFPGKPRWMRRMPMVLTYAFFKENWMSNLSLKDVKAVFRKAFSKWAHVIPVSFEETD 143
            YV FPGKPRW RRMPMVLTYAF ++NWMSNLS+KDVK VFRK+FSKWA VIPVSFEETD
Sbjct: 61  RYVLFPGKPRWTRRMPMVLTYAFLEDNWMSNLSVKDVKRVFRKSFSKWASVIPVSFEETD 120

Query: 144 DYGYADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEKSAVA 203
           DY YADIKIGFY+GDHSDGQ FDGVLGVLAHSFSPEIGRLHLDAAETWAVDFE+EKSAVA
Sbjct: 121 DYDYADIKIGFYKGDHSDGQPFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEREKSAVA 180

Query: 204 VDLESVATHEIGHLLGLGHSSVKESVMYPSLKPREKKANLEVDDVEGVQALYGSNPNFKF 263
           VDLESVATHEIGHLLGLGHS V+ESVMYPSLK REKKANLEVDDVEGVQALYGSNPNFK 
Sbjct: 181 VDLESVATHEIGHLLGLGHSRVRESVMYPSLKAREKKANLEVDDVEGVQALYGSNPNFKL 240

Query: 264 ESLELKSDTSASQ 274
           ESLEL+S+TS +Q
Sbjct: 241 ESLELESETSTNQ 252

[Close]

BLAST of CaUC01G012220 vs. TAIR 10
Match: AT2G45040.1 (Matrixin family protein )

HSP 1 Score: 278.9 bits (712), Expect = 5.4e-75
Identity = 134/196 (68.37%), Postives = 159/196 (81.12%), Query Frame = 0


Query: 77  HATAHYVFFPGKPRWMRRMPMVLTYAFFKENWMSNLSLKDVKAVFRKAFSKWAHVIPVSF 136
           H    YV+FPG+PRW R +P+ LTYAF +EN    L+  D++ VFR+AF KWA VIPVSF
Sbjct: 120 HTGKKYVYFPGRPRWTRDVPLKLTYAFSQENLTPYLAPTDIRRVFRRAFGKWASVIPVSF 179

Query: 137 EETDDYGYADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEK 196
            ET+DY  ADIKIGF+ GDH DG+ FDGVLGVLAH+FSPE GRLHLD AETWAVDF++EK
Sbjct: 180 IETEDYVIADIKIGFFNGDHGDGEPFDGVLGVLAHTFSPENGRLHLDKAETWAVDFDEEK 239

Query: 197 SAVAVDLESVATHEIGHLLGLGHSSVKESVMYPSLKPREKKANLEVDDVEGVQALYGSNP 256
           S+VAVDLESVA HEIGH+LGLGHSSVK++ MYP+LKPR KK NL +DDV GVQ+LYG+NP
Sbjct: 240 SSVAVDLESVAVHEIGHVLGLGHSSVKDAAMYPTLKPRSKKVNLNMDDVVGVQSLYGTNP 299

Query: 257 NFKFESLELKSDTSAS 273
           NF   SL L S+TS +
Sbjct: 300 NFTLNSL-LASETSTN 314

[Close]

BLAST of CaUC01G012220 vs. TAIR 10
Match: AT4G16640.1 (Matrixin family protein )

HSP 1 Score: 246.1 bits (627), Expect = 3.9e-65
Identity = 130/221 (58.82%), Postives = 156/221 (70.59%), Query Frame = 0


Query: 77  HATAHYVFFPGKPRWMRRMPMVLTYAFFKENWMSNLSLKDVKAVFRKAFSKWAHVIPVSF 136
           H TAHY +F GKP+W R     LTYA  K + +  L+ +DVK VFR+AFS+W+ VIPVSF
Sbjct: 145 HTTAHYTYFNGKPKWNRD---TLTYAISKTHKLDYLTSEDVKTVFRRAFSQWSSVIPVSF 204

Query: 137 EETDDYGYADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFE-KE 196
           EE DD+  AD+KIGFY GDH DG  FDGVLG LAH+F+PE GRLHLDAAETW VD + K 
Sbjct: 205 EEVDDFTTADLKIGFYAGDHGDGLPFDGVLGTLAHAFAPENGRLHLDAAETWIVDDDLKG 264

Query: 197 KSAVAVDLESVATHEIGHLLGLGHSSVKESVMYPSLKPREKKANLEVDDVEGVQALYGSN 256
            S VAVDLESVATHEIGHLLGLGHSS + +VMYPSL+PR KK +L VDDV GV  LYG N
Sbjct: 265 SSEVAVDLESVATHEIGHLLGLGHSSQESAVMYPSLRPRTKKVDLTVDDVAGVLKLYGPN 324

Query: 257 PNFKFESLELKSDT--SASQPHPILLLHAIPFCLLSAPSVL 295
           P  + +SL    D+  + +  H  L  + I + LL    +L
Sbjct: 325 PKLRLDSLTQSEDSIKNGTVSHRFLSGNFIGYVLLVVGLIL 362

[Close]

BLAST of CaUC01G012220 vs. TAIR 10
Match: AT1G70170.1 (matrix metalloproteinase )

HSP 1 Score: 197.6 bits (501), Expect = 1.6e-50
Identity = 98/185 (52.97%), Postives = 128/185 (69.19%), Query Frame = 0


Query: 77  HATAHYVFFPGKPRWMRRMPMVLTYAFFKENWMSNLSLKDVKAVFRKAFSKWAHVIPVSF 136
           HA   Y  FPG+PRW R     LTYAF  +N ++    ++VK+VF +AF +W+ V  ++F
Sbjct: 150 HAVKRYTLFPGEPRWPRNR-RDLTYAFDPKNPLT----EEVKSVFSRAFGRWSDVTALNF 209

Query: 137 EETDDYGYADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKE- 196
             ++ +  +DI IGFY GDH DG+ FDGVLG LAH+FSP  G+ HLDA E W V  + + 
Sbjct: 210 TLSESFSTSDITIGFYTGDHGDGEPFDGVLGTLAHAFSPPSGKFHLDADENWVVSGDLDS 269

Query: 197 --KSAVAVDLESVATHEIGHLLGLGHSSVKESVMYPSLKPREKKANLEVDDVEGVQALYG 256
                 AVDLESVA HEIGHLLGLGHSSV+ES+MYP++   ++K +L  DDVEG+Q LYG
Sbjct: 270 FLSVTAAVDLESVAVHEIGHLLGLGHSSVEESIMYPTITTGKRKVDLTNDDVEGIQYLYG 329

Query: 257 SNPNF 259
           +NPNF
Sbjct: 330 ANPNF 329

[Close]

BLAST of CaUC01G012220 vs. TAIR 10
Match: AT1G24140.1 (Matrixin family protein )

HSP 1 Score: 196.1 bits (497), Expect = 4.6e-50
Identity = 98/188 (52.13%), Postives = 125/188 (66.49%), Query Frame = 0


Query: 75  RPHATAHYVFFPGKPRWMRRMPMVLTYAFFKENWMSNLSLKDVKAVFRKAFSKWAHVIPV 134
           R HA  HY FFPG+PRW R     LTYAF   N ++    ++VK+VF +AF++W  V P+
Sbjct: 152 RFHAVKHYSFFPGEPRWPRNR-RDLTYAFDPRNALT----EEVKSVFSRAFTRWEEVTPL 211

Query: 135 SFEETDDYGYADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEK 194
           +F   + +  +DI IGFY G+H DG+ FDG +  LAH+FSP  G  HLD  E W V  E 
Sbjct: 212 TFTRVERFSTSDISIGFYSGEHGDGEPFDGPMRTLAHAFSPPTGHFHLDGEENWIVSGEG 271

Query: 195 EKSAV----AVDLESVATHEIGHLLGLGHSSVKESVMYPSLKPREKKANLEVDDVEGVQA 254
               +    AVDLESVA HEIGHLLGLGHSSV+ S+MYP+++   +K +L  DDVEGVQ 
Sbjct: 272 GDGFISVSEAVDLESVAVHEIGHLLGLGHSSVEGSIMYPTIRTGRRKVDLTTDDVEGVQY 331

Query: 255 LYGSNPNF 259
           LYG+NPNF
Sbjct: 332 LYGANPNF 334

[Close]

BLAST of CaUC01G012220 vs. TAIR 10
Match: AT1G59970.1 (Matrixin family protein )

HSP 1 Score: 182.2 bits (461), Expect = 6.9e-46
Identity = 90/184 (48.91%), Postives = 122/184 (66.30%), Query Frame = 0


Query: 79  TAHYVFFPGKPRWMRRMPMVLTYAFFKENWMSNLSLKDVKAVFRKAFSKWAHVIPVSFEE 138
           T  Y FFPGKPRW +R    LTYAF  +N +++    +VK VF +AF++WA V P++F  
Sbjct: 140 TEKYSFFPGKPRWPKR-KRDLTYAFAPQNNLTD----EVKRVFSRAFTRWAEVTPLNFTR 199

Query: 139 TDDYGYADIKIGFYRGDHSDGQAFDGVLGVLAHSFSPEIGRLHLDAAETWAVDFEKEKSA 198
           ++    ADI IGF+ G+H DG+ FDG +G LAH+ SP  G LHLD  E W +   +    
Sbjct: 200 SESILRADIVIGFFSGEHGDGEPFDGAMGTLAHASSPPTGMLHLDGDEDWLISNGEISRR 259

Query: 199 V-----AVDLESVATHEIGHLLGLGHSSVKESVMYPSLKPREKKANLEVDDVEGVQALYG 258
           +      VDLESVA HEIGHLLGLGHSSV++++M+P++   ++K  L  DD+EG+Q LYG
Sbjct: 260 ILPVTTVVDLESVAVHEIGHLLGLGHSSVEDAIMFPAISGGDRKVELAKDDIEGIQHLYG 318

The following BLAST results are available for this feature:

BLAST of CaUC01G012220 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038903989.1	1.3e-131	89.77	metalloendoproteinase 4-MMP-like [Benincasa hispida]	[more]
XP_008437790.1	4.1e-125	87.27	PREDICTED: metalloendoproteinase 4-MMP [Cucumis melo] >KAA0048832.1 metalloendop...	[more]
XP_011650638.1	1.0e-123	86.36	metalloendoproteinase 4-MMP [Cucumis sativus]	[more]
KAE8650215.1	1.7e-123	89.24	hypothetical protein Csa_010775 [Cucumis sativus]	[more]
KAG7028506.1	5.2e-112	80.93	Metalloendoproteinase 4-MMP, partial [Cucurbita argyrosperma subsp. argyrosperma...	[more]

BLAST of CaUC01G012220 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q8GWW6	7.6e-74	68.37	Metalloendoproteinase 4-MMP OS=Arabidopsis thaliana OX=3702 GN=4MMP PE=1 SV=1	[more]
O23507	5.4e-64	58.82	Metalloendoproteinase 1-MMP OS=Arabidopsis thaliana OX=3702 GN=1MMP PE=1 SV=1	[more]
O04529	2.2e-49	52.97	Metalloendoproteinase 2-MMP OS=Arabidopsis thaliana OX=3702 GN=2MMP PE=1 SV=1	[more]
Q5XF51	6.5e-49	52.13	Metalloendoproteinase 3-MMP OS=Arabidopsis thaliana OX=3702 GN=3MMP PE=1 SV=1	[more]
Q9ZUJ5	9.7e-45	48.91	Metalloendoproteinase 5-MMP OS=Arabidopsis thaliana OX=3702 GN=5MMP PE=1 SV=1	[more]

BLAST of CaUC01G012220 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A5D3DB58	2.0e-125	87.27	Metalloendoproteinase 4-MMP OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaf...	[more]
A0A1S3AUH8	2.0e-125	87.27	metalloendoproteinase 4-MMP OS=Cucumis melo OX=3656 GN=LOC103483123 PE=4 SV=1	[more]
A0A0A0L2Y8	4.9e-124	86.36	ZnMc domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_3G117950 PE=4 S...	[more]
A0A6J1IFQ0	3.6e-111	81.25	metalloendoproteinase 4-MMP-like OS=Cucurbita maxima OX=3661 GN=LOC111472903 PE=...	[more]
A0A6J1DB68	3.0e-105	79.84	metalloendoproteinase 4-MMP OS=Momordica charantia OX=3673 GN=LOC111018517 PE=4 ...	[more]

BLAST of CaUC01G012220 vs. TAIR 10


Match Name	E-value	Identity	Description
AT2G45040.1	5.4e-75	68.37	Matrixin family protein	[more]
AT4G16640.1	3.9e-65	58.82	Matrixin family protein	[more]
AT1G70170.1	1.6e-50	52.97	matrix metalloproteinase	[more]
AT1G24140.1	4.6e-50	52.13	Matrixin family protein	[more]
AT1G59970.1	6.9e-46	48.91	Matrixin family protein	[more]

InterPro

Analysis Name: InterPro Annotations of Watermelon (USVL246-FR2) v1
Date Performed: 2022-01-31


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR021190	Peptidase M10A	PRINTS	PR00138	MATRIXIN	coord: 206..231 score: 55.72 coord: 121..136 score: 41.31 coord: 240..253 score: 58.8 coord: 145..173 score: 53.24
IPR006026	Peptidase, metallopeptidase	SMART	SM00235	col_5	coord: 87..254 e-value: 3.7E-41 score: 152.7
IPR024079	Metallopeptidase, catalytic domain superfamily	GENE3D	3.40.390.10	Collagenase (Catalytic Domain)	coord: 49..259 e-value: 5.4E-55 score: 188.4
IPR001818	Peptidase M10, metallopeptidase	PFAM	PF00413	Peptidase_M10	coord: 98..253 e-value: 8.5E-48 score: 162.2
None	No IPR available	PANTHER	PTHR10201:SF245	METALLOENDOPROTEINASE 4-MMP	coord: 69..275
None	No IPR available	PANTHER	PTHR10201	MATRIX METALLOPROTEINASE	coord: 69..275
None	No IPR available	SUPERFAMILY	55486	Metalloproteases ("zincins"), catalytic domain	coord: 84..258
IPR033739	Peptidase M10A, catalytic domain	CDD	cd04278	ZnMc_MMP	coord: 90..253 e-value: 6.57467E-65 score: 200.123

Relationships

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


Feature Name	Unique Name	Type
CaUC01G012220.1	CaUC01G012220.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0030574	collagen catabolic process
biological_process	GO:0030198	extracellular matrix organization
biological_process	GO:0006457	protein folding
biological_process	GO:0006508	proteolysis
cellular_component	GO:0031225	anchored component of membrane
cellular_component	GO:0005737	cytoplasm
cellular_component	GO:0031012	extracellular matrix
molecular_function	GO:0005524	ATP binding
molecular_function	GO:0016887	ATP hydrolysis activity
molecular_function	GO:0004222	metalloendopeptidase activity
molecular_function	GO:0051082	unfolded protein binding
molecular_function	GO:0008270	zinc ion binding
molecular_function	GO:0008237	metallopeptidase activity