Tan0009867 (gene) Snake gourd v1

Overview


Name	Tan0009867
Type	gene
Organism	Trichosanthes anguina (Snake gourd v1)
Description	calmodulin-like protein 12
Location	LG02: 86533554 .. 86554169 (+)
RNA-Seq Expression	Tan0009867
Synteny	Tan0009867

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.

ATGTCTGTCTCTAAACTCCAAGCTTGCGCTGAGAATGAAGCAAATGAATTGATCAAGAAGTATGATAAAAATGGTGATGGTGTTCTCACTAAAGAAGAGCTACGACAATTCTTCCTCCACACTGCTCGAGGTTCAACGCAACTCAACGAAAAAGCATTTATATCTAAGATCCCAAAAACTAATGACAATGGTGTGCAGAAGCTTAGCTCAAACCCTCATATAAAACTAAAAGAGCAACCACAAGACAAAGCTCAAAAATCCTCGACCAAAGTTATTTATGGAAAGGCATCCAACATGTCCTTTAGTCGAGAGCAGATGAAGGAGATTTTCAAATATCATGACAGCGATAAAGATGGTTTTCTCAACACAAAGGAGGTAACAAAAGCCTTTAGTTTTCTAGGCTCAATCCTTCCTTTCTACAAAGCGAAGTATGCTTTGGCTCATTTTGATGCGGATAAAGATGGTCTTATCAGCGAGGCTGAACTTGACAAACTCATAGATTATGCCATTAAAATCGTCAAGAAGAAATGAGGATGTAAGCTACTTTCTTGTGAATATATTCTACGTATGAACGTAATTGTAACTTGAAGTCAACCATTGAAAAGAATAACTTAAAATAAAATGAAATAATTTCTTTATTATCAATATTAATTTTTGTTGTTTATTTTTCTTTGGGAATAGTATTTGAGCAAGCACAAGAATGTTATCAGTACGATCATAATCTATACACCAGTTCAAACTATATCAAAAGTTAGAATTTGGTGTGTCTTCTCATTCAATCCATCAATTGCTTTTAGATTATATAAGAATCTCACTCACTATATATATACAAAACGATCCTCAAACTTATGCGGATAAACTTGCATCTTTCATAAACCATATCAATTAAGGTTTGAAAACTGATACACATGGAATGCATTGTATATTTCTATATGAACTCATATCTATGTATAAAATCATTATTCCAATAATTAATAAATATAATTTTTGTTGTAAAATTGGAGGAAAAACCGAGTACCGAAACTTTACCAAAACCTATAATAATAATAATAATAGTAATAAAGAAAAGAAAGGGGAAATGAGAAATAAAGATAGTGGAATTATATTACAAAATTAAATAAGGAATAAAATAGAGAGAAAGTGGGAGAGAAAAAAATGGATTGGAGAGAACTTCACTCAATCTATAGCCTTTGTTGTTGGGACACATGAGAAACACTTTGGCTATGGATAATTTGCCACATGGCATGAGTATCAAAGGAGCATGTGGAATGAATATTTATATGTGTAATGTTTATCATAATTTTCTCAGTTATCAATCCTCGATACAATTTTAATGGAAAAGACAAATATACACACATCCTACATTGTGGATAATGATTTTTTCATAAAAAGATAATAATTTTTTGAAGTATAATTGACCAGGAGTATTCTTGAAATAATATACACACATACCTATACATATATTCGGAAATAGTTAGCATACAGGTAAAAGGAAAAATTAAAAACCCTTGAAAATATGGTATATATGAGACACGAAAGACCTAATTGTAGTGTCTTTCTTTTAGTTAATTTTTTTTTTATTTTACAAAATGTACACAATTATTTATTTTCTAAAAGAAAACACAACAACAAATGTTATTAGTTGGCAATTTGTCCACCCATGGTGTATGCAAATTTCTTTTGCAAACTGAAAGTTACAAACGAAAATGTACGAACATTTATTTATATATCATAAGGCAAAAAAATGAGAATTTATTTACTATCCCAAAACTTTTTCCTCTCTCTCCCGTAAGGAAATAAATAATACATAACTTATGGAGCTTAATTATTTACTTCTTCATTTAAACTACATACTTACAGAAGCTAAACTTAGTGGATAGAAACGGATTGTACAGTAATACTATATCTCGTATTAACAAAAAAGAAATTTAATCAGCATAGAACATCAAGAAAATGAACTAATTCCGCAAAAGAATTTCTGTGGGAACAAATTAGTGTAATCAACAATGAATCCTAATGTTTAAAAAGTTCCAATATATGGATTTAGCAACATAACTCTTTTGGAGCATGTTGCACACGTAAGATGCAGGAGAATATTAGGGAAATGTTAAATTTTCTAATAGAATTTGAAAATCAAAATCATCTACTAAGTACAACTAATGCCTAAAATTCAAGGAACTCCAACCTGATGAGAATATTTCAAGCAGACAACTTTAAAAACATTCTAAAGAATGTCACCTTTTTCCTTTATATTGTTAACATTTTACAACGTGGTCAATATGGACAATTGGGTTGTAATCTGTAACACCTAATATTCTTAAATAATTTTATTCTTTTTAAGTGGACAATTAGTTATTAAATTATCAGTTGATTATTGTATATTAGTTGGGATAGATTGAAGTTTGGGAAGTTTGAAAGGGACAAGATGAAAAGAAAGGATAAGTTTTTGAAATTTTTGACAATTTAAGGCAAAAAAGAAAAGGAAAAAAAATCTCTATCAACCTGAAATTCTCCTCCTTCTTTCTTCTTCTTTTTTTCTTCTCTCCTCTTTCCCTCCCGACCTCCTCCCTTCCCGTCGACTACCTCTCTTCCCATCGTTCGAGTAGCCACGCTGGACAGCAACCCGATCACCACATGTCGACATCGTCGAGTCCTTATAGTTGAAGCTCAAGACTGTCATAGTTCCCTCCTTGCGTCTCTCTCTCTCTTAATGCTTCTCCCTCTCCTCAACTGATACCACTCCAACATTCGGTGAAAGTACGAGCGGTGGTGGCGATAGCAATTCTGGGTAGCACTTTTTGGGCGATTTTAGTTCTTTTCGAAATGGGTAACACTCCTTTTATCGTGGGTCAGTATTTCGAAAATGATTTGAAGCTGTTCATGGGATGTAAAATTGAAATGAAGGGCGTTGTTTTGGTGGTTGAAACTAACCCACAATAGTTTGAATTCCTTTGTCGATTAAAGGTTGTTTTAGCCGCGGTTAGTTCATTCAAGGTGTGATAGCACACAAAATGTGTTATCCTTAGGCTTATACTTTACTAGTTTTTGTGATAATTTCAGGGTTTTTACGTGTATAAATCATCCAATTTCAGGTTAAGAGCTTCTAACAGAGCAATTGGAGAGATTTGAAAGTATTCGAGATCAAAACAAGGGCTAACGGAGCTCAAAAAGTGAAGCAAATAGAAGAAGAAAGTCAAATCTAGCTTGTTGACCCGAACCTAGGGCGTTGCAACGCCATTCTAGGCGTTGAGACGCTGAATTCGTGGATGTTTGGCTTAGAGAAGTCGTGGTGACGGTGTTGCAACATTGGTTTGCAGCGTCGCAATGCCGGTTTGATAAGAGAGTGTGCGCGTGATGTTGCAGCGTTGCAACGCCGCAAATAATTTCCTTTTTTATTTGTCGCCTAGGGCATGGCGTTGCAAAGCTATGCCCAACGTTGCAACGTCGTGCCGATTTTATTATAAATATAACATTTTGTACCCTTTGTTAGGGGAGCCGAATTTGATAGATTTTTGTACCTAATTTCGAAATACACACTCTAAAAGGAGAAGAAGAGCATTCATTGGGAGCCAAGACGTGAGTGGAGGCTCGAGATCATGACGGGAGCTGGGGAACGGGGGACCGACATCGCAAATACGAGTTTTCTTTCTTTTTTTTTTTTGTAGCCTAGTTTATAGACTCTTTTATGGCTTTAGCTTGTTTGTTTATGGTGATTATGAGCAGTTAATTGTCGTAGTTAGGGGATTGGTGTAGCCTGTTATGAACTTATTTAAGTATGTTTTGAATTTTGATTGTGTTGCTTTATTTTTGGTAATTCGTTCTTAAGTTACTTGTTTTTCTTTGGCCAAGTCTAGCATGCTTTGTTGGTTTAAGTGGATTCGAGAGAAAAGACTTAGATTAGAGCAAAATTGCCAAAACCCTGAGTAAATTTAGGCACGAGAGTGATTTAGGTTCTCTGAGAAACGTTTTAAGAAGTTGTTTCATGTCGTGCATGCTTTTAAAATTCATAAGGTAACTTTAGGATTTATTGTTATGCATGAGAATCACTAAAGATCGAGAGATTCTTTTGAGTATCTTTACTTCTTGTTTATAATCTCGCAACCATAGTTCTTTGCATGTGCTAGAAATTAACTTGTGAAATCAATCCCCTAACAATTTTGTCATATTCGTGTCTCCACTTGTATATTTATTTTTTTATCTTTGTTTTCATCTTATTTCCAAGTTTTGTTGCTTTAGATAAAATTTAAAATAAGTTTCTTGGTAATTAATCAATCTAAAAACCCATTCCTGAGGATGATAGTCTATACTCAAATCACTATATTAAAACTTGACCCGTACACTTACGGTATTCCAATATTATTTTACGCAACAAGTTTTTGGCATTGTTGTCGATTAGTTTTAGCCGCAGTTAGTTCATTCAAGCTGCTATCTATAAGGCGTCATGATCATGATTTTTTGGTGAGCTCCCTTTGAGCGCTATAGTTTTTATCTTAGTTGAAGTTATGCTTGAGATTGGAGTTATTCAACATTGGTTTTATGATTTTTATTTTAAAACTTATCCATAGTGTGTTGGGATTTGTTCAAAGGTTACTCATTGTGTTTGAAAGTCATGTTGTTGAGCTCGGACCAATTTGACATCAAATTCAACAAGTGAATGTGTTGTTGGGGGCAAGTTTATTGAGTAATTTATGTCTCAAATCTATTGAGCTCATGTCTAGATTTTAGAATGGTTTGTTATTTATTGTTAGGACTTTGTTTGAAATCGTTAGGACTTTGTTTGGTGATTTCAGGTTAAGTAATGTAACGCCCCAGGATCTCCTGCGACCTGACAACGTCACCATATCATCCATGACAGCTTGTAAGAGTGAAGACATTATCCCCACAAACCAACACGGTGTCCTTTCAACATGTTTTGTCCTCACTCACATGCTCCCTAGGAAAATTCCCAGGAGGTCACCCAACATAGGATTGCTCCAAGCCAAGCACGCTTAACTGTGGAGTTCCTATGATTGAGCCACCGAAAAGGAAGGTGCACCTTATTGGTATAGGTAGTAGCTATCAATTCTTTTAAGCCCTTTCTCAACTATACTTTCATATCCTCATGGTCACTCGCATGTAGCTCTCTTCCTCAGGCACCATACTTTCATATCTTCAGGATCACTCTCATTCAGATGTGGACTCGGTTCATTCATGTACTTCTCTTCCTCGGGCGTCACAAGTATACTCAAATTAAGGGTTGCCTTGAAGCTTGAAATTATTTGGGGTGATGCTAAGTGTTTCAAAAAAGGACTTTCGGTTCTCTTGGAATAATGTTTATTTTCATCTAAGAGTTAAGTAACCTAGTGGATAACTCTTTAATACTTTGGATATGGAGTTCATGGATTTTGTACTCATGTATAATTGAGTGGATTGAGTATGTTCTTTCAATTATATGCTTCGACTTGCTTAGTAATCTCCTCAAGTTCACATTTTTTTTTTGCTTTGTCATGATGTTTAAAGGGATTCCACAACTATTTTGATCGATGCTAGCAATATGCATGATCTTTGGTTTGCTATTCAAAGGAACCCAACCTTGTGTTATGTGGTTGTAATTAGCCAATTGGACTTAACCCCTTTAAAATCTTGAATAGGATTGGTGTATCTTTCTTTTGAGTTGTGTGAATGAGTAAATATGCTTAAAAATGTGTATGTGAAGAACGTCGTAGTTGGCTAAACTATTTTGAAAGATTTCATTAGCTTAAGTTGCCTAATCATGTATTGGTATTAAGGGAGTTAATTTTCTAGCACTTAGGACAATTGAATGCTAGCATGTATATAGGCCCTAATTATGTGAAATTCTTGTTATAGAATATTGTTAAGATGTGTTGGCTTGAAGCTATGGGGTGATTAATGATAGTGGAAAAGCTTGTCGGAGGCTCTATCAAAGTTAAATTTAAAAATCCAGATCATCTAAATATTTGCAGTAATTAGTAGTCTCAGTCATCCATAGGGATTGGAGTTCTTAGTATTAATTAAGTATCATAATTATTCATGCCTTATTTTATTAAGAGAAAGATAACTTTTTATTTGGTTTTCAAAACAAAAACAAAAAAAATAATCCTAAACTATTATTTACAAAGTTCGAGCCCGTCTTTAAAGAGAAATTTGGAATATTTATATTGTAATCCATGAACTACAACTATGAAATTGATTAAAGAGTTATGAATCGAGCAACAATCCTAATCTAAGAATTACTTATGTATTCAATTGACTCTCTTGAGTCCAATTGAACTCATGCAAAGAATTAAATCAATCTCTCGATCTATTTCTTCAGCTAAACATGACATTATGACGTTCTCTTAAAGGCTTCTGACATTAACTTATTTATTCTCATGCAATAGGTTAATCTTAGTACATCATGGATCTAAGTCCTTATTGCCTACCTAAAACATAATAGAATTTTCTAATATATGTATGGTAAAATTGACTATAGTTAGTGCCTATATAAAATATAATAGAATTATATACAGATGCATATATTATATACTTCCATGTAGGTGTATTTTTTTATAGTACTTTATATTAAATATTTACATCGAATATTTTCAAGAATATTTCATATCACTAATGATTTTTATAATACATATATCATGTACAATTTTATTGTTATATCTAACTATAAAAGTTTGTATATAATTTCGAGAAAAAAATGATAAAAAATAATAATGAACATAATATATGAGCAAAAATGATATACATGATGGAATTTATGATAAACAATACATAATAAAAACACTTATTCTTAGTGATTTGTGGAGAAAGATTATTCATATTTCAAGTGGTTGAAGTTGAAGTTGCTGCCAGAATAAATTGTAGCAAGGATAATTTGATGCCAAATAATAAATGAGAAAGGAAAAAGAAATTTGGTAAAATAATTTTTTTCTAACCGTGGATGGAAAATGAGTAATGTTCAAATTTTTGTGTTATATGAAAATTGAGATTTTTGGCAAAACAACTCTTTTTTAGTAGTATACGACAGATACAATTGGAACACATATCTAAAAAAATTGAATAAAATTGCAAAAATTGCAAAAAATAATATATATGTAATTAATGATATAATGATTTGCCTAAATTGAATGATTCCATTATGGAAACATTAAATCACATTAATGTCATTAATATAAATCACATTAATTTCTATAATATTTATGTAAGGGTATAAATGAAATAAAATACTTTTATAAGGATAAGTCATGATAAAGCTGATATTTTCTTTTAAATTGGTCATTTATAAAAATGTAATGCCCCTAGTTCTAAGACTCACTTCCTAGGGACATTACTACTCATGCATGCATTTCGAACCATAAAATATTGTAGAAGAGTAAAATTTCCTTTAAATCAACGAATAAAAATATTTTTAACGGGATCCCAAACAGTTAAAATCTTAAAAGAAAAAGAATTAAAGTCTGACCTCAATTAAAAAATATCACAATACTACTTAAACGGAAATAAAACATTTAATGTCTGTAGAATTCAAAAGAATGTGGAAGACATGACTTCAAGATTTCTCATGACCTTCATAACGTATCTTCGTCACTCACCTTATATGCCTTTACCTTTATTTGAAAACATTTTTAAAAGAAAGAATGAGTATTATAAAATAATACTCAGTAAGTGACCTTACTACCGAGGTTTGGGATATGCATACACATACAATAATGACTTTAAATCTTCATATGTGGGACCTAAATCTTCCTTATAAAAATCTCATCATAAACATGACTTTCACTTTGGCTTTTAGTGGTCAATTGGTCAACCTGAGTCCTTTCATTTTGAATCTCTCACAGACCCCTATAGTTTGAATCCCTCACAGACTCCTATAATTTGTGTCCCTCACATACCCTTGTAAGTTGACCCAAAGGGTCTCTAATGCATGTGTTACCATGCAAAACCCTCAACAGACCAATTGCCACAACCATTCAAAAATTCATTCATGACATACGTATATGCATGAGGTCCCATACATCATTCATAAACAATAAATGCATATGTCATAAGTAAATTGCCCCCACTCGCATGTGAATCACATGAACGAGCTGGAACAACTCGTTTGTATCCAATACAAAGCGGGTCACATCCACAGTGTAACCAGGATGAGGTTTCCAACCCTATTTATATACTGTAGACCGTTCAGGTCACTAACTCAAATGCGATCCTGCCCGTGTGTCAACTACACATCGTTCAAGTACAATAATATGACCCTGGAGCTTAGTTTATTGGATTAAGTTTTATAAAATGCGAGATACAAAGTTTTGACAAATCAATAACTTTTATTCATTTATAACAACTGTATTACAAACTACACGAGGTTAGGGAAAACCCCCCAACAACACAAGCCTCTTTAAGGGTCCAACCCAACTTTAACGCCTAGTCAACCAAGGCTCTACTTGGGGTTCGACCTCACCCCAAGTCTTACCGGTTATCCAAGAACCTAGGTGGCTGTAATGAGGATGCCCCCAACGTAAAAAAGCGTGCATTCTAACACCCACATAGATTGCACAAGAGCGGGTAACTCTAGTGCGTACATAGCTCATATAAGGGTGCTCGACCCTAATGCCCACACAGAAAATGTCAACCTAAAGATCTGGGCTCGCTCAGGATGACTCAAGGGATTGGTGACCCTAATCTCGCAGGTTGGCTCTCTCTCAACCCATCTAGCTACCATCTTTGGTGCATGTTCTGAGAGTCCTAATCATGTTCCAGCCTAGCCAACCTCTCAGCTCGGTCGATACACCCCGACCTAGCCAACCATGTAAATCATAGCCACTCGATTTTCAGGGGAGACCATCAACAGACCTCACACCACCACATAAAATCTCACAACTAGGTAACCATAACTATGGCAAACAACCAACCTGGAGGTCACACAAACCACTACCACGAAAAACTAGAAGATCCACCAACAGGCCTACCACAAACATAACACATGAACACATGCACCACCAGCCAAAAGTTCAGAGATTCATGCAACATTTAACTACAAAAGCGTTATCTAAAAGTCCACGCAACATGGAAACGATATAAAATATCAAGCAAGCAACCCCGAACACTAAGCCTTCTCACATACGAGCTCGGTGCTTGAACCAAATGTCTACCCACCTTGGGTCGGAGTCCCACAGACTCAACCCTCCCTTTCTAACCAATGGCAATCTTGCCTACGAACATGTGCTAAAAGAATTAAACCTCACCTGACTCTTCGGACGTTTGATCATTTTGAGTTCGAGAATTCACCAAACCTTTCTAGAACCCGAAACGTCGATATCATTCCAAAGCCTTGGGCACCTGTCAAGCTAGAGTTTACTCATGACTCACAAACTCCAAATACAAACCTCGAGATAGAACCCGAACAAAGTACCACTCTTCAACCACATTAGTCTCAGACCCATAATGTTTGTTCTCAGCTTATTACGATCAATGGCTTTAAGTCTCACCCTTAACTCGAAGTCTTAAGCCCCTATTCCCATAACAATTACTTTCTTAGTTCATTCTTGGTTCATAAAACACTAGCACAAACCCAATATCAATCGTATGCATCATAACACAATTTCAGTGCATTAAATCACAATTCACGAATTACCACAATCAAACAAATCAAATAATAACTTTTAGGGGCTTAATCCAACTTACTATTTACCTAGGTATCGAAGGTTCAGGGGTTCTATCCCGAGTTCCACACACTCCCTTAACACGCTCGAGCCCGTAAATAGCAAGCAAAGGACTTAAAACACGCTCCTAACAATGCTAATTAAACTAATTCGATAGAAGTAACCGAACCAACACATGGAGGCTTAAAACGGGCTCGAGAAAACGAAAGCAACTAACTGTACCTAACCGCCGTCGGCGACTTCCGGCGAGTGACGGTGAATAGAGCACAAATCTGGGATGCCCGTGTCCCGATCTATTCAAACCAACCTCCAAATAATAATAATCGACCGAAAACAAATGAACCAGTTGAACCAAATCTAAAACGGTTCAGAGAAAACTCACCGGCAGGTTGGGTCCAAGTCGTTCCGGTGCTGGTTGGTTGCGTCACGAAGAAAGAAGAAGACGAAGGGACCGGTGGCGCACTTGTCGGCTTCACAAAAAGAGAAAACACAAGTTGGTTGACGCTTGAACGGTGAGGAGGCGGTCGAAGAACAATCCGACGAACGGCTGACGGCTACTGCAACACGGAGGGAGAAGAGAAGTCGACTGAAGGAGAGAAGGAGGTTGGTTGGGGCTTCGGCGGCTACGCTCGTCACGACGAGGCTACAGCGGCGACGACAACGGAAAGAAGAAAAAGAGGGAGGCGACGGAAAGAGAGGCGCGTGCGAGAGGGATCTCTCGATCCCTCGTTCTTTTTTTATTATTATTTTCCCTTTTTCTGATTTAAAAGAAACCAAACACCCTCCCACCAAAATGCCCTTAAATAAAACATGTATTACATTTTACCCACCTTAAAAGAACTTTCGTCCTTGAAAGTGGTCCGTCTTGGACAAGCTATGGTATGGTGGTTGTTCTTCATCGTATGCTCTTTAAATTGCTTCCTCAAATTGGTGGTGTTACCACAAGACCTCCACCATGGTTACCTCTTTAATACGAATGATCTTGTACTCTCTTACAAGAATTCATAGGATCCTTTATATCTACGATTTTTATTCAAGCGAAAAAGCTCGTGATCTCATACATAAACAAGGACTAACATGTGCTTTTGCAACACCAAATTCTTTAAGAGCAATAAGAATGAACTAACACTCCTTCCATCAGATTTGTGATTCACTCACCGGAAGTCGTCGCCGTCGTTAGTTAGGTACAGTTGGTGGGTCTTATTTTCTCGAGCTCGTCTTAGTCCTCTTTGTGTTGATTCAGTTATTTTTTTTGAGTTAGTTCAATTATTGAGGTTTGAGCGTGATTTAAGTTCTTGGCTTGTCATTTAGGGGCTCGAGCGTATTAAGGTAGTGCGTGGAACTCAGGATCGAACTCGTGAACCTTCGATATCCAAGTAAGTAGCCGTTTGGATTTAAGCACCAAGCCATTAGTGAAGGAGCTCGATGCGTATTGTGGATTTGTTCTGAAACATGTGTGCCTTTAGATTGTGAAAAATGAATTGGTTGTACAGTATGTTATGCATTTTTGAAAATCTATGGCCTAAATAAAAGTGTTAAGTTCGTTGATGTCAATGTTGCATGTGTTTGGGAAATTTTGGCATGTTTGGTTTGTTAATCATGCTTAGTACATTGATCTACTTGTGTTTGCATACTTTGACTTGGTGTGGTTGTTTTGAATGGATTTATGGGTTGTTAGGTACCTGGGTGACGGGTGGTGGCCTTTCCCTGTGAACTTAAGCCCCGAGACGTACTTCCTTGGGAGTCACGAGACCTAGTTAGGGTGTAAGTGATGGCACTTGCGTAGTTTAATGGTTAACCTGTTCGGGCTTGAGGTGTGTGTGTTTATGTGTTATGTATGTTGTTTGTGCATGTCGGTGGATTTTCTGGCCTGCCGTGGTTATGATACGTGTGGCCTTTGAGTTGGTTGTTTGGCATGAGTTTGGTTGCCAAGTTATGAGGTTCTGTGTGGTGGTGCGAGGTCTGTGGTTGACCTCCCCTGGAAGTCGAGTGGCTATGAACTGCATGGTTGGCTAGGTTGGGGTGGACTGGTCGATCTATGTGGTTGGATAGGTTGGAACATGATTAAGGCTTGGGTCGAGCACCAAAGGTGGCGGCTAGAGGGTTGAGAGGGTCCAACCTGCTAGGTTGGTGTCACTAATCCCTTGAGTCATCCCAGGCGAGTCCAGACCTTTAAGCTGACATTTGTTGTGTGGGCATTTGGGTCGAGCACCCTTTTGCGAGTTGTGTGGGTATTTGGGTTGAACACCCTTTCGTGAGCTGTGTGATAATGCTACAAGCAAGTGCACGTGATCGAAGTAATATAAAACTGGAGTATTCCAGAGTATCGAGCCCAAGGGAACGGTTTTTATAAAACTTATTGAGATGTCACAAATTGTTGACAAATTGCAATTGAAATATACAAAAGTAGTACAAATGATTTTTGGATGATTTTTAACTAAACTTAAAAGGAATGAAAATAATGGAAAAGTAAGAGACTCAAGAATGTGCATGCCACTTAATTGGAAAGACAATGCAACAAGAACGCAATTGCCTTGCACTGCATCTGCATCGCAATTGCATAGTACTGCAATTGCAACGCAATTGCAAGTTCAATAGTGATTCAGACTAGCCTTCAAATGTTGTAAACTGAGTTCTGCTCCTATTTGATCCTCCTTGAAGTGTCTTTAGGACACTGAGTGATTAAACCTATATGTCTATGGTTAATCTATCGCAGGTGAACATGCATACAACTCTAAGGTTTTGGAGTCTCGCCCTATGTCTGGGGTCAAAGTTTTAGGACTTATGTGTCTAAGTCAACCCTTTCGGTGTCGAGTTTAAGCTAAACGAGTAACTCTAGATGGTCAGCTAACGCTACCCACGTTAAAACTCACCAAAAGTAAACTCTACTTAGCCTTTGCTTTGGAGCTTATTGTCTTTTCTTTAGGGCATTCACATGTTGAATCTCTAAGGAAAATTAGCTCCTCATGAGAAAATGAATAAAATACAAAAAAATTAATTCAAGGGAGACTATTGAAACGAAACGAAAACTTTCAAATCACTTTTTTTTTTTATTTTCTCAAGGAATGTTTTGTATTTAAATAGGAAAGGAAAATAAATCTTGAACTAAAAGTGGAAATATGGAAAAGTAAAGCATAATCGAAACTACACCAAATTAAAAGAAAACAATCTCTTAATCCACGATTCAATCACATAAACCTTGTTCATTACAACAACCAATTTTCATTGGAGTAGGATTGAAAGAAGATTAGAGGATTTAGAACTGAATAAAAACAGAGAAAAGTAAAAAGAAAATGAAAATAAAACCTTGTTGTTTTCTAAATGAAAAAAAAAAAGAAAACCCTATAAACTAAATTTAACAAAAACTTGTAAAATCTAGCTCTTTATTCAACACCACCAAACCTTCGTTGTGATGCGATTGAAGAAGAGAATCGGGATGAAAAGTAGAAGAAAATACAACAACAACTAAAAAGAAAAAATACAGAACTTGAAAAAATCCCAAAACTCAAAAATTGAATTCTCCTCCGAAGACGAGCTCCTCTTTGACGGCTCCATCCTCCAAAATATATAGGGTTTACATGCTAGGTTTTCCCTCTTCATTGGTCAACTTGCCTTGCTAGATTTTTGGAGAAAATTGGAATAAAATCTCCCAAAATCTCGGAATTTCTGAATTTCCTGCGTATTCTGCGTTTTTCAAGATTTTCCAGAATTGCAATTGCATAGCAATTGCACTCTACCCAAAATTTGATTTTTCATATTTTACTTCAACTTCAGCTCCACGTGGCGCTTCTAACTCTTTGACCCGTGATTGACGTTGTTATATTAAGTTCTGAGTCTAGCGCAAGTATGCAACTGCAATGCAATTGCATAACAATTGTGTTCCATTTGCATTCTGCATTCCAAACTTAAAAATATGAGATTTTGCTTTCATGTTTACTTATCTTCCCTCATATTTCAAGAATCTTTTACTCTTCCTTAATTATATCTTCCTTCATACTTCAAGAATCTTTTTTACTCGTCCTTAATTATATGAAACCGATTCCACTTTATCCACTTTTAACCTAAAGAGATGAAGAAAATATACCAGTATAACTAAGTTTAAAGGCTAAATAATTCTCATAAATGAAAATTATCATTGTGTGGGAATTTGGGTCGAGCACCCTTTTGCGAGCTGTGTGGGCATTTGAGTTGAGCACCCTCTTATGTGATCTATGTGGGCGTTAGGACGCACGCTCCTTCGCTGTTGGGTGTGCTCCCGTTACAGGCCACCTAGATTCCTAGATAGCCGATAGAACGCAGGGTGAGGTTGAATCTCATGTGATACCTTGGTTGACTAGGTGTTTAACTCAAGTTGAACTCTTTAAGAGCTTTGCGCAAGGCAATGTCGGTTGGTTTTGACCCTACCTCTGATTGAAAAGAGAGTGGGTAGTCTAGCATTGAGTTTAGCACGCCCATTGAATTGTGACTTTAGTACCAAGTCGAGATAAGATATGCCTTAGGGACCATTAGGCTAGTAACTCTTTTCTTTACCCCTATTGAGAGAGCATTGTCCTGCAGCCTTGTGTTGCGAGAAACTAGAACGGAGGACGAGTATTGTGTGGGCTAGTTCGTCGGCGTCTTAGAGAAGAGTCATAGCTAGTCCGGAGTCGTCTCATGGTGAGTCACAGCGTGTGTGACAACATGCCAGGGGCGAGGATATCTCGTGGTGAATCATAGTGTGTGTGACAACATGCCAGAGGCAGTGACGTCTCGTGGTGAGCCATAGTGAGCATGGAAATAGTCCAGGGACGAGAGTGCTTCAAGGTGAGCAACAGTCCTGAAGCGAGATTTAGCTTACGAGCCTCCTGTGGGGCATGTCTGAGCTAGGTGTTTTATGATCGTGCTAGTTAGGGAAATGTGTCTCGACGTACAGCGAGGAGTTGTGCAATCCTGTGAGGGCTCGGGGTAAAGATAAGTTCGTTTTCTAGTTAAAGTGGTGGCCAAAGGTGTAGCCTAGCTGGCTTAGGAGACTTTTTTGCTTGATTATCTGCTTGTCAGCCTTGAGTGGGCTACTTACTAGTTGGGTGTGGTCCTTCACCCGACGAGCTTGGAGTGTTGAGTGTGGCCCTTTGTTGGTGTGTTGGCTTGGGGATGACTTTCCCGTGGTCTAAAGTGTGAGGGTTACTTCCCCCATGACTCACTCTAGTGAAATGTTGGGCGTGAGAGGGACATCTCTCACCGCCATTTGTTAACCTAGGAAAGAAGGCCTAAGGAAGAACTAGTGGCAGGAAGTGCAGGGTTCTGGTTGGTAATATGGTTGATTCGTGCTTGTTGTGTCGTTAGGTTGCGCAGTGTGGTGCCTAGTCGTGAGAAGATTCTTAGACTGAGCTTGGCGGTGGTTATGCCCAGTTATATTTGTGTGGTAGTAGTTTGGACGTGAGTGGTTTGTTTATTGAGTATTTTTATACTCACTCGTCTACTTTGTTATTTTTTGTTGCAGGTACAAAATCGTGAGGCGGTTGGCGATGGCGGCGACTTGACGAGGCTTTGAAGGATTTCATTTCCTGAACTTAGGCGTGAATTTTATCTTTGTATTAGTTGTTTAGTTGTTAGTTTCAGAGCTTGTGGTTTGTCTTTGTACTCCTGTGTGTAGTTCATATGGTTGCCTCTTAGCTTAATGAATTTTACTTCGTAGAACTCGGTTGTCAATCTGTTTGTAAGTGTATTGCTTGTTGAATTCTGATTCTGAAGCTCAACCTAATCTTTAATTGAAGTCTGGTGGAGGCTGAGCATTCATTTATTGAACCTTAATGAGTGTTTGTTTGGATTTACAGGTTTCAGAGAAAGTTTGGTTATCTCCTAGTTATGTCGTTATGCTGCCAAAATTTTGATGCAGACGGCGTGGTTGACTAACCTCCCTAGCTAGATTCGTTCAAAGTCTTAGGGTCGTCACAGATCAACGCGTGCAGAACGGTTGGCGATGGTCTCTGTTCGACGGCGACGTGAGCTTGTGGCGAGTGGGGCTAGAGTGCAGTTGTCGGCAGTGGTTGGCCGGAAGAAAGAACAAAGACGACAAAAAGTAATACTGGTCGGTGGGGAGCTCTAGCCTTGAGGATGAAGAAGATGAGGGAGAAAGGTGCCTCGATTTGTGACTACACTAAAGGATAAAGAAGGGTGTTCTCAAACCCTAATTCACTTTCTTTTTCCCAAAATGCCCTTCAACTTCCTTTATACTACACAAGTGCCATATACCTAAATTCCACAAATTAAACAACCGAACATTCTAAATTTAAGTTCCAACTTAACTTTAACCAAATGAGTTTTGAATCCGAAAAAAAACTTGAAATTAATAGCACCTGAAATTTTCGAGCGTTACATATATATATATGCGCGACCAAAGAGATCTCTAGATATTTCGAACATTCTATATTTTAGTTTATAGCAAAAATAATACTTTGCATATTCGATTGACGATTAAATTTCATATTTTTTACGTGCAACATTAAACCAACATGCACAATCTATTTAATTTCAAAAACCTTTAAAATCATCCTACAAGTAAAATTTAATTCTATAATGCAAGATTTCTTGCAAATAAATTTTATAATGCAAGATTCAGACCATAAGTAATTATGAAATTTAAAAAGAAAGACAAAGCCATTATAAAATACAAAATTGCAAACTCAAATCATCAACTCTACTTATAAGAAACATAAATTGAAATACGAAAGATCCATGAAAGGTAGAAATGGAAAGTAGTTCAAAGGAGAAATTCTAAAAGAAACAAGTAATTTTTATCCAATGCAAATTTGTTTCAACCAAAATAAAACAAGCATTGCTCTGATACCAATTGATGGAGATCTGATCCCTTTGAGCAGCGGAAACGTGATTTGAAATCGTAATTGCTTGTTTATTTTGGTTAAACACAAATACTAGTATATTAGGGGAAAATGCAGAGAATAACCATAAATACTAATCTAATTAGACATGGAACAAATTATGCAAACATGCTCTGTACAATAACTAAACTAAAGGAAAATCGAGATTACCTTTTGTAGATTAAATCAATTCAGCAACTCCTTGCTTTATAATTGCACAACAACACAACAACAACTAAAACTCCTCTGTTCTTCTCCAAGCAGGACACTACCAAAAGTGAGAACCTTCTATATCTCTGAGTTTCTTTCGATCCAATCCTTGGTGGGAAGGATTTCAACAATTGAAAATATGAAGGGAATTCTAGAGAGAGGGAGTGTTTTAGCAATTCACCAATTGCACAGAATCACAGATCGATCAAACAACCTCTTCCCTCTTCTCCATTGGAGAAGAAGTATTGTAGAAGGGTAACTACTCACTCCCTATCGAGAAAGGGATTGGGGAGTAATGGGAACGTGTCATCGTGGCATGTTCCCAATTAATTAATTAATTGAATATAATTAATCAAATTAATTATATTAATATTTATTTAATTAAATATCATATCATAAATTATGATTAAATCTCATTTAATCATTTTATCCCTTAACCTATAGTTTTAATGCACATCTAATGCACATTAAATTTTAACCTATAGTTTTCAAATATGAATCTCATTCATATTTAAAATAATATTTGAACTCTTTCAAATATTTAATTCTCTCAAATAATTTAATATGAATCATATTCACATCAAATTTATAATAGAAAGTTTCAAAACTTTATATTATATCGTATCTATATACATTAAATTTATTCCCTAATGAATTTGAACATTTCAAATTCAAACGATCTAAGAACCCTTTACGAGCTAGAAGGTGGACCTAATGGACCTACAGATCAGAAGCTCCAACGATAGGAGATTACTCGGTTAATCTCATTAACCTCCTAATCAACATTCGTTAACTGCGGGAACACTCCACTAAAGTCCCGCAGCTGCACTTTTCTCACTGTAGATATATTTCTGTGTCCATGGATATTGACCAATAACAACAAGTCAATTCTTCACGAATGTTCGTAACACCAGCTGGGTCAAATTACCGTTTTACCCCTAGGTTACATCTTGTACCTTAAGTACCAGTGCTCCTCTAATGAACAATTTATTTGTGGTCCTACCAACAAACAGAAGTCCCTCTCGGGCTAATGAGAGGGCGAGCCCTTTGTTCAAGTCCCGGAGACACCACTTAAGAGAACATTCATCTACTTACCCTAGTAGTCGGGAAAGAGTGAATTCCATCTTGTTAGGCTAAGTCCCCAGCTGCTCACTCGGTCTTGTCTCCAAGAAGATAGGCATATTGAGTCGGCGAATCTGATCACTCTCACCCATACTAGTCAAAGGATAATCGCTCGCAAACAGGAGTTCGTAACCTACTCTGGATTGAGATCAAGTTGCCTAGGTCATCCTAGTGAAATAGAAACCTAGCTAGTCAATGGAGTTATATCTAGTGGTTACTATTTCGCGGTCCGATCTCATGTAATCTCATTACATAGGATATCCCCACTCACATGTCATCTACACGAACACGTTAGGATCACAATGTTTGTATCATATACAAAGTGGGCCACATCCATAGTGTTAACAGGGTAAGGTACCCAAACCTTATCCCCTTACTATAGACCCTTTAGCCTGTATCTCGAATCGAGATCCTTTATATGTACACCACATTCAATTCAAGATACATTTTACAGCCTTGGATGTTTAGTTTATTGGATTTAGGGTTAAAACAAGGGTAATATCGTAAATAACGAATAATAACTCTTTATTGAAATAATAACACTTTATTACAATAATTAGAACATAATTACAAACTACGAGTTTTAGGGCACAAACCTCAACAAACTCCCACTTGAACTAAAACTAGTGGGGTACATCTAAATATTCTCTTTTGAATATTTTTAAATATAGATTTTTTTTTTCAATATTTATAAAACTAAAGTTTAAAAATAAATATTGAACACGAATTGAATAATTTATGCACGTTTTACTTATTTATTACTATTATTTTGATATACAACGTATGAGTACCACATTATCTATATAAATGAGTTTTTTCGAATTAAGATCGATTATAAACAATGTTTTGTTTAACTAAGAATCACATTGCTCAATTAATAAGATTAAATATTTCCATTGATTTTTTTCTTCCCTAATTCTTTCTAGCTTTACTTTGTTTCAACACAGATATATCAACATTAAAAAATAATGTCATCCAAGAATTATTTATACTAATTTAAATTCATAATATATCAATATTTAGTGAAGGAAAAAAATGATACTTAATGCAAGTTCATTGTCAGACTATTTTTGTTCATGTTCATTGCGAGACATGCCTCCAATGTGCGAAAAGAATAGTAAACTAACTCATACTTTTGCCATAAGAGCTATCTTGTATGAAACACCAACCGTGTCAAAATCACTTCTTTTAAAATTAATAGTGATGTCTAGCAATAGTAATATTATAAAAATGATTTTGAAAATTACTTTAAGGTTTGATAATCATTTCGATTTTAATTTTTTGTTTTTAAAAATTATACTTGTTTTCTTATCATTTCTCTACAATTCTCTATAATGATTATCATCCTTCTCAAAAAAAAAAAAAAAAAAGTTTGAATTTTTAGTCAAATTCCAAAATACGAACAAGTTTTTGAAAACCACTTTTTTTTTTAATTTTCAAATTTTGGGTTGGTTTTTTAGAATATAGGTAAATAGTGAATAACAATAAGCTTAATTTTCAAACACCAAAAAAGAAAAATCAAATGCTTATCAAACGGGAACATACCTAATGAATTGTTATTTTAATGTGTGAATTTTAATAAATTTATGGCTTTAAAATCACTTAACATTCAAAATCACTTATGAAAATTAATACAATCATACATTAAAATGATTTCGATTCAACAATTTGTTACAAAATCACTTATCACTATGTTAGTTTTACAAAAAAATCAATGCTTTTAAACTATCCTTAAACATAATATGTACAGTAAAACATGAGAAAGAAATTTGTTGTCTCGTAAATGAAACTGTTGATAAATTACAAAAAATTACTCAATTTTTCAATTTTATGTCGAAGATTTAAATTTTATTGATTATACCTAAATTTTAGGCTATATAAGTTTAATTTCAATTGGAATTTGTTTAAAACGAAAGATAAGAGTGGAGAAACTTCTTTTGTTCAAAAAGAATCGAGAAACTTTATTCATAACACCTTCTAATATTCATGTCCTGGCTCACGTGCAACATGTTTTTTTTTTTTGGAACGTCACGTGCAACATCTTTCTTGAAAGGAAATGGTATGAGATTCTAATTTTCATAAATTAATAATAAAATAAAAAAATTATGTTCCAATCACCTTAAAAAGGAATAAGGCTACAAAGTCAAACCAAGTTCCTTTTTGAATTGCTATAAAATATCTTGGACCAGGTTAAGATTTCTTCCATCCTCAAACATTTCATCTGAACTAAATATAACTTTAGTTTGGCAATGTCTGTCTCTAAACTCCAAGCTTGCGCTGAGAATGAAGCAAATGAATTGATCAAGAAGTATGACAGAAATGGTGATGGTGTTCTCACTAAAGAAGAGCTACGACAATTCTTCCTCCACACCGCTCGAGGTTCAACGCAACTCAACAATAAAACATTTATATCTAAGATCCCAAAAACTAATGATAGTGGTGTGCAGAAGCTTAGCTCAAACACTCATATAAAGCTAAAAGGGCAACCACAAGACAAAGCTCAAAAATCCTCGACCAAAGTTATTTATGGAAAGGCATCCAACATGTCCCTTAGTCGAGAGCAAATGAAGGAGATTTTCAAATATCATGATAGCGATAAAGATGGTTTTCTTAACACAAAGGAGGTAACAAAAGCCTTTAGTTTTCTAGGCTGAATCCTTCCTTTCTACAAAACTAAGTATGCTTTGGCTCATTTTGATGAGGATAAAGATGGTCTTATCAGCGAGGCTGAACTTGACAAACTCATAGATTATGCCATTAAAATCGTCAAGAAGAAATGA

mRNA sequence

ATGTCTGTCTCTAAACTCCAAGCTTGCGCTGAGAATGAAGCAAATGAATTGATCAAGAAGTATGATAAAAATGGTGATGGTGTTCTCACTAAAGAAGAGCTACGACAATTCTTCCTCCACACTGCTCGAGGTTCAACGCAACTCAACGAAAAAGCATTTATATCTAAGATCCCAAAAACTAATGACAATGGTGTGCAGAAGCTTAGCTCAAACCCTCATATAAAACTAAAAGAGCAACCACAAGACAAAGCTCAAAAATCCTCGACCAAAGTTATTTATGGAAAGGCATCCAACATGTCCTTTAGTCGAGAGCAGATGAAGGAGATTTTCAAATATCATGACAGCGATAAAGATGGTTTTCTCAACACAAAGGAGGTAACAAAAGCCTTTAGTTTTCTAGGCTCAATCCTTCCTTTCTACAAAGCGAAGTATGCTTTGGCTCATTTTGATGCGGATAAAGATGGTCTTATCAGCGAGGCTGAACTTGACAAACTCATAGATTATGCCATTAAAATCAAAAAGAGGGAGGCGACGGAAAGAGAGGCGCGTGCGAGAGGGATCTCTCGATCCCTCAATGAAGCAAATGAATTGATCAAGAAGTATGACAGAAATGGTGATGGTGTTCTCACTAAAGAAGAGCTACGACAATTCTTCCTCCACACCGCTCGAGGTTCAACGCAACTCAACAATAAAACATTTATATCTAAGATCCCAAAAACTAATGATAGTGGTGTGCAGAAGCTTAGCTCAAACACTCATATAAAGCTAAAAGGGCAACCACAAGACAAAGCTCAAAAATCCTCGACCAAAGTTATTTATGGAAAGGCATCCAACATGTCCCTTAGTCGAGAGCAAATGAAGGAGATTTTCAAATATCATGATAGCGATAAAGATGGTTTTCTTAACACAAAGGAGTATGCTTTGGCTCATTTTGATGAGGATAAAGATGGTCTTATCAGCGAGGCTGAACTTGACAAACTCATAGATTATGCCATTAAAATCGTCAAGAAGAAATGA

Coding sequence (CDS)

ATGTCTGTCTCTAAACTCCAAGCTTGCGCTGAGAATGAAGCAAATGAATTGATCAAGAAGTATGATAAAAATGGTGATGGTGTTCTCACTAAAGAAGAGCTACGACAATTCTTCCTCCACACTGCTCGAGGTTCAACGCAACTCAACGAAAAAGCATTTATATCTAAGATCCCAAAAACTAATGACAATGGTGTGCAGAAGCTTAGCTCAAACCCTCATATAAAACTAAAAGAGCAACCACAAGACAAAGCTCAAAAATCCTCGACCAAAGTTATTTATGGAAAGGCATCCAACATGTCCTTTAGTCGAGAGCAGATGAAGGAGATTTTCAAATATCATGACAGCGATAAAGATGGTTTTCTCAACACAAAGGAGGTAACAAAAGCCTTTAGTTTTCTAGGCTCAATCCTTCCTTTCTACAAAGCGAAGTATGCTTTGGCTCATTTTGATGCGGATAAAGATGGTCTTATCAGCGAGGCTGAACTTGACAAACTCATAGATTATGCCATTAAAATCAAAAAGAGGGAGGCGACGGAAAGAGAGGCGCGTGCGAGAGGGATCTCTCGATCCCTCAATGAAGCAAATGAATTGATCAAGAAGTATGACAGAAATGGTGATGGTGTTCTCACTAAAGAAGAGCTACGACAATTCTTCCTCCACACCGCTCGAGGTTCAACGCAACTCAACAATAAAACATTTATATCTAAGATCCCAAAAACTAATGATAGTGGTGTGCAGAAGCTTAGCTCAAACACTCATATAAAGCTAAAAGGGCAACCACAAGACAAAGCTCAAAAATCCTCGACCAAAGTTATTTATGGAAAGGCATCCAACATGTCCCTTAGTCGAGAGCAAATGAAGGAGATTTTCAAATATCATGATAGCGATAAAGATGGTTTTCTTAACACAAAGGAGTATGCTTTGGCTCATTTTGATGAGGATAAAGATGGTCTTATCAGCGAGGCTGAACTTGACAAACTCATAGATTATGCCATTAAAATCGTCAAGAAGAAATGA

Protein sequence

MSVSKLQACAENEANELIKKYDKNGDGVLTKEELRQFFLHTARGSTQLNEKAFISKIPKTNDNGVQKLSSNPHIKLKEQPQDKAQKSSTKVIYGKASNMSFSREQMKEIFKYHDSDKDGFLNTKEVTKAFSFLGSILPFYKAKYALAHFDADKDGLISEAELDKLIDYAIKIKKREATEREARARGISRSLNEANELIKKYDRNGDGVLTKEELRQFFLHTARGSTQLNNKTFISKIPKTNDSGVQKLSSNTHIKLKGQPQDKAQKSSTKVIYGKASNMSLSREQMKEIFKYHDSDKDGFLNTKEYALAHFDEDKDGLISEAELDKLIDYAIKIVKKK

Homology

[Close]

BLAST of Tan0009867 vs. ExPASy Swiss-Prot
Match: Q9SU00 (Calmodulin-like protein 2 OS=Arabidopsis thaliana OX=3702 GN=CML2 PE=2 SV=1)

HSP 1 Score: 48.5 bits (114), Expect = 1.7e-04
Identity = 38/145 (26.21%), Postives = 63/145 (43.45%), Query Frame = 0


Query: 103 REQMKEIFKYHDSDKDGFLNTKEVTKAFSFLGSILPFYKAKYALAHFDADKDGLISEAEL 162
           R ++  +F+  D + DG +   E+   F  +G ++P  +    +A  D + DG +   E 
Sbjct: 3   RGELSRVFQMFDKNGDGKIAKNELKDFFKSVGIMVPENEINEMIAKMDVNGDGAMDIDEF 62

Query: 163 DKLIDYAIKIKKREATEREARARGISRSLNEANELIKKYDRNGDGVLTKEELRQFF--LH 222
             L    ++ K+ E   REA                + +D+NGDG +T EELR     + 
Sbjct: 63  GSLYQEMVEEKEEEEDMREA---------------FRVFDQNGDGFITDEELRSVLASMG 122

Query: 223 TARGSTQLNNKTFISKIPKTNDSGV 246
             +G T  + K  ISK+    D  V
Sbjct: 123 LKQGRTLEDCKKMISKVDVDGDGMV 132

[Close]

BLAST of Tan0009867 vs. NCBI nr
Match: XP_023002691.1 (probable calcium-binding protein CML11 [Cucurbita maxima])

HSP 1 Score: 233.0 bits (593), Expect = 3.7e-57
Identity = 126/176 (71.59%), Postives = 142/176 (80.68%), Query Frame = 0


Query: 1   MSVSKLQACAENEANELIKKYDKNGDGVLTKEELRQFFLHTARGSTQLNEKAFISKIPKT 60
           MSVS LQ  AENEANEL+KKYDKNGDG+LTKEEL Q FL   RGSTQLN + F+SKIPKT
Sbjct: 1   MSVSILQTWAENEANELMKKYDKNGDGILTKEEL-QVFLRDVRGSTQLNYQGFLSKIPKT 60

Query: 61  NDNGVQKLSSNPHIKLKEQPQDKAQKSSTKVIYGKASNMSFSREQMKEIFKYHDSDKDGF 120
           ND G  KLSSN H   K Q QDK  KSSTKV+  K SN+S SREQ+K+IFKY+DSDKDGF
Sbjct: 61  NDKGAHKLSSNTHTNPKIQVQDKVTKSSTKVLSEKVSNVSLSREQIKKIFKYYDSDKDGF 120

Query: 121 LNTKEVTKAFSFLGSILPFYKAKYALAHFDADKDGLISEAELDKLIDYAIKIKKRE 177
           LN +EVTKAFSFLGSI PFYKA+YA+   DA+ DGLISE EL+KLIDYA KI K++
Sbjct: 121 LNIREVTKAFSFLGSINPFYKAQYAMTFADANNDGLISETELEKLIDYACKIIKKK 175

[Close]

BLAST of Tan0009867 vs. NCBI nr
Match: XP_022951742.1 (probable calcium-binding protein CML11 [Cucurbita moschata])

HSP 1 Score: 231.9 bits (590), Expect = 8.3e-57
Identity = 126/176 (71.59%), Postives = 143/176 (81.25%), Query Frame = 0


Query: 1   MSVSKLQACAENEANELIKKYDKNGDGVLTKEELRQFFLHTARGSTQLNEKAFISKIPKT 60
           MSVS LQA AEN+ANELIKKYDKNGDGVLTKEEL Q FL   RGSTQLN + F+SKIP+T
Sbjct: 1   MSVSILQAWAENKANELIKKYDKNGDGVLTKEEL-QVFLRDVRGSTQLNNQGFLSKIPRT 60

Query: 61  NDNGVQKLSSNPHIKLKEQPQDKAQKSSTKVIYGKASNMSFSREQMKEIFKYHDSDKDGF 120
           ND G  KL+SNP    K Q Q KA KSSTKV+  K SN+  SREQ+K+IFKY+DSDKDGF
Sbjct: 61  NDKGAHKLNSNPRTNPKIQVQSKATKSSTKVLSEKVSNVPLSREQIKKIFKYYDSDKDGF 120

Query: 121 LNTKEVTKAFSFLGSILPFYKAKYALAHFDADKDGLISEAELDKLIDYAIKIKKRE 177
           LN +EVTKAFSFLGSI PFYKA+YA+   DA+ DGLISEAEL+KLIDYA KI K++
Sbjct: 121 LNIREVTKAFSFLGSINPFYKAQYAMTFADANNDGLISEAELEKLIDYAYKIIKKK 175

[Close]

BLAST of Tan0009867 vs. NCBI nr
Match: XP_022951798.1 (probable calcium-binding protein CML11 [Cucurbita moschata])

HSP 1 Score: 231.1 bits (588), Expect = 1.4e-56
Identity = 126/176 (71.59%), Postives = 143/176 (81.25%), Query Frame = 0


Query: 1   MSVSKLQACAENEANELIKKYDKNGDGVLTKEELRQFFLHTARGSTQLNEKAFISKIPKT 60
           MSVS LQA AENEANEL+KKYD+NGDGVLTKEEL Q FL   RGSTQLN + F+SKIPKT
Sbjct: 1   MSVSILQAWAENEANELMKKYDRNGDGVLTKEEL-QVFLRDVRGSTQLNHQRFLSKIPKT 60

Query: 61  NDNGVQKLSSNPHIKLKEQPQDKAQKSSTKVIYGKASNMSFSREQMKEIFKYHDSDKDGF 120
           ND G  +LSSN H   K Q Q  A KSSTKV+  K SN+  SREQ+K+IFKY+DSDKDGF
Sbjct: 61  NDKGAHQLSSNAHTNPKIQVQGTATKSSTKVLSEKVSNVPLSREQIKKIFKYYDSDKDGF 120

Query: 121 LNTKEVTKAFSFLGSILPFYKAKYALAHFDADKDGLISEAELDKLIDYAIKIKKRE 177
           LNT+EVTKAFSFLGSI PFYKA+YA+   DA+ DGLISEAEL+KLIDYA KI K++
Sbjct: 121 LNTREVTKAFSFLGSINPFYKAQYAMTFADANNDGLISEAELEKLIDYACKIIKKK 175

[Close]

BLAST of Tan0009867 vs. NCBI nr
Match: XP_023538396.1 (probable calcium-binding protein CML11 isoform X1 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 229.6 bits (584), Expect = 4.1e-56
Identity = 125/176 (71.02%), Postives = 142/176 (80.68%), Query Frame = 0


Query: 1   MSVSKLQACAENEANELIKKYDKNGDGVLTKEELRQFFLHTARGSTQLNEKAFISKIPKT 60
           MSVS LQA AENEANEL+KKYD+NGDGVLTKEEL QFFL   RGSTQLN + F+SKIPKT
Sbjct: 1   MSVSILQAWAENEANELMKKYDRNGDGVLTKEEL-QFFLRDVRGSTQLNNQGFLSKIPKT 60

Query: 61  NDNGVQKLSSNPHIKLKEQPQDKAQKSSTKVIYGKASNMSFSREQMKEIFKYHDSDKDGF 120
           ND G  KLSSN H   K Q Q KA  SSTKV   K SN+  SREQ+K+IFKY+DSDKDGF
Sbjct: 61  NDKGAHKLSSNAHTNPKIQVQGKATNSSTKVFGEKVSNVPLSREQIKKIFKYYDSDKDGF 120

Query: 121 LNTKEVTKAFSFLGSILPFYKAKYALAHFDADKDGLISEAELDKLIDYAIKIKKRE 177
           LN +EVTKAFSFLGSI PFYKA+YA+   DA+ DGLISEAEL+KL+DYA KI +++
Sbjct: 121 LNRREVTKAFSFLGSINPFYKAQYAMTFADANNDGLISEAELEKLVDYAGKIIQKK 175

[Close]

BLAST of Tan0009867 vs. NCBI nr
Match: XP_023002657.1 (probable calcium-binding protein CML14 [Cucurbita maxima])

HSP 1 Score: 224.9 bits (572), Expect = 1.0e-54
Identity = 123/176 (69.89%), Postives = 139/176 (78.98%), Query Frame = 0


Query: 1   MSVSKLQACAENEANELIKKYDKNGDGVLTKEELRQFFLHTARGSTQLNEKAFISKIPKT 60
           MSVS LQA AENEANEL+KKYD+NGDGVLTKEEL Q F    RGSTQLN + F+S IPKT
Sbjct: 1   MSVSILQAWAENEANELMKKYDRNGDGVLTKEEL-QVFQRDVRGSTQLNNQGFLSNIPKT 60

Query: 61  NDNGVQKLSSNPHIKLKEQPQDKAQKSSTKVIYGKASNMSFSREQMKEIFKYHDSDKDGF 120
           ND G  KLSSN H   K Q QDKA KSSTK    K SN+  SREQ+K+IFKY+DSDKDGF
Sbjct: 61  NDKGANKLSSNAHTNPKIQVQDKATKSSTKAPSEKVSNVRLSREQIKKIFKYYDSDKDGF 120

Query: 121 LNTKEVTKAFSFLGSILPFYKAKYALAHFDADKDGLISEAELDKLIDYAIKIKKRE 177
           LN +EVTKAFSFLGSI PFYKA+YA+   DA+ D LI+EAEL+KLIDYA KI K++
Sbjct: 121 LNIREVTKAFSFLGSINPFYKAQYAMTFVDANNDSLINEAELEKLIDYACKIIKKK 175

[Close]

BLAST of Tan0009867 vs. ExPASy TrEMBL
Match: A0A6J1KM01 (probable calcium-binding protein CML11 OS=Cucurbita maxima OX=3661 GN=LOC111496473 PE=4 SV=1)

HSP 1 Score: 233.0 bits (593), Expect = 1.8e-57
Identity = 126/176 (71.59%), Postives = 142/176 (80.68%), Query Frame = 0


Query: 1   MSVSKLQACAENEANELIKKYDKNGDGVLTKEELRQFFLHTARGSTQLNEKAFISKIPKT 60
           MSVS LQ  AENEANEL+KKYDKNGDG+LTKEEL Q FL   RGSTQLN + F+SKIPKT
Sbjct: 1   MSVSILQTWAENEANELMKKYDKNGDGILTKEEL-QVFLRDVRGSTQLNYQGFLSKIPKT 60

Query: 61  NDNGVQKLSSNPHIKLKEQPQDKAQKSSTKVIYGKASNMSFSREQMKEIFKYHDSDKDGF 120
           ND G  KLSSN H   K Q QDK  KSSTKV+  K SN+S SREQ+K+IFKY+DSDKDGF
Sbjct: 61  NDKGAHKLSSNTHTNPKIQVQDKVTKSSTKVLSEKVSNVSLSREQIKKIFKYYDSDKDGF 120

Query: 121 LNTKEVTKAFSFLGSILPFYKAKYALAHFDADKDGLISEAELDKLIDYAIKIKKRE 177
           LN +EVTKAFSFLGSI PFYKA+YA+   DA+ DGLISE EL+KLIDYA KI K++
Sbjct: 121 LNIREVTKAFSFLGSINPFYKAQYAMTFADANNDGLISETELEKLIDYACKIIKKK 175

[Close]

BLAST of Tan0009867 vs. ExPASy TrEMBL
Match: A0A6J1GII5 (probable calcium-binding protein CML11 OS=Cucurbita moschata OX=3662 GN=LOC111454483 PE=4 SV=1)

HSP 1 Score: 231.9 bits (590), Expect = 4.0e-57
Identity = 126/176 (71.59%), Postives = 143/176 (81.25%), Query Frame = 0


Query: 1   MSVSKLQACAENEANELIKKYDKNGDGVLTKEELRQFFLHTARGSTQLNEKAFISKIPKT 60
           MSVS LQA AEN+ANELIKKYDKNGDGVLTKEEL Q FL   RGSTQLN + F+SKIP+T
Sbjct: 1   MSVSILQAWAENKANELIKKYDKNGDGVLTKEEL-QVFLRDVRGSTQLNNQGFLSKIPRT 60

Query: 61  NDNGVQKLSSNPHIKLKEQPQDKAQKSSTKVIYGKASNMSFSREQMKEIFKYHDSDKDGF 120
           ND G  KL+SNP    K Q Q KA KSSTKV+  K SN+  SREQ+K+IFKY+DSDKDGF
Sbjct: 61  NDKGAHKLNSNPRTNPKIQVQSKATKSSTKVLSEKVSNVPLSREQIKKIFKYYDSDKDGF 120

Query: 121 LNTKEVTKAFSFLGSILPFYKAKYALAHFDADKDGLISEAELDKLIDYAIKIKKRE 177
           LN +EVTKAFSFLGSI PFYKA+YA+   DA+ DGLISEAEL+KLIDYA KI K++
Sbjct: 121 LNIREVTKAFSFLGSINPFYKAQYAMTFADANNDGLISEAELEKLIDYAYKIIKKK 175

[Close]

BLAST of Tan0009867 vs. ExPASy TrEMBL
Match: A0A6J1GIQ8 (probable calcium-binding protein CML11 OS=Cucurbita moschata OX=3662 GN=LOC111454532 PE=4 SV=1)

HSP 1 Score: 231.1 bits (588), Expect = 6.9e-57
Identity = 126/176 (71.59%), Postives = 143/176 (81.25%), Query Frame = 0


Query: 1   MSVSKLQACAENEANELIKKYDKNGDGVLTKEELRQFFLHTARGSTQLNEKAFISKIPKT 60
           MSVS LQA AENEANEL+KKYD+NGDGVLTKEEL Q FL   RGSTQLN + F+SKIPKT
Sbjct: 1   MSVSILQAWAENEANELMKKYDRNGDGVLTKEEL-QVFLRDVRGSTQLNHQRFLSKIPKT 60

Query: 61  NDNGVQKLSSNPHIKLKEQPQDKAQKSSTKVIYGKASNMSFSREQMKEIFKYHDSDKDGF 120
           ND G  +LSSN H   K Q Q  A KSSTKV+  K SN+  SREQ+K+IFKY+DSDKDGF
Sbjct: 61  NDKGAHQLSSNAHTNPKIQVQGTATKSSTKVLSEKVSNVPLSREQIKKIFKYYDSDKDGF 120

Query: 121 LNTKEVTKAFSFLGSILPFYKAKYALAHFDADKDGLISEAELDKLIDYAIKIKKRE 177
           LNT+EVTKAFSFLGSI PFYKA+YA+   DA+ DGLISEAEL+KLIDYA KI K++
Sbjct: 121 LNTREVTKAFSFLGSINPFYKAQYAMTFADANNDGLISEAELEKLIDYACKIIKKK 175

[Close]

BLAST of Tan0009867 vs. ExPASy TrEMBL
Match: A0A6J1KK48 (probable calcium-binding protein CML14 OS=Cucurbita maxima OX=3661 GN=LOC111496448 PE=4 SV=1)

HSP 1 Score: 224.9 bits (572), Expect = 4.9e-55
Identity = 123/176 (69.89%), Postives = 139/176 (78.98%), Query Frame = 0


Query: 1   MSVSKLQACAENEANELIKKYDKNGDGVLTKEELRQFFLHTARGSTQLNEKAFISKIPKT 60
           MSVS LQA AENEANEL+KKYD+NGDGVLTKEEL Q F    RGSTQLN + F+S IPKT
Sbjct: 1   MSVSILQAWAENEANELMKKYDRNGDGVLTKEEL-QVFQRDVRGSTQLNNQGFLSNIPKT 60

Query: 61  NDNGVQKLSSNPHIKLKEQPQDKAQKSSTKVIYGKASNMSFSREQMKEIFKYHDSDKDGF 120
           ND G  KLSSN H   K Q QDKA KSSTK    K SN+  SREQ+K+IFKY+DSDKDGF
Sbjct: 61  NDKGANKLSSNAHTNPKIQVQDKATKSSTKAPSEKVSNVRLSREQIKKIFKYYDSDKDGF 120

Query: 121 LNTKEVTKAFSFLGSILPFYKAKYALAHFDADKDGLISEAELDKLIDYAIKIKKRE 177
           LN +EVTKAFSFLGSI PFYKA+YA+   DA+ D LI+EAEL+KLIDYA KI K++
Sbjct: 121 LNIREVTKAFSFLGSINPFYKAQYAMTFVDANNDSLINEAELEKLIDYACKIIKKK 175

[Close]

BLAST of Tan0009867 vs. ExPASy TrEMBL
Match: A0A6J1GJT8 (probable calcium-binding protein CML11 OS=Cucurbita moschata OX=3662 GN=LOC111454533 PE=4 SV=1)

HSP 1 Score: 222.2 bits (565), Expect = 3.2e-54
Identity = 120/174 (68.97%), Postives = 139/174 (79.89%), Query Frame = 0


Query: 3   VSKLQACAENEANELIKKYDKNGDGVLTKEELRQFFLHTARGSTQLNEKAFISKIPKTND 62
           +S L+A AENEANEL+KKYD+NGDGVLTKEEL Q FL   RGSTQLN + F+SKIPKTND
Sbjct: 1   MSILKAWAENEANELMKKYDRNGDGVLTKEEL-QVFLRDVRGSTQLNHQGFLSKIPKTND 60

Query: 63  NGVQKLSSNPHIKLKEQPQDKAQKSSTKVIYGKASNMSFSREQMKEIFKYHDSDKDGFLN 122
            G  +LSSN H   K Q Q K  KSSTKV+  K SN+  SREQ+K+IFKY+DSDKDGFLN
Sbjct: 61  KGAHQLSSNAHTNQKIQVQGKVTKSSTKVLSEKISNVPLSREQIKKIFKYYDSDKDGFLN 120

Query: 123 TKEVTKAFSFLGSILPFYKAKYALAHFDADKDGLISEAELDKLIDYAIKIKKRE 177
            +EVTKAFSFLGSI PFYKA+YA+   DA+ DGLISE EL+KLIDYA KI K++
Sbjct: 121 IREVTKAFSFLGSINPFYKAQYAMTFADANNDGLISEVELEKLIDYACKIIKKK 173

[Close]

BLAST of Tan0009867 vs. TAIR 10
Match: AT4G12860.1 (EF hand calcium-binding protein family )

HSP 1 Score: 48.5 bits (114), Expect = 1.2e-05
Identity = 38/145 (26.21%), Postives = 63/145 (43.45%), Query Frame = 0


Query: 103 REQMKEIFKYHDSDKDGFLNTKEVTKAFSFLGSILPFYKAKYALAHFDADKDGLISEAEL 162
           R ++  +F+  D + DG +   E+   F  +G ++P  +    +A  D + DG +   E 
Sbjct: 3   RGELSRVFQMFDKNGDGKIAKNELKDFFKSVGIMVPENEINEMIAKMDVNGDGAMDIDEF 62

Query: 163 DKLIDYAIKIKKREATEREARARGISRSLNEANELIKKYDRNGDGVLTKEELRQFF--LH 222
             L    ++ K+ E   REA                + +D+NGDG +T EELR     + 
Sbjct: 63  GSLYQEMVEEKEEEEDMREA---------------FRVFDQNGDGFITDEELRSVLASMG 122

Query: 223 TARGSTQLNNKTFISKIPKTNDSGV 246
             +G T  + K  ISK+    D  V
Sbjct: 123 LKQGRTLEDCKKMISKVDVDGDGMV 132

[Close]

BLAST of Tan0009867 vs. TAIR 10
Match: AT2G41100.1 (Calcium-binding EF hand family protein )

HSP 1 Score: 42.4 bits (98), Expect = 8.7e-04
Identity = 44/207 (21.26%), Postives = 85/207 (41.06%), Query Frame = 0


Query: 105 QMKEIFKYHDSDKDGFLNTKEVTKAFSFLGSILPFYKAKYALAHFDADKDGLISEAELDK 164
           + +E F+  D + DG +  KE+      +G        +  +   D D DG I   +  +
Sbjct: 12  EYRESFRLFDKNGDGSITKKELGTMMRSIGEKPTKADLQDLMNEADLDGDGTI---DFPE 71

Query: 165 LIDYAIKIKKREATEREARARGISR----SLNEANELIKKYDRNGDGVLTKEELRQFFLH 224
            +    K +  +   R  +     +     + E  E  + +D+NGDG +TK+ELR     
Sbjct: 72  FLCVMAKNQGHDQAPRHTKKTMADKLTDDQITEYRESFRLFDKNGDGSITKKELRTVMFS 131

Query: 225 TARGSTQLNNKTFISKIPKTNDSGVQKLSSNTHIKLKGQPQDKAQK--SSTKVIYGKASN 284
             +  T+ + +  ++++    D G        ++  K Q  D+A +    T V Y    +
Sbjct: 132 LGKNRTKADLQDMMNEVDLDGD-GTIDFPEFLYLMAKNQGHDQAPRHTKKTMVDYQLTDD 191

Query: 285 MSLSREQMKEIFKYHDSDKDGFLNTKE 306
             L   + +E F+  D + DG++   E
Sbjct: 192 QIL---EFREAFRVFDKNGDGYITVNE 211

[Close]

BLAST of Tan0009867 vs. TAIR 10
Match: AT2G41100.4 (Calcium-binding EF hand family protein )

HSP 1 Score: 42.4 bits (98), Expect = 8.7e-04
Identity = 44/207 (21.26%), Postives = 85/207 (41.06%), Query Frame = 0


Query: 105 QMKEIFKYHDSDKDGFLNTKEVTKAFSFLGSILPFYKAKYALAHFDADKDGLISEAELDK 164
           + +E F+  D + DG +  KE+      +G        +  +   D D DG I   +  +
Sbjct: 12  EYRESFRLFDKNGDGSITKKELGTMMRSIGEKPTKADLQDLMNEADLDGDGTI---DFPE 71

Query: 165 LIDYAIKIKKREATEREARARGISR----SLNEANELIKKYDRNGDGVLTKEELRQFFLH 224
            +    K +  +   R  +     +     + E  E  + +D+NGDG +TK+ELR     
Sbjct: 72  FLCVMAKNQGHDQAPRHTKKTMADKLTDDQITEYRESFRLFDKNGDGSITKKELRTVMFS 131

Query: 225 TARGSTQLNNKTFISKIPKTNDSGVQKLSSNTHIKLKGQPQDKAQK--SSTKVIYGKASN 284
             +  T+ + +  ++++    D G        ++  K Q  D+A +    T V Y    +
Sbjct: 132 LGKNRTKADLQDMMNEVDLDGD-GTIDFPEFLYLMAKNQGHDQAPRHTKKTMVDYQLTDD 191

Query: 285 MSLSREQMKEIFKYHDSDKDGFLNTKE 306
             L   + +E F+  D + DG++   E
Sbjct: 192 QIL---EFREAFRVFDKNGDGYITVNE 211

The following BLAST results are available for this feature:

BLAST of Tan0009867 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9SU00	1.7e-04	26.21	Calmodulin-like protein 2 OS=Arabidopsis thaliana OX=3702 GN=CML2 PE=2 SV=1	[more]

BLAST of Tan0009867 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_023002691.1	3.7e-57	71.59	probable calcium-binding protein CML11 [Cucurbita maxima]	[more]
XP_022951742.1	8.3e-57	71.59	probable calcium-binding protein CML11 [Cucurbita moschata]	[more]
XP_022951798.1	1.4e-56	71.59	probable calcium-binding protein CML11 [Cucurbita moschata]	[more]
XP_023538396.1	4.1e-56	71.02	probable calcium-binding protein CML11 isoform X1 [Cucurbita pepo subsp. pepo]	[more]
XP_023002657.1	1.0e-54	69.89	probable calcium-binding protein CML14 [Cucurbita maxima]	[more]

BLAST of Tan0009867 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1KM01	1.8e-57	71.59	probable calcium-binding protein CML11 OS=Cucurbita maxima OX=3661 GN=LOC1114964...	[more]
A0A6J1GII5	4.0e-57	71.59	probable calcium-binding protein CML11 OS=Cucurbita moschata OX=3662 GN=LOC11145...	[more]
A0A6J1GIQ8	6.9e-57	71.59	probable calcium-binding protein CML11 OS=Cucurbita moschata OX=3662 GN=LOC11145...	[more]
A0A6J1KK48	4.9e-55	69.89	probable calcium-binding protein CML14 OS=Cucurbita maxima OX=3661 GN=LOC1114964...	[more]
A0A6J1GJT8	3.2e-54	68.97	probable calcium-binding protein CML11 OS=Cucurbita moschata OX=3662 GN=LOC11145...	[more]

BLAST of Tan0009867 vs. TAIR 10


Match Name	E-value	Identity	Description
AT4G12860.1	1.2e-05	26.21	EF hand calcium-binding protein family	[more]
AT2G41100.1	8.7e-04	21.26	Calcium-binding EF hand family protein	[more]
AT2G41100.4	8.7e-04	21.26	Calcium-binding EF hand family protein	[more]

InterPro

Analysis Name: InterPro Annotations of Snake gourd (anguina) v1
Date Performed: 2021-10-25

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR002048	EF-hand domain	SMART	SM00054	efh_1	coord: 141..169 e-value: 12.0 score: 9.0 coord: 193..221 e-value: 8.6E-4 score: 28.6 coord: 105..133 e-value: 2.3 score: 14.8 coord: 13..41 e-value: 5.1E-4 score: 29.4 coord: 285..313 e-value: 7.1 score: 10.9
IPR002048	EF-hand domain	PFAM	PF13499	EF-hand_7	coord: 139..218 e-value: 5.0E-9 score: 36.5
IPR002048	EF-hand domain	PFAM	PF00036	EF-hand_1	coord: 13..38 e-value: 2.6E-6 score: 26.6
IPR002048	EF-hand domain	PFAM	PF13405	EF-hand_6	coord: 105..134 e-value: 5.7E-6 score: 25.7
IPR002048	EF-hand domain	PROSITE	PS50222	EF_HAND_2	coord: 9..44 score: 13.174425
IPR002048	EF-hand domain	PROSITE	PS50222	EF_HAND_2	coord: 141..172 score: 8.348522
IPR002048	EF-hand domain	PROSITE	PS50222	EF_HAND_2	coord: 189..224 score: 13.202322
IPR002048	EF-hand domain	PROSITE	PS50222	EF_HAND_2	coord: 101..136 score: 12.588623
IPR002048	EF-hand domain	PROSITE	PS50222	EF_HAND_2	coord: 281..316 score: 10.663839
IPR002048	EF-hand domain	CDD	cd00051	EFh	coord: 141..218 e-value: 1.30219E-8 score: 48.6981
None	No IPR available	GENE3D	1.10.238.10		coord: 140..238 e-value: 7.3E-12 score: 47.5
None	No IPR available	GENE3D	1.10.238.10		coord: 256..337 e-value: 8.1E-7 score: 30.6
None	No IPR available	GENE3D	1.10.238.10		coord: 9..43 e-value: 6.3E-7 score: 30.9
None	No IPR available	GENE3D	1.10.238.10		coord: 66..139 e-value: 6.1E-6 score: 28.1
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 63..89
None	No IPR available	PANTHER	PTHR10891:SF892	CALCIUM-BINDING PROTEIN CML28-RELATED	coord: 192..245
None	No IPR available	PANTHER	PTHR10891:SF892	CALCIUM-BINDING PROTEIN CML28-RELATED	coord: 12..65
None	No IPR available	PANTHER	PTHR10891	EF-HAND CALCIUM-BINDING DOMAIN CONTAINING PROTEIN	coord: 12..65
None	No IPR available	PANTHER	PTHR10891	EF-HAND CALCIUM-BINDING DOMAIN CONTAINING PROTEIN	coord: 192..245
IPR018247	EF-Hand 1, calcium-binding site	PROSITE	PS00018	EF_HAND_1	coord: 150..162
IPR018247	EF-Hand 1, calcium-binding site	PROSITE	PS00018	EF_HAND_1	coord: 114..126
IPR018247	EF-Hand 1, calcium-binding site	PROSITE	PS00018	EF_HAND_1	coord: 294..306
IPR018247	EF-Hand 1, calcium-binding site	PROSITE	PS00018	EF_HAND_1	coord: 22..34
IPR018247	EF-Hand 1, calcium-binding site	PROSITE	PS00018	EF_HAND_1	coord: 202..214
IPR011992	EF-hand domain pair	SUPERFAMILY	47473	EF-hand	coord: 12..219
IPR011992	EF-hand domain pair	SUPERFAMILY	47473	EF-hand	coord: 275..328

Relationships

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


Feature Name	Unique Name	Type
Tan0009867.1	Tan0009867.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
molecular_function	GO:0005509	calcium ion binding