Cucsat.G5653 (gene) Cucumber (B10) v3

Overview


Name	Cucsat.G5653
Type	gene
Organism	Cucumis sativus L. var. sativus cv B10 (Cucumber (B10) v3)
Description	Kinesin motor domain-containing protein
Location	ctg1402: 122153 .. 127309 (+)
RNA-Seq Expression	Cucsat.G5653
Synteny	Cucsat.G5653

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.

AAATTTAAATGGGCGGGCTGTTCTACTACTAATAAAGCTCATCTTCTACTCAATTTTCCTTCGTTAAGTTCCACTCTCCCACTCCGCTAAGAGCTTCGAACTATCAAATGTTCACCGATTCCTCACCTTGAATTCCACTTTCCGTTTGATCGGAACTTGAAAGCTCAACAATGTCGAAACATTTACCTGTTTCAAAGAATTCACAACCGGAATCCAACGAGAATGAGCTCGGAGTCTCCCCCAGTGGATTTCATTTTCCACCTCCAAGAACTCCTTTCAACATCATTGCAGATCCAGCTCAATTCCAGAAGGAGTTTTATGATTCTGGGTTTGATTCCAATTTGAAGTTTCAATCCACCGAAGCCGATTTCTTTTCTGATAGAAAATCTGAAGTTTCTCTTAAGATTAATGGAAATGCATGTACTAACAGTGGTACTCCAAGGCTTTCAGCTCAAGGTCGGAGGGTTAGCTCTGAACCTAGCTCAACGCATAGTACTCCTGCAAAGAGTTCGTCCAGAGTTTCGTTGGGTGGAGCAATAGTTTCTACTGGCAGTAAAGCTCCTCAGCTCGCTGATGGCCGGGCAGGAAGTTCCTACAGGTTTTCTAGAAGGATATCGATGCCGAATACGGAGTTTCCGGTTGATGTTTCTCATATTGACCTTGAGGAAGATCCATCTTTCTGGAAGGATCACAATGTGCAGGTTAGTTTTTGTTCTGTAGTTCCTTTATTTCGGGTGGGTAGCTTCATGGATGTGAATCATGGGTTTGTATGATTAATTTGTTTTAGGTAATGATACGTATTCGACCTTTGAGTACCATAGAGAGAGACTCTCAAGGTTATGGTCGATGCTTGCGACAAGAAAGCGCAAAGACTCTGGTGTGGCTTGGTCACCCGGAAACCAGATTCACTTTTGATCATATAGCTTGCGAAAAAATATCACAGGTGCAATTTCTCCCTCTCTCTCTTTCGTTTGTAACGTTTGTTTTTGTTGAATTATGGCTCTTCTGAAGAACGATTGATCAAGTAAAATTGAGTGGTGTAGCTCTTGACCTGATATTGTTTTAAACTTCATTATTTTGAGTTGCGTCGAATTCATTATTCTCGGAAATGAAATTGGTATAGTATAGTTCGTGTAGTTCTAAAGCCCACACTTTTTCCTTCTGTGAAAATTTAGGAAAACCTTTTCAAAGTTGCTGGACAGCCAATGGTGGAGAATTGCTTGTCTGGTTATAATAGCTGTATGTTTGCATACGGCCAGGTACTTCAGCAGCAATATTCGATCGCAGGATTTTGGGTTTTATGTATTCTGTTAATTTTTTTTTCTTTTGGTCCTGGCAGACTGGTAGTGGTAAAACATATACCATGATGGGCGGAATATACGAGGTGGAGGGTAAACTCAATGAAGATTGTGGACTAACTTTACGCATTTTTGAGCATTTGTTTACAAGAATTGGAATGGTTTGGCAACTTAATTTTTTATGTTCTTAATTGACATTATATTTTGCATGAAACAATACATCTCGAGTCATTTTGTTCTCCATTGGGTTTGTTTTGACGAATTACTATGTGCAGGAGGAAAAGAGCAAGCAGGATGTGAAATTGAAATATAGCTGCAAATGTTCCTTTCTAGAAATTTACAACGAGCAAATCACAGACCTCTTGGAACCTTCATCAACTAATTTGCAAGTAATTCTCAGCTCTCTGAATATATCTTACTCTGGGATTTACTCTCCACTTACCCTGATCGTTAAGAAAAGTAAGACTTCTCATTGTAGCTCAGAGAAGACTTGAAGAAAGGAGTATACGTAGAGAATCTCACAGAACACAGTGTTAGTACTATAAATGACGTCGTCAAGCTTCTCTTGCAGGTGGCTCCACCTTGAGATTTTGCATTCCACTGCTCCAGTTTTTATTTTATTTAACTGCCACACGATAAAGATCTTTCCATTTCATACTTAGGGTGCTGCAAACAGAAAAATGGCTGCTACATATATGAACAGCGAGAGTAGCCGCTCCCACAGTGTTTTTACCTGTATAATTGAAAGTCATTGGGAGAAAGATTCCAGAACTCACTTTAGATTTGCGAGGTTAAATTTAGTGGACCTAGCTGGTTCTGAAAGGTAAACTGTTTCAAGCATGAGATGGCTATTGCCTTTTTTCATTTCCCTTGTGTTCTTTTACATTATTCACTAACATCAGATGGTTCAGGCAGAAAAGTTCTGGTGCAGAGGGGGACCGCTTGAAAGAAGCTGCAAATATAAACAAGTCGTTATCAACTCTAGGGTAATTAGCACAAAAAGCTGTTTCTCATCAGAGAACCAAATATGCTTCCTTGGATACCTATTGTTTTCTTTTCCCTTAGGTTCTCACCTATTTCTAGCCATTTCAGCTAATTTTTAAACTGAAATGAATAAACATTTTATCATCTGAAATCTACATTGAAACCAAGAATGTGATATTCAGAACTGTTTCTATAGTGGAAATGAAACTTGAGATAAAGCAATTCATGCCTATCATTCCTGCCACTTGTTAGGGAGTACTTTTATCTGGATTGCATCTGAATCTAACTAGTAAAAGTTAACAGGAAAGCTACATTATCGATTGTCTTTTTAAAAAGCCTTGCTAGTTTAACAAAACTTTCTTTTTCATCTTTCAAAGTTTTCTGATTGACTGATTGTTTTGTTTTTTCTTTTGTTTTTCAACAATTATTGATAAATTCTTCATTCTTATTGAAATCTAACATACTAGAAGCATTGACCATAGAATTGAGAGAAATTTGAACTATAAATCTACCCTGGGGATCTGGCTGAGTATTTTGAGGTTCCCCGTTTTACAAATAGACCCAATGGTGGTTTTGTGCCATTTGTTCTTTAATTGCTGCCTTGTTTTTATCTTGTAAAAGATAAAGTTTTGCGTAACGAGATATTTTTTTGCATCTGAATGATAAAAGGTTATTTGCAAAGGAATTACTTGACAGATCCCTATAAATTCTTTTGCTTCCCAAATAGCAAACTTTCTTGCTGTAGAACACACTTGTCTTGGATTTTCTTTTCAGAGGTTATAATATTTCAGTTATATGCAACTACTTTATTAAATTGTTTTTTAGTTGCTTAGCCCAATTTTCTGCTCTATTTTGTAGCTTGGTCATTATGTCATTAGTGGACTTGGCTCATGGGAAGCACAGGCATATTCCGTACAGAGATTCGAGGTTGACATTCCTACTTCAGGTTCTTTCTTAAAACCTCTTAATCTTAATATGATATTGTGGAGCTGTTGATCATATGGTTTCTCTGGCTTGGAAAATATCTGGACACATTTGGATACAGGACTCTTTGGGTGGGAACTCAAAAACAACTGTCATTGCTAATGTCAGCCCATCATTTTGGTCAGTGTTAATCTCGGTTTGAAACTAAAACAAAGTCCTGTTTTTTTGGTTTTTCTGTTTTTTCATATTTCTAATTGTGCACATTATTTCTGCAGCTCAGCCAATGAAACACTAAGCACTCTTAAATTTGCACAGCGTGCCAAACAGATTCAGAATAATGTACTCAATATTTTCCCTACAAGTACACACACTGGCATCTTATTTATTCCAGTGAAACTACAATTTATTAAGAGCTATTCTTCGGCACTTCCTGTTGTTGTAGGCAAAAGTTAACGAGTGTGCTTCAGGTGATGAAACTGCACTCCAAAGGCAAATCCTACACTTAAAGGTTTGAAATAAAGCTGTATATTTGTGACAATCATATTGGAACCGTTCTTGTCAGTAGAGTTGATGCATTTTGGAAATTGACAGGGTCAGTTGTCCTTTCTACTGAAGCATAGTAATTTTCCAAGGTCTATACTGAGTAGCGTTCCAAGACTTGAAGAGTCTGGAGTAAGTGCTCCTTTCGAAGACTATGGTGCCTTAGAGGATAGAATGCAAACCGAAAATCATAAGGTATTGAATTATTGATCATAAACATAGAGGAACACTTTCCCAAGTATACCAGACGTCATCTTCATTTTTAGTGTGATGCAATCACCAAATATTGATACTTATGTATATGCAACAGATGAAACTCATGGAAGCTTCCTTGATTGGTGCATCAAGGAGGGAAGAAGTGGCAAATTCTACAATAAAAAAGCTTGAGTTCGAGATTGAACACATGAAGCGCTTGGTATAACTCATTCTAATCTTGATTAGAAAAACGAGAGTTGATTGATAGAAACTGTGATGTGAAGTGTCAATCAATTTTGTAGCTATGACATTTTATGCAGGCTTTCCAACAAGAGGAGGATGGTCAACGTACTAAAATGTTGTTAAAATTTCGGGAGGAGAAAATCAGACAACTTGAATTGTTTTTAGGTGGGATGGTGTCCGCTGATCAATATCTTTTAGAAGAAAATAAGGCCTTAGCGGTAGAGATTAAGATGCTTCAAGCAAAGATTGACAGAAATCCAGAATTGACAAGAGTCGCTTTAGAAAATTCTAAACTCACTGAGCAACTTCAAGTGTAATAATATGCTATCTTATTGAAGAAAACAATTATTTCCAATTTTGTTGCCTATTAAATTTTCCTATTTAAATATCGCATCAGGTTTCACAATTTTTACGAGCTAGGAGAGCGTGAAGCATTGCTAGCTGAGGTTGCAGAATTACGCAACGAGGTTTCAAAATATTAGATAAATTCTTTACTAAGTTTCTTCTTTTTTCTATTTATGACAATACAACTACTCCATTAATCATGAGGAAGTTATTTGAAATATTCTCATTACACAGCTTCTGGTTGCTCTGGGAAAAAACTCAACCATATCTGAACGAGATAAATATCAGGTTCTTGGCCATTTATTAATTAGCTTCTAGTTTTCTTATCAAATGAAAAACAACTGACAAAATTTATTTTGCCTGAAGCCACACTAGTTTTTATTACAAAATGAGAATTGTAATTGTACGAATGCCACGTTTTATTTTTCCTTAACTTCTTTTGCGAAATTGTTTATTTTGCAGAATGAAACGATGTCCATCAAGAGTTATACCCAAGATGACACACTATCATATATTGCAGGAAGTGAGGAGAACTTTGAAAATAGATTAGGTCAAGGTTCAGATAATGAACTCGGAGCAAAGCCCATTTGTTCTCGGAAAGATTTGACTGATGCAAAAATGTTGGCTGAGTCAATGGATTTGGATAACCACATGCAAGCTGAGAATCATGAATGCAAACAGTTCAAACGCAGCATGGTGGAAAACTTTATTAAACAATCTGATGTTACAAAATGTCTAAATGACGGAAATGTAATGAACCAACGAGAAGATGTTGACAACAAAACGTTGCAAGTCAAGTTGGAAAACTTGACTAGGGAACTTGAAGAAGTCAGATTATCTAATATTCACTATCAAGAAAATCAGAACCAACAGAACCAAATTGAAGATGTTCGCCAACAGGTTGAGATGGAGACAGCCAGTACAATTCTTCAATTACAGGAAGAGGTTGAAACTCTTCAGTTAGAACTTAACGATAGGTTACATGGCTTAGCCCAGGAAAACACACTACTAAAAGATTTGTTGTCTGCAAAAAATGAGGAGATGAGGATGCTATGTATTGACTGGGAAACAGCAATGGTAGAACTAACAAGTTTCCTTCTTGATAGTTCAAGATCGATCAGAGATGCACATGGGCAGATAGAAGGTATCGCTAATTTGTTTCCTGAAGTAAATGTTGGGATTAGCGAACAGGTGCAACAGACCATCAAAGTTTGTATCGAAAAAGAAGAAACAATCTTGTTCTTGCATAAAAGTTTGGAAGATGCACGACACATGGTGAAAGAAATGGAGCTGAAGTTAGATTCTCTGAAGGAAGCAACACTCGCCTTTAATGAATTGGAACAAATGCACGATAATATTAGTTCTGCAGGTGCTAAACCGATGAGCACTCAGATGACTGATGAGAATATCATGGGGGAGTTTCTAGACAAAAGACTTGGAGTTAAGGACTGTCCGTTAATTGAGGCTGAGATATCTGCCGATGCTGCAGTCACTGCAGCAGAATGGTTATCTCAACCTCAGGAGCTGGGTTGCTGTAATTCCATTGAGAGACAGATGCCCATCTCAAAGCTGGATGTTTCATCTCAAAGAAGCAGTCACATCTTTGATAATCTAATGGCTAATGCGAATGAATTACTGCTGGAAGAATCAGATACAGTAAGTAATATGATATGGTTAGGCTTAATGGAGTTAAAAAATATAACTACTGGACATTATGCTGACATGGAAAAGCATATTTCAGCTCTCCATATTTACATTCAAGATCTATATTCTGAATATCAAGAGTTAGTCCAGGACATGGCGAGAGAAATTCATGAATTGAGGTTAAAAGCTGAGACATCAAATGAAAACTATAAAAGTCTCCAATTCTTCAAAGATAAAGATCAATCAGCACAAAAATATTGGAATATTGAAAACCAAAATAGTATTTTGGATCAAATAAGGGCTAAAATATATGAAGCAAAAAACAGACTAAATATTCTTGAAGATTCTATTGATAGAAATATAGCTGGTTGTGGAGAAAGGTATTTAGATCAATATCCGATGAAAGAAGATGGCTGGAGTTCTGATTGCTCTACTTCTAGCTCTGAAATTTCAACTGAGAATGATACTTCAAGAGGGAAACTTTTGGACTATATGAATGGAGGCGAAGGAACCACAACTTGTCTGAGAGAGGAATTGTATATGACGTACGATGCTATCCGTAAACTATGTATGCAAATAGATGCAGTCTTAATGCATGATATAGGAGGCAATTCTTTGTCAGAAGGTAACTATTGCTCATACAATTTGTCATTGGAAGCTGTAATAAACAATAGTTTGAAAAAAAATCTGATTAATAATGATCCAAAAATTGATGACAGAAATGGACCAGGGAAAAACACCCTTCAAATTGAGGATGGAAAAAGCTGAAGCTGGTTGCAGTAACAACAGCAAGGTATACAATAACTTATACAGTCAATCCTGACTTCCAAGTTTTATGGTCGTCATATGAGGAATCAATGTTTTCTTTTGCTAATATCTTCAAATATCGATATCGAGGGAGATTGGGTTCATTTTTCTCATGCTTTGCGGTGTTGCAGGTAATTTCTGTTGAGGAGATTAAAGAGGATGGAGGGTTCTTGACCAGATTTGAAGAAGCTCAAGAAGCAATAAAAGAAGCTGATATTATGTTAAATGCATTGTTGAGAGCCAATGCAAATGCAAAGCAGCTAACTGATATATTTAAGCAAGCGGGTGAGCAGTTACAGATAGAAAGAGACAACTTGGTTGACGAAGTTGGACAGCTCAAGTCTTCAATGCATTTGAAGGATGTTGAGAATAAATTACTTCATGATCAAGTTTGTTTTAGTTTGGAAGAGGTAGCTAACTCAGTCTCTTCTCTTGAAGGCTGTATTTCACAAACACAGAAAGATGTGGATGAGAAGTTTGGCATAATATCTTGTGATATCATATCCTTTAGAGATGAGATGCTTAAATCTGTTAGTAACTGGAAATCCCTACTGGAAGATATTTTTTTGGAAATAATGGGAAGAGAATTTGCGTCATTTGTTATCCATCAGTGCTATGTGAAAGAAATTTCTTGGCAATTTGCTGCACAGTTTAAGGCAGACCCTAACTTTTTACCACTTAAATGGAAAAGGTGTTTCGAATCAACCAATGCTTCAGGATCTACTTGCCTTACTGATAAGGAAGATATTATGTTAATTAATAAGATTGACAAAGGAAGAACTGAGCTGATCACAGACTTAGAAGAGGTAGATGGAGGTTTTTCCTATGATGACATTTTGTATGAGAAATTGGCACTTAAGAAGGAATTGAAGAGGAAGGAGGTTTTGTTAGAAGGTTTGCTTTTTGATTTTAGATTGCTGCAGGAATCAACTGCAAAAACAAAGGATATGGAAGATGAGACAGATTATTCTCTGAGTCAGCTCCAGCACGAATTGGAGATTAAGGCAAATCAGCTTGACAGTGTGCTCATTCAGCAAAGAAAACTTGAGGGGCTTCTAACTGATACTGAAAAGGCTTTGTTCTTATCTAATTCCAAGCTTGATAAGGCAAAAGAAACAATGACATCAATTTCAGAACATAATGCACAGTTGAAGAAGCAGTTAGAAGATCTTTATCTCAAAAAAATTGAGGCTGAAAAACAATTGGTAGAACAGCAGGATGTAATTAATAAACTAGAAAATGAAATACTTCATCTTACTTCACTGGAAAAAAGATCAGTTCTATCAGTGGAAGACATTGAAAATGACTTGAGCAGAGTCATCAGTGAGAGAGACCAACTCCATGAACAGGTCTGCTTTCTGACTGACAAGCTTGACATAGCCTACGCAATGGCTGATGAAAAGGAAGCTGTTGCCACTGAAGCTCGTCAGGTTTCATCTCAGAATTTTTGTGGTTTCTTCTAACACTAGAATTGAGGTTTGATCTAAGTTAGATCTGTTCTTGTTGTGATTGCCATTTACAATTTCAGGAATCAGAGGCCAGTAAATTGTACGCAGAACAGAAGGAAGAGGAGGTGAAGATCTTAGAGCACTCTGTTGAGGAGCTTGAGAGTACCATAAATATGTTGGAAACAAAGGTCAACCCAAAGCTGCTTTGGAAACCCTATGCATCAGTTCTATATAAAACTGATCACTCACATCAGAGTATTCTCTACTTTTTCTCCTTTCAGGTGCATGAGATGGATGGGGAAGTTGAGAAAAATCGCACATTAAGAGAATCACTAGAACTGGAAAAACAAATCTTGAGACAAAGACTATTAGCTGTACAAAATCTCTCTGAAGACATGGATTGTGGAGCTGAAATTGTTGAGCATGCTCAAGAGCAACCCAGGTTCAAAATTCTTTTTGTTTATTTTTAATTTGAACTATTATGATATTGTTATTATTGTTAAAGTGAAAAAGAAATTTCAAGTACAGGCAACCAGGAAATATACTTCTAGAACTGCTTGAGACAAAAAGTAGAATAAAACTTCTTGAAGGGGAAAGGGTAGAACAAGACAAAGAGGTCAGTGAAACCAAATTATTTGAACATCACTTCTTTTGGATAGAGTATTTTGTTTCTCTTGTGAATATGATGTTAAATCAGTTGCAATTTACTTATTCATTGATGGATGTTTGGCTCCTTGTATTTGAAGGTCAAACGACTCAAAGAATACATCTCCGAGCTTGTATTGCATGCCGATGCCCAGGCAATGAAGTACCAACAGAAAGTAAGAAACTAAAAAAAATTGATTAAAGTATGCATCATTAGTAACTTCTATTTGAAAAAAGAAAAGAAAAAAACTCACAGTCAAACTAGCAATAGTTGAACTCAAGCTTAGATTTGCACCAGGTATGTAGAACTGCATGGTTTGTTTGTACAAAAAAATGAGACTTATGAACAAGATGAAGATTTAATTAAATATCCTGATAAAAAAAATCAATGTCCTGATCATTAAGGATTCTTGATGTTCTTCACTTGTTTGAGTTTAATGATTTATGGCATCCCATAAATTGGGCAGCGTACTGGTGGTGGTGCAGTACCCAACTTTTATGCTCCTAACATGTTTATAGTTGAGTCTTGATGGCAAGTTCATGCTCTCTGGTAGTGGCGATTGGTTTTATACATTTCTTTGTCACATTTTGCATCCATATTCTTTATGAGCAGTACACAAATCTGGAAGTAATGGTTCGTGATGCAAGCAAAGATCATTCAAATCCAATGACTGCACCAGCATTAGATAAAGTCGAAAAAAATTCTGCGAGAACGAGGGGTTCAAGCTCACCATTCAGGTGCATTTCAAACTTGGTGCATCAGATGAACTTGGAGAAGGAGCATGAGCTGTCAACAGCAAGGCTTCGTATAGAGGAGCTCGAGGGACTAGCAAATAGTCGGCAAAAAGAGGTATACAAATTGGCTAGACAACTTAATTATTTATCTGCAATCTGCAATCCTTGTGAAAGATTTGAGTAGTGAACATTATCTGAAGAACTCAATCCAAAACATTATTCTGTACCAGATATGTATACTGAATGCTAGGTTGGCAGCAGCAGAAAGTATGACACATGATGTTATTCGAGATTTACTTGGTGTTAAACTGGACTTGACTAAATATGCGGTAAGTTTTATACTGTTATTTTTTGGATAAACAAAAATTTCACTTATTTGAGACTTCAAATATTTATAGTTGCCTCACCTGTATCTAGTGATAATTTTTGCGTTGAAAATTTCAGAACTTTATAGATCAATACCAAGTTCAGAAAATGGTTATGGAGGCTCATCAACAGTCTCAGCAATTCCGGGAAAAGGTGGAAATTGTAAAAGGCTACAATTTTGATTTGCTATTTTTTGTTATGACCTGTCAGGTCGACATTATTTTATTTTATTATTATAGGAACGAGAGGTTCAAGACTTGAGGACACAAATTAATGATTTGCATGAAGAAAGAGAATGGTGAGAGCTTTTCTAGAATGATTTACATTAGATTCTCCCTACTCGAGGTTTCTAGCTACATATTGATATTGTTTACTTAAGCTTTTGTCCGTAAAATTGAAAGTTGATGATAATTGTGTTATTGCCTAACAATTGGAGAATAAATGAATTAGTCTTTGATATATCACACCTTCACTCACGACCTTGTGGGAGAAATTTTTTAGTTTGTAGTTGCTTTGTTTGGTAATCAATGATAAACAAGTAAGGATGCACAGGAAATAACATGTCTTGTTTATTGGTGGTGGCGTTCTCTGAACTGTAGCCCCTAATTTGAGAGCCTAGAGATTGAGGGTAGAATATGTCTGTGTCATGTGCTCCCTCTTGCAAACTTGAATTTGGTTTCTCTGTGTACCTTAACATGACAGTGGTTTCTGTAGTTACAAATCTGTACTAAGCAAGAAGGAAGCTGAAGCACTCCATATGCAAATAGCTTGTGAGAAACTACGTGAGCGGGATCACTTGCTTTCTTCACAAAATGGGATACTGAAGGTAAGCACGTGCTATATGAAGTTATTCTTAGTTTTCATATAATGCGATATGTTTCAAGTTCCAGTCTTCAGTCATAAGTACCGATATCTTCTGCCATTTCAATTTTAGTGAATTTTTGTCGTACTGTATATCAAGGTTCTTCTGTTATGTTTCTGTAATGCATTATGGCTATTTTGCTGCCTGCACAATCCATCATTTATGACACAGGCTCGTGCTTTAACACTCATGTAGAAACAAATTCCAGATGCGTGTTCATCCTTATCAGTAACTTATGCAAATTCTCTGTCTACTTGCCTACTCAAGCTCAAGCATAGATTCATCAACCCTTTCTTTAGTTAAATCCAGAATATAGTCTCTAAATTATTCTCTTCCTAACCTCCAGCAATGAAGCTCAATGAATATTGCTATCTACATTGGAAAAGCTTTCAGTCGTAGGCTTGTTGTTTTTTTTGGCTTGTTACCATTTTCAGCTGTGTTGTTAGTCTCATATTTTTTCTCATTAATTTTGTATTTGGAGCATTAATCTCTTTTCATCACGTTGATGAAAATTTTGTTTCCCCTCAAAAGATAAAACTCTCTGCTTTGGATAAACCAGTCCATCATTCTCGTCATTGCCATTTGCTACTACTAACGGCCCTGTAGAGTTCATTATGGTACTCAAGGCTGGCTTTCCGGTTTTGTCGTTGCCTAACAGCAAAAAATTAACCCTGAGTTTGAGATCTGGAAAAAATACACAAACTCCTCATGAGCTCCACATCCTCCACAAAAGTTAAATCATCATATTCCCTTCGAAAGTTTGTGAAGTACTATGATACATCATGCACTTATGAATCCAGTTCTTCTAATGGGATGGTCTCAACTTTACGAAAGAAAGAAAGATGGAGTTTTTGAGAACCGATCATTCACAGATAGAGGAGATTGTCGATGAAGTAGCCTGATATAGATGAACCTCTTTTCTTATAGAGGCAGTGTGATTTGTCCCATCTTCTTTATGGCCTGAGAGATATGTGCCGTCTGTTTATCTCCTAAATTCACTACACCACAATAATTTCCAAAACCATCTCTTTTATTAGCTCAACATTTGCTTGTCAGAAATGCTTTCATTTTTAATTTACGCAATTAGCTTAGAATTGTAGGCATTCTTTCCTGACTACTGCATTCTGATTTTTGGATGCCGGTAGTGCTTTTAAGTTACTGGCTTTATTCTTCTTTGTGGAAATGATCGTATCCTTTTCTCTTTGGTGTGTCTGTTTAACAATCGAAGATTAGACCCGTCCGGCCTTTCTTTCCTCCATATAATTGCAGTACTATGCTTTAAAAAGTGAATGAGATGAGAGATATCGACCAAGTTCATAATTACTTACTAAGTTGTGTGTTATCATTCCAGTCTTCCCTCAGAGATAGAGTATAGCAATCACCGCATAGGGTAGCTTCGGTCCTCAAAAGCCTACCAGTCTTTCCCTCTTTCTCCAGACATATTGTATTCTATGAAAATTCCTTCTATTTCCTAGAATCTTCTTCATCCTAGACTGGTGTACTTGAGGGGACGTTAAGTATTAGTACTTTACATGCTATGCCTTTGTTTTTTTTTTTTTTTTTGGTGGGGAAGGGGGATCATTATGGATTCCTATGGAACCGTACTTATATAGCAAGACAGCTTCTCTCATTTCTATGTAATTCTTTATGCAGTTATTTTTTCACCTGTACTTCACATATCCATGATAATACACTTATACTCTATTGAGCTGAGCCTTTTCCATTATTAAGCCTTTTCTCTTGTTGCACAATTATTCTTATTTCACTGCCGTTTTGGACTAGACGGAAAACAAAAATCTAAAGAAGAAGATTGTTGAACTGGATGAAAGGGCGAACACACTTCATCAAACACAAAGTAGCCAACGTGAACATCGTCATGCATTTCTAACCAAGGTAGGTTTCAAATCACCATAATTATTTGGCTGTATGATAAGCCCTTGCTGAGAATTTGATGTTAATAAATTAGGTGCAGAATGATGAGTTAACAATGAGGTTGGCTAACTCAAAAAAGCTTCTCTCCCGCGTGAATGATGAAATGGCTCGTTACCGTATTCCTAGTGGCAGTTCTTCACATCACCGAAGTGGAGGCTCTGGAAAGGAGATATCTCACGAGTGATCCATTTGGAGTATAAAGGTACCATTAACGTAATGAAGCCTACTCTAAATTAGAAATTTAGTCCTGACAAATTGAAACTATTTGGCTTTTGAAACTTAATCACGTTTTTCCTCAATTTCATTTACATAGGAGAGTTAAATTCTCAGCCTAATTCCAAAAATAAATTCAAGTTTTTAAAGTTTTCAAAATTTGGCTTAGATTTTAAAAACATTGGTAAAAACTACAAAACAAGAGGTTTGTTGAAAGGGTGTTTATAGATTTAATTTAAAAAAACAAAAAACAAAAAACAATGATCTAATTTGTTGATCATTTGGTTTTTCATTTTTATTGGTGAGAGTTGAATTCTCCTCCTTAGTCAAATTCCATATTAAAAAAAATAATTGTTTTTTAATTTTAAAAATTTAGGTTTGGTTTTTGAAAACATTGGTAGAAACTATGTAACTAAACAAGAACCTTAAAGATGGAAGAAATGTTTATAATCATATTTTCCATCACTAAAAACAAAAGATCAAATGATTACCAAATAGGGTCCAAATGATTACCAAACACAATCTATGTTTTTATCAGACATGAGCTTCAAAAATGGCAATTAGATTCTAGACTCTACAAAATCTCAAACATATTCAAGGGTCCCATTTGAAAGTCATTTGATCTCCAAGACACTATATTTCTACACAACCTTTAGTTAGCATATTCTTAAATCATCTATTGATCTAAAAGTTTAAGCTAATAGGTAAAAGCAAATTTGATACATGTCATCTAACAAATATAATGTACTTGATGCAGACCACTCGAACAAGAGACAGATGGCTTGGTTTGGTTGGTACATAGAGTCATTACCAAGGACAGTATAGTACCACGTTGTAAATGGTAGTTCGAAATTCCACATCCTGTTTGCAAGTTTGGCCCACCGTAATAGCAAAAAGATTTCAAGTAAGGCTGACATTTTGAGAGTTTAATTACATTGTCATTTGCCCATCTGAATCGGTGTAATGTTTGTAAATAAACAACTTATTTTGAATTTCAGTTCAGTTCTTCGTTGAACTTTTTCATTGGTAGCTCTTAAAGTTTGGTTACAACCCTACTTATAGGGAGTTTTGGGTTGGATTATTTATTTATTTATTTTAATTTAGGAGAATTGGAGCCTCTACCTTCAAGACTGATAACACATGTTGTCTGTTGTTAGTTGAGCTATGTTGTCCGTGCTTAGTTGAGCTATCCTTTGTTTTTGTATCTTTTAAATTGATTTTAATTAATATTGTTTTTTTTTCTTTTTGAATTATGTGACTTAGAAAGAAAATGTCGTGGCAAATTGTAAAAAC

Coding sequence (CDS)

ATGTCGAAACATTTACCTGTTTCAAAGAATTCACAACCGGAATCCAACGAGAATGAGCTCGGAGTCTCCCCCAGTGGATTTCATTTTCCACCTCCAAGAACTCCTTTCAACATCATTGCAGATCCAGCTCAATTCCAGAAGGAGTTTTATGATTCTGGGTTTGATTCCAATTTGAAGTTTCAATCCACCGAAGCCGATTTCTTTTCTGATAGAAAATCTGAAGTTTCTCTTAAGATTAATGGAAATGCATGTACTAACAGTGGTACTCCAAGGCTTTCAGCTCAAGGTCGGAGGGTTAGCTCTGAACCTAGCTCAACGCATAGTACTCCTGCAAAGAGTTCGTCCAGAGTTTCGTTGGGTGGAGCAATAGTTTCTACTGGCAGTAAAGCTCCTCAGCTCGCTGATGGCCGGGCAGGAAGTTCCTACAGGTTTTCTAGAAGGATATCGATGCCGAATACGGAGTTTCCGGTTGATGTTTCTCATATTGACCTTGAGGAAGATCCATCTTTCTGGAAGGATCACAATGTGCAGGTAATGATACGTATTCGACCTTTGAGTACCATAGAGAGAGACTCTCAAGGTTATGGTCGATGCTTGCGACAAGAAAGCGCAAAGACTCTGGTGTGGCTTGGTCACCCGGAAACCAGATTCACTTTTGATCATATAGCTTGCGAAAAAATATCACAGGAAAACCTTTTCAAAGTTGCTGGACAGCCAATGGTGGAGAATTGCTTGTCTGGTTATAATAGCTGTATGTTTGCATACGGCCAGACTGGTAGTGGTAAAACATATACCATGATGGGCGGAATATACGAGGTGGAGGGTAAACTCAATGAAGATTGTGGACTAACTTTACGCATTTTTGAGCATTTGTTTACAAGAATTGGAATGGAGGAAAAGAGCAAGCAGGATGTGAAATTGAAATATAGCTGCAAATGTTCCTTTCTAGAAATTTACAACGAGCAAATCACAGACCTCTTGGAACCTTCATCAACTAATTTGCAACTCAGAGAAGACTTGAAGAAAGGAGTATACGTAGAGAATCTCACAGAACACAGTGTTAGTACTATAAATGACGTCGTCAAGCTTCTCTTGCAGGGTGCTGCAAACAGAAAAATGGCTGCTACATATATGAACAGCGAGAGTAGCCGCTCCCACAGTGTTTTTACCTGTATAATTGAAAGTCATTGGGAGAAAGATTCCAGAACTCACTTTAGATTTGCGAGGTTAAATTTAGTGGACCTAGCTGGTTCTGAAAGGCAGAAAAGTTCTGGTGCAGAGGGGGACCGCTTGAAAGAAGCTGCAAATATAAACAAGTCGTTATCAACTCTAGGCTTGGTCATTATGTCATTAGTGGACTTGGCTCATGGGAAGCACAGGCATATTCCGTACAGAGATTCGAGGTTGACATTCCTACTTCAGGACTCTTTGGGTGGGAACTCAAAAACAACTGTCATTGCTAATGTCAGCCCATCATTTTGCTCAGCCAATGAAACACTAAGCACTCTTAAATTTGCACAGCGTGCCAAACAGATTCAGAATAATGCAAAAGTTAACGAGTGTGCTTCAGGTGATGAAACTGCACTCCAAAGGCAAATCCTACACTTAAAGGGTCAGTTGTCCTTTCTACTGAAGCATAGTAATTTTCCAAGGTCTATACTGAGTAGCGTTCCAAGACTTGAAGAGTCTGGAGTAAGTGCTCCTTTCGAAGACTATGGTGCCTTAGAGGATAGAATGCAAACCGAAAATCATAAGATGAAACTCATGGAAGCTTCCTTGATTGGTGCATCAAGGAGGGAAGAAGTGGCAAATTCTACAATAAAAAAGCTTGAGTTCGAGATTGAACACATGAAGCGCTTGGCTTTCCAACAAGAGGAGGATGGTCAACGTACTAAAATGTTGTTAAAATTTCGGGAGGAGAAAATCAGACAACTTGAATTGTTTTTAGGTGGGATGGTGTCCGCTGATCAATATCTTTTAGAAGAAAATAAGGCCTTAGCGGTAGAGATTAAGATGCTTCAAGCAAAGATTGACAGAAATCCAGAATTGACAAGAGTCGCTTTAGAAAATTCTAAACTCACTGAGCAACTTCAAGTGTTTCACAATTTTTACGAGCTAGGAGAGCGTGAAGCATTGCTAGCTGAGGTTGCAGAATTACGCAACGAGCTTCTGGTTGCTCTGGGAAAAAACTCAACCATATCTGAACGAGATAAATATCAGAATGAAACGATGTCCATCAAGAGTTATACCCAAGATGACACACTATCATATATTGCAGGAAGTGAGGAGAACTTTGAAAATAGATTAGGTCAAGGTTCAGATAATGAACTCGGAGCAAAGCCCATTTGTTCTCGGAAAGATTTGACTGATGCAAAAATGTTGGCTGAGTCAATGGATTTGGATAACCACATGCAAGCTGAGAATCATGAATGCAAACAGTTCAAACGCAGCATGGTGGAAAACTTTATTAAACAATCTGATGTTACAAAATGTCTAAATGACGGAAATGTAATGAACCAACGAGAAGATGTTGACAACAAAACGTTGCAAGTCAAGTTGGAAAACTTGACTAGGGAACTTGAAGAAGTCAGATTATCTAATATTCACTATCAAGAAAATCAGAACCAACAGAACCAAATTGAAGATGTTCGCCAACAGGTTGAGATGGAGACAGCCAGTACAATTCTTCAATTACAGGAAGAGGTTGAAACTCTTCAGTTAGAACTTAACGATAGGTTACATGGCTTAGCCCAGGAAAACACACTACTAAAAGATTTGTTGTCTGCAAAAAATGAGGAGATGAGGATGCTATGTATTGACTGGGAAACAGCAATGGTAGAACTAACAAGTTTCCTTCTTGATAGTTCAAGATCGATCAGAGATGCACATGGGCAGATAGAAGGTATCGCTAATTTGTTTCCTGAAGTAAATGTTGGGATTAGCGAACAGGTGCAACAGACCATCAAAGTTTGTATCGAAAAAGAAGAAACAATCTTGTTCTTGCATAAAAGTTTGGAAGATGCACGACACATGGTGAAAGAAATGGAGCTGAAGTTAGATTCTCTGAAGGAAGCAACACTCGCCTTTAATGAATTGGAACAAATGCACGATAATATTAGTTCTGCAGGTGCTAAACCGATGAGCACTCAGATGACTGATGAGAATATCATGGGGGAGTTTCTAGACAAAAGACTTGGAGTTAAGGACTGTCCGTTAATTGAGGCTGAGATATCTGCCGATGCTGCAGTCACTGCAGCAGAATGGTTATCTCAACCTCAGGAGCTGGGTTGCTGTAATTCCATTGAGAGACAGATGCCCATCTCAAAGCTGGATGTTTCATCTCAAAGAAGCAGTCACATCTTTGATAATCTAATGGCTAATGCGAATGAATTACTGCTGGAAGAATCAGATACAGTAAGTAATATGATATGGTTAGGCTTAATGGAGTTAAAAAATATAACTACTGGACATTATGCTGACATGGAAAAGCATATTTCAGCTCTCCATATTTACATTCAAGATCTATATTCTGAATATCAAGAGTTAGTCCAGGACATGGCGAGAGAAATTCATGAATTGAGGTTAAAAGCTGAGACATCAAATGAAAACTATAAAAGTCTCCAATTCTTCAAAGATAAAGATCAATCAGCACAAAAATATTGGAATATTGAAAACCAAAATAGTATTTTGGATCAAATAAGGGCTAAAATATATGAAGCAAAAAACAGACTAAATATTCTTGAAGATTCTATTGATAGAAATATAGCTGGTTGTGGAGAAAGGTATTTAGATCAATATCCGATGAAAGAAGATGGCTGGAGTTCTGATTGCTCTACTTCTAGCTCTGAAATTTCAACTGAGAATGATACTTCAAGAGGGAAACTTTTGGACTATATGAATGGAGGCGAAGGAACCACAACTTGTCTGAGAGAGGAATTGTATATGACGTACGATGCTATCCGTAAACTATGTATGCAAATAGATGCAGTCTTAATGCATGATATAGGAGGCAATTCTTTGTCAGAAGAAATGGACCAGGGAAAAACACCCTTCAAATTGAGGATGGAAAAAGCTGAAGCTGGTTGCAGTAACAACAGCAAGGTAATTTCTGTTGAGGAGATTAAAGAGGATGGAGGGTTCTTGACCAGATTTGAAGAAGCTCAAGAAGCAATAAAAGAAGCTGATATTATGTTAAATGCATTGTTGAGAGCCAATGCAAATGCAAAGCAGCTAACTGATATATTTAAGCAAGCGGGTGAGCAGTTACAGATAGAAAGAGACAACTTGGTTGACGAAGTTGGACAGCTCAAGTCTTCAATGCATTTGAAGGATGTTGAGAATAAATTACTTCATGATCAAGTTTGTTTTAGTTTGGAAGAGGTAGCTAACTCAGTCTCTTCTCTTGAAGGCTGTATTTCACAAACACAGAAAGATGTGGATGAGAAGTTTGGCATAATATCTTGTGATATCATATCCTTTAGAGATGAGATGCTTAAATCTGTTAGTAACTGGAAATCCCTACTGGAAGATATTTTTTTGGAAATAATGGGAAGAGAATTTGCGTCATTTGTTATCCATCAGTGCTATGTGAAAGAAATTTCTTGGCAATTTGCTGCACAGTTTAAGGCAGACCCTAACTTTTTACCACTTAAATGGAAAAGGTGTTTCGAATCAACCAATGCTTCAGGATCTACTTGCCTTACTGATAAGGAAGATATTATGTTAATTAATAAGATTGACAAAGGAAGAACTGAGCTGATCACAGACTTAGAAGAGGTAGATGGAGGTTTTTCCTATGATGACATTTTGTATGAGAAATTGGCACTTAAGAAGGAATTGAAGAGGAAGGAGGTTTTGTTAGAAGGTTTGCTTTTTGATTTTAGATTGCTGCAGGAATCAACTGCAAAAACAAAGGATATGGAAGATGAGACAGATTATTCTCTGAGTCAGCTCCAGCACGAATTGGAGATTAAGGCAAATCAGCTTGACAGTGTGCTCATTCAGCAAAGAAAACTTGAGGGGCTTCTAACTGATACTGAAAAGGCTTTGTTCTTATCTAATTCCAAGCTTGATAAGGCAAAAGAAACAATGACATCAATTTCAGAACATAATGCACAGTTGAAGAAGCAGTTAGAAGATCTTTATCTCAAAAAAATTGAGGCTGAAAAACAATTGGTAGAACAGCAGGATGTAATTAATAAACTAGAAAATGAAATACTTCATCTTACTTCACTGGAAAAAAGATCAGTTCTATCAGTGGAAGACATTGAAAATGACTTGAGCAGAGTCATCAGTGAGAGAGACCAACTCCATGAACAGGTCTGCTTTCTGACTGACAAGCTTGACATAGCCTACGCAATGGCTGATGAAAAGGAAGCTGTTGCCACTGAAGCTCGTCAGGAATCAGAGGCCAGTAAATTGTACGCAGAACAGAAGGAAGAGGAGGTGAAGATCTTAGAGCACTCTGTTGAGGAGCTTGAGAGTACCATAAATATGTTGGAAACAAAGGTGCATGAGATGGATGGGGAAGTTGAGAAAAATCGCACATTAAGAGAATCACTAGAACTGGAAAAACAAATCTTGAGACAAAGACTATTAGCTGTACAAAATCTCTCTGAAGACATGGATTGTGGAGCTGAAATTGTTGAGCATGCTCAAGAGCAACCCAGGCAACCAGGAAATATACTTCTAGAACTGCTTGAGACAAAAAGTAGAATAAAACTTCTTGAAGGGGAAAGGGTAGAACAAGACAAAGAGGTCAAACGACTCAAAGAATACATCTCCGAGCTTGTATTGCATGCCGATGCCCAGGCAATGAAGTACCAACAGAAATACACAAATCTGGAAGTAATGGTTCGTGATGCAAGCAAAGATCATTCAAATCCAATGACTGCACCAGCATTAGATAAAGTCGAAAAAAATTCTGCGAGAACGAGGGGTTCAAGCTCACCATTCAGGTGCATTTCAAACTTGGTGCATCAGATGAACTTGGAGAAGGAGCATGAGCTGTCAACAGCAAGGCTTCGTATAGAGGAGCTCGAGGGACTAGCAAATAGTCGGCAAAAAGAGATATGTATACTGAATGCTAGGTTGGCAGCAGCAGAAAGTATGACACATGATGTTATTCGAGATTTACTTGGTGTTAAACTGGACTTGACTAAATATGCGAACTTTATAGATCAATACCAAGTTCAGAAAATGGTTATGGAGGCTCATCAACAGTCTCAGCAATTCCGGGAAAAGGTGGAAATTGTAAAAGGCTACAATTTTGATTTGCTATTTTTTGTTATGACCTGTCAGGTCGACATTATTTTATTTTATTATTATAGGAACGAGAGGTTCAAGACTTGA

Protein sequence

MSKHLPVSKNSQPESNENELGVSPSGFHFPPPRTPFNIIADPAQFQKEFYDSGFDSNLKFQSTEADFFSDRKSEVSLKINGNACTNSGTPRLSAQGRRVSSEPSSTHSTPAKSSSRVSLGGAIVSTGSKAPQLADGRAGSSYRFSRRISMPNTEFPVDVSHIDLEEDPSFWKDHNVQVMIRIRPLSTIERDSQGYGRCLRQESAKTLVWLGHPETRFTFDHIACEKISQENLFKVAGQPMVENCLSGYNSCMFAYGQTGSGKTYTMMGGIYEVEGKLNEDCGLTLRIFEHLFTRIGMEEKSKQDVKLKYSCKCSFLEIYNEQITDLLEPSSTNLQLREDLKKGVYVENLTEHSVSTINDVVKLLLQGAANRKMAATYMNSESSRSHSVFTCIIESHWEKDSRTHFRFARLNLVDLAGSERQKSSGAEGDRLKEAANINKSLSTLGLVIMSLVDLAHGKHRHIPYRDSRLTFLLQDSLGGNSKTTVIANVSPSFCSANETLSTLKFAQRAKQIQNNAKVNECASGDETALQRQILHLKGQLSFLLKHSNFPRSILSSVPRLEESGVSAPFEDYGALEDRMQTENHKMKLMEASLIGASRREEVANSTIKKLEFEIEHMKRLAFQQEEDGQRTKMLLKFREEKIRQLELFLGGMVSADQYLLEENKALAVEIKMLQAKIDRNPELTRVALENSKLTEQLQVFHNFYELGEREALLAEVAELRNELLVALGKNSTISERDKYQNETMSIKSYTQDDTLSYIAGSEENFENRLGQGSDNELGAKPICSRKDLTDAKMLAESMDLDNHMQAENHECKQFKRSMVENFIKQSDVTKCLNDGNVMNQREDVDNKTLQVKLENLTRELEEVRLSNIHYQENQNQQNQIEDVRQQVEMETASTILQLQEEVETLQLELNDRLHGLAQENTLLKDLLSAKNEEMRMLCIDWETAMVELTSFLLDSSRSIRDAHGQIEGIANLFPEVNVGISEQVQQTIKVCIEKEETILFLHKSLEDARHMVKEMELKLDSLKEATLAFNELEQMHDNISSAGAKPMSTQMTDENIMGEFLDKRLGVKDCPLIEAEISADAAVTAAEWLSQPQELGCCNSIERQMPISKLDVSSQRSSHIFDNLMANANELLLEESDTVSNMIWLGLMELKNITTGHYADMEKHISALHIYIQDLYSEYQELVQDMAREIHELRLKAETSNENYKSLQFFKDKDQSAQKYWNIENQNSILDQIRAKIYEAKNRLNILEDSIDRNIAGCGERYLDQYPMKEDGWSSDCSTSSSEISTENDTSRGKLLDYMNGGEGTTTCLREELYMTYDAIRKLCMQIDAVLMHDIGGNSLSEEMDQGKTPFKLRMEKAEAGCSNNSKVISVEEIKEDGGFLTRFEEAQEAIKEADIMLNALLRANANAKQLTDIFKQAGEQLQIERDNLVDEVGQLKSSMHLKDVENKLLHDQVCFSLEEVANSVSSLEGCISQTQKDVDEKFGIISCDIISFRDEMLKSVSNWKSLLEDIFLEIMGREFASFVIHQCYVKEISWQFAAQFKADPNFLPLKWKRCFESTNASGSTCLTDKEDIMLINKIDKGRTELITDLEEVDGGFSYDDILYEKLALKKELKRKEVLLEGLLFDFRLLQESTAKTKDMEDETDYSLSQLQHELEIKANQLDSVLIQQRKLEGLLTDTEKALFLSNSKLDKAKETMTSISEHNAQLKKQLEDLYLKKIEAEKQLVEQQDVINKLENEILHLTSLEKRSVLSVEDIENDLSRVISERDQLHEQVCFLTDKLDIAYAMADEKEAVATEARQESEASKLYAEQKEEEVKILEHSVEELESTINMLETKVHEMDGEVEKNRTLRESLELEKQILRQRLLAVQNLSEDMDCGAEIVEHAQEQPRQPGNILLELLETKSRIKLLEGERVEQDKEVKRLKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNPMTAPALDKVEKNSARTRGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELEGLANSRQKEICILNARLAAAESMTHDVIRDLLGVKLDLTKYANFIDQYQVQKMVMEAHQQSQQFREKVEIVKGYNFDLLFFVMTCQVDIILFYYYRNERFKT

Homology

[Close]

BLAST of Cucsat.G5653 vs. ExPASy Swiss-Prot
Match: Q27IK7 (Kinesin-like protein KIN-12C OS=Arabidopsis thaliana OX=3702 GN=KIN12C PE=1 SV=1)

HSP 1 Score: 253.8 bits (647), Expect = 2.5e-66
Identity = 150/305 (49.18%), Postives = 210/305 (68.85%), Query Frame = 0


Query: 8    KVKRLKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNPMTAPALD-KVEKNSAR 67
            ++K+LKEYISE++LH++AQ+  YQ+KY  LEVM+RD   + S+   A  +  K EK+S R
Sbjct: 1759 EIKQLKEYISEILLHSEAQSSAYQEKYKTLEVMIRDFKLEDSSSSAAETISHKTEKSSTR 1818

Query: 68   TRGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELEGLANSRQKEICILNARLAAAESM 127
            +RGSSSPFRCI  LV QM LEK+ EL+ AR+R+EELE L   +QKEIC LN R+AAA+SM
Sbjct: 1819 SRGSSSPFRCIVGLVQQMKLEKDQELTMARVRVEELESLLAVKQKEICTLNTRIAAADSM 1878

Query: 128  THDVIRDLLGVKLDLTKYANFIDQYQVQKMVMEAHQQSQQFREKEREVQDLRTQINDLHE 187
            THDVIRDLLGVK+D+T YA  IDQ+QVQ++V +A Q +++   KE+EV +L+  I+ L +
Sbjct: 1879 THDVIRDLLGVKMDITSYAELIDQHQVQRVVEKAQQHAEEILSKEQEVMNLKRHIDYLFK 1938

Query: 188  ERECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDERANT 247
            +RE   S L+KK+ + L  QI+ ++L+ER  LLS QN +LK +  NL +K+ ELD    T
Sbjct: 1939 DRESCMSELNKKDTDVLATQISLDQLQERVQLLSMQNEMLKNDKSNLLRKLAELD---RT 1998

Query: 248  LHQTQSSQREHRHAFLT------KVQNDELTMRLANSKKLLSRVNDEMARYRIPSGSSSH 306
            +H  Q+S   HR    T      K+ + + T RL N++KLLS  N+E+A+YR  S +   
Sbjct: 1999 VHNAQAS--NHRVPQTTKDTASFKLADTDYTKRLENAQKLLSHANNELAKYRKTSNNHPS 2058

[Close]

BLAST of Cucsat.G5653 vs. ExPASy Swiss-Prot
Match: B9FUF9 (Kinesin-like protein KIN-12E OS=Oryza sativa subsp. japonica OX=39947 GN=KIN12E PE=2 SV=2)

HSP 1 Score: 216.9 bits (551), Expect = 3.4e-55
Identity = 132/305 (43.28%), Postives = 195/305 (63.93%), Query Frame = 0


Query: 8    KVKRLKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNPMTAPALDKVEKNSART 67
            +V++ KE+I+ELVLH++AQ++ +Q+KY  +E M+           +     K EK S RT
Sbjct: 1593 EVRQYKEHIAELVLHSEAQSLLFQEKYQEMEHMISKQKFGLHESNSDTGHTKFEKPSGRT 1652

Query: 68   RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELEGLANSRQKEICILNARLAAAESMT 127
            RGS SPFRCIS++V QMN EK+ E+S AR RIEELEGL  ++QKEIC+L +RLAA +SMT
Sbjct: 1653 RGSGSPFRCISSIVQQMNSEKDQEISVARQRIEELEGLVCNKQKEICMLTSRLAAVDSMT 1712

Query: 128  HDVIRDLLGVKLDLTKYANFIDQYQVQKMVMEAHQQSQQFREKEREVQDLRTQINDLHEE 187
            HD+IR+LLGVKLD+T YAN +DQ ++QK++M + QQ +Q + K+ E+  L+ Q + L +E
Sbjct: 1713 HDIIRELLGVKLDMTNYANMLDQEELQKLLMASQQQIEQSKAKDVELDMLKEQFDHLIQE 1772

Query: 188  RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDERANTL 247
            R+     + +++A+ L  Q+  E+L +R+ +L +QNGIL+ E  NL+++I+E+DE    L
Sbjct: 1773 RDSLFDDMDQRKADLLESQLLIEQLEQREQMLEAQNGILQMEKDNLQQRIMEMDEEIQLL 1832

Query: 248  HQTQSSQRE--------HRHAFLTKVQNDELTMRLANSKKLLSRVNDEMARYRIPSGSSS 305
              +  +  E        HR A      N E + RLA S  LLS    E +  R+ +  SS
Sbjct: 1833 VGSNQAIAETTFQMGSNHRSA------NSEFSRRLAQSDMLLSHARHEHS--RLQAAKSS 1889

[Close]

BLAST of Cucsat.G5653 vs. ExPASy Swiss-Prot
Match: B9GE13 (Kinesin-like protein KIN-12F OS=Oryza sativa subsp. japonica OX=39947 GN=KIN12F PE=3 SV=1)

HSP 1 Score: 189.5 bits (480), Expect = 5.7e-47
Identity = 116/299 (38.80%), Postives = 183/299 (61.20%), Query Frame = 0


Query: 8    KVKRLKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNPMTAPALDKVEKNSART 67
            ++ + K +ISEL +HA+A A +Y+QK+  LE M +    D+++        + EK S + 
Sbjct: 2388 EIAQCKAHISELNIHAEAAAREYKQKFMELEAMAQQVKSDNTSANACST--RPEKISLKP 2447

Query: 68   RGSSSPFRCIS-NLVHQMNLEKEHELSTARLRIEELEGLANSRQKEICILNARLAAAESM 127
            RGS SPF+CI    V QMN EK+ ELS A+ RI ELEG+A SRQ+EI +LNARLA  ESM
Sbjct: 2448 RGSGSPFKCIGLGFVQQMNSEKDEELSAAKQRIMELEGIAASRQREIFMLNARLATTESM 2507

Query: 128  THDVIRDLLGVKLDLTKYANFIDQYQVQKMVMEAHQQSQQFREKEREVQDLRTQINDLHE 187
            THDVIRD+LGVK+++  +A  +D  Q       A  Q+ + +E+  E+  LR+Q+++L E
Sbjct: 2508 THDVIRDMLGVKMNMATWAALVDNQQQMDTQESAVTQAHESKEQSDELMKLRSQLDELIE 2567

Query: 188  ERECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDERANT 247
            ER+ +   ++++++E    +I  EKLR+++H + ++  +LK EN N K  I  L++    
Sbjct: 2568 ERQSWLDEINQRQSELGAARITIEKLRQKEHFMVAEIELLKAENANGKAIIFNLEDEVKK 2627

Query: 248  LHQTQSSQ---REHRHAFLTKVQNDELTMRLANSKKLLSRVNDEMARYRIPSGSSSHHR 303
            L + Q+ Q     H    L K QN+EL+ +L     +++R  +E+ARYR+  G   + +
Sbjct: 2628 LTRQQNLQLRINHHEENNLLKKQNEELSAKLQKLGAVVARTKEELARYRVSDGKDPYEQ 2684

[Close]

BLAST of Cucsat.G5653 vs. ExPASy Swiss-Prot
Match: Q27IK6 (Kinesin-like protein KIN-12D OS=Arabidopsis thaliana OX=3702 GN=KIN12D PE=2 SV=1)

HSP 1 Score: 175.3 bits (443), Expect = 1.1e-42
Identity = 118/302 (39.07%), Postives = 176/302 (58.28%), Query Frame = 0


Query: 8    KVKRLKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNPMTAPALD-KVEKNSAR 67
            ++ +L E+ISEL LHA+AQA +Y  K+  LE M      +      + A+D  + K S +
Sbjct: 2353 EITQLSEHISELNLHAEAQASEYMHKFKELEAMAEQVKPEIH---VSQAIDSSLSKGSGK 2412

Query: 68   TRGSSSPFRCIS-NLVHQMNLEKEHELSTARLRIEELEGLANSRQKEICILNARLAAAES 127
             RGS SPFRCI   +  QM  EK+ EL+ ARLRIEELE + ++RQKEI +LN++LA  +S
Sbjct: 2413 PRGSGSPFRCIGLGITQQMRSEKDEELAAARLRIEELETVVSTRQKEIFLLNSKLAKVDS 2472

Query: 128  MTHDVIRDLLGVKLDLTKYANFIDQYQVQKMVMEAHQQSQQFREKEREVQDLRTQINDLH 187
            MTHD+ R LLGVK ++T  A+F+D  QV K+       S   RE++ EV  L+ Q+N+ +
Sbjct: 2473 MTHDINRVLLGVKQNVTNCASFLDSQQVLKIAEMLQHNSSDSRERDLEVSHLKQQLNEYN 2532

Query: 188  EERECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDERAN 247
            E+R+ +   +  K+ E +  QI  E+ R+   LL  +N +LK EN + K K++EL+    
Sbjct: 2533 EKRQGWIEEIEGKQTELVTAQIKLEEHRQYQQLLKKENELLKKENFSHKIKVMELEGEVK 2592

Query: 248  TL--HQ-----TQSSQREHRHAFLTKVQNDELTMRLANSKKLLSRVNDEMARYRIPSGSS 301
             L  HQ     T+   R      + K+Q DEL ++L  +   +SR  +E+A YR  S  +
Sbjct: 2593 KLSSHQNPEWRTRDQARIKEENNVLKLQLDELNLKLRRADVSVSRAKEELAFYRASSVKN 2651

[Close]

BLAST of Cucsat.G5653 vs. NCBI nr
Match: XP_031743349.1 (kinesin-like protein KIN-12C isoform X3 [Cucumis sativus])

HSP 1 Score: 572 bits (1474), Expect = 6.36e-187
Identity = 305/306 (99.67%), Postives = 306/306 (100.00%), Query Frame = 0


Query: 8    KVKRLKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNPMTAPALDKVEKNSART 67
            +VKRLKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNPMTAPALDKVEKNSART
Sbjct: 1547 EVKRLKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNPMTAPALDKVEKNSART 1606

Query: 68   RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELEGLANSRQKEICILNARLAAAESMT 127
            RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELEGLANSRQKEICILNARLAAAESMT
Sbjct: 1607 RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELEGLANSRQKEICILNARLAAAESMT 1666

Query: 128  HDVIRDLLGVKLDLTKYANFIDQYQVQKMVMEAHQQSQQFREKEREVQDLRTQINDLHEE 187
            HDVIRDLLGVKLDLTKYANFIDQYQVQKMVMEAHQQSQQFREKEREVQDLRTQINDLHEE
Sbjct: 1667 HDVIRDLLGVKLDLTKYANFIDQYQVQKMVMEAHQQSQQFREKEREVQDLRTQINDLHEE 1726

Query: 188  RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDERANTL 247
            RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDERANTL
Sbjct: 1727 RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDERANTL 1786

Query: 248  HQTQSSQREHRHAFLTKVQNDELTMRLANSKKLLSRVNDEMARYRIPSGSSSHHRSGGSG 307
            HQTQSSQREHRHAFLTKVQNDELTMRLANSKKLLSRVNDEMARYRIPSGSSSHHRSGGSG
Sbjct: 1787 HQTQSSQREHRHAFLTKVQNDELTMRLANSKKLLSRVNDEMARYRIPSGSSSHHRSGGSG 1846

Query: 308  KEISHE 313
            KEISHE
Sbjct: 1847 KEISHE 1852

[Close]

BLAST of Cucsat.G5653 vs. NCBI nr
Match: XP_011656323.1 (kinesin-like protein KIN-12C isoform X1 [Cucumis sativus] >KGN45617.1 hypothetical protein Csa_005538 [Cucumis sativus])

HSP 1 Score: 572 bits (1474), Expect = 6.88e-185
Identity = 305/306 (99.67%), Postives = 306/306 (100.00%), Query Frame = 0


Query: 8    KVKRLKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNPMTAPALDKVEKNSART 67
            +VKRLKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNPMTAPALDKVEKNSART
Sbjct: 1919 EVKRLKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNPMTAPALDKVEKNSART 1978

Query: 68   RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELEGLANSRQKEICILNARLAAAESMT 127
            RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELEGLANSRQKEICILNARLAAAESMT
Sbjct: 1979 RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELEGLANSRQKEICILNARLAAAESMT 2038

Query: 128  HDVIRDLLGVKLDLTKYANFIDQYQVQKMVMEAHQQSQQFREKEREVQDLRTQINDLHEE 187
            HDVIRDLLGVKLDLTKYANFIDQYQVQKMVMEAHQQSQQFREKEREVQDLRTQINDLHEE
Sbjct: 2039 HDVIRDLLGVKLDLTKYANFIDQYQVQKMVMEAHQQSQQFREKEREVQDLRTQINDLHEE 2098

Query: 188  RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDERANTL 247
            RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDERANTL
Sbjct: 2099 RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDERANTL 2158

Query: 248  HQTQSSQREHRHAFLTKVQNDELTMRLANSKKLLSRVNDEMARYRIPSGSSSHHRSGGSG 307
            HQTQSSQREHRHAFLTKVQNDELTMRLANSKKLLSRVNDEMARYRIPSGSSSHHRSGGSG
Sbjct: 2159 HQTQSSQREHRHAFLTKVQNDELTMRLANSKKLLSRVNDEMARYRIPSGSSSHHRSGGSG 2218

Query: 308  KEISHE 313
            KEISHE
Sbjct: 2219 KEISHE 2224

[Close]

BLAST of Cucsat.G5653 vs. NCBI nr
Match: XP_011656324.1 (kinesin-like protein KIN-12C isoform X2 [Cucumis sativus])

HSP 1 Score: 564 bits (1453), Expect = 6.34e-182
Identity = 303/306 (99.02%), Postives = 304/306 (99.35%), Query Frame = 0


Query: 8    KVKRLKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNPMTAPALDKVEKNSART 67
            +VKRLKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNPMTAPALDKVEKNSART
Sbjct: 1919 EVKRLKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNPMTAPALDKVEKNSART 1978

Query: 68   RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELEGLANSRQKEICILNARLAAAESMT 127
            RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELEGLANSRQKEICILNARLAAAESMT
Sbjct: 1979 RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELEGLANSRQKEICILNARLAAAESMT 2038

Query: 128  HDVIRDLLGVKLDLTKYANFIDQYQVQKMVMEAHQQSQQFREKEREVQDLRTQINDLHEE 187
            HDVIRDLLGVKLDLTKYANFIDQYQVQKMVMEAHQQSQQFREKEREVQDLRTQINDLHEE
Sbjct: 2039 HDVIRDLLGVKLDLTKYANFIDQYQVQKMVMEAHQQSQQFREKEREVQDLRTQINDLHEE 2098

Query: 188  RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDERANTL 247
            RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDERANTL
Sbjct: 2099 RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDERANTL 2158

Query: 248  HQTQSSQREHRHAFLTKVQNDELTMRLANSKKLLSRVNDEMARYRIPSGSSSHHRSGGSG 307
            HQTQSSQREHRHAFLTK  NDELTMRLANSKKLLSRVNDEMARYRIPSGSSSHHRSGGSG
Sbjct: 2159 HQTQSSQREHRHAFLTK--NDELTMRLANSKKLLSRVNDEMARYRIPSGSSSHHRSGGSG 2218

Query: 308  KEISHE 313
            KEISHE
Sbjct: 2219 KEISHE 2222

[Close]

BLAST of Cucsat.G5653 vs. NCBI nr
Match: XP_016902233.1 (PREDICTED: phragmoplast orienting kinesin-1 isoform X2 [Cucumis melo])

HSP 1 Score: 531 bits (1368), Expect = 5.68e-170
Identity = 288/306 (94.12%), Postives = 294/306 (96.08%), Query Frame = 0


Query: 8    KVKRLKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNPMTAPALDKVEKNSART 67
            +VKRLKEYISELVLHADAQAMKYQQKYT+LEVMVRDASKDHSNPMTAPALDKVEKNSAR 
Sbjct: 1914 EVKRLKEYISELVLHADAQAMKYQQKYTSLEVMVRDASKDHSNPMTAPALDKVEKNSARP 1973

Query: 68   RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELEGLANSRQKEICILNARLAAAESMT 127
            RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELE LA SRQKEICILNARLAAAESMT
Sbjct: 1974 RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELELLATSRQKEICILNARLAAAESMT 2033

Query: 128  HDVIRDLLGVKLDLTKYANFIDQYQVQKMVMEAHQQSQQFREKEREVQDLRTQINDLHEE 187
            HDVIRDLLGVKLDLTKYANFIDQYQVQKMV EAH QSQQF+EKEREVQDLRTQINDLHEE
Sbjct: 2034 HDVIRDLLGVKLDLTKYANFIDQYQVQKMVTEAHLQSQQFQEKEREVQDLRTQINDLHEE 2093

Query: 188  RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDERANTL 247
            RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELD+R NTL
Sbjct: 2094 RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDDRGNTL 2153

Query: 248  HQTQSSQREHRHAFLTKVQNDELTMRLANSKKLLSRVNDEMARYRIPSGSSSHHRSGGSG 307
            HQTQSSQR+ RH+FLTK  NDELT RLANSK LLSRVNDEMARYRIP GSSSHHRSGGSG
Sbjct: 2154 HQTQSSQRDLRHSFLTK--NDELTKRLANSKMLLSRVNDEMARYRIPRGSSSHHRSGGSG 2213

Query: 308  KEISHE 313
            KEISHE
Sbjct: 2214 KEISHE 2217

[Close]

BLAST of Cucsat.G5653 vs. NCBI nr
Match: XP_008458297.1 (PREDICTED: phragmoplast orienting kinesin-1 isoform X1 [Cucumis melo])

HSP 1 Score: 531 bits (1368), Expect = 5.90e-170
Identity = 288/306 (94.12%), Postives = 294/306 (96.08%), Query Frame = 0


Query: 8    KVKRLKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNPMTAPALDKVEKNSART 67
            +VKRLKEYISELVLHADAQAMKYQQKYT+LEVMVRDASKDHSNPMTAPALDKVEKNSAR 
Sbjct: 1919 EVKRLKEYISELVLHADAQAMKYQQKYTSLEVMVRDASKDHSNPMTAPALDKVEKNSARP 1978

Query: 68   RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELEGLANSRQKEICILNARLAAAESMT 127
            RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELE LA SRQKEICILNARLAAAESMT
Sbjct: 1979 RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELELLATSRQKEICILNARLAAAESMT 2038

Query: 128  HDVIRDLLGVKLDLTKYANFIDQYQVQKMVMEAHQQSQQFREKEREVQDLRTQINDLHEE 187
            HDVIRDLLGVKLDLTKYANFIDQYQVQKMV EAH QSQQF+EKEREVQDLRTQINDLHEE
Sbjct: 2039 HDVIRDLLGVKLDLTKYANFIDQYQVQKMVTEAHLQSQQFQEKEREVQDLRTQINDLHEE 2098

Query: 188  RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDERANTL 247
            RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELD+R NTL
Sbjct: 2099 RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDDRGNTL 2158

Query: 248  HQTQSSQREHRHAFLTKVQNDELTMRLANSKKLLSRVNDEMARYRIPSGSSSHHRSGGSG 307
            HQTQSSQR+ RH+FLTK  NDELT RLANSK LLSRVNDEMARYRIP GSSSHHRSGGSG
Sbjct: 2159 HQTQSSQRDLRHSFLTK--NDELTKRLANSKMLLSRVNDEMARYRIPRGSSSHHRSGGSG 2218

Query: 308  KEISHE 313
            KEISHE
Sbjct: 2219 KEISHE 2222

[Close]

BLAST of Cucsat.G5653 vs. ExPASy TrEMBL
Match: A0A0A0KB57 (Kinesin motor domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_6G000650 PE=3 SV=1)

HSP 1 Score: 572 bits (1474), Expect = 3.33e-185
Identity = 305/306 (99.67%), Postives = 306/306 (100.00%), Query Frame = 0


Query: 8    KVKRLKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNPMTAPALDKVEKNSART 67
            +VKRLKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNPMTAPALDKVEKNSART
Sbjct: 1919 EVKRLKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNPMTAPALDKVEKNSART 1978

Query: 68   RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELEGLANSRQKEICILNARLAAAESMT 127
            RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELEGLANSRQKEICILNARLAAAESMT
Sbjct: 1979 RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELEGLANSRQKEICILNARLAAAESMT 2038

Query: 128  HDVIRDLLGVKLDLTKYANFIDQYQVQKMVMEAHQQSQQFREKEREVQDLRTQINDLHEE 187
            HDVIRDLLGVKLDLTKYANFIDQYQVQKMVMEAHQQSQQFREKEREVQDLRTQINDLHEE
Sbjct: 2039 HDVIRDLLGVKLDLTKYANFIDQYQVQKMVMEAHQQSQQFREKEREVQDLRTQINDLHEE 2098

Query: 188  RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDERANTL 247
            RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDERANTL
Sbjct: 2099 RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDERANTL 2158

Query: 248  HQTQSSQREHRHAFLTKVQNDELTMRLANSKKLLSRVNDEMARYRIPSGSSSHHRSGGSG 307
            HQTQSSQREHRHAFLTKVQNDELTMRLANSKKLLSRVNDEMARYRIPSGSSSHHRSGGSG
Sbjct: 2159 HQTQSSQREHRHAFLTKVQNDELTMRLANSKKLLSRVNDEMARYRIPSGSSSHHRSGGSG 2218

Query: 308  KEISHE 313
            KEISHE
Sbjct: 2219 KEISHE 2224

[Close]

BLAST of Cucsat.G5653 vs. ExPASy TrEMBL
Match: A0A1S4E1Y2 (phragmoplast orienting kinesin-1 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103497757 PE=3 SV=1)

HSP 1 Score: 531 bits (1368), Expect = 2.75e-170
Identity = 288/306 (94.12%), Postives = 294/306 (96.08%), Query Frame = 0


Query: 8    KVKRLKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNPMTAPALDKVEKNSART 67
            +VKRLKEYISELVLHADAQAMKYQQKYT+LEVMVRDASKDHSNPMTAPALDKVEKNSAR 
Sbjct: 1914 EVKRLKEYISELVLHADAQAMKYQQKYTSLEVMVRDASKDHSNPMTAPALDKVEKNSARP 1973

Query: 68   RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELEGLANSRQKEICILNARLAAAESMT 127
            RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELE LA SRQKEICILNARLAAAESMT
Sbjct: 1974 RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELELLATSRQKEICILNARLAAAESMT 2033

Query: 128  HDVIRDLLGVKLDLTKYANFIDQYQVQKMVMEAHQQSQQFREKEREVQDLRTQINDLHEE 187
            HDVIRDLLGVKLDLTKYANFIDQYQVQKMV EAH QSQQF+EKEREVQDLRTQINDLHEE
Sbjct: 2034 HDVIRDLLGVKLDLTKYANFIDQYQVQKMVTEAHLQSQQFQEKEREVQDLRTQINDLHEE 2093

Query: 188  RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDERANTL 247
            RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELD+R NTL
Sbjct: 2094 RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDDRGNTL 2153

Query: 248  HQTQSSQREHRHAFLTKVQNDELTMRLANSKKLLSRVNDEMARYRIPSGSSSHHRSGGSG 307
            HQTQSSQR+ RH+FLTK  NDELT RLANSK LLSRVNDEMARYRIP GSSSHHRSGGSG
Sbjct: 2154 HQTQSSQRDLRHSFLTK--NDELTKRLANSKMLLSRVNDEMARYRIPRGSSSHHRSGGSG 2213

Query: 308  KEISHE 313
            KEISHE
Sbjct: 2214 KEISHE 2217

[Close]

BLAST of Cucsat.G5653 vs. ExPASy TrEMBL
Match: A0A1S3C724 (phragmoplast orienting kinesin-1 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103497757 PE=3 SV=1)

HSP 1 Score: 531 bits (1368), Expect = 2.86e-170
Identity = 288/306 (94.12%), Postives = 294/306 (96.08%), Query Frame = 0


Query: 8    KVKRLKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNPMTAPALDKVEKNSART 67
            +VKRLKEYISELVLHADAQAMKYQQKYT+LEVMVRDASKDHSNPMTAPALDKVEKNSAR 
Sbjct: 1919 EVKRLKEYISELVLHADAQAMKYQQKYTSLEVMVRDASKDHSNPMTAPALDKVEKNSARP 1978

Query: 68   RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELEGLANSRQKEICILNARLAAAESMT 127
            RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELE LA SRQKEICILNARLAAAESMT
Sbjct: 1979 RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELELLATSRQKEICILNARLAAAESMT 2038

Query: 128  HDVIRDLLGVKLDLTKYANFIDQYQVQKMVMEAHQQSQQFREKEREVQDLRTQINDLHEE 187
            HDVIRDLLGVKLDLTKYANFIDQYQVQKMV EAH QSQQF+EKEREVQDLRTQINDLHEE
Sbjct: 2039 HDVIRDLLGVKLDLTKYANFIDQYQVQKMVTEAHLQSQQFQEKEREVQDLRTQINDLHEE 2098

Query: 188  RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDERANTL 247
            RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELD+R NTL
Sbjct: 2099 RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDDRGNTL 2158

Query: 248  HQTQSSQREHRHAFLTKVQNDELTMRLANSKKLLSRVNDEMARYRIPSGSSSHHRSGGSG 307
            HQTQSSQR+ RH+FLTK  NDELT RLANSK LLSRVNDEMARYRIP GSSSHHRSGGSG
Sbjct: 2159 HQTQSSQRDLRHSFLTK--NDELTKRLANSKMLLSRVNDEMARYRIPRGSSSHHRSGGSG 2218

Query: 308  KEISHE 313
            KEISHE
Sbjct: 2219 KEISHE 2222

[Close]

BLAST of Cucsat.G5653 vs. ExPASy TrEMBL
Match: A0A5D3BVX5 (Phragmoplast orienting kinesin-1 isoform X1 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold46G00690 PE=3 SV=1)

HSP 1 Score: 514 bits (1324), Expect = 4.46e-164
Identity = 288/339 (84.96%), Postives = 294/339 (86.73%), Query Frame = 0


Query: 8    KVKRLKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNPMTAPALDKVEKNSART 67
            +VKRLKEYISELVLHADAQAMKYQQKYT+LEVMVRDASKDHSNPMTAPALDKVEKNSAR 
Sbjct: 1901 EVKRLKEYISELVLHADAQAMKYQQKYTSLEVMVRDASKDHSNPMTAPALDKVEKNSARP 1960

Query: 68   RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELEGLANSRQKEICILNARLAAAESMT 127
            RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELE LA SRQKEICILNARLAAAESMT
Sbjct: 1961 RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELELLATSRQKEICILNARLAAAESMT 2020

Query: 128  HDVIRDLLGVKLDLTKYANFIDQYQVQKMVMEAHQQSQQFREKEREVQDLRTQINDLHEE 187
            HDVIRDLLGVKLDLTKYANFIDQYQVQKMV EAH QSQQF+EKEREVQDLRTQINDLHEE
Sbjct: 2021 HDVIRDLLGVKLDLTKYANFIDQYQVQKMVTEAHLQSQQFQEKEREVQDLRTQINDLHEE 2080

Query: 188  RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILK-------------------- 247
            RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILK                    
Sbjct: 2081 RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKKQIPDASSSLSTADANSLST 2140

Query: 248  -------------TENKNLKKKIVELDERANTLHQTQSSQREHRHAFLTKVQNDELTMRL 307
                         TENKNLKKKIVELD+R NTLHQTQSSQR+ RH+FLTK  NDELT RL
Sbjct: 2141 CLLKLNHRFINPFTENKNLKKKIVELDDRGNTLHQTQSSQRDLRHSFLTK--NDELTKRL 2200

Query: 308  ANSKKLLSRVNDEMARYRIPSGSSSHHRSGGSGKEISHE 313
            ANSK LLSRVNDEMARYRIP GSSSHHRSGGSGKEISHE
Sbjct: 2201 ANSKMLLSRVNDEMARYRIPRGSSSHHRSGGSGKEISHE 2237

[Close]

BLAST of Cucsat.G5653 vs. ExPASy TrEMBL
Match: A0A6J1H318 (kinesin-like protein KIN-12C isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111460032 PE=3 SV=1)

HSP 1 Score: 497 bits (1279), Expect = 6.97e-158
Identity = 267/305 (87.54%), Postives = 285/305 (93.44%), Query Frame = 0


Query: 8    KVKRLKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNPMTAPALDKVEKNSART 67
            ++KR KEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSN MTAP LDKV+K+SAR 
Sbjct: 1908 EIKRHKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNLMTAPTLDKVDKSSARP 1967

Query: 68   RGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELEGLANSRQKEICILNARLAAAESMT 127
            RGSSSPFRCISNLVHQMN+EKEHELSTARLRIEELEGLA SRQKEICILNARLAAAESMT
Sbjct: 1968 RGSSSPFRCISNLVHQMNVEKEHELSTARLRIEELEGLATSRQKEICILNARLAAAESMT 2027

Query: 128  HDVIRDLLGVKLDLTKYANFIDQYQVQKMVMEAHQQSQQFREKEREVQDLRTQINDLHEE 187
            HDVIRDLLGVKLDLTKYANF+DQY+VQKMV EAH  SQQFREKE+EV DLRTQINDL+EE
Sbjct: 2028 HDVIRDLLGVKLDLTKYANFLDQYEVQKMVTEAHLLSQQFREKEQEVHDLRTQINDLNEE 2087

Query: 188  RECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDERANTL 247
            RECYKSVLSKKEAEAL  QIACEKLRERDHLLS QNGILK ENKNLK+KIVELD + NTL
Sbjct: 2088 RECYKSVLSKKEAEALATQIACEKLRERDHLLSVQNGILKMENKNLKRKIVELDGKTNTL 2147

Query: 248  HQTQSSQREHRHAFLTKVQNDELTMRLANSKKLLSRVNDEMARYRIPSGSSSHHRSGGSG 307
            HQT+SSQ+E  HAFL KVQ+DELT RLA+SK LLSRVNDE+AR+RIP+GSSSHHRSGGSG
Sbjct: 2148 HQTRSSQQERHHAFLNKVQDDELTKRLAHSKMLLSRVNDEIARFRIPNGSSSHHRSGGSG 2207

Query: 308  KEISH 312
            KEISH
Sbjct: 2208 KEISH 2212

[Close]

BLAST of Cucsat.G5653 vs. TAIR 10
Match: AT3G17360.1 (phragmoplast orienting kinesin 1 )

HSP 1 Score: 253.8 bits (647), Expect = 1.8e-67
Identity = 150/305 (49.18%), Postives = 210/305 (68.85%), Query Frame = 0


Query: 8    KVKRLKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNPMTAPALD-KVEKNSAR 67
            ++K+LKEYISE++LH++AQ+  YQ+KY  LEVM+RD   + S+   A  +  K EK+S R
Sbjct: 1759 EIKQLKEYISEILLHSEAQSSAYQEKYKTLEVMIRDFKLEDSSSSAAETISHKTEKSSTR 1818

Query: 68   TRGSSSPFRCISNLVHQMNLEKEHELSTARLRIEELEGLANSRQKEICILNARLAAAESM 127
            +RGSSSPFRCI  LV QM LEK+ EL+ AR+R+EELE L   +QKEIC LN R+AAA+SM
Sbjct: 1819 SRGSSSPFRCIVGLVQQMKLEKDQELTMARVRVEELESLLAVKQKEICTLNTRIAAADSM 1878

Query: 128  THDVIRDLLGVKLDLTKYANFIDQYQVQKMVMEAHQQSQQFREKEREVQDLRTQINDLHE 187
            THDVIRDLLGVK+D+T YA  IDQ+QVQ++V +A Q +++   KE+EV +L+  I+ L +
Sbjct: 1879 THDVIRDLLGVKMDITSYAELIDQHQVQRVVEKAQQHAEEILSKEQEVMNLKRHIDYLFK 1938

Query: 188  ERECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDERANT 247
            +RE   S L+KK+ + L  QI+ ++L+ER  LLS QN +LK +  NL +K+ ELD    T
Sbjct: 1939 DRESCMSELNKKDTDVLATQISLDQLQERVQLLSMQNEMLKNDKSNLLRKLAELD---RT 1998

Query: 248  LHQTQSSQREHRHAFLT------KVQNDELTMRLANSKKLLSRVNDEMARYRIPSGSSSH 306
            +H  Q+S   HR    T      K+ + + T RL N++KLLS  N+E+A+YR  S +   
Sbjct: 1999 VHNAQAS--NHRVPQTTKDTASFKLADTDYTKRLENAQKLLSHANNELAKYRKTSNNHPS 2058

[Close]

BLAST of Cucsat.G5653 vs. TAIR 10
Match: AT3G19050.1 (phragmoplast orienting kinesin 2 )

HSP 1 Score: 175.3 bits (443), Expect = 8.0e-44
Identity = 118/302 (39.07%), Postives = 176/302 (58.28%), Query Frame = 0


Query: 8    KVKRLKEYISELVLHADAQAMKYQQKYTNLEVMVRDASKDHSNPMTAPALD-KVEKNSAR 67
            ++ +L E+ISEL LHA+AQA +Y  K+  LE M      +      + A+D  + K S +
Sbjct: 2353 EITQLSEHISELNLHAEAQASEYMHKFKELEAMAEQVKPEIH---VSQAIDSSLSKGSGK 2412

Query: 68   TRGSSSPFRCIS-NLVHQMNLEKEHELSTARLRIEELEGLANSRQKEICILNARLAAAES 127
             RGS SPFRCI   +  QM  EK+ EL+ ARLRIEELE + ++RQKEI +LN++LA  +S
Sbjct: 2413 PRGSGSPFRCIGLGITQQMRSEKDEELAAARLRIEELETVVSTRQKEIFLLNSKLAKVDS 2472

Query: 128  MTHDVIRDLLGVKLDLTKYANFIDQYQVQKMVMEAHQQSQQFREKEREVQDLRTQINDLH 187
            MTHD+ R LLGVK ++T  A+F+D  QV K+       S   RE++ EV  L+ Q+N+ +
Sbjct: 2473 MTHDINRVLLGVKQNVTNCASFLDSQQVLKIAEMLQHNSSDSRERDLEVSHLKQQLNEYN 2532

Query: 188  EERECYKSVLSKKEAEALHMQIACEKLRERDHLLSSQNGILKTENKNLKKKIVELDERAN 247
            E+R+ +   +  K+ E +  QI  E+ R+   LL  +N +LK EN + K K++EL+    
Sbjct: 2533 EKRQGWIEEIEGKQTELVTAQIKLEEHRQYQQLLKKENELLKKENFSHKIKVMELEGEVK 2592

Query: 248  TL--HQ-----TQSSQREHRHAFLTKVQNDELTMRLANSKKLLSRVNDEMARYRIPSGSS 301
             L  HQ     T+   R      + K+Q DEL ++L  +   +SR  +E+A YR  S  +
Sbjct: 2593 KLSSHQNPEWRTRDQARIKEENNVLKLQLDELNLKLRRADVSVSRAKEELAFYRASSVKN 2651

The following BLAST results are available for this feature:

BLAST of Cucsat.G5653 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q27IK7	2.5e-66	49.18	Kinesin-like protein KIN-12C OS=Arabidopsis thaliana OX=3702 GN=KIN12C PE=1 SV=1	[more]
B9FUF9	3.4e-55	43.28	Kinesin-like protein KIN-12E OS=Oryza sativa subsp. japonica OX=39947 GN=KIN12E ...	[more]
B9GE13	5.7e-47	38.80	Kinesin-like protein KIN-12F OS=Oryza sativa subsp. japonica OX=39947 GN=KIN12F ...	[more]
Q27IK6	1.1e-42	39.07	Kinesin-like protein KIN-12D OS=Arabidopsis thaliana OX=3702 GN=KIN12D PE=2 SV=1	[more]

BLAST of Cucsat.G5653 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_031743349.1	6.36e-187	99.67	kinesin-like protein KIN-12C isoform X3 [Cucumis sativus]	[more]
XP_011656323.1	6.88e-185	99.67	kinesin-like protein KIN-12C isoform X1 [Cucumis sativus] >KGN45617.1 hypothetic...	[more]
XP_011656324.1	6.34e-182	99.02	kinesin-like protein KIN-12C isoform X2 [Cucumis sativus]	[more]
XP_016902233.1	5.68e-170	94.12	PREDICTED: phragmoplast orienting kinesin-1 isoform X2 [Cucumis melo]	[more]
XP_008458297.1	5.90e-170	94.12	PREDICTED: phragmoplast orienting kinesin-1 isoform X1 [Cucumis melo]	[more]

BLAST of Cucsat.G5653 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A0A0KB57	3.33e-185	99.67	Kinesin motor domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_6G0006...	[more]
A0A1S4E1Y2	2.75e-170	94.12	phragmoplast orienting kinesin-1 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103497...	[more]
A0A1S3C724	2.86e-170	94.12	phragmoplast orienting kinesin-1 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103497...	[more]
A0A5D3BVX5	4.46e-164	84.96	Phragmoplast orienting kinesin-1 isoform X1 OS=Cucumis melo var. makuwa OX=11946...	[more]
A0A6J1H318	6.97e-158	87.54	kinesin-like protein KIN-12C isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC1114...	[more]

BLAST of Cucsat.G5653 vs. TAIR 10


Match Name	E-value	Identity	Description
AT3G17360.1	1.8e-67	49.18	phragmoplast orienting kinesin 1	[more]
AT3G19050.1	8.0e-44	39.07	phragmoplast orienting kinesin 2	[more]

InterPro

Analysis Name: InterPro Annotations of Cucumber (B10) v3
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 240..295
None	No IPR available	COILS	Coil	Coil	coord: 13..40
None	No IPR available	COILS	Coil	Coil	coord: 347..367
None	No IPR available	COILS	Coil	Coil	coord: 303..330
None	No IPR available	COILS	Coil	Coil	coord: 75..95
None	No IPR available	COILS	Coil	Coil	coord: 165..185
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 371..393
None	No IPR available	PANTHER	PTHR37739:SF7	KINESIN-LIKE PROTEIN KIN-12E	coord: 1..383
IPR044986	Kinesin-like protein KIF15/KIN-12E	PANTHER	PTHR37739	FAMILY NOT NAMED	coord: 1..383

Relationships

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


Feature Name	Unique Name	Type
Cucsat.G5653.T4	Cucsat.G5653.T4	mRNA
Cucsat.G5653.T1	Cucsat.G5653.T1	mRNA
Cucsat.G5653.T8	Cucsat.G5653.T8	mRNA
Cucsat.G5653.T3	Cucsat.G5653.T3	mRNA
Cucsat.G5653.T5	Cucsat.G5653.T5	mRNA
Cucsat.G5653.T2	Cucsat.G5653.T2	mRNA
Cucsat.G5653.T6	Cucsat.G5653.T6	mRNA
Cucsat.G5653.T7	Cucsat.G5653.T7	mRNA
Cucsat.G5653.T9	Cucsat.G5653.T9	mRNA
Cucsat.G5653.T10	Cucsat.G5653.T10	mRNA
Cucsat.G5653.T11	Cucsat.G5653.T11	mRNA
Cucsat.G5653.T12	Cucsat.G5653.T12	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0007018	microtubule-based movement
biological_process	GO:1901673	regulation of mitotic spindle assembly
molecular_function	GO:0005524	ATP binding
molecular_function	GO:0008017	microtubule binding
molecular_function	GO:0003777	microtubule motor activity