CsGy4G013750 (gene) Cucumber (Gy14) v2 | Cucurbit Genomics Database (CuGenDB)

Overview


Name	CsGy4G013750
Type	gene
Organism	Cucumis sativus (Cucumber (Gy14) v2)
Description	centrosomal protein of 135 kDa-like protein
Location	Chr4 : 18721367 .. 18737847 (+)

Genome Viewer

Gene Expression

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSthree_prime_UTR

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

AGAGAGAGAGAGAGAGAGAGAGAGAGGCCGGGGGAGGCAAGGGCGGTGATGTCGTGGCTTAGAGCAGCGGTGATCAGGGCGGTGGAAGCAAGTGCCGGAGGAAAGGATAATATCACCCGCACCGTCCGTAACGTTGCCGGCACCGTCGTTTACCATGCTGGAAATGCTGTTGTAGAGGGCGCCAAGATCATTCAAGATCGCATTGTAATTTTATTCTCACTTTTCCTCTCAATTCTTAATGCGTCTGATGGCGTTTGGTTCTGTCAGTTGTTATCGTTGTGAATATTTGAACGTTTATTTCTTGGACATGGAACCGTACGGTATTGTTCTCTGTTTCACGTGCAGCTTTGTTTATATAGTAACGTTACGTCTGTGGCCAATGTGCATTACTAATTATCTTTTTGTATCCGCATTTGTTACTTGTTGCAATTTCTGCTTCTCAGACGAGTTAATTTAGGGTTTGATTTTTGAGGCAGGGACCGAGGAATATGCAGGGCTTTAAACAGACAGTAAAAAGGCTGGAAGAAATATCTATTTCATCTAGAGGCATAGAAAGAGTTCAGTTATTGAGAAGGTGGCTAGTTGCGCTCAAAGAGGTGGATAGATTTTCACTAGGTCCAATCGAGGATGGTAAAAATAGTCCGACAGATCAGCTTAACGAGGAAAATAGAGATTCTCCGAAAAAACCTACATTGGTGTGTATATCAATTAGTGTTGTGTTTCCTGAACATTTTTGCATGCCTAATTTGATTGAAGAATTTGTGGTTGTTTTTTTCTTCGTTTTCTCCCCCAGCATTGAACGTCATGAAATGCTGCTTGATATCTTGCGCAGGTCTATTATGTGGACCCAGATATGGGAGGGGAGCTAAAAACTTTTCGTGATGTATTTCTCACAAGCCAAGCTCTAGAAGGCATTACGTTGTCTATGGTGAGTCGATTTGTGTGCATGTGGATATCAATTTGTTTGCAAAACATTGGTATGCGAAAATATGCTAAGTTGCAACTTCCAAATATATCAACATTCATTTACTTTGTCTCTGTTGGAAATATGTAAATAATCTGATGAGCATAAAAGGCCTCAAGTTTGAACCTGTATTCATTTTATACGTAATTTATTTACATTCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCACACACTCGAGAACTGAGGGATCTCTTGTTCTTAACTACTTTTGTGGATTTTGTTTTTGCTGATCATAGAGTTTAACCGCAGGTTAACTCTTTTCTATGACTCAGATTCTCGAAGAACCTAATGACGAAGAAGAATCACTACTTCTAGAGATTTATGGGTGAATATTCATTCTCAGTTAGGCCTTACGTGTTCTTTATGCCCTGCAGCTGATTTCAGTAATTCTTCTCACGTTACTTTTGCTGACAAGAAGAAACAATATTAAAAACTTCTATGCCTCGTTGATCATTTTCCCACTCATATCATTAGACTTTAAGTTCCCTTTATCATGGCTATATTCAGGCTCTGTCTTTCAGGAGGAAAAGAAGTACGTCAAGCGGTAATGACGAGTGTACACAATTTGGCAAAAGCATTTTCGGAATACCAAGATGAAATACTGGTAATGTCATGAAGGCATGAATTAATTTAGCATAAAATTAGCATGGGCAAAGCAGTCACTTCCGTCTGTCACTGCCATTTTTAGGTAAAACGAGAAGAATTGCTCCAATATGTCCAAGATGCAATTGCTGGGCTGAAAATAAATGCTGATTTTGATAGGTGGTGAATAAGCATATCTTTCATTGGTCTTAATCAATTAGTTATTGATGATTATGCATGCATGAATTTTTATGGACAGAATTACAACTGAACTAAATTGAAATCTATATAACGTGGTGGGTGTTAGCTCTAATGAGGCTTCCAAGTTTGTATGACAAAAAAGGGGAATGTCCATGGAGGAAGCAAGAATTAATTTCCTAAGAGAACATTCAATCAAACTTGATCATAAACCTGCTCCTTATCCCACTTAGTGTCATTAAATTTCTATTTGTTTTTGTCAATAAAGAAAACTACACACATGCGTGCACACAAATACGTTTTCAATCTTTTATATTTGATAGAATAAAATCACTATGTTTTTCTATATAACCTGGAGCTTGTCATTATCTAGTGAAGAAAGGGATTTTCTATAGGCAATTCACCATAAGAGAAAGTAACATCCCACTCTGAAAGGATTACGAAAAGCTTCAATTCACTGATGGTTTTATTAGACTGATTGACTAATTATAATTTCCAATTTCATATTAATGAAGCTTGTAAGTTTTTCTTTTGATCTTTCATCAATGATTGAAAAATTATAAAAGACTTCAAGAATTTAAGGTCTACAAAGCGTAAACTTAAGAAAATAAAAGAACTAAGCTCTTCCAACTAGGTCATATTTTTGGTAACGATAATTTTGGGTGATTCAGAAATGCTACAAGATTAGGAATTTCATGAAGCCTTTTGTGGAATACCATGAAAACCTTGAAACTACAGCTAAGAATTTGTCTTCAATAAAGTTGGTAATGATATGGTATCAAGACATTTCTCTGGCATGATTTGTGTCAACCTTTTGGCAGGAAGATACCCAAGAAATTTTGACCTTTCAAAGGAAAAAGATTTGTTGATTTTTGAGCCTTGTGAGGAGAGCAATGGCCGTGGAAAGTTTTCAGAAGAAGATAAAGGATTTTTGGGTTTATTAGTCTACCCCTGAAATTTGCTGTAGCTTTGCAGGCCCATTGACAGCACAGTTGAAGAAAAACTAGTTTTGGTGGTGTGACAAAGTAGAGACAACACTCTAAGGGTTGTTTGGAGAGCTGAAATGTAATCAGGTTACTGAAAATCGAGAGATGGTGGGATGCATGAAAATCGAGGGTGAAACCGAAATGGAATTTTGAAGCGTGGAAACGGTAGAAAAGAGGGTTGGATTGAAAGTTATCGAAACAAAATAAGTTTAGTATTACAAAACGAGCCCGAAAAATTCAATCCAAACATGGGTTTTGGATTACATTACATTATAATCTCATTCAATTATGGTTCACCAAACACCCCCTAGAGGTTCTTATTCAGTGGAGGGTCAAGATATCAAGAAAACAACTTGGAAGCCAAAAATTGTTATTCAGTTTCCAACTTTTACCCGCACAATTTCCATCCTTGAATCCAATTAGTCGTTTGATCTTCTCTGTATGTTTGTTAATTAGTCATGTATTTAATAACCATGTCAGGGATGAGGGAGAGGAGAGTTCTTTCCTGGATTATTTTGAGCATACAAGGGAGTGTTTTCAGATCTCTCAAATGTCTGAATTCTATTGTTGTGTTATTTTCAGACTATCGGCAAAAGTTCTTTTGTGATTGTGCTAACTCATGGCTCACCCCATAAATATTGTAGAGAGCAACAAACCTTTTAATATATCATGTTGTTCGATTAAATATATTGTGCAGATTTGCAAAATTCTCAATGGTGTTTCCATTGAGCAGATTCACCCATACTTCTTCTAATCTGTTTTCAAACAAATTTATTTATTCTTCCAATTTCCTGCTCGCAGAATAGATGCTAAAGCATGTAGTTTGAAAGAAACACTTGACGAAAATCATGAGGAGCTGCCACCTTCGAGAGAAGACCAAGATACAACATCTGATGGTGAAACTAGAGCTTCTAAGGTGATTATGAATTTATTTCCATTTATTAAATGTGGTCATTTTTTTAGTTAACCATCTTTAGTTATTTACTTAAACTTTAATGTTTTAGCAAGTACTTGTTCATCTTTCTATTAATTGCTTTCCATTTTGAGTTTTAAGAAAGTATAAATTACATTATATTCATTGTGTAAATTACAGATTCTACAAGAAATACTTTCACAAGTTCAATTATGCTCTAAATTGGAGGAGCTTCTACTAAAGAAGAAGCTTTTCAAGGATGGGGATTCTCCACAGCTTCATGCTGAAAAGGTCCGTTCCTCTCCCTGGCTATAGACTTAACACAATGGATAAAGGAACTAACTAATCTGATGCTTTGTTTAGTCAACTGGAGTTAGATTGCACATAACAAACTTCCATGTATGTTAATCACATCTCCCATTTTCTATACTTTTATTTCTCAACTTCAATCTTAGAAACTCCACACACGGTGATATCAACTTATATTTTTTAACTCTCATTTATACAATTTACTTATTAAACAAATTTCTTAATAGAGGTGTCGTGGATTTAGTCCTTAGGTGGTTATCTGACTGAGGTACCTGATGAATAAAGTTGAAATATTTGTGGCCTGCTCAATAAGATTTACTTTACTCTCTTTTCAATCAAAATCTAGAGTCTTACACGGTTTTACATGTTCTGCAATTGTTTATTTGTTTCTTCCCAGGAGAAAATTGATGTTGGAGTTGTAAAGTAGGTTCGTTTTTTATTTTATTTTATTTTTTAAAAATAAGAACAAGATTCTATAATGGTTATCAGGAGAAAATTGATGTTAAGGTTGGAGAGAATCATAAAATCTATTCCTTTCACTGAAGATATATATGTATATATGTATATATATACACAAATGTTAATCTAAGTAGGAGAAGGTAAAAAGATAATAAACTACAATATGATAAATATATTTACAGTAGTGTTATGATACTAATATTAGCCCAAAAATAGGACTAATGGAAGATTAGAAGTACACTCCGTCATACAAAAACTATATTTTTGGTCTTCATGTTCTTCAAGTTGGTAGTTGTTTTAAAAAGAAAGTTGGTAATGAAACAACTTCTAGTTCTTTTATTTATTGATGGATTGTTTGTTGACGCTTCTACTGCTAAGCAACCACAATCAGTTTATGTTGCAGGTTGAGAAACTGAGAATTTTATCGGAATCTTTGGCCAATTCCACCTTAAAAGCTGAAAAGCGTATTGTAGATCACAGGTTTATCATATTACTAATCCATATTCATGGTTTACATGTATTTCTCTATTGTTGATTTCACGTTTGTTGCTCTTTATGTACAATATGCCATTTTAAATTTGACACTCCCATTACTAGTGGAAGAATACAAAAGTTGAGGACAAGTGATCCTCTTTCAAAGTGAAGGAGTTAAAATATCACTCCCATTGGCTAAGATACAGATGACAGTAGTTACAATATCATTTACTACGAGAGCACCAAAGAGATGCCAGAGCTTTCACAATTTTCTCCAAAAACATCATTTTTTCTGTAGAAATATTGAAAAATTCTAGTTTTTTCTAAGCAAAGTCTCTAACTTAAACCTTTAATTACATTGAATGAAAGGATTTTTTCCTCTCTCAGGAGTGTCCATAAGGGACTTGATCTCTTCTTAGTCTTTGCATATTGTGGATTAGTAAGCAAAACATTAAGATATGTTCTGAATATTTGTACTATTAAATGCCATCACTTGCAGAGGAGGGCCAATAAAAGTATGCTCCATCCAATTGCACAAAACATGGGGAAATCTAGAGAAGTTATAGGAAGTTGTCAAAAAATTGACAACTCAAGACTTCAAGCAAAATTACCCAAAAACATTCTAAACTTGGTTTACAAGAGGTAACATATTGTGGATGAATGCTACATGTTTGGGAATTTGGGCCAAGAGATTAATGATCGTTCATAGGGGAAAAAAAGCGGAGGAAATGAGGGAGCCCAAAATAGAACTTTACATTCTTTACTCTTGATGTTAATCCTTTCATCTCCCTGAACCCCAATTTTTTTTTAACAAGAAACAAAACTTTTCATCATTGATCATAATCAAAAGAGACTGATGATCAAAAGATACAGACTCTCACATGTGTTTGATTATGTATAAATGTCTTCCCGTGGTTTGACATCTATGATGATCAGCTGATAGGCAGCTGACCATTATGGTTTTTAACGCAAAAAAACAAAGCACCAACATGAAAACAAAAGAATATTATCTGCCTCAAGTGAGTCAGTAATCTATAACCTTTAACGTTTGTTGTAATAAAATATTAAGCTGTCACAAAGATCTCAATTGTCATTTCAACTTTTCAAGTAGTATTGATGATAAAAGGATTAGAGAATAGATATGATTTATTATAATGACAGCATCATATAAGTATACGGAGTTAATTGTGTTGATAAGGGTGTCTTAAAGTGGAGATCCACTTCTGGCTCTCTTGTTGAATGTGTTTCTTTTACCTTTTTTGCATGTCATTAGCAGAGAGCAGAAGGAGGAGGCACTCAACTTTCGGGTAGCTAAGTCCAAGGAAATGGTCCAAGCTGAGAAGGTAATCTTTGATAATTATCACTTAGAGATGTTAATTAATCCAACAGAAAATATCGGGTTAGTGTGTATGGTATGCTTTAGATAGCTTGCTATCCAATTTTTGGGTTTGTCAATTTCATGGCGCTTCTTGCTTTGCCAATTTTTTACCCGTTTACTCTTCCTCAGTAAAGAAGTCGTTTTAATTATCAATCGAAGGCAAACTATATGCTTTCAAACTTTACCTTTACACCCAACTAAGAGATGTTGATTGATGGCAGAGAACAATGAGATAATCTGTATATTGTCGTTAATTAGTTAGTTGTTAATTTAGATTAATTAGTGTTTAATTAGTCAATTGTCGTATTTAGTTGTATGGCTATAAATACTACTTTTTCTTTAATGGAACTGTAGTTCTTTGAAAGTGTTCTCTCAACTTTAGAGATGAATTTCTCTTCTTTCACTATGAATTTGGCCTTAATTTAATACCTTCAACCCACCAAATCGTAGCTTCAGTGAAGTATGGCAATGGGATTTGCTGTGGTGTTTTTAAAATTTTACATACTTGGTTGATTCAGAAGGTGTTTCATTTAAAGGTTTGGAATAATTTGTATTCTTTGAATCTCTCCTTTGGAAGATCTCTAATAGATCAGAAATTGATTCCAGTCCATCAACATATGAAATTTTAGAAAAACAGTTGATTCACTATTGTTTTAATTATACACTTGTATCAATTGTTTTTAAATATGAATATGATTTTTTAATATAAATATGATGTGTTTGTAGCCAGAATATTTTTTTGTAATTCTGGTCTTCCAATAATTACTATAGATTGGAGTGGGGTTGGCTGTTATTTCCTTTCGATCAATATATCTCAGTTTCTTGTAAAAGAAATAATTATAATCTTGTTATATGAAGTTTTTTATAAATATTTTAGAATATTATGATTCCTATTCAAAATTTACAATTTATGATGATGAGAAATGTTTCCAAGAGGAATTACGGAGTTATATTACTCTTGTGACTTCTAGTTAGGCTCCTTCCCTTCTTCACTTCTTTCTCTTTTGGTATATTTTATTTCTCAATGAAATTTTATGTAGCATAAAATTTCTATTTGTATTTAACAACAGCTTAGTTGCATGCTTGGATTACAAGTACTTCCTATTATGGTTGTGTTAGTGAAATCCATTTCTATTAAACCACCAATTCATCCAAAAGCTTAAGCTGGTGGTTGAAGGCAAATTTAATTATATATCACCAACACTCCCCCTCACTTGTGGGCTTGAAATATCTGAAAGGCCCAACAAGTGGAATCAATTTTACCTCACTTTTGGGTTTGAAATATTTGAAAGGCCCAACAAGTGGAAATTGATTTTAATTGGGGAGGAAACGACAATGCAGGGGCTTGAACACAGGACCTCCCTGGACCACCTGCTCTGATACCATATTAAACCACCAATTCATCCAAAAGCTTAAGCTGGTGGTTGAAGGCAAATTTAATTATATATCACCAACAATTTCATTACTTATCGTAGTCAAACTTCATGGTACAGGAATTGACAGATGATATTGGAGAACTTGAGAACCAAAAGGATCGACTGGAGGCTGAATTGAAAAAGGTTGGGTTTCTTTTTCTGCCATGTTCAGCAGGCTGTCTTGTATATTGAAATTCTTTCGTTTATCTATTGTCTGGCACTTTCCCTCTCTAACCAATTGCTTATTGCTATGATGATTGGTTGTGCTTTTATTTATTTTCCATATTTTTCCAATGGGAAGTTCGTATACGCTTCATGGGTTACTTTAGTGTGTTCACTTTTGTTTTGACAGTCAACAAAAAATACTAGGAATCTTCTTCCTCATTAAGATAGAATGACACTAACTCCAGTACAGGCACCAACAGGAACTTTAAATGGGTGAGCAAACTAGTAAAAACCAAGACTATTGTTATATGGATCTTCATTATGCGTTCAAAGTTCCCCTTCTGTTCCTGTCTACTGAAATCTTCTTTTTGATGCAACTTGTTGGTAGGGTGATGATGGGGTTAAAACCACAATTGAGCTTTTCATTAAAAGTAGCAAGACCTAGAAAAGTTTCAGACATGCAGTTTCCCATTCATTGATAGAAACTATAAATATTTTGTAGTTGCAGAGCAAGGCAGTAAAGGTTATTAGGTGGAGGGAAATATTGGAAAAAAAACCATGAAAAAGCCTTTTCCCTTCTTGTTCTTAATTGTGATGGACATTTTAAGTTGACTCATTTTAAAGGGAGTGGAAGGAAATATTAGCGAACCTTTTAGGGTCGGTTTCAATGAGGTTTCCGTGTCTCACCTTCAGTTTGCCATCGTTACGATGTTGTTGTGATCTGGTAATGAGGCTTCCTTCTTAAACCTTATGCATCTGGTGGGGTTGTTTGAGATGATGTTTGGGCTAAAAATTAACACGAGCAAGTGCCAAGTCTTGAGTATTAGCTGTGATTGGGGTAAGCTCAATAGATGGGCTACTGTGGTTGGTTGTGACATAAGTTCCCTTTCTACTAACTAACTTAGTCTTCCTTTGGAGGGTAATCTGAGGGTTACAGTCTTCCGGGATCCAGTTTCTGAGAAGATCAGTAAAAGGTTAGCTTTTGGGAAGAAAGGTGGTTGAATTTTTCTTTGGGAAAGGATGGATAGGGGGAAGGGATCTCATTTGGTTAGCTGGCATAGGATAACTATGAGCAAGTATGATTTCGCTCCTTTTGAGTGGGTCGCTAAAGGGCTTGAAGGCACACATCATGCTCCTAGAAGGACATCTTGCTTGAGCTCCCGTATTTCTCTTCTTGGATTTAGATGCATTGTGGGGGATGGCAAGGAGACGTTTTTTTTTTTTTTTTTGTAAGATCATTGAGTTGGGGATAGCCCTGAAATCAATAAGCCTATTTATTTTTTTTTGAAAAGGATACGAGTCTCACTGTTATTAATATAAATAAAGAGACAAAGCTCAATGTACATGATGATTATACAAAGAGCAATAGGGGAGAGGGAGGATCAACGAGCGCATCTGGGCATTTCAACTAGGTTGACACCCCCTTAGCGCCCTCAACACAACCAAAAAGTCTCTTTATTAAAGATAAGAAATGAGACTAAAGTTCAAAGTACAAGAGAATTATACTAAGAGCAAAAAGAACTAAGGAAAAATACAGGCTAAAACAAAGATTATACTTGGACAACATAAATATGATGGCAACCTAAAAATGAGCCCAAATAGAAAAACAAAGAGCTAATTAAAGCCACTCAAAGACAATATATCAATAGAAAGCTAAATACAAAGCAAAACGTAAACGCTCTCTACACATGAATCTAAATTCTTGCACTCCCAATTCTTCAAGATAAAAGGAGAAATAGAACACCAATAAGATGCAACCAGCTGCTTCAAACTATCTTGCCAATGCAATCCAATGAGTAGATGAACTTGAAGAAATCTTCCAACCCACGACATCTGGTTCGAGAAGAAATAGGACCCAATAAACAGCAAAAATTTAATTGCATGTTCCCAAAATATATCCCTGGTAGTTGATCTCCTATGGCAAGAAATCGAAGACCAACACAAAAACCATTATTAAGCTAGCGACAACAATCAATGCGGCTTTACTTGCTCACCCATGTGAAGAAAAATCATGGAAAGACAAAAGTTGGTCCAATAGCTGGGGAAACTACATTCAGCGGCTGACAAATCAACCTAAAATAAGTCCACAATCGGCAACTAGACTTTAGATGATCTGGGATTTCACAAGACTAGGGATGAGAGCCAGTAGCAGAGGGTAGTTTTTCAACTTTGGATGGTACATCGAGTTTTGAGAAGGCTATGCTTTTGTTGGTGAGAGGTGTCACTCTTTGGAGCAATTAAGACTCTTTGGAGTACACAAGATAACCTTTCTCCATCATTGGGTTCTAATACTTCTTCTTCTTGAGAGAAATCTCCTTATTGTTCTTCAATATAATCTTCATTTTCTTCAAGAATAGCCACTGTCTTTCTTTTTGGGCAAGCATTGAAGAGATGGCCGGATTGACCACAGCAGAAGCACTTGCTCAAATTTGGTCTTTGATAAACATTTTCTGCTTGTTTCTTGGGAACTGCATTAACTTTTTTCCCATTCAGTTCACTAGCCTTATCCTTTTCTTGATCTTTAGTGGATTGTGCAGCAGAAGGCTTAGAGCTAGTGTTGATATTCCACGGTCCCCTTGTGTTTTTCTTTGAATTCAACTCATTGATCTCTTCTACTAACTTTGCATTAGCATCAGAAAGACTGAAAAAGGGTTGTAATTTTACCCTTATTTCTTATATCAAATCTCAAACCTTCAACAAACCAGGCAATAAGATGTTCGTTTTCCATTAAATTGATTCTTGCACCCAACCGCTGGAATTCTTCTATATAATCAGCAATTATTCTTGTTCCTTGCCGGCAATTATGGTACTGATTATAGAGGGTTTGCTCATAGTTGGGTGGAAGGAAATGAGCCTTCATAGGTCTCTCTTCTCATTTCTTCTCCTATTAACCTCAAGTTTCTCCCACCAAGCAGATGCTCCAGCCTTCAACTTCAATGCTACTAGATGCACCTTCTTCATCTTTTGGGAATATTCGTGTAATTAAAAGAAATTTCAGTATTTTTCAACCAATCAAGGAAAACTTCAATATTACATTTACCCTCTTAACTAGGAAGGTCAATCTTCATCTTAAATTATGCTGGTTCCTTCTCCTTCCATCTACATGTGGTCAGAATCTTTTGTTTTGATCAATTACTGGTCTTTCTTGCAGTTCATCATTAGTGGAACTCCAATCTTGAAGTTCTTGGTTTCTTGGAAGGAATCTTGAAATGGTCTCCTTCTTACTTGAACTTCATATCTTTTTTCTTGATGAACTCGTCCAGGTCTATGCATTGCAGCACCACGGATACCACGCTGCCTCTAGTCACGAACGATTTCTTGATCATCTTGATGCTCTATTTGGGGATGAACTAACATTTCTAAACTTTGAAGAACTTCTGGCATTGTTGTTTGTGATCCCTTCACCAAAGCCTCCAAGGACAACATTCGTCTTGAGATGGTTCTTGGAGAGAAGATGGGTGTTTCATCCGCCTCTTGGTTGTGAGTAGGTTGCTCAATTGCTACTGGTTGATTTCGCCTAACAGCCATAGGTCTTGAAGAGCTTACGGTGCTTTGATACCATTTTGGTGTAAACCGAAGAATCTTTTTATTTGAATGAATAATCTACCCTCAGTGTAGGAGATGCTTTATTTATAGAGGAAAATAGTACAAGTAGTTGGTTACATAGTAACTAAGTAGTTTTTGTTAACTAATAGAGAGTTAAAACAGAAACTAGAAAACAGTAGATAACCAGTAGGTTTAAGCTATTTGATTTACATCATATTGTCGCTAAAAATGGAGCCAATCTTATGGAACGAGGTCAGGCACTTACTCACCTTGTAAATATGGGGAGATTGTAAAACGTTACATAAAAAATGCTGGTCAAGATCACTGATACCAAATTAAGGAGTCTTTCAGTTTGCTATTCAAATGGCAATATTTTCAAATTGAGGAAAAAGCCATATGGAGGAGAGTGATTTTGCCTAAAAATGGAGCCAATCTTATGGAACGAGGTCGGGCACTTACTCTTGCACACATCGAAAGGACTGTGGAAATGCATTGCTAAACAAAAAGACCTCATCCATAATTATTGTGGTAGGCAGCTGGGTAAAGGAGGCAAAACATCTTTCTGAAATGATTCTTGGATTGGCAGGAATTCTCTTGAAGAATTATACTCAGGCAGATGCATTATCTGTTAAGAATATTGCATCCACTGCGAACCTTCCATTATCCAATAAATCATCTTGGAACCTCTCTCTCAGACTGAAAGATGAAATTTGTTGATCTTTGGTTACAAAATGTATTAAACATGCTCTTTATCAGCCATCCGTTCAATGATAAGAAAGTGATCTTATGTACCTTTATCATCAGGCCTACTTTTGGCTCATTTGGAACGAGCGGAATCACCGTATCTTTGAAGATACAGAGTTTGGTTTTTGTTACATCTTTGGTCACCTACATTGCTCATTTGGTGTAAATTCACTCTCTTTTTCTGAATATAACCTTACTTCTCTTATTACATAATGAAATACCATTTTGTTCTTTTTTATATTCGTGAGTGTCCGAGCTAGCTTACGTGTACCTCGACTAATCTCACGATACAACCTGCTTGACCCTACAACATTTTGGTGTCAAGGAAACTTGTAAGAAATCAATTTCTAGGTAGGTGGTCACCATGGATTTGAACACATGACCTCTTAGTTAGTTATTGAGACTATGTTTCCCTTTTCACCACTAGGCCAACCTATGATGGTTATGAAATACCATTTTGTTATCCCACACGGCTTTAGTAATTTCATTCTATCAATGAAATTATAATTATGTTTCTCATAGAAAAAGTTAATAAAAAAATTAACATCAATTTCTTTCTTAACTCCGTGTGGAGATCTGCATTTTGGGTCATGGAAGTGCATTTCATGTTCCTATCGCCTCTTATTCTTGTTGGGACATCCTGGAGATGATCCTTCTTTTGTTCCCTTTAACTTGATATTATATTAAACTTTGTTAAACACCTAGAATCTTGGTATGGCTTTGTTAAATTGTCTCTCATCTTCTGGCGTATTGCTACAGAGCCACACCAAGATTTCAGGCCTTCTATTGGGTGGTTCTATCTAAATGAATGTTTAGGGCATCATGAGAGCTTGATTAACTGGTTCCCCATTTTCTTAGTTGAACTAAATATGTTGTCATGAAATTCACGACTCTTTTGCCTCAAAAAATGCCAGCATTATTTTGAGAGCCTTCATTTGTAAGAGCTGCTACAATCGCCTATGTGCTTGAAATCTTCACTTTGTTCTCTTGCCTTGATTCATTAGTGCAGAATCTTGTGTTCACCTTTGTGAGCTCTTGGCTTCAATGTTTGTGCATTCTACTTTATTCATTTCAGTGAACACCTTCTCTTGCTCATGCAAACTTGCTGGCAACTCATTTTTTGCTTGTTTTTTTCCTCCTAATTTGCCGTCTCACTTGTCCGTTGCAAGTGTGAGACAAATGCTTCATGAACTTTTTTTTTTCTCTGCGAAGATGAGTTCTTTAGTTGAATCCTTTCTGTTTTCTTTTCTTGCATCTCTTTCATTATTTTTGACAATCTTTCAATCAAGTTACCTAATCTTGATCTTTGATTTAAACCCTGGGACACTGTTAATAACTCTATCAAGCCTATTAGATGTTCTTACTAATTATGAAAGATGCCAACAAGAAACACAATTTCACTTTTTAGAATTACACTTTATCCTTAGGCTTTCCTAGATTTTGTTGAACTTAGCTGATAGTCGAATAATTATATCGCGTGGGATAAAAATTATCAGTTAGATTCTCAATTTCAAGATGTATGAAAGAGATGGCAGTTGTCACACCTCATTTCATTTTGATACATTGTCTTGCCACTTGATAAATACTTCTGGTGGTCGGTGAAAAGATTATATTAGTTTCTCAATTTGATGAAAGGCCATGAAATTCAATCCATTCTTTTCCCCAGTTTATCTTGATGATATTGGGAAAGTGAGAATCCAGATAAGAAATTCAAGGAGACCATTTTTGCCAAATTGGATTCTTTTGTATGGAGAAGTAGTGAAGATTTGGATTAAACTTCTTTTTATTGATCAGTGAGTTTTTTCTTTCCTTTTTTGGTTAAAAATAGTGAAGATTTTGGATCATCTCTTCTCCTAGCCTTTTTGCTCAGCTATTATGGTGGGAGATTTCTGAAGCCTCCAATTTTTATCTTGTTATCCTGAGAAGCATCCAGAACTTGATTATCAACTTCTCTGCAGCCAGATGAAGTAAGATTAGGGGGATATCTCAGATGAATTTTGGTTCCAGTAACCTTTAAATTATTATATATATTTTGATGACTGAGCTATGTACAAATATTTGGTTATCGCTGGGTTATAGATGTGTCCAATCACCTCTTTGGCTAACTTCATTCCATGAAAATGAAATAGAAATATTATTCCCTCTTAAATAGATAAATAAAATAAAATGTAGAACTGGATTTTCATTGTCAGTACTCAGTTTATCCAATACTCAGTGTGCAAAATTTTCTCTGCTTCTTTGGATTTCAACCTTCATCATAATACTTGAACTCTGTTTTTGCTTATCAGTTTCTGTGGGCATGTATACTGTGTTTCAGGTCAACACTTTGCTCTCTGCTGCCCGGATGCGCCTTCATAATGCAAGAGAAGAAAGAGAGCATTTTGATGAAGCGAGTAACCAGATACTTGTGCACTTGAAGACAAAGGTAATCAAGAACTATTGGTTGTAACTTATTCTTCTTGCAATAGTGTCAAATTGAAAGTTTTTTTTTTAAAAAAAAATAATAAAATAAAAATTGAATTCCTTTTCATTAGATTTTAACTTTCACCGATGATTTTCTTTGGTTATAGGAAGATGAGCTGTTCAAATCTGTTGCTTCATATAAAGTAGAAGCCGGTGCTGTAAATGCATGTAAAAACTTTTTAGAGCATACATGGAACCTCCAGATATCCCAAAGACAATTGAAGGAGGAGCATGTCGAGTATGTTAAATTTTTTTGCCAAAAATATTATTCGAGTTGCGTTTTTTGTTTTGGAATCAAATAAATGGAATCAGCTATCATGTCTTTCCCTTTATTACTCTATTCTAGTCTGAGTAAATTGCTTGGCTTTTGTTTCTTTCCTCTTTTTTCAAGTGGTGAGCTGGAAAAATATGGAGATTATTTTGTGAAGTTGGTCATCAGCCTTCTCTCTTCTTACAAGGTACTAATTTAGGTTATCTAGTTCACTGATTTTATCTTCATCAGTTGCCATTCACTGCTTCTATGGTTTGTGGTTTACTGTTTTAAGTTTTCTGAACTGTCGTGCACATTGGCCCATCTATTCTCTTTAGGGAAAATTGGAGCCCGCACTTTCTTGTATCAGAAAACTTGAGGAGAACTTGAGTTCGATGAAAGAGTATGGCTCTTCTAAAAAACATCTTGTTCTTACGAAAATAATCTTGATATAATTAACCAGGCTGCTAAGGCCTACTTTCTTCAGGTCAGATGTCTCACCCGATACAGATGATAGAAGTTTAAATGTCCATAAACAACGAAGAAAGCTTGAAGAGGAATACTTGGATATGGAGTCCAAGGTATATCGTTATTTGTGATATTTATGAATGATTGTAAGGTGTTAGTTTAGTCCATTGTACTTCAAAACAATGTTGTATTTGCCACTCACAATCTTTAATTTGTTGCTAGTGTTTAGCTTTAGTCTTTCAACTGTGCTCTTTGTTGTATTATCTAATCAATTTTGTGGTCTGTCTAATTCCTTGCTTTTATTAACTGGCCAGTTTGTTTCCACCTTAAGCACTGTGGATACAGTAAGAATGCAATTCTATGAAACAAAAGGAGTTGTCAGGTACTAAAACTCTGTTGACTAGGCAAGAAAATAGGATGACATTCATTGTCAATGTTTTCCATTTTTATCACCCCTTGACTACTAGTTTTACACACTTTTGACAACACAATGGACACTCTTGATCCAGGAATCTTGACGAGAAGGTACAAGAGACATTTGATGCACTTGAAAAAATAAAACAAGAATTTGAATCCATCAAGAGACCGAAACTGATGATTGAAACTGTTAGGCGAAAACCAGAGCTACCCATCAATGAAAAGCCGCATGTAGTAAATTCAAATCCAAGTTTCACATCCGGACAAACAGCCGAAGTTCGAAGACTAAATTTCGAAGATATTGACGAATCCTTAGCAAAACGAACAAAGAATTTCAGCATGGAAGCAGAAATGGCAAAACTAGATTCGGATGAAGGAATAGACACAATCGACTCAAATGAGGAGATAAATGACTGGGAATTTGATGAACTTGGAAGAGACTACGATACAATATCCAACCACCAAAAAAGATGAAACTTCCATCCTGGTATGTCAATGTTTATAATTCAATTCTTTAAAACTTCCAAGAAGACCCATGCAGTATTAAAATTATTATGATGACCTGTGATAGAAAAATGCTACTATTTACATGAAAGATTCGTGAAGCAAAAATACAAGTGTAAAATTTTCTCTATGGATGAAGTTTTGTATGTACAAATACACTATACCATGAAACAATCATTCAAGTATATATATAGTTTATATCTTAATTTATTTGCATGGAG

mRNA sequence

AGAGAGAGAGAGAGAGAGAGAGAGAGGCCGGGGGAGGCAAGGGCGGTGATGTCGTGGCTTAGAGCAGCGGTGATCAGGGCGGTGGAAGCAAGTGCCGGAGGAAAGGATAATATCACCCGCACCGTCCGTAACGTTGCCGGCACCGTCGTTTACCATGCTGGAAATGCTGTTGTAGAGGGCGCCAAGATCATTCAAGATCGCATTGGACCGAGGAATATGCAGGGCTTTAAACAGACAGTAAAAAGGCTGGAAGAAATATCTATTTCATCTAGAGGCATAGAAAGAGTTCAGTTATTGAGAAGGTGGCTAGTTGCGCTCAAAGAGGTGGATAGATTTTCACTAGGTCCAATCGAGGATGGTAAAAATAGTCCGACAGATCAGCTTAACGAGGAAAATAGAGATTCTCCGAAAAAACCTACATTGGTCTATTATGTGGACCCAGATATGGGAGGGGAGCTAAAAACTTTTCGTGATGTATTTCTCACAAGCCAAGCTCTAGAAGGCATTACGTTGTCTATGATTCTCGAAGAACCTAATGACGAAGAAGAATCACTACTTCTAGAGATTTATGGGCTCTGTCTTTCAGGAGGAAAAGAAGTACGTCAAGCGGTAATGACGAGTGTACACAATTTGGCAAAAGCATTTTCGGAATACCAAGATGAAATACTGGTAAAACGAGAAGAATTGCTCCAATATGTCCAAGATGCAATTGCTGGGCTGAAAATAAATGCTGATTTTGATAGGTGGTGAATAAGCATATCTTTCATTGGTCTTAATCAATTAGTTATTGATGATTATGCATGCATGAATTTTTATGGACAGAATTACAACTGAACTAAATTGAAATCTATATAACGTGGTGGGTGTTAGCTCTAATGAGGCTTCCAAGTTTGTATGACAAAAAAGGGGAATGTCCATGGAGGAAGCAAGAATTAATTTCCTAAGAGAACATTCAATCAAACTTGATCATAAACCTGCTCCTTATCCCACTTAGTGTCATTAAATTTCTATTTGTTTTTGTCAATAAAGAAAACTACACACATGCGTGCACACAAATACGTTTTCAATCTTTTATATTTGATAGAATAAAATCACTATGTTTTTCTATATAACCTGGAGCTTGTCATTATCTAGTGAAGAAAGGGATTTTCTATAGGCAATTCACCATAAGAGAAAGTAACATCCCACTCTGAAAGGATTACGAAAAGCTTCAATTCACTGATGGTTTTATTAGACTGATTGACTAATTATAATTTCCAATTTCATATTAATGAAGCTTGTAAGTTTTTCTTTTGATCTTTCATCAATGATTGAAAAATTATAAAAGACTTCAAGAATTTAAGGTCTACAAAGCGTAAACTTAAGAAAATAAAAGAACTAAGCTCTTCCAACTAGGTCATATTTTTGGTAACGATAATTTTGGGTGATTCAGAAATGCTACAAGATTAGGAATTTCATGAAGCCTTTTGTGGAATACCATGAAAACCTTGAAACTACAGCTAAGAATTTGTCTTCAATAAAGTTGGTAATGATATGGTATCAAGACATTTCTCTGGCATGATTTGTGTCAACCTTTTGGCAGGAAGATACCCAAGAAATTTTGACCTTTCAAAGGAAAAAGATTTGTTGATTTTTGAGCCTTGTGAGGAGAGCAATGGCCGTGGAAAGTTTTCAGAAGAAGATAAAGGATTTTTGGGTTTATTAGTCTACCCCTGAAATTTGCTGTAGCTTTGCAGGCCCATTGACAGCACAGTTGAAGAAAAACTAGTTTTGGTGGTGTGACAAAGTAGAGACAACACTCTAAGGGTTGTTTGGAGAGCTGAAATGTAATCAGGTTACTGAAAATCGAGAGATGGTGGGATGCATGAAAATCGAGGGTGAAACCGAAATGGAATTTTGAAGCGTGGAAACGGTAGAAAAGAGGGTTGGATTGAAAGTTATCGAAACAAAATAAGTTTAGTATTACAAAACGAGCCCGAAAAATTCAATCCAAACATGGGTTTTGGATTACATTACATTATAATCTCATTCAATTATGGTTCACCAAACACCCCCTAGAGGTTCTTATTCAGTGGAGGGTCAAGATATCAAGAAAACAACTTGGAAGCCAAAAATTGTTATTCAGTTTCCAACTTTTACCCGCACAATTTCCATCCTTGAATCCAATTAGTCGTTTGATCTTCTCTGTATGTTTGTTAATTAGTCATGTATTTAATAACCATGTCAGGGATGAGGGAGAGGAGAGTTCTTTCCTGGATTATTTTGAGCATACAAGGGAGTGTTTTCAGATCTCTCAAATGTCTGAATTCTATTGTTGTGTTATTTTCAGACTATCGGCAAAAGTTCTTTTGTGATTGTGCTAACTCATGGCTCACCCCATAAATATTGTAGAGAGCAACAAACCTTTTAATATATCATGTTGTTCGATTAAATATATTGTGCAGATTTGCAAAATTCTCAATGGTGTTTCCATTGAGCAGATTCACCCATACTTCTTCTAATCTGTTTTCAAACAAATTTATTTATTCTTCCAATTTCCTGCTCGCAGAATAGATGCTAAAGCATGTAGTTTGAAAGAAACACTTGACGAAAATCATGAGGAGCTGCCACCTTCGAGAGAAGACCAAGATACAACATCTGATGGTGAAACTAGAGCTTCTAAGATTCTACAAGAAATACTTTCACAAGTTCAATTATGCTCTAAATTGGAGGAGCTTCTACTAAAGAAGAAGCTTTTCAAGGATGGGGATTCTCCACAGCTTCATGCTGAAAAGGTTGAGAAACTGAGAATTTTATCGGAATCTTTGGCCAATTCCACCTTAAAAGCTGAAAAGCGTATTGTAGATCACAGCAGAGAGCAGAAGGAGGAGGCACTCAACTTTCGGGTAGCTAAGTCCAAGGAAATGGTCCAAGCTGAGAAGGAATTGACAGATGATATTGGAGAACTTGAGAACCAAAAGGATCGACTGGAGGCTGAATTGAAAAAGGTCAACACTTTGCTCTCTGCTGCCCGGATGCGCCTTCATAATGCAAGAGAAGAAAGAGAGCATTTTGATGAAGCGAGTAACCAGATACTTGTGCACTTGAAGACAAAGGAAGATGAGCTGTTCAAATCTGTTGCTTCATATAAAGTAGAAGCCGGTGCTGTAAATGCATGTAAAAACTTTTTAGAGCATACATGGAACCTCCAGATATCCCAAAGACAATTGAAGGAGGAGCATGTCGATGGTGAGCTGGAAAAATATGGAGATTATTTTGTGAAGTTGGTCATCAGCCTTCTCTCTTCTTACAAGGGAAAATTGGAGCCCGCACTTTCTTGTATCAGAAAACTTGAGGAGAACTTGAGTTCGATGAAAGAGTCAGATGTCTCACCCGATACAGATGATAGAAGTTTAAATGTCCATAAACAACGAAGAAAGCTTGAAGAGGAATACTTGGATATGGAGTCCAAGTTTGTTTCCACCTTAAGCACTGTGGATACAGTAAGAATGCAATTCTATGAAACAAAAGGAGTTGTCAGGAATCTTGACGAGAAGGTACAAGAGACATTTGATGCACTTGAAAAAATAAAACAAGAATTTGAATCCATCAAGAGACCGAAACTGATGATTGAAACTGTTAGGCGAAAACCAGAGCTACCCATCAATGAAAAGCCGCATGTAGTAAATTCAAATCCAAGTTTCACATCCGGACAAACAGCCGAAGTTCGAAGACTAAATTTCGAAGATATTGACGAATCCTTAGCAAAACGAACAAAGAATTTCAGCATGGAAGCAGAAATGGCAAAACTAGATTCGGATGAAGGAATAGACACAATCGACTCAAATGAGGAGATAAATGACTGGGAATTTGATGAACTTGGAAGAGACTACGATACAATATCCAACCACCAAAAAAGATGAAACTTCCATCCTGGTATGTCAATGTTTATAATTCAATTCTTTAAAACTTCCAAGAAGACCCATGCAGTATTAAAATTATTATGATGACCTGTGATAGAAAAATGCTACTATTTACATGAAAGATTCGTGAAGCAAAAATACAAGTGTAAAATTTTCTCTATGGATGAAGTTTTGTATGTACAAATACACTATACCATGAAACAATCATTCAAGTATATATATAGTTTATATCTTAATTTATTTGCATGGAG

Coding sequence (CDS)

AGAGAGAGAGAGAGAGAGAGAGAGAGGCCGGGGGAGGCAAGGGCGGTGATGTCGTGGCTTAGAGCAGCGGTGATCAGGGCGGTGGAAGCAAGTGCCGGAGGAAAGGATAATATCACCCGCACCGTCCGTAACGTTGCCGGCACCGTCGTTTACCATGCTGGAAATGCTGTTGTAGAGGGCGCCAAGATCATTCAAGATCGCATTGGACCGAGGAATATGCAGGGCTTTAAACAGACAGTAAAAAGGCTGGAAGAAATATCTATTTCATCTAGAGGCATAGAAAGAGTTCAGTTATTGAGAAGGTGGCTAGTTGCGCTCAAAGAGGTGGATAGATTTTCACTAGGTCCAATCGAGGATGGTAAAAATAGTCCGACAGATCAGCTTAACGAGGAAAATAGAGATTCTCCGAAAAAACCTACATTGGTCTATTATGTGGACCCAGATATGGGAGGGGAGCTAAAAACTTTTCGTGATGTATTTCTCACAAGCCAAGCTCTAGAAGGCATTACGTTGTCTATGATTCTCGAAGAACCTAATGACGAAGAAGAATCACTACTTCTAGAGATTTATGGGCTCTGTCTTTCAGGAGGAAAAGAAGTACGTCAAGCGGTAATGACGAGTGTACACAATTTGGCAAAAGCATTTTCGGAATACCAAGATGAAATACTGGTAAAACGAGAAGAATTGCTCCAATATGTCCAAGATGCAATTGCTGGGCTGAAAATAAATGCTGATTTTGATAGGTGGTGA

Protein sequence

RERERERERPGEARAVMSWLRAAVIRAVEASAGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGFKQTVKRLEEISISSRGIERVQLLRRWLVALKEVDRFSLGPIEDGKNSPTDQLNEENRDSPKKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSGGKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDRW

Homology

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BLAST of CsGy4G013750 vs. NCBI nr
Match: KGN54209.1 (hypothetical protein Csa_4G293190 [Cucumis sativus])

HSP 1 Score: 451.8 bits (1161), Expect = 1.5e-123
Identity = 232/232 (100.00%), Postives = 232/232 (100.00%), Query Frame = 0


Query: 17  MSWLRAAVIRAVEASAGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF 76
           MSWLRAAVIRAVEASAGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF
Sbjct: 1   MSWLRAAVIRAVEASAGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF 60

Query: 77  KQTVKRLEEISISSRGIERVQLLRRWLVALKEVDRFSLGPIEDGKNSPTDQLNEENRDSP 136
           KQTVKRLEEISISSRGIERVQLLRRWLVALKEVDRFSLGPIEDGKNSPTDQLNEENRDSP
Sbjct: 61  KQTVKRLEEISISSRGIERVQLLRRWLVALKEVDRFSLGPIEDGKNSPTDQLNEENRDSP 120

Query: 137 KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG 196
           KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG
Sbjct: 121 KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG 180

Query: 197 GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR 249
           GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR
Sbjct: 181 GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR 232

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BLAST of CsGy4G013750 vs. NCBI nr
Match: XP_011653611.1 (PREDICTED: golgin subfamily B member 1 isoform X1 [Cucumis sativus])

HSP 1 Score: 451.8 bits (1161), Expect = 1.5e-123
Identity = 232/232 (100.00%), Postives = 232/232 (100.00%), Query Frame = 0


Query: 17  MSWLRAAVIRAVEASAGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF 76
           MSWLRAAVIRAVEASAGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF
Sbjct: 1   MSWLRAAVIRAVEASAGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF 60

Query: 77  KQTVKRLEEISISSRGIERVQLLRRWLVALKEVDRFSLGPIEDGKNSPTDQLNEENRDSP 136
           KQTVKRLEEISISSRGIERVQLLRRWLVALKEVDRFSLGPIEDGKNSPTDQLNEENRDSP
Sbjct: 61  KQTVKRLEEISISSRGIERVQLLRRWLVALKEVDRFSLGPIEDGKNSPTDQLNEENRDSP 120

Query: 137 KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG 196
           KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG
Sbjct: 121 KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG 180

Query: 197 GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR 249
           GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR
Sbjct: 181 GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR 232

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BLAST of CsGy4G013750 vs. NCBI nr
Match: XP_011653612.1 (PREDICTED: restin homolog isoform X2 [Cucumis sativus])

HSP 1 Score: 451.8 bits (1161), Expect = 1.5e-123
Identity = 232/232 (100.00%), Postives = 232/232 (100.00%), Query Frame = 0


Query: 17  MSWLRAAVIRAVEASAGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF 76
           MSWLRAAVIRAVEASAGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF
Sbjct: 1   MSWLRAAVIRAVEASAGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF 60

Query: 77  KQTVKRLEEISISSRGIERVQLLRRWLVALKEVDRFSLGPIEDGKNSPTDQLNEENRDSP 136
           KQTVKRLEEISISSRGIERVQLLRRWLVALKEVDRFSLGPIEDGKNSPTDQLNEENRDSP
Sbjct: 61  KQTVKRLEEISISSRGIERVQLLRRWLVALKEVDRFSLGPIEDGKNSPTDQLNEENRDSP 120

Query: 137 KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG 196
           KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG
Sbjct: 121 KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG 180

Query: 197 GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR 249
           GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR
Sbjct: 181 GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR 232

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BLAST of CsGy4G013750 vs. NCBI nr
Match: XP_008447372.1 (PREDICTED: myosin-11 isoform X1 [Cucumis melo])

HSP 1 Score: 443.0 bits (1138), Expect = 6.9e-121
Identity = 227/232 (97.84%), Postives = 229/232 (98.71%), Query Frame = 0


Query: 17  MSWLRAAVIRAVEASAGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF 76
           MSWLRAAVIRAVEA AGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF
Sbjct: 1   MSWLRAAVIRAVEAGAGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF 60

Query: 77  KQTVKRLEEISISSRGIERVQLLRRWLVALKEVDRFSLGPIEDGKNSPTDQLNEENRDSP 136
           KQTVKRLEEIS+SSRGIERVQLLRRWLVALKEVDRFSLG IE GKNSPTDQLNEEN+DSP
Sbjct: 61  KQTVKRLEEISVSSRGIERVQLLRRWLVALKEVDRFSLGSIEGGKNSPTDQLNEENKDSP 120

Query: 137 KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG 196
           KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG
Sbjct: 121 KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG 180

Query: 197 GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR 249
           GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR
Sbjct: 181 GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR 232

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BLAST of CsGy4G013750 vs. NCBI nr
Match: XP_008447377.1 (PREDICTED: uncharacterized protein LOC103489834 isoform X2 [Cucumis melo])

HSP 1 Score: 443.0 bits (1138), Expect = 6.9e-121
Identity = 227/232 (97.84%), Postives = 229/232 (98.71%), Query Frame = 0


Query: 17  MSWLRAAVIRAVEASAGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF 76
           MSWLRAAVIRAVEA AGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF
Sbjct: 1   MSWLRAAVIRAVEAGAGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF 60

Query: 77  KQTVKRLEEISISSRGIERVQLLRRWLVALKEVDRFSLGPIEDGKNSPTDQLNEENRDSP 136
           KQTVKRLEEIS+SSRGIERVQLLRRWLVALKEVDRFSLG IE GKNSPTDQLNEEN+DSP
Sbjct: 61  KQTVKRLEEISVSSRGIERVQLLRRWLVALKEVDRFSLGSIEGGKNSPTDQLNEENKDSP 120

Query: 137 KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG 196
           KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG
Sbjct: 121 KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG 180

Query: 197 GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR 249
           GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR
Sbjct: 181 GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR 232

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BLAST of CsGy4G013750 vs. TAIR10
Match: AT2G37370.1 (unknown protein)

HSP 1 Score: 274.2 bits (700), Expect = 7.7e-74
Identity = 148/232 (63.79%), Postives = 179/232 (77.16%), Query Frame = 0


Query: 17  MSWLRAAVIRAVEASAGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF 76
           MSWLR+AV +AVE   GGK+NITRTVRN A +VV  AGNAV EGAK+IQDRIG RN++ F
Sbjct: 1   MSWLRSAVNKAVE--VGGKNNITRTVRNYADSVVLTAGNAVSEGAKLIQDRIGSRNVKSF 60

Query: 77  KQTVKRLEEISISSRGIERVQLLRRWLVALKEVDRFSLGPIEDGKNSPTDQLNEENRDSP 136
              VKRLEE+S+SSRG ERVQLLRRWLVAL+E++R S     D  N  TD  + ++ DSP
Sbjct: 61  SLAVKRLEEVSVSSRGSERVQLLRRWLVALREIERMSYSCF-DNNNHKTDD-HTQSEDSP 120

Query: 137 KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG 196
           K  + VYYVDP + GE  TFRDVFL S+ALEG+ LSMILE PN+EE  LLLE++GLCLSG
Sbjct: 121 KNFSTVYYVDPGLPGEPMTFRDVFLHSEALEGMVLSMILEAPNEEEVQLLLELFGLCLSG 180

Query: 197 GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR 249
            KEV +AV+ +V +LA  F +Y+DE+L KREELLQYVQ AI GLK++AD  R
Sbjct: 181 EKEVHEAVIQNVQDLATVFLKYKDEVLAKREELLQYVQGAIGGLKLSADIAR 228

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BLAST of CsGy4G013750 vs. TAIR10
Match: AT5G13560.1 (unknown protein)

HSP 1 Score: 243.4 bits (620), Expect = 1.5e-64
Identity = 131/232 (56.47%), Postives = 167/232 (71.98%), Query Frame = 0


Query: 17  MSWLRAAVIRAVEASAGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF 76
           MSWLR AV +AVE   G + NITRTV+N A +VV HAG AV EGAK+ QDRIG    +  
Sbjct: 1   MSWLRTAVNKAVE--VGNRKNITRTVKNYADSVVQHAGQAVAEGAKLFQDRIGVGAYKSV 60

Query: 77  KQTVKRLEEISISSRGIERVQLLRRWLVALKEVDRFSLGPIEDGKNSPTDQLNEENRDSP 136
            QT++RLEE ++S RG ER  L+ RWL  LKE+DR +   ++D + S  +QL     D  
Sbjct: 61  HQTIQRLEEAAVSYRGQERALLITRWLSVLKEIDRATDSSLKDKQLSSEEQLAS---DEA 120

Query: 137 KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG 196
           KK   V Y DPD+GGE   FRDVFL SQALEGI LSMI+E P+DEE +LLLE++GLCL+G
Sbjct: 121 KKREWVLYYDPDIGGEPLNFRDVFLQSQALEGIVLSMIIEPPHDEEITLLLEMFGLCLNG 180

Query: 197 GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR 249
           GKEV  A+++S+ +LA  FS Y+DE+LVK++ELLQ+ Q+AI GLKINA+  R
Sbjct: 181 GKEVHDAIVSSMQDLATVFSSYKDEVLVKQDELLQFAQNAITGLKINAEMLR 227

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BLAST of CsGy4G013750 vs. TrEMBL
Match: tr|A0A0A0KZF6|A0A0A0KZF6_CUCSA (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_4G293190 PE=4 SV=1)

HSP 1 Score: 451.8 bits (1161), Expect = 9.8e-124
Identity = 232/232 (100.00%), Postives = 232/232 (100.00%), Query Frame = 0


Query: 17  MSWLRAAVIRAVEASAGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF 76
           MSWLRAAVIRAVEASAGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF
Sbjct: 1   MSWLRAAVIRAVEASAGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF 60

Query: 77  KQTVKRLEEISISSRGIERVQLLRRWLVALKEVDRFSLGPIEDGKNSPTDQLNEENRDSP 136
           KQTVKRLEEISISSRGIERVQLLRRWLVALKEVDRFSLGPIEDGKNSPTDQLNEENRDSP
Sbjct: 61  KQTVKRLEEISISSRGIERVQLLRRWLVALKEVDRFSLGPIEDGKNSPTDQLNEENRDSP 120

Query: 137 KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG 196
           KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG
Sbjct: 121 KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG 180

Query: 197 GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR 249
           GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR
Sbjct: 181 GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR 232

[Close]

BLAST of CsGy4G013750 vs. TrEMBL
Match: tr|A0A1S3BI64|A0A1S3BI64_CUCME (uncharacterized protein LOC103489834 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103489834 PE=4 SV=1)

HSP 1 Score: 443.0 bits (1138), Expect = 4.5e-121
Identity = 227/232 (97.84%), Postives = 229/232 (98.71%), Query Frame = 0


Query: 17  MSWLRAAVIRAVEASAGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF 76
           MSWLRAAVIRAVEA AGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF
Sbjct: 1   MSWLRAAVIRAVEAGAGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF 60

Query: 77  KQTVKRLEEISISSRGIERVQLLRRWLVALKEVDRFSLGPIEDGKNSPTDQLNEENRDSP 136
           KQTVKRLEEIS+SSRGIERVQLLRRWLVALKEVDRFSLG IE GKNSPTDQLNEEN+DSP
Sbjct: 61  KQTVKRLEEISVSSRGIERVQLLRRWLVALKEVDRFSLGSIEGGKNSPTDQLNEENKDSP 120

Query: 137 KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG 196
           KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG
Sbjct: 121 KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG 180

Query: 197 GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR 249
           GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR
Sbjct: 181 GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR 232

[Close]

BLAST of CsGy4G013750 vs. TrEMBL
Match: tr|A0A1S3BI59|A0A1S3BI59_CUCME (myosin-11 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103489834 PE=4 SV=1)

HSP 1 Score: 443.0 bits (1138), Expect = 4.5e-121
Identity = 227/232 (97.84%), Postives = 229/232 (98.71%), Query Frame = 0


Query: 17  MSWLRAAVIRAVEASAGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF 76
           MSWLRAAVIRAVEA AGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF
Sbjct: 1   MSWLRAAVIRAVEAGAGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF 60

Query: 77  KQTVKRLEEISISSRGIERVQLLRRWLVALKEVDRFSLGPIEDGKNSPTDQLNEENRDSP 136
           KQTVKRLEEIS+SSRGIERVQLLRRWLVALKEVDRFSLG IE GKNSPTDQLNEEN+DSP
Sbjct: 61  KQTVKRLEEISVSSRGIERVQLLRRWLVALKEVDRFSLGSIEGGKNSPTDQLNEENKDSP 120

Query: 137 KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG 196
           KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG
Sbjct: 121 KKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLSG 180

Query: 197 GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR 249
           GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR
Sbjct: 181 GKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR 232

[Close]

BLAST of CsGy4G013750 vs. TrEMBL
Match: tr|A0A2P4MV31|A0A2P4MV31_QUESU (Uncharacterized protein OS=Quercus suber OX=58331 GN=CFP56_33051 PE=4 SV=1)

HSP 1 Score: 312.8 bits (800), Expect = 7.1e-82
Identity = 157/233 (67.38%), Postives = 196/233 (84.12%), Query Frame = 0


Query: 17  MSWLRAAVIRAVEASAGGKDNITRTVRNVAGTVVYHAGNAVVEGAKIIQDRIGPRNMQGF 76
           MSW+R AV +AVE  AGG +N+TRTVRN A +VVYHAGNAV EGAK+IQDRIGPRN++ F
Sbjct: 1   MSWIRTAVTKAVE--AGGGNNLTRTVRNYADSVVYHAGNAVSEGAKVIQDRIGPRNLKSF 60

Query: 77  KQTVKRLEEISISSRGIERVQLLRRWLVALKEVDRFSLGPIEDGKNSPTDQLN-EENRDS 136
           K T+K+LEE+S+S RG+ER+QLLRRWLVALKE++R SLG  +  + +P ++L  ++++DS
Sbjct: 61  KHTLKQLEEMSVSCRGVERIQLLRRWLVALKEIERLSLGSNDHNEKNPEERLAFDDSKDS 120

Query: 137 PKKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCLS 196
           P+KP +VYYVD DM  E + FRDVFL S+ALEGITLSMILE PN+EE  LLLEIYGLCL+
Sbjct: 121 PRKPNMVYYVDSDMVAEPRNFRDVFLQSEALEGITLSMILEAPNEEEVPLLLEIYGLCLT 180

Query: 197 GGKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR 249
           GGKEV  A+++SV +LAKAFS YQDE+LVKREELLQY Q A++GLKINAD +R
Sbjct: 181 GGKEVHNAIISSVCDLAKAFSGYQDEVLVKREELLQYAQGAVSGLKINADLER 231

[Close]

BLAST of CsGy4G013750 vs. TrEMBL
Match: tr|M5W3C7|M5W3C7_PRUPE (Uncharacterized protein OS=Prunus persica OX=3760 GN=PRUPE_6G246700 PE=4 SV=1)

HSP 1 Score: 302.8 bits (774), Expect = 7.3e-79
Identity = 161/234 (68.80%), Postives = 190/234 (81.20%), Query Frame = 0


Query: 17  MSWLRAAVIRAVEASAGGKDNITRTVRNVAGTVVYHAGNAVVEGAK-IIQDRIGPRNMQG 76
           MSW+R AV  AVE  AG  +++TRTVRN A +VV HAGNAV  GA+ ++ +RIGPRN+Q 
Sbjct: 1   MSWIRNAVNLAVE--AGATNSLTRTVRNYADSVVLHAGNAVAGGARLLLPERIGPRNLQS 60

Query: 77  FKQTVKRLEEISISSRGIERVQLLRRWLVALKEVDRFSLGPIEDGKNSPTDQLN-EENRD 136
           F+ TVKRLEE+S+S RG+ERVQLLRRWLVALKE++R S     + + SP DQLN +E+ +
Sbjct: 61  FRHTVKRLEEVSVSCRGVERVQLLRRWLVALKEIERLSTLYNVNNERSPDDQLNFDESME 120

Query: 137 SPKKPTLVYYVDPDMGGELKTFRDVFLTSQALEGITLSMILEEPNDEEESLLLEIYGLCL 196
           SPK+PTLVYY+D DMG E KTFRDVFL SQALEGITLSMILEEPN+EE SLLLEIYGLCL
Sbjct: 121 SPKRPTLVYYIDSDMGDEPKTFRDVFLHSQALEGITLSMILEEPNEEEVSLLLEIYGLCL 180

Query: 197 SGGKEVRQAVMTSVHNLAKAFSEYQDEILVKREELLQYVQDAIAGLKINADFDR 249
           +GGKEV   VM+SV NLA A S YQDE+L+KREELLQ+ Q AIAGLKINAD  R
Sbjct: 181 TGGKEVHNIVMSSVQNLAAALSYYQDEVLIKREELLQFAQGAIAGLKINADLAR 232

The following BLAST results are available for this feature:

BLAST of CsGy4G013750 vs. NCBI nr


Match Name	E-value	Identity	Description
KGN54209.1	1.5e-123	100.00	hypothetical protein Csa_4G293190 [Cucumis sativus]	[more]
XP_011653611.1	1.5e-123	100.00	PREDICTED: golgin subfamily B member 1 isoform X1 [Cucumis sativus]	[more]
XP_011653612.1	1.5e-123	100.00	PREDICTED: restin homolog isoform X2 [Cucumis sativus]	[more]
XP_008447372.1	6.9e-121	97.84	PREDICTED: myosin-11 isoform X1 [Cucumis melo]	[more]
XP_008447377.1	6.9e-121	97.84	PREDICTED: uncharacterized protein LOC103489834 isoform X2 [Cucumis melo]	[more]

BLAST of CsGy4G013750 vs. TAIR10


Match Name	E-value	Identity	Description
AT2G37370.1	7.7e-74	63.79	unknown protein	[more]
AT5G13560.1	1.5e-64	56.47	unknown protein	[more]

BLAST of CsGy4G013750 vs. Swiss-Prot


Match Name	E-value	Identity	Description

BLAST of CsGy4G013750 vs. TrEMBL


Match Name	E-value	Identity	Description
tr\|A0A0A0KZF6\|A0A0A0KZF6_CUCSA	9.8e-124	100.00	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_4G293190 PE=4 SV=1	[more]
tr\|A0A1S3BI64\|A0A1S3BI64_CUCME	4.5e-121	97.84	uncharacterized protein LOC103489834 isoform X2 OS=Cucumis melo OX=3656 GN=LOC10...	[more]
tr\|A0A1S3BI59\|A0A1S3BI59_CUCME	4.5e-121	97.84	myosin-11 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103489834 PE=4 SV=1	[more]
tr\|A0A2P4MV31\|A0A2P4MV31_QUESU	7.1e-82	67.38	Uncharacterized protein OS=Quercus suber OX=58331 GN=CFP56_33051 PE=4 SV=1	[more]
tr\|M5W3C7\|M5W3C7_PRUPE	7.3e-79	68.80	Uncharacterized protein OS=Prunus persica OX=3760 GN=PRUPE_6G246700 PE=4 SV=1	[more]

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0008150	biological_process
cellular_component	GO:0005575	cellular_component
molecular_function	GO:0003674	molecular_function

Relationships

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


Feature Name	Unique Name	Type
CsGy4G013750.1	CsGy4G013750.1	mRNA

InterPro

Analysis Name: InterPro Annotations of cucumber Gy14 genome (v2)
Date Performed: 2018-09-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 116..140
None	No IPR available	PANTHER	PTHR34121:SF5	SUBFAMILY NOT NAMED	coord: 17..246
None	No IPR available	PANTHER	PTHR34121	FAMILY NOT NAMED	coord: 17..246

Synteny

The following gene(s) are orthologous to this gene:


Gene	Orthologue	Organism	Block
CsGy4G013750	Cla018248	Watermelon (97103) v1	cgybwmB314
CsGy4G013750	Csa5G177660	Cucumber (Chinese Long) v2	cgybcuB178
CsGy4G013750	Csa4G293190	Cucumber (Chinese Long) v2	cgybcuB167
CsGy4G013750	MELO3C003090	Melon (DHL92) v3.5.1	cgybmeB279
CsGy4G013750	MELO3C023813	Melon (DHL92) v3.5.1	cgybmeB232
CsGy4G013750	ClCG04G008600	Watermelon (Charleston Gray)	cgybwcgB282
CsGy4G013750	CSPI05G09150	Wild cucumber (PI 183967)	cgybcpiB182
CsGy4G013750	CSPI04G14220	Wild cucumber (PI 183967)	cgybcpiB170
CsGy4G013750	CmaCh04G002470	Cucurbita maxima (Rimu)	cgybcmaB548
CsGy4G013750	CmaCh07G009550	Cucurbita maxima (Rimu)	cgybcmaB562
CsGy4G013750	CmaCh03G004530	Cucurbita maxima (Rimu)	cgybcmaB533
CsGy4G013750	CmaCh04G012210	Cucurbita maxima (Rimu)	cgybcmaB555
CsGy4G013750	CmoCh03G004670	Cucurbita moschata (Rifu)	cgybcmoB507
CsGy4G013750	CmoCh07G010050	Cucurbita moschata (Rifu)	cgybcmoB537
CsGy4G013750	CmoCh04G002540	Cucurbita moschata (Rifu)	cgybcmoB522
CsGy4G013750	Lsi04G008410	Bottle gourd (USVL1VR-Ls)	cgyblsiB268
CsGy4G013750	Cp4.1LG01g04420	Cucurbita pepo (Zucchini)	cgybcpeB510
CsGy4G013750	Cp4.1LG10g08950	Cucurbita pepo (Zucchini)	cgybcpeB463
CsGy4G013750	Cp4.1LG19g04340	Cucurbita pepo (Zucchini)	cgybcpeB532
CsGy4G013750	Cp4.1LG01g10450	Cucurbita pepo (Zucchini)	cgybcpeB517
CsGy4G013750	MELO3C023813.2	Melon (DHL92) v3.6.1	cgybmedB233
CsGy4G013750	MELO3C003090.2	Melon (DHL92) v3.6.1	cgybmedB279
CsGy4G013750	CsaV3_4G024570	Cucumber (Chinese Long) v3	cgybcucB171
CsGy4G013750	CsaV3_5G006560	Cucumber (Chinese Long) v3	cgybcucB182
CsGy4G013750	Bhi03G001258	Wax gourd	cgybwgoB388
CsGy4G013750	Carg24345	Silver-seed gourd	carcgybB0480
CsGy4G013750	Carg13783	Silver-seed gourd	carcgybB0921

The following gene(s) are paralogous to this gene:


Gene	Paralogue	Organism	Block
CsGy4G013750	CsGy5G006490	Cucumber (Gy14) v2	cgybcgybB123

The following block(s) are covering this gene:


Gene	Organism	Block
CsGy4G013750	Cucumber (Gy14) v2	cgybcgybB083
CsGy4G013750	Cucumber (Gy14) v2	cgybcgybB124
CsGy4G013750	Cucumber (Gy14) v2	cgybcgybB131
CsGy4G013750	Cucurbita maxima (Rimu)	cgybcmaB492
CsGy4G013750	Cucurbita maxima (Rimu)	cgybcmaB488
CsGy4G013750	Cucurbita maxima (Rimu)	cgybcmaB524
CsGy4G013750	Cucurbita maxima (Rimu)	cgybcmaB528
CsGy4G013750	Cucurbita maxima (Rimu)	cgybcmaB546
CsGy4G013750	Cucurbita maxima (Rimu)	cgybcmaB561
CsGy4G013750	Cucurbita moschata (Rifu)	cgybcmoB458
CsGy4G013750	Cucurbita moschata (Rifu)	cgybcmoB462
CsGy4G013750	Cucurbita moschata (Rifu)	cgybcmoB495
CsGy4G013750	Cucurbita moschata (Rifu)	cgybcmoB500
CsGy4G013750	Cucurbita moschata (Rifu)	cgybcmoB520
CsGy4G013750	Cucurbita moschata (Rifu)	cgybcmoB531
CsGy4G013750	Cucurbita moschata (Rifu)	cgybcmoB536
CsGy4G013750	Cucurbita pepo (Zucchini)	cgybcpeB481
CsGy4G013750	Cucurbita pepo (Zucchini)	cgybcpeB494
CsGy4G013750	Cucurbita pepo (Zucchini)	cgybcpeB555
CsGy4G013750	Cucurbita pepo (Zucchini)	cgybcpeB560
CsGy4G013750	Cucurbita pepo (Zucchini)	cgybcpeB577
CsGy4G013750	Cucumber (Chinese Long) v2	cgybcuB162
CsGy4G013750	Bottle gourd (USVL1VR-Ls)	cgyblsiB233
CsGy4G013750	Bottle gourd (USVL1VR-Ls)	cgyblsiB236
CsGy4G013750	Bottle gourd (USVL1VR-Ls)	cgyblsiB253
CsGy4G013750	Bottle gourd (USVL1VR-Ls)	cgyblsiB258
CsGy4G013750	Melon (DHL92) v3.5.1	cgybmeB231
CsGy4G013750	Melon (DHL92) v3.5.1	cgybmeB248
CsGy4G013750	Melon (DHL92) v3.6.1	cgybmedB232
CsGy4G013750	Melon (DHL92) v3.6.1	cgybmedB246
CsGy4G013750	Watermelon (Charleston Gray)	cgybwcgB250
CsGy4G013750	Watermelon (Charleston Gray)	cgybwcgB252
CsGy4G013750	Watermelon (Charleston Gray)	cgybwcgB273
CsGy4G013750	Watermelon (97103) v1	cgybwmB268
CsGy4G013750	Watermelon (97103) v1	cgybwmB270
CsGy4G013750	Watermelon (97103) v1	cgybwmB324
CsGy4G013750	Wild cucumber (PI 183967)	cgybcpiB165
CsGy4G013750	Wild cucumber (PI 183967)	cgybcpiB180
CsGy4G013750	Silver-seed gourd	carcgybB0173
CsGy4G013750	Silver-seed gourd	carcgybB0345
CsGy4G013750	Silver-seed gourd	carcgybB0985
CsGy4G013750	Cucumber (Chinese Long) v3	cgybcucB169
CsGy4G013750	Cucumber (Chinese Long) v3	cgybcucB183
CsGy4G013750	Watermelon (97103) v2	cgybwmbB260
CsGy4G013750	Watermelon (97103) v2	cgybwmbB274
CsGy4G013750	Watermelon (97103) v2	cgybwmbB282
CsGy4G013750	Watermelon (97103) v2	cgybwmbB317
CsGy4G013750	Wax gourd	cgybwgoB343