Csor.00g254320 (gene) Silver-seed gourd (wild; sororia) v1

Overview
NameCsor.00g254320
Typegene
OrganismCucurbita argyrosperma subsp. sororia (Silver-seed gourd (wild; sororia) v1)
Descriptionchromosome transmission fidelity protein 18 homolog
LocationCsor_Chr06: 9251832 .. 9263121 (-)
RNA-Seq ExpressionCsor.00g254320
SyntenyCsor.00g254320
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

ATGGATATGGATATTCCTTTTCCGGACGAGCTCGAGCTTCTCGAAGAAGATTTTCATCTGTATGAAGATTACATGGAACCTGAACCGCCCGAAATCGACGACGAAGAAGAAATACTGGAAAAAGAGCCATCGGACAGTCCGATTCTGCAATCGAACTCGCCCAGATTATCCAGTATTGCATCGAATTCGGTCACTGAATCTTCTTCAGTGAATGGGCTTAAGCGACTGAGATCGGACGATGCCGATGCGCCGATGGAGTTGGTTTCGGATGATGCGGAGCCTTCAGGAGGGAAGAAAAGCAGGACTGAGAATTCAATGGTGGAGACCGAGGAGGCTTGGCTTCGATATTCCCCGCCTAGGGAGAAGAATTCTACTGTTGAAGAAGAAACGAGTTTGGTAGTGGAGGAAAAGACGGTTTTCAGGTACGTAACGGAGATCGATGGCGATTTTATGCCGATAACGGCACCAGATAGTGACGAGAGGGTTTATGCAAAGTTAGGCCGATTTGGGGACAAGGAAGAGTCCAAGAAATTGGACTTGAAAGAGCGTCATGAAGGTATAATGCCAGAAAATATCAATGTTTTAATGGAAAGAGCGGAGAAGGAGGCTTTGGCCAAGACCTTGGAGGCTAGTTCTGATATTCAGCTTGATCCAAGTCCCCCTCAAGGACCAGTGATGCAAGAGCGACTTTGGGTGGATAAATATGCTCCTAGTTCCTTTACAGAGCTTCTTAGTGATGAACAAACAAATCGCGAGGTTCTTCTATGGCTAAAACAATGGGATTCCTGTGTTTTTGGATCTGAAATTAGGACTACATCAGAGGAAGTTTTATCTTCTTTAAGGCGGCACACTGCCATTGCTCAGCATCATAGGCTCTCTGGCTCGAGTTTTACTAGGAAGAATAAATTTCAAGGACGGAGGTCAGGTAATTTTCAAGATTCTACTTTCTTGGATCAACAAAATAGTACTGCGAATGGCAGTCAGGACACATTGAGCAAGAAGACGAGGCTTCCAAGTCCACCTGAACAGAAGATCCTCTTACTCTGTGGGCCCCCAGGACTTGGAAAAACTACACTTGCTCATGTAGCTGCCAAACACTGTGGCTATCATGTGGTGGAGATCAATGCTAGTGATGATCGGACATCATCAACAATTGAATCCAAGATTCTTGATGCCATTCAGATGAATTCAGTCCTAGGTGATGCAAGGCCAAATTGTCTGGTAATTGATGAAATTGATGGAGCACTCGGTGATGGAAAGGGTGCAGTGGATGTCATTATAAAGATGGTCTCTGCTGATAAAAAGGCCGAGAAGGAAAATGGTTATAAAGACCAGTTAGGCAAGAGATCCTCCCAAAAAGGGCGAAGAGGCGCTTCTTTATCTAGACCTGTAATATGTATATGCAACGACCTATATGCACCTGCCTTGAGGTCATTACGTTTGATGGCAAAGGTTCATGTATTTGTTCAGCCAACAGTTAATCGAATAGTCAGCAGACTCAAGTACATATGTAACCAAGAGGGAATGAGAGCAAATTCTGCGGCGTTATCTGCCCTAGCACAGTATACAGAATGTGACATTCGCTCTTGTCTTAACACTCTTCAGTTTCTCTACAAGAAGAAAGAAACCCTTTCGGCTGTGGAGATTGGTTCTCAAGTGGTTGGACAAAAGGATATGTCTAAAAGTGTCTTTGACGTTTGGAAAGAGATTTTTTATATAAGAAAAATGAAGCATCAGAGTAGATCAGGCAGTAAATTCAGGAACGTGTGTGATAAAATGGAACATTTGTACTCGCTTTTATCGTATCGTGGTGACTATGATTTGATTTTGGATGGGATTCATGAAAATATCTTGCAACTTAATTATCATGATCCAGTGATGCAAAAGACTGTCAAATGCCTTGAAATGCTTGGAATTTCAGATCTTATGGGCCAGTATGCTATGCAGACACATCATATGAACCTTAATGTTTATCGACCTTCTTGTATAATTACTGTACATCGGCTGGTGGCCCAAGTTCAAAGACCGAATATTGAATGGCCAAAATCTAACCAAAGATGTCGGGCACTGTTATTGGAAAAGACGGACAATTTGAGGTCTTGGCTTTGCAAAGTTCCTCCAATTATTTCAAGGCACATAAACTCTAAGACATTGGTGGAAGACTTGGTTTCTCCTTTATTGCATATTATATCACCCCGAACTCTTCGACCGATGGCCATGCACCTGCTATCGGAAAAAGAGAAAGATAACCTCACTCAGTTGGTTAGCGTCATGGTGTCTTATGCTATCTCGTATAAGCAAATAAAATCCGATCCCCGTCTCAATAACACAAGACATGAAGCAACTTTAGATGGTTCAGTTCTTGCTTTGGATCCACCCATAGATGGTTTTGTTTGTTTTAAGGGCTATGAAAGCTGTCATAATGTACTTCCATTACCCATGAAGCAATTGTTGATTCATGAGGTTGAGAATCAAAAAATTTTCCAAGGGAGCTATGGCAAATTGGAGCATATATCAGAGGCCAAGAAGGTAAACCACGAAGGCTCCATGGACAAACCTTTAAGAGGTGGACTCATGAAAACTGATCCTGCAGCCTTATCGGCTAAAAACAAGGTAGACGACCGAAAATCTTATTCGGCACAGTACCGTCCAAGTCACCCAACTTCAGCTTCCAATGGGAATTCTGCTCCAAGTGTTAGTACAAAGTCCTCTGGAGCCCAGAAAAAATCCGCTTTGGGTTCCTCAAGTTTCTTTGATAGGTTTCGAAAATCAGGTGGTAAAGGCTCCCAAAACACTGATTCCATCGACAAGAAGGAAATTACATTGGAGAGAGATCTACGTCCGTTTCTATTTAAATTTAACGAGGGTTTTACGAATGCAATAAAGAGACCGGTTCGGGTTCGCGAGTTTCTGCTATGA

Coding sequence (CDS)

ATGGATATGGATATTCCTTTTCCGGACGAGCTCGAGCTTCTCGAAGAAGATTTTCATCTGTATGAAGATTACATGGAACCTGAACCGCCCGAAATCGACGACGAAGAAGAAATACTGGAAAAAGAGCCATCGGACAGTCCGATTCTGCAATCGAACTCGCCCAGATTATCCAGTATTGCATCGAATTCGGTCACTGAATCTTCTTCAGTGAATGGGCTTAAGCGACTGAGATCGGACGATGCCGATGCGCCGATGGAGTTGGTTTCGGATGATGCGGAGCCTTCAGGAGGGAAGAAAAGCAGGACTGAGAATTCAATGGTGGAGACCGAGGAGGCTTGGCTTCGATATTCCCCGCCTAGGGAGAAGAATTCTACTGTTGAAGAAGAAACGAGTTTGGTAGTGGAGGAAAAGACGGTTTTCAGGTACGTAACGGAGATCGATGGCGATTTTATGCCGATAACGGCACCAGATAGTGACGAGAGGGTTTATGCAAAGTTAGGCCGATTTGGGGACAAGGAAGAGTCCAAGAAATTGGACTTGAAAGAGCGTCATGAAGGTATAATGCCAGAAAATATCAATGTTTTAATGGAAAGAGCGGAGAAGGAGGCTTTGGCCAAGACCTTGGAGGCTAGTTCTGATATTCAGCTTGATCCAAGTCCCCCTCAAGGACCAGTGATGCAAGAGCGACTTTGGGTGGATAAATATGCTCCTAGTTCCTTTACAGAGCTTCTTAGTGATGAACAAACAAATCGCGAGGTTCTTCTATGGCTAAAACAATGGGATTCCTGTGTTTTTGGATCTGAAATTAGGACTACATCAGAGGAAGTTTTATCTTCTTTAAGGCGGCACACTGCCATTGCTCAGCATCATAGGCTCTCTGGCTCGAGTTTTACTAGGAAGAATAAATTTCAAGGACGGAGGTCAGGTAATTTTCAAGATTCTACTTTCTTGGATCAACAAAATAGTACTGCGAATGGCAGTCAGGACACATTGAGCAAGAAGACGAGGCTTCCAAGTCCACCTGAACAGAAGATCCTCTTACTCTGTGGGCCCCCAGGACTTGGAAAAACTACACTTGCTCATGTAGCTGCCAAACACTGTGGCTATCATGTGGTGGAGATCAATGCTAGTGATGATCGGACATCATCAACAATTGAATCCAAGATTCTTGATGCCATTCAGATGAATTCAGTCCTAGGTGATGCAAGGCCAAATTGTCTGGTAATTGATGAAATTGATGGAGCACTCGGTGATGGAAAGGGTGCAGTGGATGTCATTATAAAGATGGTCTCTGCTGATAAAAAGGCCGAGAAGGAAAATGGTTATAAAGACCAGTTAGGCAAGAGATCCTCCCAAAAAGGGCGAAGAGGCGCTTCTTTATCTAGACCTGTAATATGTATATGCAACGACCTATATGCACCTGCCTTGAGGTCATTACGTTTGATGGCAAAGGTTCATGTATTTGTTCAGCCAACAGTTAATCGAATAGTCAGCAGACTCAAGTACATATGTAACCAAGAGGGAATGAGAGCAAATTCTGCGGCGTTATCTGCCCTAGCACAGTATACAGAATGTGACATTCGCTCTTGTCTTAACACTCTTCAGTTTCTCTACAAGAAGAAAGAAACCCTTTCGGCTGTGGAGATTGGTTCTCAAGTGGTTGGACAAAAGGATATGTCTAAAAGTGTCTTTGACGTTTGGAAAGAGATTTTTTATATAAGAAAAATGAAGCATCAGAGTAGATCAGGCAGTAAATTCAGGAACGTGTGTGATAAAATGGAACATTTGTACTCGCTTTTATCGTATCGTGGTGACTATGATTTGATTTTGGATGGGATTCATGAAAATATCTTGCAACTTAATTATCATGATCCAGTGATGCAAAAGACTGTCAAATGCCTTGAAATGCTTGGAATTTCAGATCTTATGGGCCAGTATGCTATGCAGACACATCATATGAACCTTAATGTTTATCGACCTTCTTGTATAATTACTGTACATCGGCTGGTGGCCCAAGTTCAAAGACCGAATATTGAATGGCCAAAATCTAACCAAAGATGTCGGGCACTGTTATTGGAAAAGACGGACAATTTGAGGTCTTGGCTTTGCAAAGTTCCTCCAATTATTTCAAGGCACATAAACTCTAAGACATTGGTGGAAGACTTGGTTTCTCCTTTATTGCATATTATATCACCCCGAACTCTTCGACCGATGGCCATGCACCTGCTATCGGAAAAAGAGAAAGATAACCTCACTCAGTTGGTTAGCGTCATGGTGTCTTATGCTATCTCGTATAAGCAAATAAAATCCGATCCCCGTCTCAATAACACAAGACATGAAGCAACTTTAGATGGTTCAGTTCTTGCTTTGGATCCACCCATAGATGGTTTTGTTTGTTTTAAGGGCTATGAAAGCTGTCATAATGTACTTCCATTACCCATGAAGCAATTGTTGATTCATGAGGTTGAGAATCAAAAAATTTTCCAAGGGAGCTATGGCAAATTGGAGCATATATCAGAGGCCAAGAAGGTAAACCACGAAGGCTCCATGGACAAACCTTTAAGAGGTGGACTCATGAAAACTGATCCTGCAGCCTTATCGGCTAAAAACAAGGTAGACGACCGAAAATCTTATTCGGCACAGTACCGTCCAAGTCACCCAACTTCAGCTTCCAATGGGAATTCTGCTCCAAGTGTTAGTACAAAGTCCTCTGGAGCCCAGAAAAAATCCGCTTTGGGTTCCTCAAGTTTCTTTGATAGGTTTCGAAAATCAGGTGGTAAAGGCTCCCAAAACACTGATTCCATCGACAAGAAGGAAATTACATTGGAGAGAGATCTACGTCCGTTTCTATTTAAATTTAACGAGGGTTTTACGAATGCAATAAAGAGACCGGTTCGGGTTCGCGAGTTTCTGCTATGA

Protein sequence

MDMDIPFPDELELLEEDFHLYEDYMEPEPPEIDDEEEILEKEPSDSPILQSNSPRLSSIASNSVTESSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENSMVETEEAWLRYSPPREKNSTVEEETSLVVEEKTVFRYVTEIDGDFMPITAPDSDERVYAKLGRFGDKEESKKLDLKERHEGIMPENINVLMERAEKEALAKTLEASSDIQLDPSPPQGPVMQERLWVDKYAPSSFTELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRKNKFQGRRSGNFQDSTFLDQQNSTANGSQDTLSKKTRLPSPPEQKILLLCGPPGLGKTTLAHVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGKGAVDVIIKMVSADKKAEKENGYKDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLRLMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKKKETLSAVEIGSQVVGQKDMSKSVFDVWKEIFYIRKMKHQSRSGSKFRNVCDKMEHLYSLLSYRGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYRPSCIITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVEDLVSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHEATLDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHISEAKKVNHEGSMDKPLRGGLMKTDPAALSAKNKVDDRKSYSAQYRPSHPTSASNGNSAPSVSTKSSGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNAIKRPVRVREFLL
Homology
BLAST of Csor.00g254320 vs. ExPASy Swiss-Prot
Match: Q6NU40 (Chromosome transmission fidelity protein 18 homolog OS=Xenopus laevis OX=8355 GN=chtf18 PE=2 SV=1)

HSP 1 Score: 325.1 bits (832), Expect = 2.7e-87
Identity = 252/836 (30.14%), Postives = 404/836 (48.33%), Query Frame = 0

Query: 171  DKEESKKLDLKERHEGIMPENINVLMERAEKEALAKTLEA-SSDIQLDPSPPQGPVMQER 230
            D+   K L+  +R   ++   IN      + E L     A   D + +PS          
Sbjct: 248  DEHRRKVLEESQRLTEMLNSQINEEFGENDSEILENDDNAGEEDDEDEPS-------SHS 307

Query: 231  LWVDKYAPSSFTELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQH 290
            LWVD++ P  +TELLSD+ TNR +L WLK WD+ VFG E           +R+  AI   
Sbjct: 308  LWVDRFTPRHYTELLSDDYTNRCLLKWLKLWDTVVFGKE---------RVVRKPKAIVD- 367

Query: 291  HRLSGSSFTRKNKFQGRRSGNFQDSTFLDQQNSTANGSQDTLSKKTRLPSPPEQKILLLC 350
                     R N F+ ++    Q S F     + A  +++ L  +    + P+ K+ LLC
Sbjct: 368  --------PRANHFKNQKE---QQSKF----KTKAQITEEILEAELDHHNRPKNKVSLLC 427

Query: 351  GPPGLGKTTLAHVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLG-DARPNCLV 410
            GPPGLGKTTLAHV A+H GY+VVE+NASDDR+     ++I  A QM SVLG D RPNCL+
Sbjct: 428  GPPGLGKTTLAHVIARHAGYNVVEMNASDDRSPEAFRTRIEAATQMKSVLGVDERPNCLI 487

Query: 411  IDEIDGALGDGKGAVDVIIKMVSADKKAEKENGYKDQLGKRSSQKGRRGASLSRPVICIC 470
            IDEIDGA      ++++++ +V+     E E G +   GK+   K + G  L RP+ICIC
Sbjct: 488  IDEIDGA---PTVSINMLLSLVNRKDAKEAEGGTEATTGKK---KKKEGGLLLRPIICIC 547

Query: 471  NDLYAPALRSLRLMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIR 530
            ND Y P+LR LR  A +  F Q   +R+V RL  I  ++GM+A++ AL AL + TE DIR
Sbjct: 548  NDQYVPSLRQLRQQAFMLNFPQTMPSRLVQRLYEIAVKQGMKADTGALMALCEKTENDIR 607

Query: 531  SCLNTLQFLY-KKKETLSAVEIGSQVVGQKDMSKSVFDVWKEIFYIRKMKHQSRSGSK-- 590
            SC+NTLQFL+ + K+ L+   + +  +G KD +K +F VW+EIF + K++ + R G +  
Sbjct: 608  SCINTLQFLHGRGKKELNMRSVQTMRIGLKDQNKGLFSVWQEIFQLPKIQ-RKRIGQEVA 667

Query: 591  ----------------------FRNVCDKMEHLYSLLSYRGDYDLILDGIHENILQLNYH 650
                                     V  +  H+  L +  G+Y+ +  G+++N L +   
Sbjct: 668  TNDLHLLLGSENDSLGMLAKPPLNAVAQRFHHILHLSTSTGEYEKLTMGLYDNFLNMKVK 727

Query: 651  DPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYRPSCIITVHRLVAQVQRPNIEWPKS 710
            +         L+ L  +D++    M   +  L  Y P   +  H L A    P I +P S
Sbjct: 728  ESNFSTVCLALDWLEFTDIVNSTIMHGQNFQLMRYLPFLPVAFHLLFAASNVPRIAYPSS 787

Query: 711  NQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVEDLVSPLLHIISPRTLRPMAMHLL 770
            +   ++ L +  + L + + ++ P I   +  ++LV D +  LL ++SP+ LRP+   L 
Sbjct: 788  HYEAQSKLNQMQNLLNAMVSEISPAIRTRVGPQSLVLDALCLLLDVLSPK-LRPVNTQLF 847

Query: 771  SEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHEATLDGS-VLALDPPIDGFVCFKG 830
            S KEK  L +L++ M++Y ++Y Q            E T++G  V  LDP ++  VC   
Sbjct: 848  STKEKQQLAELINTMLAYNLTYHQ------------ERTMEGQYVYKLDPNVED-VCRFP 907

Query: 831  YESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHISEAKKVNHEGSMDKPL------RG 890
                   L    KQL+  E+E +++      + E   +A+    + +           +G
Sbjct: 908  DLPVRKPLTYQTKQLIAREIELERM-----RRTEAFQQARNAGRDNTTAAAAVKTADPKG 967

Query: 891  GLMKTDPAALSAKNKVDD-RKSYSAQYRPSHPTSASNGNSAPSVSTKSSGAQKKSALGSS 950
                  PAAL+ + ++++  K  + + +P             +    +S  Q++S     
Sbjct: 968  AKSAAKPAALNHEQRLENIMKKATFEEKPEKDFFGRQIVKKVAAPVTASANQEESV---- 1000

Query: 951  SFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNAIKRPVRVREFL 972
                   +  GK   N+D                 F+FNEG +NA++R + +++ L
Sbjct: 1028 ------ERRIGKAVGNSD---------------VWFRFNEGVSNAVRRNIYIKDLL 1000

BLAST of Csor.00g254320 vs. ExPASy Swiss-Prot
Match: Q8BIW9 (Chromosome transmission fidelity protein 18 homolog OS=Mus musculus OX=10090 GN=Chtf18 PE=1 SV=2)

HSP 1 Score: 297.0 bits (759), Expect = 7.9e-79
Identity = 245/783 (31.29%), Postives = 375/783 (47.89%), Query Frame = 0

Query: 217 DPSPPQGPVMQERLWVDKYAPSSFTELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEV 276
           +P+P Q    Q  LWVD++AP  +TELLSD+ TNR +L WLK WD  VFG E        
Sbjct: 264 EPAPGQN-TAQHCLWVDEFAPQHYTELLSDDFTNRCLLKWLKLWDLVVFGRERPARKPR- 323

Query: 277 LSSLRRHTAIAQHHRLSGSSFTRKNKFQGRRSGNFQDSTFLDQQNSTANGSQDTLSKKTR 336
                            G   TR  K          ++T   +  S     ++ L  +  
Sbjct: 324 ----------------PGVETTRVGK----------EATAPGKWKSHEQALEEMLEAELD 383

Query: 337 LPSPPEQKILLLCGPPGLGKTTLAHVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMN 396
               P QK+ LLCGPPGLGKTTLAHV A+H GY VVE+NASDDR+     ++I  A QM 
Sbjct: 384 PSQRPRQKVALLCGPPGLGKTTLAHVVARHAGYCVVEMNASDDRSPEAFRTRIEAATQME 443

Query: 397 SVLG-DARPNCLVIDEIDGALGDGKGAVDVIIKMVSADKKAEKENGYKDQLGKRSSQKGR 456
           SVLG   RPNCLVIDEIDGA      A++V++ ++  ++K  +E    DQ G   +  GR
Sbjct: 444 SVLGVGGRPNCLVIDEIDGA---PTAAINVLLGIL--NRKGPQE---ADQGGTAVAAGGR 503

Query: 457 R----GASLSRPVICICNDLYAPALRSLRLMAKVHVFVQPTV-NRIVSRLKYICNQEGMR 516
           R    G  L+RP+ICICND + P+LR L+  A + + V PT+ +R+V RL+ I  Q GMR
Sbjct: 504 RRRAEGGLLTRPIICICNDQFTPSLRQLKQQALL-LHVPPTLPSRLVQRLQEISLQHGMR 563

Query: 517 ANSAALSALAQYTECDIRSCLNTLQFLY-KKKETLSAVEIGSQVVGQKDMSKSVFDVWKE 576
           ++  AL AL + T+ DIR+C+NTLQFLY + +  LS   + +  VG KD  K +F VW+E
Sbjct: 564 SDPGALVALCEKTDNDIRACINTLQFLYGRGRRELSVKAVQTTHVGLKDQRKGLFSVWQE 623

Query: 577 IFYIRKMKHQ--------------SRSGSK--FRNVCDKMEHLYSLLSYRGDYDLILDGI 636
           +F + + + +                +G K        +  H+  + +  G+++ ++ G+
Sbjct: 624 VFQLPRTQRRIVGQDLMLPAHALLLSNGDKGSLTLASQRFYHILRVTTSAGEHEKVVQGL 683

Query: 637 HENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYRPSCIITVHRLVAQV 696
            +N L+L   D  +      L+ L   DL+ Q A +     L  Y P      H L A  
Sbjct: 684 FDNFLRLRLRDSSLSTVCCALDWLAFDDLLEQAAHRGQSFQLLCYLPFVPAAFHVLFASS 743

Query: 697 QRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVEDLVSPLLHIISPR 756
             P I +P S Q  +  + +  +++++ +  + P        + LV D +  LL +++P+
Sbjct: 744 HVPRITFPSSQQEAQTRMSQTRNHIQTLVSGMAPTTRSRATPQALVLDTLCLLLDVLAPK 803

Query: 757 TLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHEATLDGSVL-ALDP 816
            LRP++  L S  EK  L+ LV  M++Y+++Y Q            E T DG  L  L+P
Sbjct: 804 -LRPVSTQLYSAHEKQQLSCLVGTMLAYSLTYHQ------------ERTPDGQYLYKLEP 863

Query: 817 PIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHISEAKKVNHEGSMDK 876
            ++  VC          L    KQL+  E+E +K+ +     L       +V+   S   
Sbjct: 864 NVEE-VCRFPELPARKPLTYQAKQLIAREIEMEKMRRAE--ALAWARSGPQVDQGSSGPA 923

Query: 877 PL---RGGLMKTDPAALSAKNKVDD-RKSYSAQYRPSHPTSASNGNSAPSVSTKSSGAQK 936
            L    G      PA  + + +++   K  + Q +P             +V ++   A +
Sbjct: 924 SLWTDSGEKGTRQPAPRNHEQRLEHIMKRATVQEQPERDFFGRVVIRKVAVPSREVEAPQ 969

Query: 937 KSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNAIKRPVRVR 972
           K A       D +R     G        + E+          F+FNEG +NA++R + +R
Sbjct: 984 KDA-------DEWRMGVAVG--------RSEV---------WFRFNEGVSNAVRRSLYIR 969

BLAST of Csor.00g254320 vs. ExPASy Swiss-Prot
Match: Q8WVB6 (Chromosome transmission fidelity protein 18 homolog OS=Homo sapiens OX=9606 GN=CHTF18 PE=1 SV=1)

HSP 1 Score: 289.3 bits (739), Expect = 1.7e-76
Identity = 237/823 (28.80%), Postives = 388/823 (47.14%), Query Frame = 0

Query: 180 LKERHEGIMPENINVLMERAEKEALAKTLEASSDIQLDPSPPQGPVMQER---------- 239
           LK++ +G   E    L++ A+K  L+ TL +    + + + P G   +E           
Sbjct: 226 LKKQVDG---ERRERLLQEAQK--LSDTLHSLRSGEEEAAQPLGAPEEEPTDGQDASSHC 285

Query: 240 LWVDKYAPSSFTELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQH 299
           LWVD++AP  +TELLSD+ TNR +L WLK WD  VFG                      H
Sbjct: 286 LWVDEFAPRHYTELLSDDFTNRCLLKWLKLWDLVVFG----------------------H 345

Query: 300 HRLSGSSFTRKNKFQGRRSGNFQDSTFLDQQNSTANGSQDTLSKKTRLPSPPEQKILLLC 359
            R S     RK +     +   +++T   +  S     ++ L         P+QK+ LLC
Sbjct: 346 ERPS-----RKPRPSVEPARVSKEATAPGKWKSHEQVLEEMLEAGLDPSQRPKQKVALLC 405

Query: 360 GPPGLGKTTLAHVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLG-DARPNCLV 419
           GPPGLGKTTLAHV A+H GY VVE+NASDDR+     ++I  A QM SVLG   +PNCLV
Sbjct: 406 GPPGLGKTTLAHVIARHAGYSVVEMNASDDRSPEVFRTRIEAATQMESVLGAGGKPNCLV 465

Query: 420 IDEIDGALGDGKGAVDVIIKMVSADKKAEKENGYKDQLGKRSSQKGRR--GASLSRPVIC 479
           IDEIDGA      A++V++ ++  ++K  +E G +         + RR  G  L RP+IC
Sbjct: 466 IDEIDGA---PVAAINVLLSIL--NRKGPQEVGPQGPAVPSGGGRRRRAEGGLLMRPIIC 525

Query: 480 ICNDLYAPALRSLRLMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECD 539
           ICND +AP+LR L+  A +  F     +R+V RL+ +  ++GMRA+   L+AL + T+ D
Sbjct: 526 ICNDQFAPSLRQLKQQAFLLHFPPTLPSRLVQRLQEVSLRQGMRADPGVLAALCEKTDND 585

Query: 540 IRSCLNTLQFLYKK-KETLSAVEIGSQVVGQKDMSKSVFDVWKEIFYIRKMKHQ------ 599
           IR+C+NTLQFLY + +  LS  ++ +  VG KD  + +F VW+E+F + + + +      
Sbjct: 586 IRACINTLQFLYSRGQRELSVRDVQATRVGLKDQRRGLFSVWQEVFQLPRAQRRRVGQDP 645

Query: 600 ----------SRSGSKFRNVCDKMEHLYSLLSYRGDYDLILDGIHENILQLNYHDPVMQK 659
                             +   +   +    +  G+++ ++ G+ +N L+L   D  +  
Sbjct: 646 ALPADTLLLGDGDAGSLTSASQRFYRVLHAAASAGEHEKVVQGLFDNFLRLRLRDSSLGA 705

Query: 660 TVKCLEMLGISDLMGQYAMQTHHMNLNVYRPSCIITVHRLVAQVQRPNIEWPKSNQRCRA 719
               L+ L   DL+   A  +    L  Y P   +  H L A    P I +P S Q  + 
Sbjct: 706 VCVALDWLAFDDLLAGAAHHSQSFQLLRYPPFLPVAFHVLFASSHTPRITFPSSQQEAQN 765

Query: 720 LLLEKTDNLRSWLCKVPPIISRHINSKTLVEDLVSPLLHIISPRTLRPMAMHLLSEKEKD 779
            + +  + +++ +  + P        + L+ D +  LL I++P+ LRP++  L S +EK 
Sbjct: 766 RMSQMRNLIQTLVSGIAPATRSRATPQALLLDALCLLLDILAPK-LRPVSTQLYSTREKQ 825

Query: 780 NLTQLVSVMVSYAISYKQIKSDPRLNNTRHEATLDGS-VLALDPPIDGFVCFKGYESCHN 839
            L  LV  M++Y+++Y+Q            E T DG  +  L+P ++    F    +   
Sbjct: 826 QLASLVGTMLAYSLTYRQ------------ERTPDGQYIYRLEPNVEELCRFPELPA-RK 885

Query: 840 VLPLPMKQLLIHEVENQKIFQGSYGKLEHISEAKKVNHEGSMDKPLRGGLMKTDPAALSA 899
            L    KQL+  E+E +K+ +        +  + +V+      + L GG+ +      + 
Sbjct: 886 PLTYQTKQLIAREIEVEKMRRAEAS--ARVENSPQVDGSPPGLEGLLGGIGEKGVHRPAP 945

Query: 900 KNKVDDRKSYSAQYRPSHPTSASNGNSAPSVSTKSSGAQKKSALGSSSFFDRFRKSGGKG 959
           +N          + R  H    +     P          +K   G          S G  
Sbjct: 946 RNH---------EQRLEHIMRRAAREEQP----------EKDFFGRVVVRSTAVPSAGDT 975

Query: 960 SQNTDSIDKKEITLERDLRPFLFKFNEGFTNAIKRPVRVREFL 972
           +   DS++++  T       + F+FNEG +NA++R + +R+ L
Sbjct: 1006 APEQDSVERRMGTAVGRSEVW-FRFNEGVSNAVRRSLYIRDLL 975

BLAST of Csor.00g254320 vs. ExPASy Swiss-Prot
Match: Q9USQ1 (Chromosome transmission fidelity protein 18 OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) OX=284812 GN=ctf18 PE=1 SV=1)

HSP 1 Score: 198.0 bits (502), Expect = 5.0e-49
Identity = 171/611 (27.99%), Postives = 284/611 (46.48%), Query Frame = 0

Query: 193 NVLMERAEKEALAKTLEASS-DIQLDPSPPQGPVMQERLWVDKYAPSSFTELLSDEQTNR 252
           N L+   EK    KT +  S  I    + PQ     ++LWVD Y P  F +LL DE+ +R
Sbjct: 318 NFLIVSKEKSVALKTEKLDSLQITNCTTKPQ----SQKLWVDTYRPQLFRDLLGDERVHR 377

Query: 253 EVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRKNKFQGRRSGNF 312
             + W+K WD CVFG                                 K++ Q  +S  F
Sbjct: 378 AAMHWIKAWDPCVFG---------------------------------KSRLQPSKSMRF 437

Query: 313 QDSTFLDQQNSTANGSQDTLSKKTRLPSPPEQKILLLCGPPGLGKTTLAHVAAKHCGYHV 372
                    N T++  +            P+++I++L G  G GKTTLAHV A   GY V
Sbjct: 438 NPRF----TNITSDSDR------------PDKRIMMLTGLAGAGKTTLAHVIAHQAGYKV 497

Query: 373 VEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGKGAVDVIIKMVS 432
           +EINASDDRT+ T+  K+  AI  +S L  ++P C+++DEIDG  GD    V  ++ ++ 
Sbjct: 498 LEINASDDRTAHTVHEKVSSAISNHSAL-SSQPTCVIVDEIDG--GD-PAFVRALLSLLE 557

Query: 433 ADKKAEKENGYKDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLRLMAKVHVFVQP 492
           +D+KA + +    Q G  +S+K ++   L RP+ICICNDLY PALR LR  A++  F  P
Sbjct: 558 SDEKATEYS----QAG--NSKKKKKFKKLCRPIICICNDLYTPALRPLRPYAQIIYFRPP 617

Query: 493 TVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKKKETLSAVEIGS 552
               +V RL+ IC  E +  +S +L+ L      DIRSC+N+LQ L    + + +  I  
Sbjct: 618 PQASLVGRLRTICRNENIAVDSRSLTLLTDIYNSDIRSCINSLQLLSLNNKRIDSETI-- 677

Query: 553 QVVGQKDMSKSVFDVWKEIFYIRKMKHQSRSGSKFRNVCDKMEHLYSLLSYRGDYDLILD 612
           +++  K  S S   + + +F ++    Q R+    +     ++ L + +    D + +L 
Sbjct: 678 KLLQPKSNSFSTSSLIQSLF-LQLDNKQIRAIEASQPTYSHLDALLARIDGANDSESVLM 737

Query: 613 GIHENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYR--PSCIITVHRL 672
                 L L + D ++ K     E L   D   Q   Q +  N  ++R  P  II  H L
Sbjct: 738 NCFHTYLDLPFTDSLLSKPALTSEWLYFFD---QLHSQCYKGNYELWRYIPYSIIHFHYL 797

Query: 673 VAQVQRPNIEW-PKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVEDLVSPLLH 732
            A  ++  +   P+S+     L   + + L S++  +    ++    ++++ +L+  +L 
Sbjct: 798 YATPEKCRLPHPPRSDLEALKLYRTRKEILDSFISTLNAYENQMHGERSILLELIRTILI 846

Query: 733 IISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHEATLDGS-V 792
            I+P TL+     +        +   ++++  Y + ++Q+               DG+ V
Sbjct: 858 TINP-TLKQKEDSMPRSALPSKIEHAINILNHYNLRFQQLPVG------------DGNYV 846

Query: 793 LALDPPIDGFV 799
             L+PP+D  V
Sbjct: 918 YRLEPPLDELV 846

BLAST of Csor.00g254320 vs. ExPASy Swiss-Prot
Match: P49956 (Chromosome transmission fidelity protein 18 OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) OX=559292 GN=CTF18 PE=1 SV=1)

HSP 1 Score: 188.7 bits (478), Expect = 3.0e-46
Identity = 163/622 (26.21%), Postives = 278/622 (44.69%), Query Frame = 0

Query: 191 NINVLMERAEKEALAKTLEASSDIQLD---PSPPQGPVMQERLWVDKYAPSSFTELLSDE 250
           NIN L+++         +EAS D + +    SP  G +  + LWV+K+ P  F +L+ +E
Sbjct: 82  NINYLLDK---------IEASGDDRTNAQKTSPITGKIGSDTLWVEKWRPKKFLDLVGNE 141

Query: 251 QTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRKNKFQGRR 310
           +TNR +L WL+QW   VF  ++                                      
Sbjct: 142 KTNRRMLGWLRQWTPAVFKEQLPK------------------------------------ 201

Query: 311 SGNFQDSTFLDQQNSTANGSQDTLSKKTRLPSPPEQKILLLCGPPGLGKTTLAHVAAKHC 370
                    L  +   ++   D L +       P +KILLL GPPG+GKT++AHV AK  
Sbjct: 202 ---------LPTEKEVSDMELDPLKR-------PPKKILLLHGPPGIGKTSVAHVIAKQS 261

Query: 371 GYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGKGAVDVII 430
           G+ V EINASD+R    ++ KI + +  ++   D  P CLV DEIDG++    G + +++
Sbjct: 262 GFSVSEINASDERAGPMVKEKIYNLLFNHTF--DTNPVCLVADEIDGSI--ESGFIRILV 321

Query: 431 KMVSADKKAEKENGYKDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLRLMAKVHV 490
            ++ +D KA  +  Y     K   +K +R   L+RP+ICICN+LYAP+L  L+   ++  
Sbjct: 322 DIMQSDIKATNKLLYGQPDKKDKKRKKKRSKLLTRPIICICNNLYAPSLEKLKPFCEIIA 381

Query: 491 FVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKKKETLS-- 550
             +P+   ++ RL  IC++E M     A++ L    + D+R+C+N LQFL    ++    
Sbjct: 382 VKRPSDTTLLERLNLICHKENMNIPIKAINDLIDLAQGDVRNCINNLQFLASNVDSRDSS 441

Query: 551 -----AVEIGSQVVGQKDMSKSVFDVWKEIFYIRKMKHQSRSGSKFRNVCDKMEHLYSLL 610
                A    +     KD   S F +  ++F  RK  H        R++ ++   L + +
Sbjct: 442 ASDKPACAKNTWASSNKDSPISWFKIVNQLF--RKDPH--------RDIKEQFYELLNQV 501

Query: 611 SYRGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYRP 670
              G+ D IL G       + Y D  ++K     + L   DLM Q +M  H+  L  Y  
Sbjct: 502 ELNGNSDRILQGCFNIFPYVKYSDNGIRKPANISDWLFFHDLMYQ-SMYAHNGELLRYSA 561

Query: 671 SCIITVHRLVAQV-QRPNIEWPKSNQRCRALLLEKTDNLRSWLCKV---PPIISRHINSK 730
              +   +    +  + +I    S    R L    +D +   +  +    P+++   + K
Sbjct: 562 LVPLVFFQTFGDIANKDDIRMKNSEYEQRELKRANSDIVSLIMRHISVQSPLMASFTDRK 614

Query: 731 TLVEDLVSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNN 790
           +L+ +++  L  +IS    +   + L    ++  + +LV ++ S+ ++         L  
Sbjct: 622 SLIFEILPYLDSMISSDFNKIRNLKL----KQAIMEELVQLLKSFQLN---------LIQ 614

Query: 791 TRHEATLDGSVLALDPPIDGFV 799
            R E       L +DPPID  V
Sbjct: 682 NRSEGFDVRGGLTIDPPIDEVV 614

BLAST of Csor.00g254320 vs. NCBI nr
Match: KAG6597304.1 (Chromosome transmission fidelity protein 18-like protein, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 1893 bits (4904), Expect = 0.0
Identity = 972/972 (100.00%), Postives = 972/972 (100.00%), Query Frame = 0

Query: 1   MDMDIPFPDELELLEEDFHLYEDYMEPEPPEIDDEEEILEKEPSDSPILQSNSPRLSSIA 60
           MDMDIPFPDELELLEEDFHLYEDYMEPEPPEIDDEEEILEKEPSDSPILQSNSPRLSSIA
Sbjct: 1   MDMDIPFPDELELLEEDFHLYEDYMEPEPPEIDDEEEILEKEPSDSPILQSNSPRLSSIA 60

Query: 61  SNSVTESSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENSMVETEEAWLRYSPPR 120
           SNSVTESSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENSMVETEEAWLRYSPPR
Sbjct: 61  SNSVTESSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENSMVETEEAWLRYSPPR 120

Query: 121 EKNSTVEEETSLVVEEKTVFRYVTEIDGDFMPITAPDSDERVYAKLGRFGDKEESKKLDL 180
           EKNSTVEEETSLVVEEKTVFRYVTEIDGDFMPITAPDSDERVYAKLGRFGDKEESKKLDL
Sbjct: 121 EKNSTVEEETSLVVEEKTVFRYVTEIDGDFMPITAPDSDERVYAKLGRFGDKEESKKLDL 180

Query: 181 KERHEGIMPENINVLMERAEKEALAKTLEASSDIQLDPSPPQGPVMQERLWVDKYAPSSF 240
           KERHEGIMPENINVLMERAEKEALAKTLEASSDIQLDPSPPQGPVMQERLWVDKYAPSSF
Sbjct: 181 KERHEGIMPENINVLMERAEKEALAKTLEASSDIQLDPSPPQGPVMQERLWVDKYAPSSF 240

Query: 241 TELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRK 300
           TELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRK
Sbjct: 241 TELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRK 300

Query: 301 NKFQGRRSGNFQDSTFLDQQNSTANGSQDTLSKKTRLPSPPEQKILLLCGPPGLGKTTLA 360
           NKFQGRRSGNFQDSTFLDQQNSTANGSQDTLSKKTRLPSPPEQKILLLCGPPGLGKTTLA
Sbjct: 301 NKFQGRRSGNFQDSTFLDQQNSTANGSQDTLSKKTRLPSPPEQKILLLCGPPGLGKTTLA 360

Query: 361 HVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGK 420
           HVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGK
Sbjct: 361 HVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGK 420

Query: 421 GAVDVIIKMVSADKKAEKENGYKDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLR 480
           GAVDVIIKMVSADKKAEKENGYKDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLR
Sbjct: 421 GAVDVIIKMVSADKKAEKENGYKDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLR 480

Query: 481 LMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKK 540
           LMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKK
Sbjct: 481 LMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKK 540

Query: 541 KETLSAVEIGSQVVGQKDMSKSVFDVWKEIFYIRKMKHQSRSGSKFRNVCDKMEHLYSLL 600
           KETLSAVEIGSQVVGQKDMSKSVFDVWKEIFYIRKMKHQSRSGSKFRNVCDKMEHLYSLL
Sbjct: 541 KETLSAVEIGSQVVGQKDMSKSVFDVWKEIFYIRKMKHQSRSGSKFRNVCDKMEHLYSLL 600

Query: 601 SYRGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYRP 660
           SYRGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYRP
Sbjct: 601 SYRGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYRP 660

Query: 661 SCIITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVE 720
           SCIITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVE
Sbjct: 661 SCIITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVE 720

Query: 721 DLVSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHE 780
           DLVSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHE
Sbjct: 721 DLVSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHE 780

Query: 781 ATLDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHISE 840
           ATLDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHISE
Sbjct: 781 ATLDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHISE 840

Query: 841 AKKVNHEGSMDKPLRGGLMKTDPAALSAKNKVDDRKSYSAQYRPSHPTSASNGNSAPSVS 900
           AKKVNHEGSMDKPLRGGLMKTDPAALSAKNKVDDRKSYSAQYRPSHPTSASNGNSAPSVS
Sbjct: 841 AKKVNHEGSMDKPLRGGLMKTDPAALSAKNKVDDRKSYSAQYRPSHPTSASNGNSAPSVS 900

Query: 901 TKSSGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNA 960
           TKSSGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNA
Sbjct: 901 TKSSGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNA 960

Query: 961 IKRPVRVREFLL 972
           IKRPVRVREFLL
Sbjct: 961 IKRPVRVREFLL 972

BLAST of Csor.00g254320 vs. NCBI nr
Match: XP_022935346.1 (chromosome transmission fidelity protein 18 homolog [Cucurbita moschata] >XP_022935355.1 chromosome transmission fidelity protein 18 homolog [Cucurbita moschata])

HSP 1 Score: 1871 bits (4847), Expect = 0.0
Identity = 963/972 (99.07%), Postives = 965/972 (99.28%), Query Frame = 0

Query: 1   MDMDIPFPDELELLEEDFHLYEDYMEPEPPEIDDEEEILEKEPSDSPILQSNSPRLSSIA 60
           MDMDIPFPDELELLEEDFHLYEDYMEPEPPEIDDEEEILEKEPSDSPI QSNSPRLSSIA
Sbjct: 1   MDMDIPFPDELELLEEDFHLYEDYMEPEPPEIDDEEEILEKEPSDSPIPQSNSPRLSSIA 60

Query: 61  SNSVTESSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENSMVETEEAWLRYSPPR 120
           SNSVTESSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENSMVETEEAWLRYSPPR
Sbjct: 61  SNSVTESSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENSMVETEEAWLRYSPPR 120

Query: 121 EKNSTVEEETSLVVEEKTVFRYVTEIDGDFMPITAPDSDERVYAKLGRFGDKEESKKLDL 180
           EKNSTVEEETSLV EEKTVFRYVTEIDGDFMPITAPDSDERVYAKLGRFGDKEESKKLDL
Sbjct: 121 EKNSTVEEETSLVGEEKTVFRYVTEIDGDFMPITAPDSDERVYAKLGRFGDKEESKKLDL 180

Query: 181 KERHEGIMPENINVLMERAEKEALAKTLEASSDIQLDPSPPQGPVMQERLWVDKYAPSSF 240
           KERHEGIMPENINVLMERAEKEALAKTLEASSDIQLDPSPPQGPVMQERLWVDKYAPSSF
Sbjct: 181 KERHEGIMPENINVLMERAEKEALAKTLEASSDIQLDPSPPQGPVMQERLWVDKYAPSSF 240

Query: 241 TELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRK 300
           TELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRK
Sbjct: 241 TELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRK 300

Query: 301 NKFQGRRSGNFQDSTFLDQQNSTANGSQDTLSKKTRLPSPPEQKILLLCGPPGLGKTTLA 360
           NKFQGRR+GNFQDSTFLDQQNS ANGSQDTLSKKTRLPSPPEQKILLLCGPPGLGKTTLA
Sbjct: 301 NKFQGRRTGNFQDSTFLDQQNSIANGSQDTLSKKTRLPSPPEQKILLLCGPPGLGKTTLA 360

Query: 361 HVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGK 420
           HVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGK
Sbjct: 361 HVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGK 420

Query: 421 GAVDVIIKMVSADKKAEKENGYKDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLR 480
           GAVDVIIKMVSADKKAEKENG KDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLR
Sbjct: 421 GAVDVIIKMVSADKKAEKENGSKDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLR 480

Query: 481 LMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKK 540
           LMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKK
Sbjct: 481 LMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKK 540

Query: 541 KETLSAVEIGSQVVGQKDMSKSVFDVWKEIFYIRKMKHQSRSGSKFRNVCDKMEHLYSLL 600
           KETLSAVEIGSQVVGQKDMSKSVFDVWKEIFY RKMK QSRSG KFRNVCDKMEHLYSLL
Sbjct: 541 KETLSAVEIGSQVVGQKDMSKSVFDVWKEIFYTRKMKLQSRSGGKFRNVCDKMEHLYSLL 600

Query: 601 SYRGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYRP 660
           SYRGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYRP
Sbjct: 601 SYRGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYRP 660

Query: 661 SCIITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVE 720
           SCIITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVE
Sbjct: 661 SCIITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVE 720

Query: 721 DLVSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHE 780
           DLVSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHE
Sbjct: 721 DLVSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHE 780

Query: 781 ATLDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHISE 840
           ATLDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHISE
Sbjct: 781 ATLDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHISE 840

Query: 841 AKKVNHEGSMDKPLRGGLMKTDPAALSAKNKVDDRKSYSAQYRPSHPTSASNGNSAPSVS 900
           AKKVNHEGSMDKPLRGGLMKTDPAALSAKNKVDDRKSYSAQ+RPSHPTSASNGNSAPSVS
Sbjct: 841 AKKVNHEGSMDKPLRGGLMKTDPAALSAKNKVDDRKSYSAQHRPSHPTSASNGNSAPSVS 900

Query: 901 TKSSGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNA 960
           TKSSGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNA
Sbjct: 901 TKSSGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNA 960

Query: 961 IKRPVRVREFLL 972
           IKRPVRVREFLL
Sbjct: 961 IKRPVRVREFLL 972

BLAST of Csor.00g254320 vs. NCBI nr
Match: XP_023540389.1 (chromosome transmission fidelity protein 18 homolog [Cucurbita pepo subsp. pepo] >XP_023540390.1 chromosome transmission fidelity protein 18 homolog [Cucurbita pepo subsp. pepo])

HSP 1 Score: 1857 bits (4811), Expect = 0.0
Identity = 954/970 (98.35%), Postives = 961/970 (99.07%), Query Frame = 0

Query: 3   MDIPFPDELELLEEDFHLYEDYMEPEPPEIDDEEEILEKEPSDSPILQSNSPRLSSIASN 62
           MDIPFPDELELLEEDFHLYEDYMEPEPPEIDDEEEILEKEPSDSPI QSNSPRLSSIASN
Sbjct: 1   MDIPFPDELELLEEDFHLYEDYMEPEPPEIDDEEEILEKEPSDSPIPQSNSPRLSSIASN 60

Query: 63  SVTESSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENSMVETEEAWLRYSPPREK 122
           SVT+SSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENS+VETEEAWLRYSPPREK
Sbjct: 61  SVTDSSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENSVVETEEAWLRYSPPREK 120

Query: 123 NSTVEEETSLVVEEKTVFRYVTEIDGDFMPITAPDSDERVYAKLGRFGDKEESKKLDLKE 182
           NSTVEEETSLVVEEKTVFRYVTEIDGDFMPITAPDSDERVYAKLGRFGDKEESKKLDLKE
Sbjct: 121 NSTVEEETSLVVEEKTVFRYVTEIDGDFMPITAPDSDERVYAKLGRFGDKEESKKLDLKE 180

Query: 183 RHEGIMPENINVLMERAEKEALAKTLEASSDIQLDPSPPQGPVMQERLWVDKYAPSSFTE 242
           RHEGIMPENINVLMERAEKEALAKTLEAS DIQLDPSPPQGPV+QERLWVDKYAPSSFTE
Sbjct: 181 RHEGIMPENINVLMERAEKEALAKTLEASYDIQLDPSPPQGPVVQERLWVDKYAPSSFTE 240

Query: 243 LLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRKNK 302
           LLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRKNK
Sbjct: 241 LLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRKNK 300

Query: 303 FQGRRSGNFQDSTFLDQQNSTANGSQDTLSKKTRLPSPPEQKILLLCGPPGLGKTTLAHV 362
           FQGRRSGNFQDSTFLDQQNSTANGSQDTLSKKTRLPSPPEQKILLLCGPPGLGKTTLAHV
Sbjct: 301 FQGRRSGNFQDSTFLDQQNSTANGSQDTLSKKTRLPSPPEQKILLLCGPPGLGKTTLAHV 360

Query: 363 AAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGKGA 422
           AAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGKGA
Sbjct: 361 AAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGKGA 420

Query: 423 VDVIIKMVSADKKAEKENGYKDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLRLM 482
           VDVIIKMVSADKKAEKENG KDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLRLM
Sbjct: 421 VDVIIKMVSADKKAEKENGSKDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLRLM 480

Query: 483 AKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKKKE 542
           AKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKKKE
Sbjct: 481 AKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKKKE 540

Query: 543 TLSAVEIGSQVVGQKDMSKSVFDVWKEIFYIRKMKHQSRSGSKFRNVCDKMEHLYSLLSY 602
           TLSA EIGSQVVGQKDMSKSVFDVWKEIFY RKMK QSRSG KFRN CDKMEHLYSLLSY
Sbjct: 541 TLSAGEIGSQVVGQKDMSKSVFDVWKEIFYTRKMKLQSRSGGKFRNACDKMEHLYSLLSY 600

Query: 603 RGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYRPSC 662
           RGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMG YAMQTHHMNLNVYRPSC
Sbjct: 601 RGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMGHYAMQTHHMNLNVYRPSC 660

Query: 663 IITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVEDL 722
           IITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVEDL
Sbjct: 661 IITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVEDL 720

Query: 723 VSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHEAT 782
           VSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHEAT
Sbjct: 721 VSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHEAT 780

Query: 783 LDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHISEAK 842
           LDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHIS+AK
Sbjct: 781 LDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHISDAK 840

Query: 843 KVNHEGSMDKPLRGGLMKTDPAALSAKNKVDDRKSYSAQYRPSHPTSASNGNSAPSVSTK 902
           KVNHEGSMDKPLRGGLMKTDP+ALSAKNKVDDRKSYSAQ+RPSHPTSASNGNSAPSVSTK
Sbjct: 841 KVNHEGSMDKPLRGGLMKTDPSALSAKNKVDDRKSYSAQHRPSHPTSASNGNSAPSVSTK 900

Query: 903 SSGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNAIK 962
           +SGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNAIK
Sbjct: 901 TSGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNAIK 960

Query: 963 RPVRVREFLL 972
           RPVRVREFLL
Sbjct: 961 RPVRVREFLL 970

BLAST of Csor.00g254320 vs. NCBI nr
Match: XP_022974891.1 (chromosome transmission fidelity protein 18 homolog [Cucurbita maxima] >XP_022974892.1 chromosome transmission fidelity protein 18 homolog [Cucurbita maxima])

HSP 1 Score: 1856 bits (4808), Expect = 0.0
Identity = 955/972 (98.25%), Postives = 960/972 (98.77%), Query Frame = 0

Query: 1   MDMDIPFPDELELLEEDFHLYEDYMEPEPPEIDDEEEILEKEPSDSPILQSNSPRLSSIA 60
           MDMDIPFPDELELLEEDFHLYEDYMEPEPPEIDDEEEI EKEPSDSPI QSNSPRLSSIA
Sbjct: 3   MDMDIPFPDELELLEEDFHLYEDYMEPEPPEIDDEEEIPEKEPSDSPIPQSNSPRLSSIA 62

Query: 61  SNSVTESSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENSMVETEEAWLRYSPPR 120
           SNSVT+SSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENS+VETEEAWLRYSPPR
Sbjct: 63  SNSVTDSSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENSVVETEEAWLRYSPPR 122

Query: 121 EKNSTVEEETSLVVEEKTVFRYVTEIDGDFMPITAPDSDERVYAKLGRFGDKEESKKLDL 180
           EKNSTVEEETSLVVEEKTVFRYVTEIDGDFMPITAPDSDERVYAKLGRFGDKEESKKLDL
Sbjct: 123 EKNSTVEEETSLVVEEKTVFRYVTEIDGDFMPITAPDSDERVYAKLGRFGDKEESKKLDL 182

Query: 181 KERHEGIMPENINVLMERAEKEALAKTLEASSDIQLDPSPPQGPVMQERLWVDKYAPSSF 240
           KERHEGIMPENINVLMERAEKEALAKTLEAS DIQLDP PPQGPV+QERLWVDKYAPSSF
Sbjct: 183 KERHEGIMPENINVLMERAEKEALAKTLEASYDIQLDPCPPQGPVVQERLWVDKYAPSSF 242

Query: 241 TELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRK 300
           TELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRK
Sbjct: 243 TELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRK 302

Query: 301 NKFQGRRSGNFQDSTFLDQQNSTANGSQDTLSKKTRLPSPPEQKILLLCGPPGLGKTTLA 360
           NKFQGRRSGNFQDSTFLDQQNS ANGSQDTL KKTRLPSPPEQKILLLCGPPGLGKTTLA
Sbjct: 303 NKFQGRRSGNFQDSTFLDQQNSIANGSQDTLGKKTRLPSPPEQKILLLCGPPGLGKTTLA 362

Query: 361 HVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGK 420
           HVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGK
Sbjct: 363 HVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGK 422

Query: 421 GAVDVIIKMVSADKKAEKENGYKDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLR 480
           GAVDVIIKMVSADKKAEKENG KDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLR
Sbjct: 423 GAVDVIIKMVSADKKAEKENGSKDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLR 482

Query: 481 LMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKK 540
           LMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKK
Sbjct: 483 LMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKK 542

Query: 541 KETLSAVEIGSQVVGQKDMSKSVFDVWKEIFYIRKMKHQSRSGSKFRNVCDKMEHLYSLL 600
           KETLSAVEIGSQVVGQKDMSKSVFDVWKEIFY RKMK QSRSG KFRNVCDKMEHLYSLL
Sbjct: 543 KETLSAVEIGSQVVGQKDMSKSVFDVWKEIFYTRKMKLQSRSGGKFRNVCDKMEHLYSLL 602

Query: 601 SYRGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYRP 660
           SYRGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYRP
Sbjct: 603 SYRGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYRP 662

Query: 661 SCIITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVE 720
           SCIITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVE
Sbjct: 663 SCIITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVE 722

Query: 721 DLVSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHE 780
           DLVSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHE
Sbjct: 723 DLVSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHE 782

Query: 781 ATLDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHISE 840
           ATLDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHISE
Sbjct: 783 ATLDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHISE 842

Query: 841 AKKVNHEGSMDKPLRGGLMKTDPAALSAKNKVDDRKSYSAQYRPSHPTSASNGNSAPSVS 900
           AKKVNHEGS DKPLRGGLMKTDPAALSAKNKVDDRKSY+AQ+RPSHPTSA NGNSAPSVS
Sbjct: 843 AKKVNHEGSEDKPLRGGLMKTDPAALSAKNKVDDRKSYTAQHRPSHPTSAFNGNSAPSVS 902

Query: 901 TKSSGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNA 960
           TKSSGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNA
Sbjct: 903 TKSSGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNA 962

Query: 961 IKRPVRVREFLL 972
           IKRPVRVREFLL
Sbjct: 963 IKRPVRVREFLL 974

BLAST of Csor.00g254320 vs. NCBI nr
Match: KAG7028771.1 (Chromosome transmission fidelity protein 18-like protein [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 1820 bits (4715), Expect = 0.0
Identity = 942/972 (96.91%), Postives = 945/972 (97.22%), Query Frame = 0

Query: 1   MDMDIPFPDELELLEEDFHLYEDYMEPEPPEIDDEEEILEKEPSDSPILQSNSPRLSSIA 60
           MDMDIPFPDELELLEEDFHLYEDYMEPEPPEIDDEEEILEKEPSDSPI QSNSPRLSSI 
Sbjct: 1   MDMDIPFPDELELLEEDFHLYEDYMEPEPPEIDDEEEILEKEPSDSPIPQSNSPRLSSIT 60

Query: 61  SNSVTESSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENSMVETEEAWLRYSPPR 120
           SNSVTESSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENSMVETEEAWLRYSPPR
Sbjct: 61  SNSVTESSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENSMVETEEAWLRYSPPR 120

Query: 121 EKNSTVEEETSLVVEEKTVFRYVTEIDGDFMPITAPDSDERVYAKLGRFGDKEESKKLDL 180
           EKNSTVEEETSLVVEEKTVFRYVTEIDGDFMPITA DSDERVYAKLGRFGDKEESKKLDL
Sbjct: 121 EKNSTVEEETSLVVEEKTVFRYVTEIDGDFMPITALDSDERVYAKLGRFGDKEESKKLDL 180

Query: 181 KERHEGIMPENINVLMERAEKEALAKTLEASSDIQLDPSPPQGPVMQERLWVDKYAPSSF 240
           KERHEGIMPENINVLMERAEKEALAKTLEASSDIQLDPSPPQGPVMQERLWV        
Sbjct: 181 KERHEGIMPENINVLMERAEKEALAKTLEASSDIQLDPSPPQGPVMQERLWV-------- 240

Query: 241 TELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRK 300
                        LLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRK
Sbjct: 241 -------------LLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRK 300

Query: 301 NKFQGRRSGNFQDSTFLDQQNSTANGSQDTLSKKTRLPSPPEQKILLLCGPPGLGKTTLA 360
           NKFQGRR+GNFQDSTFLDQQNS ANGSQDTLSKKTRLPSPPEQKILLLCGPPGLGKTTLA
Sbjct: 301 NKFQGRRTGNFQDSTFLDQQNSIANGSQDTLSKKTRLPSPPEQKILLLCGPPGLGKTTLA 360

Query: 361 HVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGK 420
           HVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGK
Sbjct: 361 HVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGK 420

Query: 421 GAVDVIIKMVSADKKAEKENGYKDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLR 480
           GAVDVIIKMVSADKKAEKENG KDQLGKRSSQKGRRGA+LSRPVICICNDLYAPALRSLR
Sbjct: 421 GAVDVIIKMVSADKKAEKENGSKDQLGKRSSQKGRRGATLSRPVICICNDLYAPALRSLR 480

Query: 481 LMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKK 540
           LMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKK
Sbjct: 481 LMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKK 540

Query: 541 KETLSAVEIGSQVVGQKDMSKSVFDVWKEIFYIRKMKHQSRSGSKFRNVCDKMEHLYSLL 600
           KETLSAVEIGSQVVGQKDMSKSVFDVWKEIFYIRKMKHQSRSGSKFRNVCDKMEHLYSLL
Sbjct: 541 KETLSAVEIGSQVVGQKDMSKSVFDVWKEIFYIRKMKHQSRSGSKFRNVCDKMEHLYSLL 600

Query: 601 SYRGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYRP 660
           SYRGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYRP
Sbjct: 601 SYRGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYRP 660

Query: 661 SCIITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVE 720
           SCIITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVE
Sbjct: 661 SCIITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVE 720

Query: 721 DLVSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHE 780
           DLVSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHE
Sbjct: 721 DLVSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHE 780

Query: 781 ATLDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHISE 840
           ATLDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHISE
Sbjct: 781 ATLDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHISE 840

Query: 841 AKKVNHEGSMDKPLRGGLMKTDPAALSAKNKVDDRKSYSAQYRPSHPTSASNGNSAPSVS 900
           AKKVNHEGSMDKPLRGGLMKTDPAALSAKNKVDDRKSYSAQ+RPSHPTSASNGNS PSVS
Sbjct: 841 AKKVNHEGSMDKPLRGGLMKTDPAALSAKNKVDDRKSYSAQHRPSHPTSASNGNSTPSVS 900

Query: 901 TKSSGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNA 960
           TKSSGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNA
Sbjct: 901 TKSSGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNA 951

Query: 961 IKRPVRVREFLL 972
           IKRPVRVREFLL
Sbjct: 961 IKRPVRVREFLL 951

BLAST of Csor.00g254320 vs. ExPASy TrEMBL
Match: A0A6J1FAE3 (chromosome transmission fidelity protein 18 homolog OS=Cucurbita moschata OX=3662 GN=LOC111442256 PE=4 SV=1)

HSP 1 Score: 1871 bits (4847), Expect = 0.0
Identity = 963/972 (99.07%), Postives = 965/972 (99.28%), Query Frame = 0

Query: 1   MDMDIPFPDELELLEEDFHLYEDYMEPEPPEIDDEEEILEKEPSDSPILQSNSPRLSSIA 60
           MDMDIPFPDELELLEEDFHLYEDYMEPEPPEIDDEEEILEKEPSDSPI QSNSPRLSSIA
Sbjct: 1   MDMDIPFPDELELLEEDFHLYEDYMEPEPPEIDDEEEILEKEPSDSPIPQSNSPRLSSIA 60

Query: 61  SNSVTESSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENSMVETEEAWLRYSPPR 120
           SNSVTESSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENSMVETEEAWLRYSPPR
Sbjct: 61  SNSVTESSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENSMVETEEAWLRYSPPR 120

Query: 121 EKNSTVEEETSLVVEEKTVFRYVTEIDGDFMPITAPDSDERVYAKLGRFGDKEESKKLDL 180
           EKNSTVEEETSLV EEKTVFRYVTEIDGDFMPITAPDSDERVYAKLGRFGDKEESKKLDL
Sbjct: 121 EKNSTVEEETSLVGEEKTVFRYVTEIDGDFMPITAPDSDERVYAKLGRFGDKEESKKLDL 180

Query: 181 KERHEGIMPENINVLMERAEKEALAKTLEASSDIQLDPSPPQGPVMQERLWVDKYAPSSF 240
           KERHEGIMPENINVLMERAEKEALAKTLEASSDIQLDPSPPQGPVMQERLWVDKYAPSSF
Sbjct: 181 KERHEGIMPENINVLMERAEKEALAKTLEASSDIQLDPSPPQGPVMQERLWVDKYAPSSF 240

Query: 241 TELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRK 300
           TELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRK
Sbjct: 241 TELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRK 300

Query: 301 NKFQGRRSGNFQDSTFLDQQNSTANGSQDTLSKKTRLPSPPEQKILLLCGPPGLGKTTLA 360
           NKFQGRR+GNFQDSTFLDQQNS ANGSQDTLSKKTRLPSPPEQKILLLCGPPGLGKTTLA
Sbjct: 301 NKFQGRRTGNFQDSTFLDQQNSIANGSQDTLSKKTRLPSPPEQKILLLCGPPGLGKTTLA 360

Query: 361 HVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGK 420
           HVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGK
Sbjct: 361 HVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGK 420

Query: 421 GAVDVIIKMVSADKKAEKENGYKDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLR 480
           GAVDVIIKMVSADKKAEKENG KDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLR
Sbjct: 421 GAVDVIIKMVSADKKAEKENGSKDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLR 480

Query: 481 LMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKK 540
           LMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKK
Sbjct: 481 LMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKK 540

Query: 541 KETLSAVEIGSQVVGQKDMSKSVFDVWKEIFYIRKMKHQSRSGSKFRNVCDKMEHLYSLL 600
           KETLSAVEIGSQVVGQKDMSKSVFDVWKEIFY RKMK QSRSG KFRNVCDKMEHLYSLL
Sbjct: 541 KETLSAVEIGSQVVGQKDMSKSVFDVWKEIFYTRKMKLQSRSGGKFRNVCDKMEHLYSLL 600

Query: 601 SYRGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYRP 660
           SYRGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYRP
Sbjct: 601 SYRGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYRP 660

Query: 661 SCIITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVE 720
           SCIITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVE
Sbjct: 661 SCIITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVE 720

Query: 721 DLVSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHE 780
           DLVSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHE
Sbjct: 721 DLVSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHE 780

Query: 781 ATLDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHISE 840
           ATLDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHISE
Sbjct: 781 ATLDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHISE 840

Query: 841 AKKVNHEGSMDKPLRGGLMKTDPAALSAKNKVDDRKSYSAQYRPSHPTSASNGNSAPSVS 900
           AKKVNHEGSMDKPLRGGLMKTDPAALSAKNKVDDRKSYSAQ+RPSHPTSASNGNSAPSVS
Sbjct: 841 AKKVNHEGSMDKPLRGGLMKTDPAALSAKNKVDDRKSYSAQHRPSHPTSASNGNSAPSVS 900

Query: 901 TKSSGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNA 960
           TKSSGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNA
Sbjct: 901 TKSSGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNA 960

Query: 961 IKRPVRVREFLL 972
           IKRPVRVREFLL
Sbjct: 961 IKRPVRVREFLL 972

BLAST of Csor.00g254320 vs. ExPASy TrEMBL
Match: A0A6J1IBH9 (chromosome transmission fidelity protein 18 homolog OS=Cucurbita maxima OX=3661 GN=LOC111473658 PE=4 SV=1)

HSP 1 Score: 1856 bits (4808), Expect = 0.0
Identity = 955/972 (98.25%), Postives = 960/972 (98.77%), Query Frame = 0

Query: 1   MDMDIPFPDELELLEEDFHLYEDYMEPEPPEIDDEEEILEKEPSDSPILQSNSPRLSSIA 60
           MDMDIPFPDELELLEEDFHLYEDYMEPEPPEIDDEEEI EKEPSDSPI QSNSPRLSSIA
Sbjct: 3   MDMDIPFPDELELLEEDFHLYEDYMEPEPPEIDDEEEIPEKEPSDSPIPQSNSPRLSSIA 62

Query: 61  SNSVTESSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENSMVETEEAWLRYSPPR 120
           SNSVT+SSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENS+VETEEAWLRYSPPR
Sbjct: 63  SNSVTDSSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENSVVETEEAWLRYSPPR 122

Query: 121 EKNSTVEEETSLVVEEKTVFRYVTEIDGDFMPITAPDSDERVYAKLGRFGDKEESKKLDL 180
           EKNSTVEEETSLVVEEKTVFRYVTEIDGDFMPITAPDSDERVYAKLGRFGDKEESKKLDL
Sbjct: 123 EKNSTVEEETSLVVEEKTVFRYVTEIDGDFMPITAPDSDERVYAKLGRFGDKEESKKLDL 182

Query: 181 KERHEGIMPENINVLMERAEKEALAKTLEASSDIQLDPSPPQGPVMQERLWVDKYAPSSF 240
           KERHEGIMPENINVLMERAEKEALAKTLEAS DIQLDP PPQGPV+QERLWVDKYAPSSF
Sbjct: 183 KERHEGIMPENINVLMERAEKEALAKTLEASYDIQLDPCPPQGPVVQERLWVDKYAPSSF 242

Query: 241 TELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRK 300
           TELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRK
Sbjct: 243 TELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRK 302

Query: 301 NKFQGRRSGNFQDSTFLDQQNSTANGSQDTLSKKTRLPSPPEQKILLLCGPPGLGKTTLA 360
           NKFQGRRSGNFQDSTFLDQQNS ANGSQDTL KKTRLPSPPEQKILLLCGPPGLGKTTLA
Sbjct: 303 NKFQGRRSGNFQDSTFLDQQNSIANGSQDTLGKKTRLPSPPEQKILLLCGPPGLGKTTLA 362

Query: 361 HVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGK 420
           HVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGK
Sbjct: 363 HVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGK 422

Query: 421 GAVDVIIKMVSADKKAEKENGYKDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLR 480
           GAVDVIIKMVSADKKAEKENG KDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLR
Sbjct: 423 GAVDVIIKMVSADKKAEKENGSKDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLR 482

Query: 481 LMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKK 540
           LMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKK
Sbjct: 483 LMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKK 542

Query: 541 KETLSAVEIGSQVVGQKDMSKSVFDVWKEIFYIRKMKHQSRSGSKFRNVCDKMEHLYSLL 600
           KETLSAVEIGSQVVGQKDMSKSVFDVWKEIFY RKMK QSRSG KFRNVCDKMEHLYSLL
Sbjct: 543 KETLSAVEIGSQVVGQKDMSKSVFDVWKEIFYTRKMKLQSRSGGKFRNVCDKMEHLYSLL 602

Query: 601 SYRGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYRP 660
           SYRGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYRP
Sbjct: 603 SYRGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYRP 662

Query: 661 SCIITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVE 720
           SCIITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVE
Sbjct: 663 SCIITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVE 722

Query: 721 DLVSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHE 780
           DLVSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHE
Sbjct: 723 DLVSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHE 782

Query: 781 ATLDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHISE 840
           ATLDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHISE
Sbjct: 783 ATLDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHISE 842

Query: 841 AKKVNHEGSMDKPLRGGLMKTDPAALSAKNKVDDRKSYSAQYRPSHPTSASNGNSAPSVS 900
           AKKVNHEGS DKPLRGGLMKTDPAALSAKNKVDDRKSY+AQ+RPSHPTSA NGNSAPSVS
Sbjct: 843 AKKVNHEGSEDKPLRGGLMKTDPAALSAKNKVDDRKSYTAQHRPSHPTSAFNGNSAPSVS 902

Query: 901 TKSSGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNA 960
           TKSSGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNA
Sbjct: 903 TKSSGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNA 962

Query: 961 IKRPVRVREFLL 972
           IKRPVRVREFLL
Sbjct: 963 IKRPVRVREFLL 974

BLAST of Csor.00g254320 vs. ExPASy TrEMBL
Match: A0A1S4DTS5 (chromosome transmission fidelity protein 18 homolog OS=Cucumis melo OX=3656 GN=LOC103483494 PE=4 SV=1)

HSP 1 Score: 1533 bits (3970), Expect = 0.0
Identity = 790/972 (81.28%), Postives = 862/972 (88.68%), Query Frame = 0

Query: 1   MDMDIPFPDELELLEEDFHLYEDYMEPEPPEIDDEEEILEKEPSDSPILQSNSPRLSSIA 60
           MDMDIP PDELELLE DFHLYEDY+EPE  EI+++EE  EKE SDSPILQSNSP  SS A
Sbjct: 1   MDMDIPLPDELELLESDFHLYEDYLEPEMYEIEEDEEKREKESSDSPILQSNSPDFSSAA 60

Query: 61  SNSVTESSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENSMVETEEAWLRYSPPR 120
            NSVTESSS NGLKRLRSDDAD P++ V DD EPSGGK+SRT+  +VE EE WLRY PP 
Sbjct: 61  LNSVTESSSANGLKRLRSDDADVPVDSVLDDVEPSGGKRSRTDKPVVENEEDWLRYLPPT 120

Query: 121 EKNSTVEEETSLVVEEKTVFRYVTEIDGDFMPITAPDSDERVYAKLGRFGDKEESKKLDL 180
           E NS VEEETSL VEE TVFR V+EIDGDF+ ITAPDSDERVYAKL RFGDKE SKKLDL
Sbjct: 121 ENNSMVEEETSLAVEENTVFRVVSEIDGDFISITAPDSDERVYAKLSRFGDKEGSKKLDL 180

Query: 181 KERHEGIMPENINVLMERAEKEALAKTLEASSDIQLDPSPPQGPVMQERLWVDKYAPSSF 240
           KERH GIM ENINVL+ERAEKEAL KTLEAS D QLD   PQ PV+ ERLWVDKYAPSSF
Sbjct: 181 KERHGGIMQENINVLLERAEKEALTKTLEASYDTQLDAMLPQEPVVHERLWVDKYAPSSF 240

Query: 241 TELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRK 300
           TELLSDEQTNREVLLWLKQWDSCVFGSEIRTTS+EVLSSLRRH+++AQHH+LS  S TRK
Sbjct: 241 TELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSDEVLSSLRRHSSMAQHHKLSSLSSTRK 300

Query: 301 NKFQGRRSGNFQDSTFLDQQNSTANGSQDTLSKKTRLPSPPEQKILLLCGPPGLGKTTLA 360
           NKF G ++GNF+DSTF D Q  T  G QD  SKK+RLPSPPE KILLLCGPPGLGKTTLA
Sbjct: 301 NKFPGWKAGNFRDSTFSDNQKVTTEGIQDKWSKKSRLPSPPEHKILLLCGPPGLGKTTLA 360

Query: 361 HVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGK 420
           HVAAKHCGYHVVE+NASDDR+SSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGK
Sbjct: 361 HVAAKHCGYHVVEVNASDDRSSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGK 420

Query: 421 GAVDVIIKMVSADKKAEKENGYKDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLR 480
           GAVDVI+KMVSADKKAE+ENG KDQ GKRSS+KG+R  SL RPVICICNDLYAPALRSLR
Sbjct: 421 GAVDVILKMVSADKKAERENGSKDQPGKRSSKKGQRSVSLIRPVICICNDLYAPALRSLR 480

Query: 481 LMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKK 540
           L+AKVHVFVQPT++RIVSRLKYICNQEGMR++SAALSALAQ+TECDIRSCLNTLQFLYKK
Sbjct: 481 LVAKVHVFVQPTISRIVSRLKYICNQEGMRSSSAALSALAQFTECDIRSCLNTLQFLYKK 540

Query: 541 KETLSAVEIGSQVVGQKDMSKSVFDVWKEIFYIRKMKHQSRSGSKFRNVCDKMEHLYSLL 600
           +ETLSA E+GSQVVGQKDMS+SVFD+WKEIF+ RK+K QSRS SK RN CDK+E+LYSLL
Sbjct: 541 RETLSAEEVGSQVVGQKDMSRSVFDIWKEIFHTRKLKLQSRSDSKSRNACDKIEYLYSLL 600

Query: 601 SYRGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYRP 660
           SYRGDY+LILDGIHENILQLNYHDPVMQKTVKCLEMLG+SDLM QY MQTH M LNVY+P
Sbjct: 601 SYRGDYELILDGIHENILQLNYHDPVMQKTVKCLEMLGVSDLMNQYIMQTHQMILNVYQP 660

Query: 661 SCIITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVE 720
           S IIT+HRLVAQVQRPNIEWPKS QRCRAL+LEK +NLRSW C+VPP+ISRHINSKT VE
Sbjct: 661 SSIITIHRLVAQVQRPNIEWPKSYQRCRALVLEKMENLRSWHCRVPPLISRHINSKTFVE 720

Query: 721 DLVSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHE 780
           DLVSPLLHIISPRTL+P AMHLLSEKEKD+ TQLV+VMVSYAISYKQIK+DP  N++RHE
Sbjct: 721 DLVSPLLHIISPRTLKPRAMHLLSEKEKDDFTQLVNVMVSYAISYKQIKTDPHSNSSRHE 780

Query: 781 ATLDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHISE 840
           ATLDGSVLALDPPIDGFVCFK YESCHNVL L MKQLL+HEVEN+KI QGS  KLE +S+
Sbjct: 781 ATLDGSVLALDPPIDGFVCFKEYESCHNVLALAMKQLLVHEVENKKILQGSNAKLEPLSD 840

Query: 841 AKKVNHEGSMDKPLRGGLMKTDPAALSAKNKVDDRKSYSAQYRPSHPTSASNGNSAPSVS 900
           AKKVNHEGS DK  +G L KTD  ALSAKN  + +KS+SAQ+ PS  TSAS+GNSAP V+
Sbjct: 841 AKKVNHEGSRDKSSKGALRKTDCVALSAKNNTEAQKSHSAQHHPSTSTSASDGNSAPGVN 900

Query: 901 TKSSGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNA 960
            KSSG +K  +LGSSSFFDRFRK G KG Q TDSID KEITL+RDLRP LFKFNEGFTNA
Sbjct: 901 LKSSGVRKNPSLGSSSFFDRFRKPGSKGFQTTDSIDNKEITLQRDLRPLLFKFNEGFTNA 960

Query: 961 IKRPVRVREFLL 972
           IKRPVRVR+FL+
Sbjct: 961 IKRPVRVRDFLV 972

BLAST of Csor.00g254320 vs. ExPASy TrEMBL
Match: A0A5A7U1H7 (Chromosome transmission fidelity protein 18-like protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold171G003990 PE=4 SV=1)

HSP 1 Score: 1532 bits (3966), Expect = 0.0
Identity = 793/979 (81.00%), Postives = 865/979 (88.36%), Query Frame = 0

Query: 1   MDMDIPFPDELELLEEDFHLYEDYMEPEPPEIDDEEEILEKEPSDSPILQSNSPRLSSIA 60
           MDMDIP PDELELLE DFHLYEDY+EPE  EI+++EE  EKE SDSPILQSNSP  SS A
Sbjct: 1   MDMDIPLPDELELLESDFHLYEDYLEPEMYEIEEDEEKREKESSDSPILQSNSPDFSSAA 60

Query: 61  SNSVTESSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENSMVETEEAWLRYSPPR 120
            NSVTESSS NGLKRLRSDDAD  ++ V DD EPSGGK+SRT+  +VE EE WLRY PP 
Sbjct: 61  LNSVTESSSANGLKRLRSDDADVLVDSVLDDVEPSGGKRSRTDKPVVENEEDWLRYLPPT 120

Query: 121 EKNSTVEEETSLVVEEKTVFRYVTEIDGDFMPITAPDSDERVYAKLGRFGDKEESKKLDL 180
           E NS VEEETSL VEEKTVFR V+EIDGDF+ ITAPDSDERVYAKL RFGDKE SKKLDL
Sbjct: 121 ENNSMVEEETSLAVEEKTVFRVVSEIDGDFISITAPDSDERVYAKLSRFGDKEGSKKLDL 180

Query: 181 KERHEGIMPENINVLMERAEKEALAKTLEASSDIQLDPSPPQGPVMQERLWVDKYAPSSF 240
           KERH GIM ENINVL+ERAEKEAL KTLEAS D QLD   PQ PV+ ERLWVDKYAPSSF
Sbjct: 181 KERHGGIMQENINVLLERAEKEALTKTLEASYDTQLDAMLPQEPVVHERLWVDKYAPSSF 240

Query: 241 TELLSDEQTNRE-------VLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLS 300
           TELLSDEQTNRE       VLLWLKQWDSCVFGSEIRTTS+EVLSSLRRH+++AQHH+LS
Sbjct: 241 TELLSDEQTNREACILCYYVLLWLKQWDSCVFGSEIRTTSDEVLSSLRRHSSMAQHHKLS 300

Query: 301 GSSFTRKNKFQGRRSGNFQDSTFLDQQNSTANGSQDTLSKKTRLPSPPEQKILLLCGPPG 360
             S TRKNKF G ++GNF+DSTF D Q  T  G QD  SKK+RLPSPPE KILLLCGPPG
Sbjct: 301 SLSSTRKNKFPGWKAGNFRDSTFSDNQKVTTEGIQDKWSKKSRLPSPPEHKILLLCGPPG 360

Query: 361 LGKTTLAHVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEID 420
           LGKTTLAHVAAKHCGYHVVE+NASDDR+SSTIESKILDAIQMNSVLGDARPNCLVIDEID
Sbjct: 361 LGKTTLAHVAAKHCGYHVVEVNASDDRSSSTIESKILDAIQMNSVLGDARPNCLVIDEID 420

Query: 421 GALGDGKGAVDVIIKMVSADKKAEKENGYKDQLGKRSSQKGRRGASLSRPVICICNDLYA 480
           GALGDGKGAVDVI+KMVSADKKAE+ENG KDQ GKRSS+KG+R  SL RPVICICNDLYA
Sbjct: 421 GALGDGKGAVDVILKMVSADKKAERENGSKDQPGKRSSKKGQRSVSLIRPVICICNDLYA 480

Query: 481 PALRSLRLMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNT 540
           PALRSLRL+AKVHVFVQPT++RIVSRLKYICNQEGMR++SAALSALAQ+TECDIRSCLNT
Sbjct: 481 PALRSLRLVAKVHVFVQPTISRIVSRLKYICNQEGMRSSSAALSALAQFTECDIRSCLNT 540

Query: 541 LQFLYKKKETLSAVEIGSQVVGQKDMSKSVFDVWKEIFYIRKMKHQSRSGSKFRNVCDKM 600
           LQFLYKK+ETLSA E+GSQVVGQKDMS+SVFD+WKEIF+ RK+K QSRS SK RN CDK+
Sbjct: 541 LQFLYKKRETLSAEEVGSQVVGQKDMSRSVFDIWKEIFHTRKLKLQSRSDSKSRNACDKI 600

Query: 601 EHLYSLLSYRGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHM 660
           E+LYSLLSYRGDY+LILDGIHENILQLNYHDPVMQKTVKCLEMLG+SDLM QY MQTH M
Sbjct: 601 EYLYSLLSYRGDYELILDGIHENILQLNYHDPVMQKTVKCLEMLGVSDLMNQYIMQTHQM 660

Query: 661 NLNVYRPSCIITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHI 720
            LNVY+PS IIT+HRLVAQVQRPNIEWPKS QRCRAL+LEK +NLRSW C+VPP+ISRHI
Sbjct: 661 ILNVYQPSSIITIHRLVAQVQRPNIEWPKSYQRCRALVLEKMENLRSWHCRVPPLISRHI 720

Query: 721 NSKTLVEDLVSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPR 780
           NSKT VEDLVSPLLHIISPRTL+P AMHLLSEKEKD+ TQLV+VMVSYAISYKQIK+DP 
Sbjct: 721 NSKTFVEDLVSPLLHIISPRTLKPRAMHLLSEKEKDDFTQLVNVMVSYAISYKQIKTDPH 780

Query: 781 LNNTRHEATLDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYG 840
            N++RHEATLDGSVLALDPPIDGFVCFKGYESCHNVL L MKQLL+HEVEN+KI QGS  
Sbjct: 781 SNSSRHEATLDGSVLALDPPIDGFVCFKGYESCHNVLALAMKQLLVHEVENKKILQGSNA 840

Query: 841 KLEHISEAKKVNHEGSMDKPLRGGLMKTDPAALSAKNKVDDRKSYSAQYRPSHPTSASNG 900
           KLE +S+AKKVNHEGS DK  +G L KTD  ALSAKN  + +KS+SAQ+ PS  TSAS+G
Sbjct: 841 KLEPLSDAKKVNHEGSRDKSSKGALRKTDCVALSAKNNTEAQKSHSAQHHPSTSTSASDG 900

Query: 901 NSAPSVSTKSSGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKF 960
           NSAP V+ KSSG +K  +LGSSSFFDRFRK G KGSQ TDSIDKKEITL+RDLRP LFKF
Sbjct: 901 NSAPGVNLKSSGVRKNPSLGSSSFFDRFRKPGSKGSQTTDSIDKKEITLQRDLRPLLFKF 960

Query: 961 NEGFTNAIKRPVRVREFLL 972
           NEGFTNAIKRPVRVR+FL+
Sbjct: 961 NEGFTNAIKRPVRVRDFLV 979

BLAST of Csor.00g254320 vs. ExPASy TrEMBL
Match: A0A0A0L6T5 (AAA domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_3G132560 PE=4 SV=1)

HSP 1 Score: 1523 bits (3944), Expect = 0.0
Identity = 784/972 (80.66%), Postives = 858/972 (88.27%), Query Frame = 0

Query: 1   MDMDIPFPDELELLEEDFHLYEDYMEPEPPEIDDEEEILEKEPSDSPILQSNSPRLSSIA 60
           MDMDIP PDELELLE D HLYEDY+EPE  EI+ +EE  +KE S SPILQSNSP  SS A
Sbjct: 1   MDMDIPLPDELELLESDLHLYEDYLEPEVYEIEVDEEKRDKESSGSPILQSNSPDFSSAA 60

Query: 61  SNSVTESSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENSMVETEEAWLRYSPPR 120
            NSVTESSS NGLKRLRSDDAD   + V DD EPSGGK+SRT+   VE EE WLRY PP 
Sbjct: 61  LNSVTESSSENGLKRLRSDDADVLRDSVLDDVEPSGGKRSRTDKPEVENEEDWLRYLPPT 120

Query: 121 EKNSTVEEETSLVVEEKTVFRYVTEIDGDFMPITAPDSDERVYAKLGRFGDKEESKKLDL 180
           E NS  EEET+L V+EKTVFR+V+EIDGDF+PITAPDSDERVY KL R GDKEESKKLDL
Sbjct: 121 ENNSMAEEETNLAVKEKTVFRFVSEIDGDFIPITAPDSDERVYVKLSRSGDKEESKKLDL 180

Query: 181 KERHEGIMPENINVLMERAEKEALAKTLEASSDIQLDPSPPQGPVMQERLWVDKYAPSSF 240
           KERH GIM ENINVL+ERAEKEAL KTLEAS D QLD  PPQ PVM ERLWVDKY+PSSF
Sbjct: 181 KERHGGIMQENINVLLERAEKEALTKTLEASYDTQLDAMPPQEPVMHERLWVDKYSPSSF 240

Query: 241 TELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRK 300
           TELLSDEQTNREVLLWLKQWDSCVFGSEIRTTS+EVLSSLRRH ++AQHH+LS  S TRK
Sbjct: 241 TELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSDEVLSSLRRHFSMAQHHKLSSLSSTRK 300

Query: 301 NKFQGRRSGNFQDSTFLDQQNSTANGSQDTLSKKTRLPSPPEQKILLLCGPPGLGKTTLA 360
           NKF G ++GNF+DSTF D +  T  G QDT SKK+RLPSPPE KILLLCGPPGLGKTTLA
Sbjct: 301 NKFPGWKAGNFRDSTFSDNKEGTTEGIQDTWSKKSRLPSPPEHKILLLCGPPGLGKTTLA 360

Query: 361 HVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGK 420
           HVAAKHCGYHVVEINASDDR+SSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGK
Sbjct: 361 HVAAKHCGYHVVEINASDDRSSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGK 420

Query: 421 GAVDVIIKMVSADKKAEKENGYKDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLR 480
           GAVDVI+KMVSADKKAE+ENG KDQ GKRSS+KG+R  SL RPVICICNDLYAPALRSLR
Sbjct: 421 GAVDVILKMVSADKKAERENGSKDQPGKRSSKKGQRSVSLIRPVICICNDLYAPALRSLR 480

Query: 481 LMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKK 540
           L+AKVHVFVQPT++RIVSRLKYICNQEGMR++SAALSALAQ+TECDIRSCLNTLQFLYKK
Sbjct: 481 LVAKVHVFVQPTISRIVSRLKYICNQEGMRSSSAALSALAQFTECDIRSCLNTLQFLYKK 540

Query: 541 KETLSAVEIGSQVVGQKDMSKSVFDVWKEIFYIRKMKHQSRSGSKFRNVCDKMEHLYSLL 600
           +ETLSA E+GSQVVGQKD+S+SVFD+WKEIF+ RK+K QSRS SK RN CDK+EHLYSLL
Sbjct: 541 RETLSAEEVGSQVVGQKDISRSVFDIWKEIFHTRKLKLQSRSVSKSRNTCDKLEHLYSLL 600

Query: 601 SYRGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMGQYAMQTHHMNLNVYRP 660
           SYRGDY+LILDGIHENILQLNYHDPVM KTVKCLEML +SDLM QY MQTH M LNVY+P
Sbjct: 601 SYRGDYELILDGIHENILQLNYHDPVMHKTVKCLEMLEVSDLMNQYIMQTHQMILNVYQP 660

Query: 661 SCIITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCKVPPIISRHINSKTLVE 720
           S IIT+HRLVAQVQRPNIEWPKS QRCRAL+LEK +NLRSW C+VPP+ISRHINSKT VE
Sbjct: 661 SSIITIHRLVAQVQRPNIEWPKSYQRCRALVLEKMENLRSWHCRVPPLISRHINSKTFVE 720

Query: 721 DLVSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAISYKQIKSDPRLNNTRHE 780
           DLVSPLLHIISPRTL+P AMHLLSEKEKD+ TQLV+VMVSYAISYKQIK+DP  N++RHE
Sbjct: 721 DLVSPLLHIISPRTLKPRAMHLLSEKEKDDFTQLVNVMVSYAISYKQIKTDPHSNSSRHE 780

Query: 781 ATLDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVENQKIFQGSYGKLEHISE 840
           ATLDGSV ALDPPIDGFVCFK YESCHNVL L +KQLL+HEVEN+KI QGS GKLE +S+
Sbjct: 781 ATLDGSVFALDPPIDGFVCFKDYESCHNVLALAVKQLLVHEVENKKILQGSNGKLEPLSD 840

Query: 841 AKKVNHEGSMDKPLRGGLMKTDPAALSAKNKVDDRKSYSAQYRPSHPTSASNGNSAPSVS 900
           AK+VNHEG+ DK  +GGL KT+  ALSAKN  + +KSYS Q+ PS  TSAS+GNSAP V+
Sbjct: 841 AKQVNHEGTRDKSSKGGLTKTECVALSAKNNTEGQKSYSTQHHPSTSTSASDGNSAPGVN 900

Query: 901 TKSSGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITLERDLRPFLFKFNEGFTNA 960
            KSSG +K  +LGSSSFFDRFRK G KGSQ TDSIDKKEITL+RDLRP LFKFNEGFTNA
Sbjct: 901 LKSSGVRKNPSLGSSSFFDRFRKPGSKGSQTTDSIDKKEITLQRDLRPLLFKFNEGFTNA 960

Query: 961 IKRPVRVREFLL 972
           IKRPVRVR+FLL
Sbjct: 961 IKRPVRVRDFLL 972

BLAST of Csor.00g254320 vs. TAIR 10
Match: AT1G04730.1 (P-loop containing nucleoside triphosphate hydrolases superfamily protein )

HSP 1 Score: 945.7 bits (2443), Expect = 3.0e-275
Identity = 538/990 (54.34%), Postives = 690/990 (69.70%), Query Frame = 0

Query: 1   MDMDIPFPDELELLEEDFHLYEDYME----PEPP--------EIDDEEEILEKEPSDSPI 60
           M+ DIP P+ELELLE + H YE+  E     EPP        E  +EE +  KEP    +
Sbjct: 1   MEFDIPLPEELELLEANSHFYEEEDEYLNFEEPPYPYPIDGDEEKEEERVAHKEPH---V 60

Query: 61  LQSNSPRLSSIASNSVTESSSVNGLKRLRSDDADAPMELVSDDAEPSGGKKSRTENSMVE 120
            QS              ESS + G KR RS  +D  + L  D+  P+  K+S+ +++ VE
Sbjct: 61  RQS--------------ESSDIKGCKRPRSLISDPIVNL--DEVSPASDKRSKIDDNRVE 120

Query: 121 TE-EAWLRYSPPREKNSTVEEETSLVVEEKTVF-RYVTEIDGDFMPITAPDSDERVYAKL 180
            E E WLR+SP +E    +EEE  +V+ ++T+  RY +EIDG+  PITAPD  +RVYAK 
Sbjct: 121 IEDEDWLRFSPVKEVVHVMEEEEEVVIPQETMLSRYASEIDGECFPITAPDGGDRVYAKF 180

Query: 181 GRFGDKEESKKLDLKERHEGIMPENINVLMERAEKEALAKTLEASSDIQLDPSPPQGPVM 240
            R    EE  KLD+K++  G++ + I+VL++++EKEA  K L+ASS+ Q +    +  VM
Sbjct: 181 CRALGDEEVNKLDVKDKSNGLIKDPISVLLQQSEKEAFNKVLQASSEDQNETISAETSVM 240

Query: 241 QERLWVDKYAPSSFTELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAI 300
            E+LWVDKY+PSSFTELLSDEQTNREVLLWLKQWD+ VFGSEIR+T+E VLS+L+RH+  
Sbjct: 241 HEKLWVDKYSPSSFTELLSDEQTNREVLLWLKQWDASVFGSEIRSTTEAVLSALKRHST- 300

Query: 301 AQHHRLSGSSFTRKNKFQGRRSGNFQDSTFLDQQNSTANGSQDTLSKKTRLPSPPEQKIL 360
             HH+ S S+FTRK +F      +F  S   +  N+      D  +KK++L  PPEQKIL
Sbjct: 301 TSHHQKSDSAFTRKKQFNRWSKESFGYSKNAEVSNTNTADINDLWNKKSKLTGPPEQKIL 360

Query: 361 LLCGPPGLGKTTLAHVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNC 420
           LLCG PGLGKTTLAH+AAKHCGY VVEINASD+R++S IE++ILD +QMNSV  D+RP C
Sbjct: 361 LLCGAPGLGKTTLAHIAAKHCGYRVVEINASDERSASAIETRILDVVQMNSVTADSRPKC 420

Query: 421 LVIDEIDGALGDGKGAVDVIIKMVSADKK--AEKENGYKDQLGKRSSQKGRRGASLSRPV 480
           LVIDEIDGALGDGKGAVDVI+KMV A++K    KEN    +  K SS+K RR A LSRPV
Sbjct: 421 LVIDEIDGALGDGKGAVDVILKMVLAERKHATGKEN---VENVKTSSKKDRRTAPLSRPV 480

Query: 481 ICICNDLYAPALRSLRLMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTE 540
           ICICNDLYAPALR LR +AKVH+FVQPTV+R+V+RLKYICN EGM+A S ALSALA+YTE
Sbjct: 481 ICICNDLYAPALRPLRQIAKVHIFVQPTVSRVVNRLKYICNMEGMKARSFALSALAEYTE 540

Query: 541 CDIRSCLNTLQFLYKKKETLSAVEIGSQVVGQKDMSKSVFDVWKEIFYIRKMKHQSRSGS 600
           CDIRSCLNTLQFLYKKKET++ ++IGSQVVG+KDMSKS+FD+WKEIF  RKMK + RS  
Sbjct: 541 CDIRSCLNTLQFLYKKKETINVIDIGSQVVGRKDMSKSLFDIWKEIFTTRKMKRE-RSND 600

Query: 601 KFRNVCDKMEHLYSLLSYRGDYDLILDGIHENILQLNYHDPVMQKTVKCLEMLGISDLMG 660
              +     + L+SL+S RGDYDLI DGIHENILQL+YHDPVM KT+ CL+ LG SDL+ 
Sbjct: 601 ASGSGAKNFDFLHSLVSSRGDYDLIFDGIHENILQLHYHDPVMDKTISCLDGLGTSDLLH 660

Query: 661 QYAMQTHHMNLNVYRPSCIITVHRLVAQVQRPNIEWPKSNQRCRALLLEKTDNLRSWLCK 720
           +Y M+T  M L VY PS +I +HR VAQ+Q+P IEWPKS  RCR LL+EK ++LRSW  K
Sbjct: 661 RYIMRTQQMPLYVYFPSLVIPIHRRVAQIQKPMIEWPKSYHRCRTLLVEKQESLRSWHHK 720

Query: 721 VPPIISRHINSKTLVEDLVSPLLHIISPRTLRPMAMHLLSEKEKDNLTQLVSVMVSYAIS 780
           +PP I RH++ K+ VED +SPLLHI+SP TLRP+A HLLS+++K+ L  LV +M SY+++
Sbjct: 721 IPPYIGRHLSIKSFVEDSISPLLHILSPPTLRPVASHLLSDRQKEQLAGLVMLMCSYSLT 780

Query: 781 YKQIKSDPRLNNTRHEATLDGSVLALDPPIDGFVCFKGYESCHNVLPLPMKQLLIHEVEN 840
           YK +KSDP L++ R +A  D  VLALDP +  F+ FKG++  H+VL L MKQ+L+HEVE 
Sbjct: 781 YKNVKSDPVLSSLREDAASDALVLALDPHLFDFINFKGHQFKHHVLALAMKQVLVHEVEK 840

Query: 841 QKIFQGSYGK--LEHISEAKKVNHEGSMDKPLRGGLMKTDPAALSAKNKVDDRKSYSAQY 900
           QKI Q S GK  + +  E KK+N +          L K   AA +   +           
Sbjct: 841 QKILQASGGKSGILNKPEIKKINQD----------LAKKTNAAANESQRTP--------- 900

Query: 901 RPSHPTSASNGNSAPSVSTKSSGAQKKSALGSSSFFDRFRKSGGKGSQNTDSIDKKEITL 960
             S P S S G +  + S  +S   KK++  + +FFDRFRKS  K  ++ + +  +  T 
Sbjct: 901 VTSKPPSVSVGTA--TTSKPNSSDVKKASRNALNFFDRFRKS-RKDYEDPEDVQNR-ATA 943

Query: 961 ERDLRPFLFKFNEGFTNAIKRPVRVREFLL 973
           +RD RP LFKFNEGFTNA+KRPVR+REFLL
Sbjct: 961 KRDSRPLLFKFNEGFTNAVKRPVRMREFLL 943

BLAST of Csor.00g254320 vs. TAIR 10
Match: AT5G22010.1 (replication factor C1 )

HSP 1 Score: 86.7 bits (213), Expect = 1.2e-16
Identity = 87/389 (22.37%), Postives = 143/389 (36.76%), Query Frame = 0

Query: 200 EKEALAKTLEASSDIQLDPSPPQGPVMQERL-WVDKYAPSSFTELLSDEQTNREVLLWLK 259
           ++E   K L  SS  ++ P+  +  +++  L W +KY P    E++ ++    ++  WL 
Sbjct: 310 KEETRGKPLAKSSPKKVPPAKGKNKIIETSLPWTEKYRPKVPNEIVGNQSLVTQLHNWLS 369

Query: 260 QWDSCVFGSEIRTTSEEVLSSLRRHTAIAQHHRLSGSSFTRKNKFQGRRSGNFQDSTFLD 319
            W                            H +  G+    K K                
Sbjct: 370 HW----------------------------HDQFGGTGSKGKGK---------------- 429

Query: 320 QQNSTANGSQDTLSKKTRLPSPPEQKILLLCGPPGLGKTTLAHVAAKHCGYHVVEINASD 379
                            +L     +K +LL G PG+GKTT A + ++  G+  VE+NASD
Sbjct: 430 -----------------KLNDAGSKKAVLLSGTPGIGKTTSAKLVSQMLGFQAVEVNASD 489

Query: 380 DR---------------TSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGKGAV 439
            R                +S  E    +A+  N          L++DE+DG     +G V
Sbjct: 490 SRGKANSNIAKGIGGSNANSVKELVNNEAMAANFDRSKHPKTVLIMDEVDGMSAGDRGGV 549

Query: 440 DVIIKMVSADKKAEKENGYKDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLRLMA 499
             +I  +   K                            P+ICICND Y+  L+SL    
Sbjct: 550 ADLIASIKISK---------------------------IPIICICNDRYSQKLKSLVNYC 609

Query: 500 KVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSALAQYTECDIRSCLNTLQFLYKKKET 559
               + +PT  ++  RL +I   EG+  N  AL  LA+    DIR  +N LQ++      
Sbjct: 610 LPLNYRKPTKQQMAKRLMHIAKAEGLEINEIALEELAERVNGDIRLAVNQLQYMSLSMSV 610

Query: 560 LSAVEIGSQVVGQ-KDMSKSVFDVWKEIF 572
           +   +I  +++   KD   S F    ++F
Sbjct: 670 IKYDDIRQRLLSSAKDEDISPFTAVDKLF 610

BLAST of Csor.00g254320 vs. TAIR 10
Match: AT1G77620.1 (P-loop containing nucleoside triphosphate hydrolases superfamily protein )

HSP 1 Score: 66.2 bits (160), Expect = 1.6e-10
Identity = 71/326 (21.78%), Postives = 136/326 (41.72%), Query Frame = 0

Query: 229 RLWVDKYAPSSFTELLSDEQTNREVLLWLKQWDSCVFGSEIRTTSEEVLSSLRRHTAIAQ 288
           RLWVDKY P S +E+  + ++ + +  WL+QW    F       +++ LSS    +  A 
Sbjct: 311 RLWVDKYQPRSASEVCGNTESVKVMNEWLRQWYERGF-----QPNKDFLSSDEDKSQDAD 370

Query: 289 HHRLSGSSFTRKNKFQGRRSGNFQDSTFLDQQNSTANGSQDTLSKKTRLPSPPEQKILLL 348
           ++     S                        +S  +G++D+           ++ +LL+
Sbjct: 371 YNCSESDS------------------------DSEKSGAEDS-----------QKNVLLI 430

Query: 349 CGPPGLGKTTLAHVAAKHCGYHVVEINASDDRTSSTIESKILDAIQMNSVLGDARPNCLV 408
            GP G GK+   H  AK  G+ ++E N S+ R+ + +  K  +A++  S+          
Sbjct: 431 VGPAGSGKSAAIHACAKEQGFKILESNTSECRSGTVVRQKFGEALKSYSLSRS------- 490

Query: 409 IDEIDGALGDGKGAVDVI-------IKMVSADKK-----AEKENGYKDQLGKRSSQKGRR 468
           +D +  +  DG G  DV+       I+   A+ K      + +  + +  G  S+ + + 
Sbjct: 491 LDPLFNSCTDGNGVEDVVEVMPVLHIQNDGANLKPLILFEDVDICFAEDRGLVSAIQ-QI 550

Query: 469 GASLSRPVICICNDLYAPALRSLRLMAKVHV-FVQPTVNRIVSRLKYICNQEGMRANSAA 528
                 PV+   ND       +L    ++ + F  P+   + + L  +C  E ++ N  +
Sbjct: 551 AVKAKGPVVLTANDKNHGLPDNLE---RIEIYFSLPSKEELFNHLSLVCAAEEVKVNHGS 585

Query: 529 LSALAQYTECDIRSCLNTLQFLYKKK 542
           L  +  +   DIR  +  LQF ++ K
Sbjct: 611 LEEMTTFCGGDIRKAIMQLQFWFQSK 585

BLAST of Csor.00g254320 vs. TAIR 10
Match: AT1G21690.4 (ATPase family associated with various cellular activities (AAA) )

HSP 1 Score: 53.9 bits (128), Expect = 8.3e-07
Identity = 51/197 (25.89%), Postives = 86/197 (43.65%), Query Frame = 0

Query: 346 LLLCGPPGLGKTTLAHVAAKHCGYHVVEINASDDRTSSTIESKILD--AIQMNSVLGDAR 405
           +L  GPPG GKTT A +A  H  + V+E+NASDDR  + + +KI D  A+ + S    + 
Sbjct: 45  MLFYGPPGTGKTTTA-LAIAHQLFGVLELNASDDRGINVVRTKIKDFAAVAVGSNHRQSG 104

Query: 406 PNC-----LVIDEIDGALGDGKGAVDVIIKMVSADKKAEKENGYKDQLGKRSSQKGRRGA 465
             C     +++DE D    D + A+   ++  S   +                       
Sbjct: 105 YPCPSFKIIILDEADSMTEDAQNALRRTMETYSKVTR----------------------- 164

Query: 466 SLSRPVICICNDLYAPALRSLRLMAKVHVFVQPTVNRIVSRLKYICNQEGMRANSAALSA 525
                   ICN + +  +  L        F   +   + +R+ +ICN+EG+  +  ALS 
Sbjct: 165 -----FFFICNYI-SRIIEPLASRCAKFRFKPLSEEVMSNRILHICNEEGLSLDGEALST 211

Query: 526 LAQYTECDIRSCLNTLQ 536
           L+  ++ D+R  +  LQ
Sbjct: 225 LSSISQGDLRRAITYLQ 211

BLAST of Csor.00g254320 vs. TAIR 10
Match: AT1G63160.1 (replication factor C 2 )

HSP 1 Score: 48.9 bits (115), Expect = 2.7e-05
Identity = 69/284 (24.30%), Postives = 112/284 (39.44%), Query Frame = 0

Query: 326 GSQDTLSKKTRLPSPPEQKILLLCGPPGLGKTT----LAH-VAAKHCGYHVVEINASDDR 385
           G++D +S+   +        L+L GPPG GKTT    LAH +   +    V+E+NASDDR
Sbjct: 31  GNEDAVSRLQVIARDGNMPNLILSGPPGTGKTTSILALAHELLGTNYKEAVLELNASDDR 90

Query: 386 TSSTIESKILDAIQMNSVLGDARPNCLVIDEIDGALGDGKGAVDVIIKMVSADKKAEKEN 445
               + +KI    Q    L   R   +++DE D      + A+   I++ S        N
Sbjct: 91  GIDVVRNKIKMFAQKKVTLPPGRHKVVILDEADSMTSGAQQALRRTIEIYS--------N 150

Query: 446 GYKDQLGKRSSQKGRRGASLSRPVICICNDLYAPALRSLRLMAKVHVFVQPTVNRIVSRL 505
             +  L   +S      A +  P+   C       +R  RL          +  +I+ RL
Sbjct: 151 STRFALACNTS------AKIIEPIQSRC-----ALVRFSRL----------SDQQILGRL 210

Query: 506 KYICNQEGMRANSAALSALAQYTECDIRSCLNTLQ-----FLYKKKETLSAVEIGSQVVG 565
             +   E +      L A+    + D+R  LN LQ     F +  +E +  V      + 
Sbjct: 211 LVVVAAEKVPYVPEGLEAIIFTADGDMRQALNNLQATFSGFSFVNQENVFKVCDQPHPLH 267

Query: 566 QKDMSKSVFDVWKEIFYIRKMKHQSRSGSKFRNVCDKMEHLYSL 600
            K++ ++V +                  SKF   CD ++ LY L
Sbjct: 271 VKNIVRNVLE------------------SKFDIACDGLKQLYDL 267

The following BLAST results are available for this feature:
Match NameE-valueIdentityDescription
Q6NU402.7e-8730.14Chromosome transmission fidelity protein 18 homolog OS=Xenopus laevis OX=8355 GN... [more]
Q8BIW97.9e-7931.29Chromosome transmission fidelity protein 18 homolog OS=Mus musculus OX=10090 GN=... [more]
Q8WVB61.7e-7628.80Chromosome transmission fidelity protein 18 homolog OS=Homo sapiens OX=9606 GN=C... [more]
Q9USQ15.0e-4927.99Chromosome transmission fidelity protein 18 OS=Schizosaccharomyces pombe (strain... [more]
P499563.0e-4626.21Chromosome transmission fidelity protein 18 OS=Saccharomyces cerevisiae (strain ... [more]
Match NameE-valueIdentityDescription
KAG6597304.10.0100.00Chromosome transmission fidelity protein 18-like protein, partial [Cucurbita arg... [more]
XP_022935346.10.099.07chromosome transmission fidelity protein 18 homolog [Cucurbita moschata] >XP_022... [more]
XP_023540389.10.098.35chromosome transmission fidelity protein 18 homolog [Cucurbita pepo subsp. pepo]... [more]
XP_022974891.10.098.25chromosome transmission fidelity protein 18 homolog [Cucurbita maxima] >XP_02297... [more]
KAG7028771.10.096.91Chromosome transmission fidelity protein 18-like protein [Cucurbita argyrosperma... [more]
Match NameE-valueIdentityDescription
A0A6J1FAE30.099.07chromosome transmission fidelity protein 18 homolog OS=Cucurbita moschata OX=366... [more]
A0A6J1IBH90.098.25chromosome transmission fidelity protein 18 homolog OS=Cucurbita maxima OX=3661 ... [more]
A0A1S4DTS50.081.28chromosome transmission fidelity protein 18 homolog OS=Cucumis melo OX=3656 GN=L... [more]
A0A5A7U1H70.081.00Chromosome transmission fidelity protein 18-like protein OS=Cucumis melo var. ma... [more]
A0A0A0L6T50.080.66AAA domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_3G132560 PE=4 SV... [more]
Match NameE-valueIdentityDescription
AT1G04730.13.0e-27554.34P-loop containing nucleoside triphosphate hydrolases superfamily protein [more]
AT5G22010.11.2e-1622.37replication factor C1 [more]
AT1G77620.11.6e-1021.78P-loop containing nucleoside triphosphate hydrolases superfamily protein [more]
AT1G21690.48.3e-0725.89ATPase family associated with various cellular activities (AAA) [more]
AT1G63160.12.7e-0524.30replication factor C 2 [more]
InterPro
Analysis Name: InterPro Annotations of Silver-seed gourd (sororia) v1
Date Performed: 2021-10-25
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR003593AAA+ ATPase domainSMARTSM00382AAA_5coord: 342..492
e-value: 7.0E-12
score: 55.5
IPR003959ATPase, AAA-type, corePFAMPF00004AAAcoord: 346..429
e-value: 3.6E-12
score: 46.8
NoneNo IPR availableGENE3D1.10.8.60coord: 491..560
e-value: 1.2E-18
score: 68.4
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 27..41
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 300..338
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 45..72
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 881..911
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 92..109
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 22..109
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 300..337
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 844..911
NoneNo IPR availablePANTHERPTHR46765P-LOOP CONTAINING NUCLEOSIDE TRIPHOSPHATE HYDROLASES SUPERFAMILY PROTEINcoord: 1..972
NoneNo IPR availableCDDcd00009AAAcoord: 341..431
e-value: 1.77992E-13
score: 66.7859
NoneNo IPR availableCDDcd18140HLD_clamp_RFCcoord: 491..546
e-value: 1.52806E-9
score: 52.9165
IPR027417P-loop containing nucleoside triphosphate hydrolaseGENE3D3.40.50.300coord: 228..490
e-value: 1.0E-50
score: 174.2
IPR027417P-loop containing nucleoside triphosphate hydrolaseSUPERFAMILY52540P-loop containing nucleoside triphosphate hydrolasescoord: 229..539

Relationships

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

Feature NameUnique NameType
Csor.00g254320.m01Csor.00g254320.m01mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
molecular_function GO:0005524 ATP binding
molecular_function GO:0016887 ATP hydrolysis activity