Cla97C09G183420 (gene) Watermelon (97103) v2.5

Overview


Name	Cla97C09G183420
Type	gene
Organism	Citrullus lanatus subsp. vulgaris cv. 97103 (Watermelon (97103) v2.5)
Description	cell division topological specificity factor homolog, chloroplastic-like
Location	Cla97Chr09: 36648149 .. 36662328 (-)
RNA-Seq Expression	Cla97C09G183420
Synteny	Cla97C09G183420

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonfive_prime_UTRpolypeptideCDSthree_prime_UTR

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

TATCCCCTCAAAGGCAAACACAATATCTTTTATCCTCTCTACAATATTCATCTTCTGCCATTTTCTGACTCAAATATCTCTGTTCCCATAACACAAACACCCAAGAAATGGATGGTTCAAATCAAAATCCAGACCCGATTCCCCCCGAAAATTTCCTAGTAATTAGAGAAGACTATTTTGTTCATGAGGAATCCCCTGTTTTTCCCCCAACTCACCACGAAGATTTGCCAGTCGTAACTGTTGAGATAACCTCCGATGAATCTGAATCATCGGAATCATCGACTCCGGCGACTCCGGATTTGCGATCGAGAACCGTGGTCGGAGAAGCTGTTATGAGGCGTTGTGAGATGTTTAAAGCGAAGGTTGTTTCTGGAATTCTTGGATTTGGATCCTACGCTGTGAGACTAGGCTCTGTTTTTCCGGTTACTGCAATGGCGGCTCTGTTGGTGATTTTGCTGTTCTTGTTGAAGATGAAGATGAAGCTGCGGCTGCCATGGCGTCCCGGAGCTGTGGCTAAGCGTAGGGATAATGAAGAGCGTTTGCTTCTTCTCCTTAAACACAAGGATGAGGTTCGTTCTTCAATACCTAATGATTGCGTTATTAATTATTTTAACACTTTTTTCATGTTTTGTTATCTAATTTCTTTTTCTAATGTTAATTTTGAATTAAAAAAATATAAATTACCATACTAAAATTTTTGAAAATATTTATAAATAATAGTAAAATACACGGTTTTAGACTGTGATAGATCGTGATATAGACTATATGTCTATTGTGACACATATAATAATCTATCATAGATAGACAGTAAAATTTTGCTATATTTATAAATATTTTGGTTCATTTTGTTATATTTGTAAAGAGCCGTTTAAAAAATATATTTTTTTATTTTTAGAATTTAATTAAAAATTTTAAAACATGACATTAAAAGGAATTATTATCAAATGAGACAAAGATTATGAATTTAATACTTTTACTTTGAATTTAGTCCTAAATTTTCAAATTTACAAACTTAAGCTTGAATTTTTGAATTTTTTTTTTTTAATTTACAAGCCTACTAATAACAAAATTAAAAAATTTAAGTTTTATTAAACATAAAATTTAAATTTATATCTAGTAAATCAATTAATTTTTAAATATTTCAAATTTATCATAGACCTATTAGTCACAAAATTAAAAGTTAAGTAACCTATTAGACTCTAAATTGAACGTTTAGATACCTATTAGACACTTTAAAAGTTTAAGGAGCAATTTCAGATATAACAATTAGACTCAAAGTATTAGCGAATAACATAATGCAAAAGAAATTTGCAGCCATAACAAAATTTAGATTCAACTTTCGGAGTTTATTAGTGATAGATCATATCACTAGTAGGAATCTATCAATGATAAAAGTCTATCACTAATAGATTTTACTATATTTGCAATTATTTAAAAATGTTATCATATATTTAATTATTATCCCTAAAAGTGCTACCAATGCAATTACCCAAAGTTTTCAAAAACCAAAGAGGTACAAATTTAAAAGTTTAGGAACTAAACCTATAATTTCACGAATTAAAAAGAAAAATATACATTTTCCAAAGGATGGTCTGGTGGTTCAAAACTTTCATTTTATGTTAGAAAGAGCATAACTCAACTAGCATAAAAAAATATATTATCAACCTCAATGTTATATGCTCGATCTCCTTCTCTATATTGTGTAAAAAAATTTGGACTTTTAATCTTATTCCAAAATTACCCTTTCTTCAATTTTTCTTTTACAAAGGAAAACATAAGTGTGTCCCTAAGTTGTAAAAACCGTGTGAAGATATGTTATTTCAATTATGTTAAGTGTTGAGATAAGTTCGAGTTATAATTATGGGAAATTATCTTAAATGACAAAACTGTTGAAAATATTTATAACTAATAATAAAATACACCGTCTATCTGTGATAGACTGCGATAGACAATAAAATTTTGCTATATTTGTAAATATTTTGGTTCTTTTTGCTATATTTAGAAAGAACCCTATAATTATTGTCTTTTTTTTTCTTTCTAATAAAATGAAAATTATCCTGAGTTAGCTGTGAGGTGAAAAAATAAAGGGATTTAACTTATTGACGGAAGACAACTTCCATCCTCCAAGGTACTAAATTTAGGATGGGAACACTTTTATTTATTAGATTTTAACTTCAAAATTGTTTAGTAACCTCTAAAACTCTTCCTTTTAATTTTATATCTTAGATCTAATTAAAAATCTAATGTGTCTCTAAATTTTTAATTTATGTCTATTATGTTTCTAAATTTTTAATTTTGTATCTAGTAGGCTATTGAATTTTCTAATATTTTTCAAAACAATAAACTTGACAGTTTAGGTTCCGTTTGGTAACCATTTCGTTTTTTTTTTTTTTTTTTGAAAATTAAGCCTATAAACACTACTTTGACCTCCAAATTTCTTCCTTTGTTGTTCGGTTTTTACCAATAATTTAAAAAACCAAGCAAAAATTTGAAAACTAAAAAAAGTAGCTTTTAAAATTTTGTTTTTATTTTTGTAATTTGGTTAAGAATTCAACCATTGTACTTAAGAAAGATGCAAATTATTGTAGGAAATATGAAGGAAATAGACTTAATTTTCAAAAACTAAAAACAAAAAATGAAATGGTTTACCAAACATGACTTTAAAGTTTGGTTTGCGACATAAAATTCAATTTTACATCTAAATAGGCTTGTTCACTTTTAAAATGTTAAATATGTCACTAATTTACGACACTGAATTAAAAGTTCACGTATTTATTAGATACTTTTAAAACCTTATGACATATTAGGTATATACGTTCTTAATAGACGAGTTAGATATTTAGGCCCATTTGATAACCATTTGGGTTTTGAGTTTTGGTTCTTGAAAATTGTCCTTGTTTTCTTTCAACTTATTTACCATGGGTTTTCATCTTTCATAACTAAACATTTGAATTCTCTCCAAAGATCACTAAAAAAACAAAAACAAGTTTTGAAATTTGATTTTTGAAAATTGAGCCTATAAACACAACTTCTATTTTATTGTTTTCTATGTTTTGCTTTCAATATGTTTTCAAAACAAATCCAAAATTTAAAAACTAATAGTTTTTAAAAACTTGTTTTTATTTTTAGAAAAATTAGCAAGATCTCTAATGTCTAGATAAGAAATATGAGGAAGATGGGTGAGAAATTGTGAGAAAACCAAATACAATTTTCAAAACAAAAAACTAAAAGTCAAATAGTTACCAAACTAGACATAATTGTTTTAGTTTTCAAAACTTTTAAAAAATAGATAACAAACAAAGAAATCTTGGGTGGAGATAGTGTTTGTATAAGCTTAATTTTTTTTAAAAATAATAATAATAAAACCAAATAGTTAACAAACATGGTTTTAGCTTTTCAAACTTTTAAGACCTAATCGACTCGACTTAGGGTATGTTTACAATACCTTTTCAAGTGTTTAACTTAAAAAATAAGTTATTTTGAAAGAAATAAAGTGTTTGACAACTATTCAAAATGAATTTTGAAAGTTATTAGTGTCTTTATTTTAAAAAGTTCTTATCAAAGAGTTTAAATGAAAATAAATTTTTGAACCGTTAATTCAAACAGGCCCTTACTAAACTTGTAATTTAACTAAATTATTATAAAAAGTGGGAAAGTTTAGGGTTGGAAGGTTTTTCATTCAAGAAGATTAAAGTTTAGGATTAAGGGTTTATTTGGATTGACTAGAGAAAAAAAATGATTTTTATTTAAAATTTTTTGATAAAACGATTTAAAATACACTTTGAGAGTGTTTCAAAATCTCGTTTGAGTGGTTGACCAACACTCCAATTTTTATTTTTAAATAATTTGTTTTCAAAATTAAACACTAAACAAACTCTAAATAACCACCAAATTAGAACCTATGTTTATGATTTAACAAACCATCACTATTTCATTTGCTTTGTTTAAATATAGAAATTGGTTGCATCATTGACTTATTTTTCTTTCTCAGAAAATCAGTCAACTCTTACTTCAGATTGCTCAAATGAATGAAACACTATCAGCTCCTCGAAAGGTTCCTGTTGTGAGAATTAAATGACAAATATAGCCTTAAAATCGTTCACTTATTCCTTGGGGGAGTTGGTCAATTTTGATGGCAATGAGTTTTGAACTCTTGCAAAAGGATAAAGTATATATTGAAACTTGTAATCGTAGTTGTACATTTACTTTTCTTTCATACATGTTAAATCTATAACATCCCAAGTACTATACATTTATAAATAACAACAATATCACTTTCCCTAAAAAGTTTTGAACTTATAGTGTACAATAATAGTGATTTAATTATTCGAAATGTTACTCATGATTAAGGCAGCTACAAAACGAGACATTGGGCTAACTTACAACATATAATTTTATACCAATATGGTATCGTGTTAACACCCTTTGATAGTTAAGTTAGTGTCTAGATCGAAATGTTGTCAAGCAGAGTTGTATCAACTTTGGTTTCAATTTTTGTAGAGTTTCTAGCCGTTTTCTTGAAAGATTAGTACTTGATATGGACAACTCTAAAAGAGTGTTTGGAGGGAGAAGTTGAGTGGGGTGGAGTAGAGTTATTAACTCCACTCCTAGTTTAGCCTATGGGTTCTTAAGGAGAATGTGGACCCCGAGACTTATTAACATTAATTCCATGACTTATTAACTCTTACACTATGAGTCATACAACTAAACAATTTCACTCCTTGAACCAAACACTTTCTTAGGCTTTTAAGTCCCTTTTGGTTAGCTTGGTTAGTTTTTGTAGGTGGGGTATTTGCCTATGTGGCACTATCATAGCTCTAAGGTTGTCCACGTGGCAAACTTTCCAAACATGAGCATGCTTATTTTACCCTAACAAATGCTAAATGTTCTTTTCAGTGACGGATCCATAATTTTTGTTGAGGGAGCTAAGGGTGAGGGAAGCTTTACTAAAAATTCAGTAAAAATAATTTATAATTCTAAAACTTTATAAATTAATTGGCTTTCATACATCACAATAATTATCCTCTCCAGATTTCATATTATGAAATTGTTACATAATAACTTCATTATCTATCTTTATCAAATTAATCTTTCTCAATATAAGTTATAAAACAATCATGCATCCATCCCATTCTATTATACTTAGTCTTTATAATACTCATAGTAGAAAATTAAATGTCTTCTCTATGATAGCTTCGCAATCGGTAAGATCAATGCTAAGGTGAGCAAACGATAGACTAATGGGTAGACATTATCTTTAATTCCCATCACATTTTCTAGGTAAGATCACCGATACTTGTTAACTCAACAAATATATTATTTGAATGCACATTAGTGATGTAATTTTGAAGTTGGTCTTCAAAAATAACAAGTTCATTGGTTAAAAAATCTAACTAGGATAAATTTGGGTAGTTTTTGTAGGTCAAAAGCAGCAAATGAGCTGCTCAAATTGAGACATCCCACATAAAGAAGTGGTTCAGTGCTTGTTTCAATAAAATGATTATTCAACTCTCTTGAAGTTTCATATCAATAATTGTATGAAAAATTTCAACACGATAATGGTGCATATTTGTGATTTTTTGAAATTTTTGTCTTCGCCTCCCTCAAATAAAAAATACATCATCCACCTTAAGTATAAGAATAATATGCATATCACAAAATTTTGAAATTTCATCCAACAATGAATTCCAACTAGATTCTCTCTTCATTATAATATTTCTTTACAAATCTTGACTAAATTCATTGCATTCATAATTTCTTGATCATTTTCCTATAGTGCTTGAGACAAATCATTTGTGATTCTCAAGATAGCTTCTATAAGGTGCATAAGTAAAACAACGTCAAATTATTGAATTAAATTTATTAGAATACTAAAATTTGAAATACTTCTCACTAGAGTATTGTAATGTGATTCCCAACATGTATCTTCTGGATATTTAATCATTGTTTTATAGTTTAATTCTTGTCCACTTGAAAATTCACCATTATTCAAAGCTTAAAAAGTGAAATAGATGGAATTTTTTGTGCATTTGTAAAGTTCTGATCTAAATTCAGGTGAAACTTGATCTAAGTTTGGAGGAACTTTTGGCTTGACTTTGGATTAATGGGAAGGCCTATGATATAGTGGTCGACCTTTTGAATGTCTCATTTTTATTGCATAACAATGTCAGTTGGGAGGCCCCAAGATACACAAATAAAAAACATAGGAGCGGTGGAAGGAGAAATCTCCTACTTCTATCTATTATTGATCCATCATAAAGAAATTAATATGTATTTGATGGAGTCTACATCGTACGGAGAGTGCCCAACACAAATTCTCCACAAAAAGTCAGAAATTTCGCATATTTTGACCAATTCAGGAAAATGCATTTCTCCGATTTGTAGGAGTGGAAATATTTTCCGATTTCTAAGCTTGTAGACTCATAGAGAAAGCAATTTTGCAGCTATACTCACAAATCTATGTTCCTTAACAGTCTCTTTTGTCCCCTTTTTTTAGGGTGAGTATCTACGTCTTTTCTGTGGAATGGAGAAAAGAGGCTTTGTAATCGAATGTATTTCTCATTCTACATCCTCTCTTACCAAGCTCTCGTACTCGCCAAGTGCCACGCACGAGCAGAGCTAAAACAGGGAAATTTTGCGGGCTTTAATACCACTTGTCACTTGGTGAAACACACTACTGAAATTTTTCTCTTCAAACCCATGGGCCCCAGAGGATAATCTCCCTAGTAAAACCTTTTTTTTTTTTTTTTTTTTAATGCCCAAATGATAAAACCCCACGCTTAGAACAATCTCTCCCCAACACCAATTGTGACTTTGGATGATATGAAAATCCTATCAATTTAAAAATTAGGAATTCTTTGGCTATTTGACCAATAGTAGTAACAAATTCTAAAACTCCCACTATCAATTCAACACAACTCCAAGGAAAGTTAGAAAAAAAAAGGCTACGTTGTGATCAAAAACCATGAGGTAAGGAGAACTACTTTCCCCACTCAAGCTTTGAACACTCCACAAGCAAGTTGATCAATCTTACCTGAATGTTCAATCATGCAATACTAGATCAAGAATTGCCAAAAAAAAAAAAAAAATGGCGATGAATCTTTTTCATCAACCTAGAGGAAAAATATCATTTCCAAATTCAAAATCTAAAAACTGTTCTATACAACCTAATGGTCCTCCCAGAACTCTATCATATAATTTAATAAAATGACAAAACTACCCTTATTTAACATATTTTAGAAAGAATAAAATTGGAAACAATAACACTACATTTAACGTATTAAAGAAAATATAAATTAACTTTGAGCTCTTAGCGGTTCATATTATTGGATGTCACTCGCTTGCACGCCTTGATGTACACATACATGAGTAAATAGATAGAGAACACAACCACGAGATGGTAACAATATCTTCTAGTCACCTAGAAGAAAGAAAAATTTTAAAAATTTGAGAGAAAGAGAAAAGAAAGAAAATTTTAGAAAATTGATAAAGAAAATCTGAAAATGCAAATGGTGGTGGATGAAGCCCTATAAATAGGACATAAAGGTTGTTGGAGCCAACAAGCAAAGCAAGAACTACCCAAGCCTCGGGTATAAGCCTTCAAAAGAGATCTACCAACTTTTCTTCACATAAGCTCTCCACCAAAGCTTTCTCAAAGCTTGTCGAGCCAAGCATAAAAAAGAAACTAGGAGCAACTTATAAAGAGGTAAGTAACCTTTATCTAAGCTTATGGTAGTGTTGATTGTATTGTTGTATTGATACTTGGGATCTTATGCAACTTGTGTGTTTATGATTACGTTTGGATGAGTTTGTGATAAGGGGAACATGAAGGTATGTTCAAGTTGGAGGGGAATGTCAGGGCTATTCGAGGTCAAATCTGAATCTTGAATCTTGGTCCGAAGTTGCACGAAACACAGGGAGATGTCAACCCTAAAGGGGGTGAATAAGGTTTAATTAAACTTATTCTTAAATATGCTCAAATTAATTGAATTAATTTTTGAATTAAATTAATAAAAACTTTAATTGATGCTAAATATCAAGATTGATAAAAAATATATGAAACACAAGATTCAATCAATCTCAACAAAGAAGGATAGTAATCTATAACATGCTACTAAAAATTGAATGCAAAATAAATTGAGAAAGAGTTGGAGAAGAAGACACCGTGATTTTTATAGTGGTTCGGTCCAACTCAACCTACATCCACTTTCCCAAGCGCCTCTTGGGATTTCGATTAAAAAATCTCCTTTGACTCTTTCCACGGATGAGAGTCGAACCGCTACCTTGCTCCTTTTTCGGGTTCAAGAGCAAACCCGATCCTTTCCACGGGTTAGGATCCAACCGTTACAATATTCTTGAAATTTTAAATCACACACTAAAACTCTCTAAAAAGAGTAGATGTACAAATTTGAACTCACAATACTCAATCCTCACAATACAATGAAAGTATCTCTCTAGAATAAGATGAAAAGAAAGAAATTTGAAAGCTTGGAGAGAGAGCAACAATGGTGACCTTTTCTAATTTTTGAGGATTGTAAAATTGTAAAAGTTAAGGAAACTTTTTGGAGAAGATGAAGTATTTAAAAAGAGATGAAAGTGAGTGAAAACCAAATTAATTTGAACCATTAGATTTTTGTAAAAGAAAATTGAATGGTGGAGATTTAAACTTAACTAGCCATTAGACACAAACATATAATAATATTAAATTAATCCTTTTAAAAAATCAACTAGCCGTTAGACACAAACATATATAATAATATTAAATTCATCTTCTTTTTAAGTTCATTTTCTTTTTAAAATCATTTTCTTTTTAACATTGATCCAAAAATAAAAGACCCACCAATTGTCACTTCTCCATTTCTCCAAATGACACCTTTCAATTTGTCCACTTTGATTAAAAAAAATCTGCCACGTCATCAGTTCGAGATTTTTCCAATAAGCTTGTTTCTGTCATATCTTCTTCATTTGAACTCCGATTTGAGTGATTCAAATTGCATTGGAACCGTTGTTCCAAGCTCCACACAATAGACACTTCAAAACACTCAAATGGTTAATAAATAAAATCAGGTTTGTTATCATCAAAACACTAATTAATCAATCCATTAAAATTAATTAATTTGAGATTAAGGGCCAAAAAGCCAACAAATGTCAAGGCTATTCGAGGTCAAATCTGAATCCTGAATCTTGATCCAAAGTTGCACGAAACACAGGGAGATGTCGGGGCAAGTTAATGTTGAATTCCTAATCTAGGACTTGGAATAATATTACCCTAAGATGTGATGACGTCATAATTGGGTCTTGAACATGATTTTCATTACATGTGTGTGATAACTCTCCCTTACGTGAGTTGTTTAGCCTTGAAAAAGCTAAATATATGCGAAAAGAGTTAAATTTTGAGTTATTCTTGTATTTTTGTGTCACTTGCAAAATAAACTATCGAAATTGCATCCAAGAGGCAACTGCAACCCTTCAAATGACATAATGTCGAATAGCTAACAATGTGCCCAGGATGCACCCAAGATGCAACCGCAACCTACAATCACGAAAAGTTTCTAGATTTCTCAAGATTTACATAATCGTTTTCAAATCAAGCCAAAATCAGATGAAATCTTCACTATTTCTATGTAGATTGATAAAGAAAGAGCTACAGGTAGTTTTTATGAAAACTCAAGCTCATGGAAGTCTATAAAAGACGATATTCTCTTTCCTAAATTATCAAGCCTCATTCTTAGAATAAACTATTTGATTTTCAACATTTTCTTTTCTTTTCCTGTAGGCTAGCTTTAGGGAAGTGTTGTTTCGATCTCCTCTCGACTTGCAGAACTTTTTTCGAGCACTTGCTTCAAAAGAACAAGTGCAAAGGCTATGTTCATCTCGAAAGGGATTGAACCTAGCTAGATTAAAGAGCAAATTCGAGAATTTTCTTTAGTGTTCTTTCTTTCATCTCTCTTCTATATTCTTTTTCATAGGAGTTTTAGTTTATGTTTTCAGCTACAGTTTTTCTCTTATTTATATTACAACTATTCTTGTACCCTTTTCAATTTGCTACTAATATGAGTTTTTCCCTTCTCTTACTTCTTATATGTGTTCTTTATTTTCCATCATGAGCTAAGCATTCTCATGAAATTCAAAGATGTGGATACCCTAAGGATGAAATAAAAGCTCCATATGGATACGGCTTAAGCAGCAGGACGAGAAAAATTGCTTGACAAAGGTCAAGTCTTTGTACGAATTGTTTTGGTCAAGATCTTAATAACCTATTGTGCTAATGTTTTTGAAAGATCATGGTCTTGAGGAATTTTTGTAAAATAGGTTACAATATCAAATAAAAGTATGTTGTTTTTAAAGGAATCTGACCAAAATCTACTTTAAGAAATTTTTTTATGAAAGATTTTTTTTTTCTCTAAAATGCAATGGTAGAAGCTCCCACAATGATGATAAAAGATTAGGTTGTTACATGTTACCTATACAAAACTTAATTGATGTGTAATAAGACTTGAGGGATACAAGGGTCTTAAAAATTTATCCCATTGTCAAGGTTTTATTGGGTAAGTCATCATTCGAATTGTCGAGTGACTCTTTTCTCACCCTGACTAAACAATTCATTTGTTCACCCAAAATGGTCATTTAGTCACTCAAATCACCCTTCTATGCCATGCACTCCTCCACACCATGAGCATCTATGTGGCTAACATGCTAGCCTCCCATTAGTTCCAAGTGTGTGCAATTCGTGGACTCACTTGAACTCACCCAACCAAGTCGTATGCTTCGAGGAGAATCAATTTTTTGCTGTTAAAGTAATAATCGAAGGTGACAAGAGACTAGAGAGGCACTTCCAAGTTTCAAAAAACAAATAAATAAAATAAATAATAATAAGAAAAAGCCTAAATTAGAGAATGAAAACGACAGCGTTTGATCCGTTAAAAATAAGATGAATTGCTCCTTACCCTGCCCCTGAAAGCTGACAGTGGCTCGCTCCCGTGCCCACAAGGCACCAACCACAACGCCACCAAGCTGAAGGGGAAACCAATTCGCAAAATGGCGGTTTCTGGAGATCTCACAGTCTCCGCAACACTCTGCTCTCACCATTCTCACCCTCTTCGGGCTTCTTTTCCCTCTTCAAAGGTCCCCAATTTCTCTTCTCTCTCCTTCCCTCCTTCTAATCCTCCGGTTGCTTAATTTCTTAACTAACCCTCGCAAATTTTGTGTAAATCTGGAATTTGGGGCCTGAAAGATTTGAGTTCTGGATTCTCTCTGTAAATTTTTTTCTTGCCCATTTCTTTTGGTTGCCCTCCAATGGAGCATTTATGAATTAGAGGCGGTCTTAACCCTAGCTCCGCACTTGCATCTTTTTGCTGCATTATTATTTATCAGACTCGTGTATTATATTCGATATTTCTAGGTTTTTGTGTGAACTGCAGCATCTTTTTTATTTTTTTTTCATTCATTTTGCACAACAATCGCTTGTGGCGGCGCATGGATGAGACTTTATGACCTTGTTGACACTAGCTTCGGAGGTCTATAGCAATAGGATTGTCAAACATAAACCTCCATATTTACAAATTTTACCGTTTATATCTAGGCATCGATAGAACGACTTTAATAATGTAACCTATGGCCTCTAAGGAGTTTCTTGATGCTTAGAGCTTGAGATGTTTTGGATCTCATGAACCCCTGAAAATGTAGTCTTGCAGAGTCGGTCTTGTTGTGGATGAAGCCTGTGTAGAATTGACGGGGCGAGTTATGAGCATAGTGCAAGGGGTTGAGCCTCCAATACCCAGTTTATTATAAATATATAGATCTTAGAATGATGTTATTTGTGTAAGAAATCTTGTGGATGTAGCCGAGATCGACCAAGGACTTGGGTAGGCATAGCCGAAAATGAACCTTTGTTCTGTTTTTTGAAGTTTAAATTAGCTGGGACTGGTAAGAAAATTCGCTTTTTGGTGGATATCTGGATGGATTTAACTTTTCCAGAGCAGCTTTGTTCCTTATTTATATGCTGTCTCCATGAAAAAGGTGCCTCCATAGCAGATTTCTGGATTTTTGATAGTCAACCTTGGAATCTGGGCGTCAAAAGAGGGTGTTTTGATAAGAGTGTTTAGCATCTTGGTAATCCCTTCTAGAGAGGATTAATTTGGTTCATCTAGGAAGAGGCCACAATCAAGTTCTCTGGTCCCAAAGCTATGGGTAAAGTTCACCTGTTCATTGGCCTTCCTCAATCCCACGCACATGTCACCTAAGCTGAAATACCCTCGGGTGGACCTTGTGTTAGAAATTTAAAATTCTTTATTAAGTGAAGGTGTTTCTTTGGTCGTTGGCTTAACAAAATCTCGATACCCCAGAGAAGCTTTATAGAAAAAATTGCCTGGTGGCCTTCATCACCGGTGGTTTGTGGTCTTTGCTTCAAGGAGGATGAATCCTTGGACGATCTCTTTCTTCATTGCCCTTCTGTGTTGAAAGGGTGGGATTTTCATTTTCCAAAGACTGAACTTGTCTCTTGACGCTCTTAGATGTTTGGACAGGGATTCTCTCTACTACCTTGCCCCTAGGCTGTTCTTTTGTGCCTTCTTTATTGATTATATTTCTCTTGTGTTCTTATTAAATAAATTGTTGGGAGACCCACCTCGTAAAACTGGATATAGGTATAGTGTATGTGAATATGTAATGTAACTTAATCCAGATTATTCCTTATCATTCTGTGATGATGGATTTACTTTTTCTTCTACTGACCAGATCACGCGTACGGTATTTAGTATTTTGACCGCATTGTGCACTGTATTTAGAATTTCTGCCTGTTCTGACGATTGTGAGGTAGTTGCACACAAGTGAAATTAGTTGGGACAGCAGTTCATTTCTATTACATCTTCTGTCATTGTTCAAATGTAAATATTTGATAGAATCAGAAGGAAAATCATAGAGATACAAGCCTAAGAAAAAAAACCAAGAACTCACCTTCTCTCCCATCTCTAACCCCCCAGTCCAAAATTGTCCCCCCTTCTGTCTTAGCTTCTAAGTACTCCTTAAATTCTCACTCCTTCCTGCCTTATTAACGAACTCAGTCAGATATATTTATGTTATTTGTACGTCAATGGGGTTTCTCCATTCCCTCCTGCTATAGATATTGAGTATTATCTAGGCTCTATCAATAACATTATGGAACTAGAAAGACCACCTTCACAGATCATGCATTTCAGAATGATTCTTGTTCTTTAATTGAAATGACTAATTCATTGGAAACAATGCTAAAATTTGATTTAGAAACAATTGCGTGTGCCTTGCTGCTTATTGTAGCATTTGTGCTTCATCCTAGGTTGAGTTCTCTGGATTTTCATGTGGAGGGCCTAGCAGTCATGAAGTTGCACTAAAATGGCGAAACACGGCAATTGATAGTCGCAATAGGCGTGGCGTTTCACAGATAACTACTGGGAGCTCAGAAAGTTATGAACTGTCGTCAAAAGCATCAAGCCAAGAAGCTGAAACCTTCCTTCTGAATGCCATAAACATGAACTTCTTTGAGCGTTTAAACTTGGCTTGGAGAATTTTATTTCCAACTCCAGCATCAAAGAGAAACTCCAATGCCTTGATTGCGAAGCAGCGACTAAAGATGATCCTCTTCGCCGACCGATGTGCAGTTAGCGACGAGGCTAAACGGAAGATTGTTAGCAACATAGTACGAGCTCTGTCAGATTTTGTAGAAATTGAATCGAAAGATAAAGTTCAGTTGAGCATGTCCACGGATTCTGATCTCGGAACCATTTACTCTGTCACTGTACCTGTGAGGAGGGTGAAAGCAGAATATCAAGAAGCAGATGAGAGTGGAACGATAACAAACATTGAATACAAAGATAACGGAGAGACGTCTGGCTCTGTTGATGTGAGATTTGATTTCTTCATTCCAGAATGAACGCATCTATGCTTTTCTATCGGTGAAATTGATAAATAATTTGTGTTCGAAAAGTGGCAGTAACCAAAGCTTTCTTCTTCTGTATATAAATTGTATTGATTTCTTGTCAGGCGATGAGAGTTCTTCATTTGAGATTGTAGCTGGATTTAGTCTTTACATTAACCGGCTCCTATTTTGCTGCGTTTATTACGTTCTATGATTGATCTGCTTCAGCTATGCATATGACTCAATTAGTTAAGATATAATATATTTGGTTGGAAATATTAAAAGTTTG

mRNA sequence

TATCCCCTCAAAGGCAAACACAATATCTTTTATCCTCTCTACAATATTCATCTTCTGCCATTTTCTGACTCAAATATCTCTGTTCCCATAACACAAACACCCAAGAAATGGATGGTTCAAATCAAAATCCAGACCCGATTCCCCCCGAAAATTTCCTAGTAATTAGAGAAGACTATTTTGTTCATGAGGAATCCCCTGTTTTTCCCCCAACTCACCACGAAGATTTGCCAGTCGTAACTGTTGAGATAACCTCCGATGAATCTGAATCATCGGAATCATCGACTCCGGCGACTCCGGATTTGCGATCGAGAACCGTGGTCGGAGAAGCTGTTATGAGGCGTTGTGAGATGTTTAAAGCGAAGGTTGTTTCTGGAATTCTTGGATTTGGATCCTACGCTGTGAGACTAGGCTCTGTTTTTCCGGTTACTGCAATGGCGGCTCTGTTGGTGATTTTGCTGTTCTTGTTGAAGATGAAGATGAAGCTGCGGCTGCCATGGCGTCCCGGAGCTGTGGCTAAGCGTAGGGATAATGAAGAGCGTTTGCTTCTTCTCCTTAAACACAAGGATGAGAAAATCAGTCAACTCTTACTTCAGATTGCTCAAATGAATGAAACACTATCAGCTCCTCGAAAGGGTGAGTATCTACGTCTTTTCTGTGGAATGGAGAAAAGAGGCTTTGTAATCGAATGTATTTCTCATTCTACATCCTCTCTTACCAAGCTCTCGTACTCGCCAACTGACAGTGGCTCGCTCCCGTGCCCACAAGGCACCAACCACAACGCCACCAAGCTGAAGGGGAAACCAATTCGCAAAATGGCGGTTTCTGGAGATCTCACAGTCTCCGCAACACTCTGCTCTCACCATTCTCACCCTCTTCGGGCTTCTTTTCCCTCTTCAAAGTCTTGCAGAGTCGGTCTTGTTGTGGATGAAGCCTGTGTAGAATTGACGGGGCGAGTTATGAGCATAGTGCAAGGGGTTGAGTTCTCTGGATTTTCATGTGGAGGGCCTAGCAGTCATGAAGTTGCACTAAAATGGCGAAACACGGCAATTGATAGTCGCAATAGGCGTGGCGTTTCACAGATAACTACTGGGAGCTCAGAAAGTTATGAACTGTCGTCAAAAGCATCAAGCCAAGAAGCTGAAACCTTCCTTCTGAATGCCATAAACATGAACTTCTTTGAGCGTTTAAACTTGGCTTGGAGAATTTTATTTCCAACTCCAGCATCAAAGAGAAACTCCAATGCCTTGATTGCGAAGCAGCGACTAAAGATGATCCTCTTCGCCGACCGATGTGCAGTTAGCGACGAGGCTAAACGGAAGATTGTTAGCAACATAGTACGAGCTCTGTCAGATTTTGTAGAAATTGAATCGAAAGATAAAGTTCAGTTGAGCATGTCCACGGATTCTGATCTCGGAACCATTTACTCTGTCACTGTACCTGTGAGGAGGGTGAAAGCAGAATATCAAGAAGCAGATGAGAGTGGAACGATAACAAACATTGAATACAAAGATAACGGAGAGACGTCTGGCTCTGTTGATGTGAGATTTGATTTCTTCATTCCAGAATGAACGCATCTATGCTTTTCTATCGGTGAAATTGATAAATAATTTGTGTTCGAAAAGTGGCAGTAACCAAAGCTTTCTTCTTCTGTATATAAATTGTATTGATTTCTTGTCAGGCGATGAGAGTTCTTCATTTGAGATTGTAGCTGGATTTAGTCTTTACATTAACCGGCTCCTATTTTGCTGCGTTTATTACGTTCTATGATTGATCTGCTTCAGCTATGCATATGACTCAATTAGTTAAGATATAATATATTTGGTTGGAAATATTAAAAGTTTG

Coding sequence (CDS)

ATGGATGGTTCAAATCAAAATCCAGACCCGATTCCCCCCGAAAATTTCCTAGTAATTAGAGAAGACTATTTTGTTCATGAGGAATCCCCTGTTTTTCCCCCAACTCACCACGAAGATTTGCCAGTCGTAACTGTTGAGATAACCTCCGATGAATCTGAATCATCGGAATCATCGACTCCGGCGACTCCGGATTTGCGATCGAGAACCGTGGTCGGAGAAGCTGTTATGAGGCGTTGTGAGATGTTTAAAGCGAAGGTTGTTTCTGGAATTCTTGGATTTGGATCCTACGCTGTGAGACTAGGCTCTGTTTTTCCGGTTACTGCAATGGCGGCTCTGTTGGTGATTTTGCTGTTCTTGTTGAAGATGAAGATGAAGCTGCGGCTGCCATGGCGTCCCGGAGCTGTGGCTAAGCGTAGGGATAATGAAGAGCGTTTGCTTCTTCTCCTTAAACACAAGGATGAGAAAATCAGTCAACTCTTACTTCAGATTGCTCAAATGAATGAAACACTATCAGCTCCTCGAAAGGGTGAGTATCTACGTCTTTTCTGTGGAATGGAGAAAAGAGGCTTTGTAATCGAATGTATTTCTCATTCTACATCCTCTCTTACCAAGCTCTCGTACTCGCCAACTGACAGTGGCTCGCTCCCGTGCCCACAAGGCACCAACCACAACGCCACCAAGCTGAAGGGGAAACCAATTCGCAAAATGGCGGTTTCTGGAGATCTCACAGTCTCCGCAACACTCTGCTCTCACCATTCTCACCCTCTTCGGGCTTCTTTTCCCTCTTCAAAGTCTTGCAGAGTCGGTCTTGTTGTGGATGAAGCCTGTGTAGAATTGACGGGGCGAGTTATGAGCATAGTGCAAGGGGTTGAGTTCTCTGGATTTTCATGTGGAGGGCCTAGCAGTCATGAAGTTGCACTAAAATGGCGAAACACGGCAATTGATAGTCGCAATAGGCGTGGCGTTTCACAGATAACTACTGGGAGCTCAGAAAGTTATGAACTGTCGTCAAAAGCATCAAGCCAAGAAGCTGAAACCTTCCTTCTGAATGCCATAAACATGAACTTCTTTGAGCGTTTAAACTTGGCTTGGAGAATTTTATTTCCAACTCCAGCATCAAAGAGAAACTCCAATGCCTTGATTGCGAAGCAGCGACTAAAGATGATCCTCTTCGCCGACCGATGTGCAGTTAGCGACGAGGCTAAACGGAAGATTGTTAGCAACATAGTACGAGCTCTGTCAGATTTTGTAGAAATTGAATCGAAAGATAAAGTTCAGTTGAGCATGTCCACGGATTCTGATCTCGGAACCATTTACTCTGTCACTGTACCTGTGAGGAGGGTGAAAGCAGAATATCAAGAAGCAGATGAGAGTGGAACGATAACAAACATTGAATACAAAGATAACGGAGAGACGTCTGGCTCTGTTGATGTGAGATTTGATTTCTTCATTCCAGAATGA

Protein sequence

MDGSNQNPDPIPPENFLVIREDYFVHEESPVFPPTHHEDLPVVTVEITSDESESSESSTPATPDLRSRTVVGEAVMRRCEMFKAKVVSGILGFGSYAVRLGSVFPVTAMAALLVILLFLLKMKMKLRLPWRPGAVAKRRDNEERLLLLLKHKDEKISQLLLQIAQMNETLSAPRKGEYLRLFCGMEKRGFVIECISHSTSSLTKLSYSPTDSGSLPCPQGTNHNATKLKGKPIRKMAVSGDLTVSATLCSHHSHPLRASFPSSKSCRVGLVVDEACVELTGRVMSIVQGVEFSGFSCGGPSSHEVALKWRNTAIDSRNRRGVSQITTGSSESYELSSKASSQEAETFLLNAINMNFFERLNLAWRILFPTPASKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVRALSDFVEIESKDKVQLSMSTDSDLGTIYSVTVPVRRVKAEYQEADESGTITNIEYKDNGETSGSVDVRFDFFIPE

Homology

[Close]

BLAST of Cla97C09G183420 vs. NCBI nr
Match: XP_004143776.1 (cell division topological specificity factor homolog, chloroplastic [Cucumis sativus] >KGN51159.1 hypothetical protein Csa_007875 [Cucumis sativus])

HSP 1 Score: 412.1 bits (1058), Expect = 6.4e-111
Identity = 219/251 (87.25%), Postives = 223/251 (88.84%), Query Frame = 0


Query: 236 MAVSGDLTVSATLCSHHSHPLRASFPSSKSCRVGLVVDEACVELTGRVMSIVQGVEFSGF 295
           MAVSGDL VSATLCSHHSHPLR SFPSSK                         VEFSGF
Sbjct: 1   MAVSGDLRVSATLCSHHSHPLRPSFPSSK-------------------------VEFSGF 60

Query: 296 SCGGPSSHEVALKWRNTAIDSRNRRGVSQITTGSSESYELSSKASSQEAETFLLNAINMN 355
           SCGGPSSHEVALKWRNTAIDSRNRRG+SQITTGSSES+ELSSK SSQEAETFLLNAINMN
Sbjct: 61  SCGGPSSHEVALKWRNTAIDSRNRRGISQITTGSSESFELSSKTSSQEAETFLLNAINMN 120

Query: 356 FFERLNLAWRILFPTPASKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVRALSD 415
           FFERLNLAWRILFP+PASKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVRALSD
Sbjct: 121 FFERLNLAWRILFPSPASKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVRALSD 180

Query: 416 FVEIESKDKVQLSMSTDSDLGTIYSVTVPVRRVKAEYQEADESGTITNIEYKDNGETSGS 475
           FVEIESKDKVQLSMSTDSDLGTIYSVTVPVRRVKAEYQEADESGTITNIEYKDNGETSGS
Sbjct: 181 FVEIESKDKVQLSMSTDSDLGTIYSVTVPVRRVKAEYQEADESGTITNIEYKDNGETSGS 226

Query: 476 VDVRFDFFIPE 487
           VDVRFDFFIP+
Sbjct: 241 VDVRFDFFIPD 226

[Close]

BLAST of Cla97C09G183420 vs. NCBI nr
Match: XP_008465747.1 (PREDICTED: cell division topological specificity factor homolog, chloroplastic-like [Cucumis melo])

HSP 1 Score: 410.2 bits (1053), Expect = 2.4e-110
Identity = 218/251 (86.85%), Postives = 222/251 (88.45%), Query Frame = 0


Query: 236 MAVSGDLTVSATLCSHHSHPLRASFPSSKSCRVGLVVDEACVELTGRVMSIVQGVEFSGF 295
           MAVSGDL VSATLCSHHSHPLR SFPSSK                         VEFSGF
Sbjct: 1   MAVSGDLRVSATLCSHHSHPLRPSFPSSK-------------------------VEFSGF 60

Query: 296 SCGGPSSHEVALKWRNTAIDSRNRRGVSQITTGSSESYELSSKASSQEAETFLLNAINMN 355
           SCGGPSSHEVALKWRNTAID RNRRG+SQITTGSSES+ELSSK SSQEAETFLLNAINMN
Sbjct: 61  SCGGPSSHEVALKWRNTAIDRRNRRGISQITTGSSESFELSSKTSSQEAETFLLNAINMN 120

Query: 356 FFERLNLAWRILFPTPASKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVRALSD 415
           FFERLNLAWRILFP+PASKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVRALSD
Sbjct: 121 FFERLNLAWRILFPSPASKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVRALSD 180

Query: 416 FVEIESKDKVQLSMSTDSDLGTIYSVTVPVRRVKAEYQEADESGTITNIEYKDNGETSGS 475
           FVEIESKDKVQLSMSTDSDLGTIYSVTVPVRRVKAEYQEADESGTITNIEYKDNGETSGS
Sbjct: 181 FVEIESKDKVQLSMSTDSDLGTIYSVTVPVRRVKAEYQEADESGTITNIEYKDNGETSGS 226

Query: 476 VDVRFDFFIPE 487
           VDVRFDFFIP+
Sbjct: 241 VDVRFDFFIPD 226

[Close]

BLAST of Cla97C09G183420 vs. NCBI nr
Match: XP_038891141.1 (cell division topological specificity factor homolog, chloroplastic [Benincasa hispida])

HSP 1 Score: 403.7 bits (1036), Expect = 2.3e-108
Identity = 215/251 (85.66%), Postives = 222/251 (88.45%), Query Frame = 0


Query: 236 MAVSGDLTVSATLCSHHSHPLRASFPSSKSCRVGLVVDEACVELTGRVMSIVQGVEFSGF 295
           MAVSGDL VSAT CSHHSHPLR SFPSSK                         VEFSGF
Sbjct: 1   MAVSGDLRVSATFCSHHSHPLRPSFPSSK-------------------------VEFSGF 60

Query: 296 SCGGPSSHEVALKWRNTAIDSRNRRGVSQITTGSSESYELSSKASSQEAETFLLNAINMN 355
           S GGPSSHEVALKW+NTAIDSRNRRGVSQITTG+SES+ELSSK+SSQEAETFLLNAINMN
Sbjct: 61  SSGGPSSHEVALKWQNTAIDSRNRRGVSQITTGNSESFELSSKSSSQEAETFLLNAINMN 120

Query: 356 FFERLNLAWRILFPTPASKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVRALSD 415
           FFERLNLAWRILFPTPASKRNSNALIAKQRLKMILFADRCAVSDEAKR+IVSNIVRALSD
Sbjct: 121 FFERLNLAWRILFPTPASKRNSNALIAKQRLKMILFADRCAVSDEAKRRIVSNIVRALSD 180

Query: 416 FVEIESKDKVQLSMSTDSDLGTIYSVTVPVRRVKAEYQEADESGTITNIEYKDNGETSGS 475
           FVEIESKDKVQLSMSTDSDLGTIYSVTVPVRRVKAEYQEADESGTITNI+YKDNGETSGS
Sbjct: 181 FVEIESKDKVQLSMSTDSDLGTIYSVTVPVRRVKAEYQEADESGTITNIKYKDNGETSGS 226

Query: 476 VDVRFDFFIPE 487
           VDVRFDFFIP+
Sbjct: 241 VDVRFDFFIPD 226

[Close]

BLAST of Cla97C09G183420 vs. NCBI nr
Match: XP_022158361.1 (cell division topological specificity factor homolog, chloroplastic-like isoform X1 [Momordica charantia])

HSP 1 Score: 395.6 bits (1015), Expect = 6.2e-106
Identity = 213/251 (84.86%), Postives = 215/251 (85.66%), Query Frame = 0


Query: 236 MAVSGDLTVSATLCSHHSHPLRASFPSSKSCRVGLVVDEACVELTGRVMSIVQGVEFSGF 295
           MAVSGDL VSATLCSHH  PLR SFPSSK                         VEFSGF
Sbjct: 1   MAVSGDLGVSATLCSHHPQPLRTSFPSSK-------------------------VEFSGF 60

Query: 296 SCGGPSSHEVALKWRNTAIDSRNRRGVSQITTGSSESYELSSKASSQEAETFLLNAINMN 355
           S GGPSSHEV LKW N AIDSRN+RGVSQITTGSS SYELSSK SSQEAETFLLNAINMN
Sbjct: 61  SSGGPSSHEVVLKWHNMAIDSRNKRGVSQITTGSSGSYELSSKTSSQEAETFLLNAINMN 120

Query: 356 FFERLNLAWRILFPTPASKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVRALSD 415
           FFERLNLAWRILFPTPASKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVRALSD
Sbjct: 121 FFERLNLAWRILFPTPASKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVRALSD 180

Query: 416 FVEIESKDKVQLSMSTDSDLGTIYSVTVPVRRVKAEYQEADESGTITNIEYKDNGETSGS 475
           FVEIESKDKVQLSMSTDSDLGTIYS+TVPVRRVKAEYQEADESGTITNIEYKD GETSGS
Sbjct: 181 FVEIESKDKVQLSMSTDSDLGTIYSITVPVRRVKAEYQEADESGTITNIEYKDKGETSGS 226

Query: 476 VDVRFDFFIPE 487
           VDVRFDFFIPE
Sbjct: 241 VDVRFDFFIPE 226

[Close]

BLAST of Cla97C09G183420 vs. NCBI nr
Match: KAG6599013.1 (Cell division topological specificity factor-like, chloroplastic, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 390.2 bits (1001), Expect = 2.6e-104
Identity = 213/272 (78.31%), Postives = 222/272 (81.62%), Query Frame = 0


Query: 221 TNHNATKLKGK------PIRKMAVSGDLTVSATLCSHHSHPLRASFPSSKSCRVGLVVDE 280
           T+ N   LKG          +MAVSGDL VSATLCSHH HP R SFPSSK          
Sbjct: 16  TSDNGAHLKGNEHTQSTAHTQMAVSGDLRVSATLCSHHPHPRRTSFPSSK---------- 75

Query: 281 ACVELTGRVMSIVQGVEFSGFSCGGPSSHEVALKWRNTAIDSRNRRGVSQITTGSSESYE 340
                          VEFSGFS GG SSH+VALKWRN AIDSRNRRG+SQITT SSESYE
Sbjct: 76  ---------------VEFSGFSSGGLSSHDVALKWRNMAIDSRNRRGISQITTRSSESYE 135

Query: 341 LSSKASSQEAETFLLNAINMNFFERLNLAWRILFPTPASKRNSNALIAKQRLKMILFADR 400
           +SSK SSQEAETFLLNAINMNFFERLNLAWRILFPTP SKRNSNALIAKQRLKMILFADR
Sbjct: 136 MSSKTSSQEAETFLLNAINMNFFERLNLAWRILFPTPTSKRNSNALIAKQRLKMILFADR 195

Query: 401 CAVSDEAKRKIVSNIVRALSDFVEIESKDKVQLSMSTDSDLGTIYSVTVPVRRVKAEYQE 460
           CAVSDEAKRKIVSNIV+ALSDFVEIESKDKV+LSMSTDSDLGTIYSVTVPVRRVKAEYQE
Sbjct: 196 CAVSDEAKRKIVSNIVQALSDFVEIESKDKVELSMSTDSDLGTIYSVTVPVRRVKAEYQE 255

Query: 461 ADESGTITNIEYKDNGETSGSVDVRFDFFIPE 487
           ADES TITNIEYKDNGET+GSVDVRFDFFIP+
Sbjct: 256 ADESATITNIEYKDNGETTGSVDVRFDFFIPD 262

[Close]

BLAST of Cla97C09G183420 vs. ExPASy Swiss-Prot
Match: Q9C4Z7 (Cell division topological specificity factor homolog, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=MINE1 PE=1 SV=1)

HSP 1 Score: 253.4 bits (646), Expect = 5.0e-66
Identity = 144/250 (57.60%), Postives = 173/250 (69.20%), Query Frame = 0


Query: 239 SGDLTVSATLCS--HHSHPLRASFPSSKSCRVGLVVDEACVELTGRVMSIVQGVEFSGFS 298
           SG L +SATL S  HH H  R S PSS S                        V+F+GF 
Sbjct: 5   SGTLRISATLVSPYHHHHRNRLSLPSSSS-----------------------KVDFTGFI 64

Query: 299 CGGPSSHEVALKWRNTAIDSRNRRGVSQITTGSSESYELSSKASSQEAETFLLNAINMNF 358
             G +S E        AI   N RG  ++   ++  YELS   + QE E+FL NAINM F
Sbjct: 65  SNGVNSLETQKCTPGLAISRENTRGQVKVLARNTGDYELSPSPAEQEIESFLYNAINMGF 124

Query: 359 FERLNLAWRILFPTPASKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVRALSDF 418
           F+RLNLAW+I+FP+ AS+R+SNA IAKQRLKMILF+DRC VSDEAKRKIV+NI+ ALSDF
Sbjct: 125 FDRLNLAWKIIFPSHASRRSSNARIAKQRLKMILFSDRCDVSDEAKRKIVNNIIHALSDF 184

Query: 419 VEIESKDKVQLSMSTDSDLGTIYSVTVPVRRVKAEYQEADESGTITNIEYKDNGETSGSV 478
           VEIES++KVQL++STD DLGTIYSVTVPVRRVK EYQ+ DE+GTITN+EYKD  +  GSV
Sbjct: 185 VEIESEEKVQLNVSTDGDLGTIYSVTVPVRRVKPEYQDVDEAGTITNVEYKDTRD--GSV 229

Query: 479 DVRFDFFIPE 487
           DVRFDF++PE
Sbjct: 245 DVRFDFYVPE 229

[Close]

BLAST of Cla97C09G183420 vs. ExPASy TrEMBL
Match: A0A0A0KQJ9 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G469010 PE=3 SV=1)

HSP 1 Score: 412.1 bits (1058), Expect = 3.1e-111
Identity = 219/251 (87.25%), Postives = 223/251 (88.84%), Query Frame = 0


Query: 236 MAVSGDLTVSATLCSHHSHPLRASFPSSKSCRVGLVVDEACVELTGRVMSIVQGVEFSGF 295
           MAVSGDL VSATLCSHHSHPLR SFPSSK                         VEFSGF
Sbjct: 1   MAVSGDLRVSATLCSHHSHPLRPSFPSSK-------------------------VEFSGF 60

Query: 296 SCGGPSSHEVALKWRNTAIDSRNRRGVSQITTGSSESYELSSKASSQEAETFLLNAINMN 355
           SCGGPSSHEVALKWRNTAIDSRNRRG+SQITTGSSES+ELSSK SSQEAETFLLNAINMN
Sbjct: 61  SCGGPSSHEVALKWRNTAIDSRNRRGISQITTGSSESFELSSKTSSQEAETFLLNAINMN 120

Query: 356 FFERLNLAWRILFPTPASKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVRALSD 415
           FFERLNLAWRILFP+PASKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVRALSD
Sbjct: 121 FFERLNLAWRILFPSPASKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVRALSD 180

Query: 416 FVEIESKDKVQLSMSTDSDLGTIYSVTVPVRRVKAEYQEADESGTITNIEYKDNGETSGS 475
           FVEIESKDKVQLSMSTDSDLGTIYSVTVPVRRVKAEYQEADESGTITNIEYKDNGETSGS
Sbjct: 181 FVEIESKDKVQLSMSTDSDLGTIYSVTVPVRRVKAEYQEADESGTITNIEYKDNGETSGS 226

Query: 476 VDVRFDFFIPE 487
           VDVRFDFFIP+
Sbjct: 241 VDVRFDFFIPD 226

[Close]

BLAST of Cla97C09G183420 vs. ExPASy TrEMBL
Match: A0A1S3CPL3 (cell division topological specificity factor homolog, chloroplastic-like OS=Cucumis melo OX=3656 GN=LOC103503356 PE=3 SV=1)

HSP 1 Score: 410.2 bits (1053), Expect = 1.2e-110
Identity = 218/251 (86.85%), Postives = 222/251 (88.45%), Query Frame = 0


Query: 236 MAVSGDLTVSATLCSHHSHPLRASFPSSKSCRVGLVVDEACVELTGRVMSIVQGVEFSGF 295
           MAVSGDL VSATLCSHHSHPLR SFPSSK                         VEFSGF
Sbjct: 1   MAVSGDLRVSATLCSHHSHPLRPSFPSSK-------------------------VEFSGF 60

Query: 296 SCGGPSSHEVALKWRNTAIDSRNRRGVSQITTGSSESYELSSKASSQEAETFLLNAINMN 355
           SCGGPSSHEVALKWRNTAID RNRRG+SQITTGSSES+ELSSK SSQEAETFLLNAINMN
Sbjct: 61  SCGGPSSHEVALKWRNTAIDRRNRRGISQITTGSSESFELSSKTSSQEAETFLLNAINMN 120

Query: 356 FFERLNLAWRILFPTPASKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVRALSD 415
           FFERLNLAWRILFP+PASKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVRALSD
Sbjct: 121 FFERLNLAWRILFPSPASKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVRALSD 180

Query: 416 FVEIESKDKVQLSMSTDSDLGTIYSVTVPVRRVKAEYQEADESGTITNIEYKDNGETSGS 475
           FVEIESKDKVQLSMSTDSDLGTIYSVTVPVRRVKAEYQEADESGTITNIEYKDNGETSGS
Sbjct: 181 FVEIESKDKVQLSMSTDSDLGTIYSVTVPVRRVKAEYQEADESGTITNIEYKDNGETSGS 226

Query: 476 VDVRFDFFIPE 487
           VDVRFDFFIP+
Sbjct: 241 VDVRFDFFIPD 226

[Close]

BLAST of Cla97C09G183420 vs. ExPASy TrEMBL
Match: A0A6J1E0P8 (cell division topological specificity factor homolog, chloroplastic-like isoform X1 OS=Momordica charantia OX=3673 GN=LOC111024862 PE=3 SV=1)

HSP 1 Score: 395.6 bits (1015), Expect = 3.0e-106
Identity = 213/251 (84.86%), Postives = 215/251 (85.66%), Query Frame = 0


Query: 236 MAVSGDLTVSATLCSHHSHPLRASFPSSKSCRVGLVVDEACVELTGRVMSIVQGVEFSGF 295
           MAVSGDL VSATLCSHH  PLR SFPSSK                         VEFSGF
Sbjct: 1   MAVSGDLGVSATLCSHHPQPLRTSFPSSK-------------------------VEFSGF 60

Query: 296 SCGGPSSHEVALKWRNTAIDSRNRRGVSQITTGSSESYELSSKASSQEAETFLLNAINMN 355
           S GGPSSHEV LKW N AIDSRN+RGVSQITTGSS SYELSSK SSQEAETFLLNAINMN
Sbjct: 61  SSGGPSSHEVVLKWHNMAIDSRNKRGVSQITTGSSGSYELSSKTSSQEAETFLLNAINMN 120

Query: 356 FFERLNLAWRILFPTPASKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVRALSD 415
           FFERLNLAWRILFPTPASKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVRALSD
Sbjct: 121 FFERLNLAWRILFPTPASKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVRALSD 180

Query: 416 FVEIESKDKVQLSMSTDSDLGTIYSVTVPVRRVKAEYQEADESGTITNIEYKDNGETSGS 475
           FVEIESKDKVQLSMSTDSDLGTIYS+TVPVRRVKAEYQEADESGTITNIEYKD GETSGS
Sbjct: 181 FVEIESKDKVQLSMSTDSDLGTIYSITVPVRRVKAEYQEADESGTITNIEYKDKGETSGS 226

Query: 476 VDVRFDFFIPE 487
           VDVRFDFFIPE
Sbjct: 241 VDVRFDFFIPE 226

[Close]

BLAST of Cla97C09G183420 vs. ExPASy TrEMBL
Match: A0A6J1G2G6 (cell division topological specificity factor homolog, chloroplastic-like OS=Cucurbita moschata OX=3662 GN=LOC111450227 PE=3 SV=1)

HSP 1 Score: 386.7 bits (992), Expect = 1.4e-103
Identity = 207/251 (82.47%), Postives = 214/251 (85.26%), Query Frame = 0


Query: 236 MAVSGDLTVSATLCSHHSHPLRASFPSSKSCRVGLVVDEACVELTGRVMSIVQGVEFSGF 295
           MAVSGDL VSATLCSHH HP R SFPS K                         VEFSGF
Sbjct: 1   MAVSGDLRVSATLCSHHPHPRRTSFPSPK-------------------------VEFSGF 60

Query: 296 SCGGPSSHEVALKWRNTAIDSRNRRGVSQITTGSSESYELSSKASSQEAETFLLNAINMN 355
           S GG SSH+VALKWRN AIDSRNRRG+SQITT SSESYE+SSK SSQEAETFLLNAINMN
Sbjct: 61  SSGGLSSHDVALKWRNMAIDSRNRRGISQITTRSSESYEMSSKTSSQEAETFLLNAINMN 120

Query: 356 FFERLNLAWRILFPTPASKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVRALSD 415
           FFERLNLAWRILFPTP SKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIV+ALSD
Sbjct: 121 FFERLNLAWRILFPTPTSKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVQALSD 180

Query: 416 FVEIESKDKVQLSMSTDSDLGTIYSVTVPVRRVKAEYQEADESGTITNIEYKDNGETSGS 475
           FVEIESKDKV+LSMSTDSDLGTIYSVTVPVRRVKAEYQEADES TITNIEYKDNGET+GS
Sbjct: 181 FVEIESKDKVELSMSTDSDLGTIYSVTVPVRRVKAEYQEADESATITNIEYKDNGETTGS 226

Query: 476 VDVRFDFFIPE 487
           VDVRFDFFIP+
Sbjct: 241 VDVRFDFFIPD 226

[Close]

BLAST of Cla97C09G183420 vs. ExPASy TrEMBL
Match: A0A6J1KCP8 (cell division topological specificity factor homolog, chloroplastic-like OS=Cucurbita maxima OX=3661 GN=LOC111493725 PE=3 SV=1)

HSP 1 Score: 384.0 bits (985), Expect = 9.1e-103
Identity = 206/251 (82.07%), Postives = 213/251 (84.86%), Query Frame = 0


Query: 236 MAVSGDLTVSATLCSHHSHPLRASFPSSKSCRVGLVVDEACVELTGRVMSIVQGVEFSGF 295
           MAVSGDL VSATLCSHH HP R SFPSSK                         VEFSGF
Sbjct: 1   MAVSGDLRVSATLCSHHPHPHRTSFPSSK-------------------------VEFSGF 60

Query: 296 SCGGPSSHEVALKWRNTAIDSRNRRGVSQITTGSSESYELSSKASSQEAETFLLNAINMN 355
           S GG  SH+VALKW N AIDSRNRRG+SQITT SSESYE+SSK SSQEAETFLLNAINMN
Sbjct: 61  SSGGLISHDVALKWHNMAIDSRNRRGISQITTRSSESYEMSSKTSSQEAETFLLNAINMN 120

Query: 356 FFERLNLAWRILFPTPASKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVRALSD 415
           FFERLNLAWRILFPTP SKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIV+ALSD
Sbjct: 121 FFERLNLAWRILFPTPTSKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVQALSD 180

Query: 416 FVEIESKDKVQLSMSTDSDLGTIYSVTVPVRRVKAEYQEADESGTITNIEYKDNGETSGS 475
           FVEIESKDKV+LSMSTDSDLGTIYSVTVPVRRVKAEYQEADES TITNIEYKDNGET+GS
Sbjct: 181 FVEIESKDKVELSMSTDSDLGTIYSVTVPVRRVKAEYQEADESATITNIEYKDNGETTGS 226

Query: 476 VDVRFDFFIPE 487
           VDVRFDFFIP+
Sbjct: 241 VDVRFDFFIPD 226

[Close]

BLAST of Cla97C09G183420 vs. TAIR 10
Match: AT1G69390.1 (homologue of bacterial MinE 1 )

HSP 1 Score: 253.4 bits (646), Expect = 3.6e-67
Identity = 144/250 (57.60%), Postives = 173/250 (69.20%), Query Frame = 0


Query: 239 SGDLTVSATLCS--HHSHPLRASFPSSKSCRVGLVVDEACVELTGRVMSIVQGVEFSGFS 298
           SG L +SATL S  HH H  R S PSS S                        V+F+GF 
Sbjct: 5   SGTLRISATLVSPYHHHHRNRLSLPSSSS-----------------------KVDFTGFI 64

Query: 299 CGGPSSHEVALKWRNTAIDSRNRRGVSQITTGSSESYELSSKASSQEAETFLLNAINMNF 358
             G +S E        AI   N RG  ++   ++  YELS   + QE E+FL NAINM F
Sbjct: 65  SNGVNSLETQKCTPGLAISRENTRGQVKVLARNTGDYELSPSPAEQEIESFLYNAINMGF 124

Query: 359 FERLNLAWRILFPTPASKRNSNALIAKQRLKMILFADRCAVSDEAKRKIVSNIVRALSDF 418
           F+RLNLAW+I+FP+ AS+R+SNA IAKQRLKMILF+DRC VSDEAKRKIV+NI+ ALSDF
Sbjct: 125 FDRLNLAWKIIFPSHASRRSSNARIAKQRLKMILFSDRCDVSDEAKRKIVNNIIHALSDF 184

Query: 419 VEIESKDKVQLSMSTDSDLGTIYSVTVPVRRVKAEYQEADESGTITNIEYKDNGETSGSV 478
           VEIES++KVQL++STD DLGTIYSVTVPVRRVK EYQ+ DE+GTITN+EYKD  +  GSV
Sbjct: 185 VEIESEEKVQLNVSTDGDLGTIYSVTVPVRRVKPEYQDVDEAGTITNVEYKDTRD--GSV 229

Query: 479 DVRFDFFIPE 487
           DVRFDF++PE
Sbjct: 245 DVRFDFYVPE 229

The following BLAST results are available for this feature:

BLAST of Cla97C09G183420 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_004143776.1	6.4e-111	87.25	cell division topological specificity factor homolog, chloroplastic [Cucumis sat...	[more]
XP_008465747.1	2.4e-110	86.85	PREDICTED: cell division topological specificity factor homolog, chloroplastic-l...	[more]
XP_038891141.1	2.3e-108	85.66	cell division topological specificity factor homolog, chloroplastic [Benincasa h...	[more]
XP_022158361.1	6.2e-106	84.86	cell division topological specificity factor homolog, chloroplastic-like isoform...	[more]
KAG6599013.1	2.6e-104	78.31	Cell division topological specificity factor-like, chloroplastic, partial [Cucur...	[more]

BLAST of Cla97C09G183420 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9C4Z7	5.0e-66	57.60	Cell division topological specificity factor homolog, chloroplastic OS=Arabidops...	[more]

BLAST of Cla97C09G183420 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A0A0KQJ9	3.1e-111	87.25	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G469010 PE=3 SV=1	[more]
A0A1S3CPL3	1.2e-110	86.85	cell division topological specificity factor homolog, chloroplastic-like OS=Cucu...	[more]
A0A6J1E0P8	3.0e-106	84.86	cell division topological specificity factor homolog, chloroplastic-like isoform...	[more]
A0A6J1G2G6	1.4e-103	82.47	cell division topological specificity factor homolog, chloroplastic-like OS=Cucu...	[more]
A0A6J1KCP8	9.1e-103	82.07	cell division topological specificity factor homolog, chloroplastic-like OS=Cucu...	[more]

BLAST of Cla97C09G183420 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G69390.1	3.6e-67	57.60	homologue of bacterial MinE 1	[more]

InterPro

Analysis Name: InterPro Annotations of Watermelon (97103) v2.5
Date Performed: 2022-01-31


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 149..169
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 48..65
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 48..67
None	No IPR available	PANTHER	PTHR33404:SF9	BNAC06G30560D PROTEIN	coord: 289..486
IPR005527	Cell division topological specificity factor MinE	PFAM	PF03776	MinE	coord: 381..446 e-value: 2.1E-12 score: 46.9
IPR005527	Cell division topological specificity factor MinE	PANTHER	PTHR33404	CELL DIVISION TOPOLOGICAL SPECIFICITY FACTOR HOMOLOG, CHLOROPLASTIC	coord: 289..486
IPR036707	Cell division topological specificity factor MinE superfamily	GENE3D	3.30.1070.10	Cell division topological specificity factor MinE	coord: 365..445 e-value: 2.9E-6 score: 28.9

Relationships

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


Feature Name	Unique Name	Type
Cla97C09G183420.2	Cla97C09G183420.2	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0010020	chloroplast fission
biological_process	GO:0032955	regulation of division septum assembly
biological_process	GO:0051301	cell division