CmUC10G190650 (gene) Watermelon (USVL531) v1

Overview


Name	CmUC10G190650
Type	gene
Organism	Citrullus mucosospermus (Watermelon (USVL531) v1)
Description	Myb_DNA-bind_3 domain-containing protein
Location	CmU531Chr10: 18631915 .. 18650794 (-)
RNA-Seq Expression	CmUC10G190650
Synteny	CmUC10G190650

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDS

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

ATGGATAGGAGAACGTTCACGATTCTGTGTCACTTACTTAGGACGACGGGTGGGCTAAGGCCAACGAAATATGTAGACGTCGAGGAAATAGTGGCCATCTTCCTACACATAGTCGCACACGAGGTAAAAAATCGAGTGATGAAATGCCAATTTGCACGGTCTGGCGAGACAGTGTCCAGGCACTTCAATATTGTGCTGAACGCAATATTGAGACTATACGAAGTTCTGTTGCGGAGACCAGAGCCAGTCATTGAAAATTGTACAGATGACAAATGGCGCTGGTTTCAGGTAAAAGCATCCTGTTTTTTTAATGGTATTGTTTGGGGGTTTTGAAATTACCTTGAACTTATCATTGAAAAACTGATTCGTCACAAAATTGCTTAGGTGCACTTGACGGAACCCACATAAAGGTAAATGTAAGTGCAGCTTATTTACCACGCTATAGGACTAGAAAGGGCGAGATCACAACGAACGTCTTTGCTGTATGCAATCAAAGCTGTGAGTTCATATTTGTTTTAGCTGGATGGGAAGGATCAGCTGCTGACTTAAGGGTTCTACGAGATGTAATGTCCAGGCCAACTAGATTGAAAGTCCCTAGGGGTTAGTTTATAAATATCTGTATACCCTTCCATACGGATGAACGATTAAGTGATAATTTTGCTCAATTTCGCAGGATACTACTATCTATGCGATGCTGGTTATCCAAACACCGAGGGTTTTTTGGCTCCATATTGGGGACAAAGATACCATTTGACCGAGTGGCGGGGAGGGAACCCGCCAACAATCCCTAGGGAGATTTTCAATATGAGACATTCGTCTGCCCAGAACGTCATTGAGAGAGTGTTCGGGATGTTGAAAGGTAGATGGGCAATCCTTCGTTGAAAATCATACTATCCTGTTGATGTGCAGTGCAAGACCATACATGCATGTTGTCTACTGCACAATCTAATAATTCGGAAAATGGGCCCAAACTCATTACTTGACGAAGGAGAGGTAAGTCAGGGGGGACCAATTTCAACAGACAATGAGAATATTGATTTTGTGGAGACCTCCAATGCATTTACTACATGGAGGGATGATCTCGCGAATCAAATGTGGGCTGAATGGAATGCAAATTAATGACACCAATGGGCCCAACTTTTGTATAGTCTTTTTTGTTATGTATACAGTATTTGGTTCATGCCCGACGTGTACGTTTTGTATATTTTTTTGTATAACACATGTTTATATTTCAATTTATAGTTTGAATGAAGTGATTCTTGTTGTATACAGTCTCAATGGGTTAATGCTTGCTCACCACACTACACCTTCATGTTCTAGCTTGATTGTGTTAAAATTATTTAATATTAGATAGAAGCATCCGGATCACACGCAAGAGCCACAAATCATATTTGGACGGATGAGGAGGACCGAATCCTCGTGGAGTGTTTGGTTCAATGTGTTCAGTCTGGGCACTGGCGAGTTGATAACGAGACTTTCCGACCTGGATTCCTATCGAACATACTGCGGATGATGCAACAGAGGATTCTGGGGTGTTCGATACAGGTAAGCCCACATTTGGAGTTAAGGGTCAGGACATTGAAGAGACAGTACAACGCGATTGCTGAAATGTTGGGCACAGGATGTAGTGGGTTTGGTTGGAATGCGGAGCGTAAATGTATTGACTGTGAGGCGGAGATATTTGACGCGTGGGTCAAGGTAATTTTCTTATTTCTTTTATTTATGTCTTTCTGTTTTAAATATATCTTAGCCATAACACATTTTACCTTTAACAGAGTCATCCGAGTGCAAAAGGACTGCGGCATAAGTCATTTCCGTTCTCTGACGACTTGGCCATTGTATTCGGCAAAGATAGAGCCATCGAAAGTCGTGCAACCACCACTGTAGAGGTCGGATCTGAACTTGTTGTGGACGAGGAGAACGGGGGCATCTTGAATAACCAGTCCCCGGACTTTGATAACTTCTATTTTCCTGATCCACCTTTTGTCAATTCTCCCACATCAGAGGACACTCCAACTACCCCCGGTGGTAGAGGATCTGCGAGTAGCATGCCATCAAGAAGTAGGAGGTCTAGAAGTTCCTCGATTGGAGAATACAGCGACGTGGTTCAGGAGGGATTCCAACTTCTGATGAAGTCCATTGACAGCATTGCACAGTGGCCTGTCGTGAACCAAAACCTGGCAAGGCATCGTCACCGAGAACTATACGCCGAGCTGCAATCAATTCCTGGTCTGTCGGTGCAAAATGGCTTGACTGTTGCACGCTCATTACTGGCAGATCTGATGCTATTAAGCCACTTCGTGGACTTCCCACCATAGTGGAAGTACGACTATTGCATGCAAGTTCTCGGGCGACAACGGGATCCAGCCCTATGAATCTGTTTTTTCTATATCCTGAATTTGTTTGACTATTTCTTCTTCAATTGCAACCCAAGTAATGTTATGATTAATGAACCTTATATTTCCATGATTTTCTTTGTAATTTGACTTCAAGTAATTGTTTACCGAACTTTAATTTTCTATCATAGACATTTTATTATGTTCTATAATTATTTTGCTCTAAATATAATATAATATGATAGTTGAAACAGATGTAGACAAAAAAAAAAGAGCAGTCAAAATAATATTTCAATAAAAAAAAAGTCAATATTATAATATAGTATGATACATTAAAATAAAAAAAATAATATTAAATTAATATAAAAAACAGTCAAATTAATATAAAAAAAATTCAAAATTGTAATATAGTATGATATTTTAATTTTGTATAGTATGATCATATAAAGTTCAAAATATATGATGGTTAAAACAAATGTAGAAAAAAAAAACAATCTACACAATATTTAAAAAAACAAATAGCCAAAATAATATTAAAAAAATTCAAAATTATAATATAGCATCATAGTTTAATTTTATATAGTGTGACCAGATAAAGTTAAAAATATATAATGGTTAAAACAGATGTAGAAAAAAAAACAGTCAAAATAATATTTTAAAAAAAAAACAGCCAAACCCAACCCAAACCCAACCCTACAATCCAAACATTGTAATTAGAAACCCAGCCAATCCAACCCTGCACTCCAAACACCGTAATCAGATTCCAATGCATTCCAATTCCAGACAACAAAACCCATCGTAATCAAATTCCCAGTAATCCTAATTACAATCCGGCACCCCAAACGCCCCCTTAGAGAAATATGATAGTTTGGTAGTGGGGACAGAACGTCGAATGTTGAGAGCTCGACCAATAGTGGTCGAATGTTGAAGCCTCGACCAAAGAACGGGAGCCATGGAGAGCAAGAGCGGGAGAGAAAAGAGAGAGCGACGGAGAGTAAGAGCGGGAGAGAGGGACCAAGGAGAAGAAAGCAAATGGTCAAAAGTTGAAGACTTGACCAAGGAGAGAGAGCGAGAGCGAGAAACAGCGAGAGTGAGAGTGAAACCTACTACAACACTACCGCGCTCGTTCTGTCACGTCGTATGCCAGCCTCTGTAGATTCCTTGCTGCTGCTCGTCCAGTCGCGTCGCCTGCCATCGAGACTCCCCATTCTGCTGCTCGTTCGGTCGTGTTGCCTGCCGTCAAGATTCCCTGTCGCGTCGCTTGCCATCAAGATTCTTGACTTGTGAGTATGGTTGAGGGTTCAACCCTCGACCAATCCCTTTAAATCTGCCCATTCTATCCTTTTTTCTTCCCTCGACTTCTCTCGGATCATTCTCTCCTTTCTTCCCTAGGCTGTCTTCTCTCCTTTCTTCCCTCAGTTTTCTTCTCTCCTTCCTTCTTCTTCTGAATCCATATGATTACTCTCCTCCCTAAATTTCACTTCAATCATAATAGTTTTTACTTGGGTTGCTAATTTTGAGGTTTGTACATTTACTCTATTAAATTCATATTTTTTATAAAAATAATGTAAAATTTTTCTCTATTCTCATACTATTATAATTTTACAATATTTGTTGTTATTTGTAAAGCAAAGAACCAAAAAGAAGTACAATTTCTATTTTTTTTGTTAAGAAAAAATAAGTTATAAATCTATATTCTCATATTATTTTATTTTATTTTATTCGTAGTTTTTGTTGCTGATTGGACCACAAATAACAAAATAAGAGCGATCGTTGTCACTTTGAGGAAAAAAAAAAAGGTAGAACCGTTGCTGAATTTGTGAGTTTCCTTTTCAAATACTAGGACTATTTTTTAAAAATATTTTCTGATATTTATATTATGCTAGACATACCATTCTAAGCATACATGTCATTTTAATGTTCGTATTTATTTTTTTTAATAGTCTTTGAAATCAATAATATTTATATATTGATGTTATGAGTTTTTTTCCATAGTTTTAATGTTCTTGTTTATATTATATTAGATCTACCATGTTAATTTTTTTTTTTTTTTTTTGCATGTTAAATAATATTAGTTTGTTTTTTTTGAAAAAGTTTAGTTTGTTTTTTAGTATTAGTTTTTTAATTGAAAATAATTAGTAATGTATATTGTTGTTTTCTTTTTTTTTTTTTAAGAAAATTGGCAGACAAATGTTTGGGATTTATGTTGTTTACAAATGGTCATATGATTGATGGTGTTGATGGAGTTGAATATGACCAACTAGCATGTGGAGGTTTTAGCATAAATGTAAACAGTGAAATTTTTTTTTAACAATTTATTGAAATGATAGGGATGTCACTTGGTGTAGATATGAGAGCAAATCAGTTAGAAATAATATACAGACATCCTAATTTAACACCATCAGGAACAGTAAAGTATGTCATTCTCCATTCCTAATGAACAAGCGATGAATCTTATGTTTTCAATTGCAATGCCGCTCCCGAACTTAGTGCATTTATACGTTAACATGAGTAGGGTAGACTTGAATGCACAATCGTTTAGTCAATTTGAAGACCCAGTTCAATGTATTGACCCTGATCCTGAATCAGTTGCACCAGCCTATACGATGAAGGTATGGTGGCTAGTAATCAATATAGGGATTTTAGAATAGAAACAGATGATGAGTTTGAGGAGTTGGACTTTGATGGTCGTGAACCTGATATACTGTCAGATACATTCGCTGATCTTGACATGAATATAATAGATAGCGTTAGAGAACATGACCTAGTTGTTGCCCTTGTGGTCGTTGACAATACCGAATTGTATATGGGTATGATTTGTCAAGACAAAGAAATGCTACTAACATTTGGTCAAATGTTTTGCTATCAAGTGTCATGCACCATATGAGGTCGTGGAATCAACACCGAATATTTGGGCAATTCGGTGTAAGAAATGGGAGGATGTTTGCAAAATGGCGACTTCGTGCAACGAAGAAAAAATCTCATAATTTGTTTGAGATTACTAAGTATGTTGAGCAGCATACATGTTTTTACTCAGAGCTTAGCCAAAGTCATGTGCAATTAGATTCTTCAATGATTGCACTAGAGTTTGTGAAGTTATGAGGGAAAAACCATCCATCAGTGTGGCACAACTACAGTCCGACATCAAAACAAAATTTGAATACCATGTTCCTTACCATAGGGTGTGGAAGGGTAAACGAAAGGCGTGGCTAAAGTGTTTGGTGATTGGGATGAATCATACAAACTATTGCCCAGGTGGTTGTATATGGTCAAACATACAAATCCCCGCACGCGGGTGGAGTGGAGAATAAAGGGCACACCTACTGGAGGACATGCCATCCTTACTTCTGTATTTTGGGCATTTGGTCATTGTATAGAAGCATTTAATAGATGTCGGTCAATTATTTAAATAGATGGTACTCACTTGTATGGAAAATATCGAGGAAAATTGCTAATTGCTACATCAGTTGATTCGAATGGACATCTTATTCCTCTTGCATTTGCCGTCGTAGATGAGGAGTTTGCTGACATGTGGAGATGATTTTTAAAACACCTGAGACAAATTGTTATACACGAAGTGGTGTGCTTGATTTCAGATCGACATGGTGGCATTATCTTAGTAGTGAACAATCCAAAAAATGGTTGGATAGGACCAAAATGTCACCATAGATTCTGCTTACACCATATTGTTAGTAATTTTAATAAAAAAATACAAGTTCAATACGTTAAAGAATTTTGTATATTGTGTTGGACGTTAGTTACAAGTTCGCAAGTCTAATAAAGCAGTGGAAGACATTAAACGAATAAATCGAAGTTGTATGAGTTTTTTTGACAACATTGGTATTGAGCAATGGACTCAAGGGCATGATGGAAGGTTTAGGTATGGGTGGATGACGACAAATCTATCAGATTGCATCAATGGAGTCCTCAAAAGAGTTTGATAAATGCTCTCGCTCAAATAACATTTTACAAATGTGTAAATTATTTTGAGAAAATAAGAGAAGAAATAAGAGCTGCTTTGGAGCTCGAGATAAATACACCCGATAATAATTTTTTTTTAGTAATTAATAATTTGTTTCAAATATATTTATAATATTGAGTGAGTAAATATTCAGGTATGCACACGAAAAAATTTCAAAATGGCCTGCAAAATCCAATAAACATGAAATACAATTATATGATCGATATGAAGGTGTATTTCATGTGAAAACTGGACGTCACAACCTCAATTCTAAAGGAGGAAATATTTAAATACTAAGGTTAAGTGGATTCGAACGATACTATTCATGTAACAAATGGCAAGCATTTGACATTCCATGTTCGCATTTTATGGCAATTTACTCATGATTTAACATGAACTATGAAGATTTCATTAAGGACTACAATAAATTGTTGACATACACTGCATGCTACTCTCCTCAATTTCAACCTATACCGCATGAATATTACTAGATCACACCTCCTAATATGCCTATTTTACATGCCAACCCATTGTTGTTGAGGAAACCTGGTAGACCAAAGAGTTCACAATATCATAATGAGATGGACTGGACATAACCAAGTTATCGAGAAATTGCTATTTCTAACCCAAAAAGTTTTTTATGGGACAAAACTAACCTCTTTTTTAAAAAGTTCTTTTTCTAACCCATTTTTCAACTTTTCAGAATTTTAGAGATGAGTCTCACATGGTGAAATGATGTGAATACCCCCAAAAGTCCATCACTAAAACCACATCTTCCCCGAGACCATTTTCTTCACAAGAGTCCATCTTTTTTCAGTACTCTGTAATGTTTGTCATTTGTTGTAAAACTCATCCTATGTGACTCGATTTTCTGGAAATAAACCCACAAAGAACTTCTTTAAAATGCTGATTTCTGGACATTTTGGGTTTTCGAATAGTTCGTGGTAAAAAATGGAAAAGAAAATCCAAAATTTTCATGTAAATGAGGTCTAATATGTGTAGGAATGTCTGAAATCACCAAGAAAAAGGATTCGGCATGTGTTTTTGATTGTTGTCATTTTTTCCGTAAGTTTATGTTTCTTGTAAGTTGATGGAGTTGACGGAAAAAGTGACAGAATGCCCAAATACATGCCAACTTTCAGGAAATTTGGGCATTCTGTCACTTTTCCTGTAAGGTTTCTAACATGATCTTACAGGAAACCTTTCGGGAAAAGTGATAGAATGCCCAAATACACGCCAACTTTCGACAAATTTGGGCATTTTGTCACTTTTCCCATAAGGTTTCTAACATGATCTTACGGGAAACCTTACGGGAAAAGTCACGGAATGCCCAAATTTCTCAAAATTTGGCGTGTATTTTGGCTTTACGGTGAATATCGTCTCGCTAGTCTCGCTGTCGCTCTCGCTGCTATCGTTTCGTCTCTATGACATTGTCGCTCTCACGCTAGTCTCGTTGTCGCTGGTGTTGCTCACGCATCAACACATTTTCCCTTCCTAATAAGCGGTTCATTTTCGAGTTTACTTTCCCGAAACCCAATTCACCATCCAACGGTTCAAATTTCAAAATTTTCCCTTTTATAATGAGTTTCCCGAAAGACTCCCATTTTTTTACATTTCCCGAAAGTTCCCTTCTTCTTCGAAATAGTGTCTTCTTGCCTAAACCCTAAGACCATTGTCTTCTTCCCTAAAGCATATGACCATCCTCGTCTACTTCTAAATCCCTAAAAACACCAGTCTTTGCGAAAAACGGCTGAATCTTCTCAATTTTGGCCGAATCTCTATTCCTCGTTGGATTCTACATAAGTATCTTGATATCTTCAAAAGTACTTCATCAAGAGTTCATTTAACTTTTAAGTACTCTTTAATTTCTGTCATTTGTGGTAAAATTTCTAGAAATAAACCTAAGAACTTCTTTGAAACGCTGATGCCGAAATTTAGGTTTTCGAGTAGTTTGTCACTGGGTAAAAAACGAAAAAGAAATTTAGGGTTCCTAGTAGAGGAGGTTTAATATGTGTATGAAATGCTTGAAAATCGGATATGAGTAGGAAATGCCCAAATCTCATGAGTAGTGTTTCGTTCTTGCTGTCTCGCTCTCCCTAGTAAAGTAACAGAATCCCAAATTTCTTGGTGACTTCAAATATTTCAGAAATTTGGGTATTCTGTCACTTTTTCCTGAGAATGTCTAATTTATTTGTGTATATTAGCATGTATTCTCATCTTCATAGTGCCCTATTGTGTATTATATGTAAGGATTTAATGGAGCCAAGGATCTTGCCTCAAGACTTCTTCAAGGCATAGTTGACATCGTGTAGTCATTTAGTTCACATTCGCAATGTCATCTTAAGGAAGTTATCTCGGGTCCAATTAGATATGTTTAGGCAAACCATTTTTGGACCCATCCAAGATTGTAACCTCGTCCTTAATGGCCAGCTGATACACCACCTACTTCTTAGGGAGGTAAGAGACGAGAGGTCAGATGTAATTTCCTTCAACCTTTTTGAGAATATAGTGTCCTTTGGTAAGAATGAGTTTGACCTTGTAACTAGGTTCAAGGTTAGAACAAGGAATATACAGAGGCCAGCGAACCCGAGTAGGCTTAGGAGGCTATATTTTGAGAACCAAACCAACAAAAAATAGTGGGAAGCAAAGAAGGAGTTCGTAGCCATAGAGTTTAGGAGCGAGGAGGATGCAGTGAAGGTCTCACTTGCATTCTTCATTGACTGTGTTATGATGGGAAGGGAGAAGAAACTAAGGTTTGACCATAATCTCCTAAGGCTAATGGATGATTGGGAGTTATTCTGTAATTACAACTAGAGTGGGGTGATTTTTAGTAATATGATCACCAGCTTGAAGAGAGCTTTACTCATGCGATAAACCGTGGCGACCCCATGTTGTTGGATTTCTATTTTCGATTTAAATTGAGTTTCATAGCTTGTTGCACAAAAAAAATAGATATTATAATTTCAGCACAACGATGCGTCGAGAATTACTCAAGTATGATCATGATTAAGCAAGTTTTCCTATAAAAAGCCCAAGTATAAGCTCTTATAGGTTTCCTGGTGAGTCCAGGGTCGAACGCAGGGATTTGTAATAACTAGGCGTTGAGAACATGACTATGCGGTGAACTATACATATAATATGTGCATGAGTTGGTTGTATGTATCTAAAACTATACATAAAGAATGAATAAAATTTCCTATAACTAACAATGAGGTGGACGCTGCGATGGTTAGTCAAATGTCATTTAGTGTCAGATAGTATGCATTGAGAATGAATGGAACCATGCGATAAAAGTAGAGTTAACGCAGGAGCTAGTTGTTACTTAAGCATATCTAAGTATGATTACATACCTACAAACTGAGTTTGTGAATCCATCTCTCGATGTTTTGACATCACATTAATCTTATCTCTAAGACGCTTGGTAAGTTTGCGTTGGCAAAAGATGAACTACATCTCTGCACCTCATCTAGTCCTGATAAATGGTAAAGATTAACCATCGACTCTCTTAAGCTAGACAGTCGTGCTTGCTACTTTTATTTGTCATACAAAGTTATGCAAGCTAATGATATGCATTAATCAAGATGTAACATACTTAATATTGCTTAAGAGAGACTAACTTCTAACATCTAACTCATTTAGCATTCAAACAACATAGTGTAAGGTATTTAATATGGAAATAGATGGAAGATAATCGTCAATCAATCTCATATTAAGAAAATAAACCATTCTCTCGAATGTCATTAACAAAACATAAGTAAGAAGGAGGGAAATGGAGATAAAACAGAAATGGAAGGCATCAAGCCGCCACTGGCAACGTCTTGCTTCATGGAGGGTTGAGATGGTTGCTATCTGATACATAAATTTCATAGGGTGAAGGTTCTCACTCATTAGGAGACGACTCTGAAAATTCTCAGAATCCTTCTCTCAGAAGAGCTCGAAATGGAGGCTAGTTATGGTGAAGGAGAATTTGTGCAGAGCTTTCGCCTCTTGAACTCGTTTCTCTCTTCTCTCTCCCTCCCTTTGAATGGAGAAGCTTTGGGTTATTTAAAGGCGTCGAAAAGTTGAAACTCATGATGACCTGACACCTTTGCATTAAATTCCCTGCCCAGCTGCATAGACTTTTCACATTGTCGGCCCATTGGTTCTGCCATGATTTGATAACGTGTTGTCCTTTTGCATAATGACATGACAGCTTTTGCCCAGGCATCTGTATCTGCTTTTTCTCAACGCATGGTCTCGACGCATGGGTTTCCACTTGTTCTCGCAGCAGCTTCATCTCTAGTACTTGGTTATTTGTGCTTCTTTTCTTCTTAATCCTGCGTTAAGAACAGAAAAACTCATAATTTTTCAGGTATTTTCTTTTGTAAATAGTGTCAAAGCATGGTAATACATTTTACATAATTCAACCACCAAATCATGCGTTTAGCGCTAAAGTTACCCTAATTAATTCAAATAATGACTATAATAACCTGTATTTCTACAAGTTATCACCCCATCAAGACTATGAGATACCCGCTATATGAGTTCCTTATAGCCTTCCAAGTTAGATAATATTTTGTTTCTCTAAGATTAATATTTTTTGCCCTTTCTTCATCATGTATTAAATTTAACTTTATTTTTTTTTGTTAGGTGTGGGCGTATGAGATGATTTTGTCCCTTACGAATCGAGTTGTCGTTCGTGCCAGGGAGATGGCGATACCACGTCTCTCAAGGTGGGTGTGTAATACCTCCCCATCATACAACATCCTCTGCAAGAATATCTTCGACTCAGATCATGTAAGGAAACTAACCGTCTTATTGTTACGTCTTAATTCTTATGTCTTGTTTCATAGTTTAATCATGTAACCCATTCTACGTGTTGTGCAGGCATTGAATGTAGTTACCCGAGGTTGGTAGCTAGTGCGGGGAGGTGACCCATATGCAGCAGGTAGCACGGGCACCTAAGGCATGTGTACTGTCTCCCGACTCCATCAACGTTCACATACAGGGACCGCTAATACGTCTTGCTGAAGGTCAGCAAGAGGCCCTTGTGGAAGAGAGAGGCAACGATCATGGGGACGATCGTGCAAATGACGAAGTAGATGAGGGTGGGGAGGACATTATCTAGGAGATGCATGATAATGAGGTGCCGGATGACAGTAGGGAAGGTGCTCGTGAGGACCTATCCGAGAGATGCACAATGACAACGTGGCAGATGAGGGGGTGGAGGATGCTCGTCATGAGGACATATTCCATAAGAACCCAGTTCATCATCATGTCCGTGACGAGACTATACCTGACGTCCACGGTAGTAGTCCCCGTTTTAGCGACGAGCTTAGACAGATAGAGACCCGTCTAGAGTAGTTTTAGACTGGGGTGATGACAGGGTTCGCCACCATGAGGTCACAGCTCGGTATGGTGAGTTTTGAGTTTGCTGATTTGAAGCACGACCTCTCCGCTATTATGCGATATCTGCAGGAGCTGTCGAAGGTATTTTATTTTTCATTAAATTTAAGTTACTTTGTTGTATGGCTTATAGTAGAGTTTTCTAAATTGTTATTTATTCGCATGCTGTAGAGTAAATATGTGGATGCACCACAGTTTGGTGGAACTCAGGATGGGAATAACAAATGTGAGGGAGGTGGTGACGACATGACATCTGATGATGAGGATGATACCGAATACCGTGTCGAATGGCAGTCAGACCGAGTGGCTGGAGAAGTTTCTTTTGCACCCTTTGTCAATTTGAAGGTAGGCGACCCCCAGATGTGTCTGAGAAGATCTGCAGTGGTCCAGTGGAGTACCAGTGCACTACACCAGATGTTTGGTGCGATGTGGAGACCGCCTCTCAGTTAGAGACGTCAGTGCCGAAGACTACCTCCGATCTCCCATCCGTATTACACATTAGTGACAATGACACCGAGGATCCCACTGCCTCATCTAGTAAGTAGGTTGATGTAGGATATCTGGACCCCAGATTAGCTGACCATCTTATCACTTCAAAGGTCAGTGGCACGTTTACTATTAACTTTAGTAATTACTTTATATTGTTTTTTATTCATCTATTGTTTCGTTCATGCAGGTCATAGCCCCGACCACTAGTATTTCCATCCACACGACCCTCCAACCGACAATCAAATCAGAGATCAAAAGGTTGGAGGAAGCCTGGGAATTGAACAGGCTGGCCGTGAAGAGGGAGATTGAAGAGGTGGAGGAGTTGGCAGCTATTCCAATTTTTATCAAACTGACGGGTGTGCTTCACCCGGATCCCACATCTAGACCCGCTCAGAAGCGAAGGCACTACCTTGCTGGGACGTTGGGTAGTCCATACACTGACCCGGGTGTCAAAAAGCCCAAACGATGTAAGGCATGCAACCCGATGTTTCGGATCCCCAAGAAGTTCGAGCGGCAATTGCAACAGTGGATCGATGACCCTCTTGTCCATCCAAAGAAGACCCTTCAGCGGGCTATGTTATCGATGAAGTCGAAGGGATGGTGGATGAAGCTCCTCCGTCCATATGAGTTCACGGATGACAATGTAATCGGTTCTTTTGCATTTATTTAGCATATTTCCAATTGGATCCCTAACGATATTTGAAAAATGCGTTGTGTGACATGTAGAGGATGGATCTATTGTTCGTTTTCCTATGGAACAAGCTCATGTACAGGAAAGAACATGTCCAGCTAACCCACTGTTTCACGACCGTGGACAGAGTTGTGGTAGTTAATTATCTTGCCAGTTCCCTTATCATATTACTCAATTACTTTTCTCGTAAGCTAACTTTACATACATTTGGTTTGTTGGCATTAGAACTTCTTTCGTAAACCGACAAAGTTGTATCGTGAGTGGAAACGGTTAGACCGAGTGATCATGTAAAATTGGGAGAAAGACGCAATGTGCTGAAGTACGTGATGGGGGAAGGTACAGACTACTAAATCCCCTAGGCTATTGTCGACGCCGTCTATCTGCCGTACAACATTCTCGATCTTCATTGGATTCTGATGAAGATTGACATGGTGGTCGGCAAGTTGGTAGTTTGGGACTCCATGCGCTCGATGACAACCCAATTGGAATTGGAAGGCTATTTTACCACAGCAAACGGGGAGTGGGGACTGTGGGATCTTTTGTGCGAAGTTTTCTGAGTATATTGTCACTGGGTCTTCTTTGTCTACCCTAACCCAGCCTTTTTTTAGACGTCAATTTTCTGTACAAATATTTAAGAACAAACCATTTTATTAGTATGTAAAGCTCTTTTAATTTAACTCTATGGGACCCGTCTAACACTTACCTAACTAAACCCCCAAACAAATTAAAGAAAAGTAAAGGATATTTTCGAAATAAATTTTGAAGTGTCTCCTAGTATTGTCTCACTAGTCTTGGTCTATCTCGTATATCGTTTCTGTTATTATTCACTATCTTGTTCCAGCTGGTCTCACTCTCATTTTTTTGTACAAAGATGATGGGCTACAAAAATTAAGTTGGGTACACATACTTCTTTCTTGAAAATCGATTTGGGTACACATACATTGGGAAATTCACTACCTATGTCGTATGCAGTGGTTGTCTACATGTTTTTTGGTTGTGGCCTCTCTGCACACACTTAGAACATCTATATATTAAAACAACCTCACCTGCTGATGGAATTCGAAGCTCCTGACGACGACTTATTTGGGGAACTCGCATGGGCAGCAAGATCTCTATATCTTCAAAATCATTTGGCCGCCTCCATTCTGACATAGGCCCGATTGAAAAAATGGGTTCTGCATATCCCCCGTAAAGCGCATGTATCTGGTATGCGGGTGAGCATAGGGTATATGGATCGATATGTCGATGTCGAGCAGCTGCAATTGAATGTGAGCAAGGACTTTCGCAATAATCAAATTCTTTGCATGCACATCCTCGCTTCTAAATCTACAACTCCACCCAAGTAACCATCGGTTACTTCATATTTGTAACGATCGATCGGCTTAATTCCATGTCTTCTTGATTTTAATTCTGCCTTAATGATTATTTCCTCTCCATATGCAGAAAGTGTAGTCTGTCAACCCCTAGCATCCTCTCGTTGCCGATGAAACCAATCTTATAACAAACCCTGTATGTGATTAAGGAAATTCGTAATTGGTAGGGTCCATGCATCCTTTAGTATGGTGTTGAGGCTTTCAGCTGTATTTGTCGTCATCTGATCAAATCGTTTGTCACACTGAAATGCTCTCGCCCACCTCTCGATCGATCTTCTCCAAGTACTGCGCAGGTTCTCTAATGGGACGAATCTTGGCCCAATGTACTCGAAAGTTGGTCTCACGGAATGCTTTTGCTGCTAAAAAGAAAGCAGGGAGCACGATTTCTTTCTTGAAATGCTTGTTTAAATTATGGCTTAGGTGATGAATGCAAAAGCAACGGAAAGCAGATGGAAATACCTTGTTGATTGACTTACCAATGCTTGGTTTCCGGTCCGATACAAGGACAAGCTCCGTAATGGCTCCGACTGCCTGCTTCACCCTCTCAAAAAATCATGTCCAAGCATCATCCGTCTCATCGTCCACCACGAAAAACGCGATAGGGTATATCTGTCCGTTCCCATCAATTAAGTTCGCACTAAGCATGACACCCTTAAACTTCCCGCATAAGTGTGTCCCGTCGACTACCAAAACACGTCGCATATAGTTTAAAAAACCCCTAATACAAGGACCTAGTGCCATAAACACATACCTGCAGTATTTTCCATCATCAAGCTTCAAAGCATGCATGTAAGTTATCTTTAGGGCTTCACCATATGCATGTAAGTGGCCGAAGGACTCCTCGAGCCTACCGCGAACCATTATTAAAAGGCCTCTTCCTTTGATCGCCATGCTTTTTTGTAACTAATGTTAACGTCATACTCTTCATGAATGTCTTGCATTATATCTTTTGATCTATACACCCTACGGACATTCGTGTACCTGGACTTAATCAGATGTCCTATTACCTTGCTCCTTGCCTGTTGGTGGTCGTGATCCATTAGTTGACCAGAACATGTATGCACATTCATATACCTACTTATCTTAAATAATGTAGAGTCTTTAAGCTTATGAGCCCTAGTCCTCCATCCACATGTCTCATGTTTATACTTAACAACCAATAGGGACTTCGTGGACTTGTGGACCAAAGTTTCAAAATTATGTCGCATGGCAAATAACGACAATGAATATGCGAGCTCTTCCTTTGAAAGATATATCTGTCCAAGCTCGATGTTGACGTCGTCCTTACCAAACAACTGGTCAGTCACAAGAATGGGCATTATAGGCAAACACATTCCCGACTGTGCAAAACTAGTGTCAGCCAATAGTGCTTCATCACCGACGAATCCCTGATGAACATCCTCCTCCAGTTCAACATCATACTCTTCAATATCGTCTCCATCGTCATCCTCAGGTGATACATAATGTTCTTCAAATTCATAGTTTTCGTCGTCATCATCTTCACCTACATTTCCCTTCCCATAATCCTCTTCACTGAACCCCCCTTGTACACCAAAATTTCTCTACCCTAAACCATATCTTGAAGACAACGAACTCTCTTGTTCAAAATTGTATGGGTCAATGCAAAAACTATCGTCACTTAGGTCAACTGAGATGACATTATTCGTTAAAAGGGTTAGTGAAGATACATGGCCATATAAATCAACGTGTGATGGAAAATATTCTTCAACTGGTGCAACAGAAGGTGGTTTGAGGTAATAAGGGGATGGGTATTGTTGCCCTAAGTTATACGGAAAGCTTGGATGGTATGAGCAGTTAGAGCTTTTCATGTCACTTCCCAATCCACCATTATGCTTCACGCTCGTTGATAAATATATAGGAGGCCTACACGTGTTATCCCCATTTAAAAGAAACGTAGTTCCTGGTCATTTCTTATCAAGTAGGTAAGAACTCTTGATCCAAAATTGTATAGACATCTTAGAATAAGGTCATGATGGTTCGGGTCAATCCCACTAAGTTTATACAACTCAAATAAAAATTCCTCATACCCGATATCACCTCTTACTTCCAAACCCCCAAGATTACCCCCAATGTAATCTCGTTTATCCTCCCTCCATGTACCATTGTAGCAAAAAAATATGTGAGGCATTCTGCAAGTACATTTAATAGCCGTTAACAGAAAATCTAAAAAGAAGGAAACAAAGAAGCATATAATAATTAAAAAAAATGATGTTTCCTGTAAGGTGTGATTTTTCCCGTAAGGTTACAATCCTTACGGGAAAAATCATAGTTTTTTTTTTTTTTTTTTTAAGAAAAATAACATTTTTCTTCTTTCTTCCCGTAGATGGTTGGAAACTTTGATAATTTAAAGAACAATAACTTCTCCCTCCCATAACTATCTTTTTTAAAAAAAACTAACTACATGTAACAAAAAAAAAGATATAAAACAAACTACCACGTGCCTTACTATCCCACATACCTAGCTGGTGTATCAAATGGACCCCCATAAAGGAAGGAAACAAAATTCACTGAAACTGGACCCTCAAAAGTATAGTCTTTTTCGTGAAAGTGAGAGTGAAACAAAAATGGATAACTTTTAAGGTTAAACTGAAGTTATAGGTCTGAAAACATTGTCAGGTAAGTTAGGTAAATGCATAACTTAAAGCAAATTGAATGGAAACTGAAGACAGTGAGATGGGATATAAATTGGGGGTATTACTGATATTTCACCATGTGGGAAAATCCAAACTTATACAGAAAAGAAAAATGAATCACTTTACTAGTTAGGGTTAAGATGAATCATTGCCATATCAGGTTAGGTTGGGTCAACCCGAATTTTTTAAAATTGTAACTCGAGACCCAACCCAACTCGAAAAATACAAAAAAAGTCAACCCAACCCAACCCTTATAATTCGGGTTGGATAGTCTGGGTTGTCGGATCATTTGAACACTCTTAATTTGATGATGTTGGAAAAACGAGAGAAGAAGAGAAAGGATCAGAGAAATTTTCGAGATTTCTAAATTTCCATAAAATTTCATTTTCTATATTTTCATAATTTTGTATTTTGTTATTTTCTTTTCTTTTATTTATTATATTTATTTTGTTACTTATTTATTTTAATATTATAATTCCTCAGTATTTATGTTTTTGTTTTTCTTATCATTTTGCTCTCAATTTTACAATAATTGCACATGTATTTTCAGAATATTTATTTAACAAAAAAAAGTATGAAATACAATTTCACAATAATCCTATATTTGTAGTAAATACAAGTTAAATTCCAAGAGGGAAAACAAAAAATTATTCCAAACCCAATCTTCCTGAAGCTTTCAATCTCACGCCTGTCTCAATTCAGACACTTGAATCCAACGGTCGAAATCTGTCTCCCAGCCCGAAAACATACGGTCTTAAAACATCCGATTAATCCAATTTGATGGAAAACTCTGGAAAATTATTAAAAAAAGAAAAAAAAAAAAGAAAAAAAGAAAAAGAAATGTCGACAATTCTCCTCTTATTACTCCAGAAGTCGCTAACCTCATCTTCCTCTTCGCCTGCAACCGTGGAGGCCGCTCTCTGCTTCTTCTGCTGCTCCCCATCACTTCTCTCCTTTTCTCTCTAAGCATTTCAGAGTCAGATTCGAAGCAGAAGTGTTGCATCAGACAGGTAATTTCGACTCACATGCCCTAGCTTCTTTCTTCTTTAACACTTCGAGAGCAATAGCTTATTCGACCGATTCATGAACTACTTTCTTTTAATTTTCTCTATCAGTCCTTATGTTGTCTTGTAGCCTTTTGTTTTCTTCAATTCTGTTACCGTGCGTTGTTTTGTTTTGTTTCCTTTTTGTGATATGTGTTGTTTTCTTTTCTTTCTTTCTTTCTTTATTTATTTGTTTTGCATCTGTTGATTTGATGTGTTGTTTATTGCCTGAGAACAACCTAATGCGACTGTAGTTTGGTGATTATTTGCGTCGTGTTTTTAGGTTTTGTATGAATTTTGGTTCGTTTGAAATAAGTTGTGCGTTTGAAGTGAGTACGGATAATTATTCCTTTCGTACCTTGAAATCGGGAGGACTGGCCTACATTGGCATTTCCGGTTTAATATTGCTTTTTCGTGGAGAGAAGAAAGAAAGGAATGCCTCTACGAGAGTACGAATGTACATAAAAGTAGGAGAATGTGATGCTGCGAATGAGAAAAGCTTCGTCGTTAGAATTGGCTTGTGTAAAGATAAAGTTTCGTCACTACTCTTCACTTCTTTGTGATTGGGTTAAGTTTCAGAGTTTTCCCCCTAAACTACTTGAATTTATTCACTGTGCTAAATGAGACTGAGATTGTTAATAGAGTTCATTTTTCATGTTCTTTAGTGCTTTTGATTACAATGAAGATTTGGTGTTAGAGACCTAGAATGGTATGGATAATTAGTTACTTCAAGAGTTGTTCACTATTTAAGATTTTCCTTAAATCTTGTAATCCTATTGGAACTTGTTACAAACTTACAAGTAACAAGACATTTGGTAATTTCTCCATTGGAAAGAAGACTGTCTTTTGCGTTGGGTTTAATGCTTGGGTAATGTGAAATGTGTTGTGATTGGTGGAAGATTTCATGGTTACACCGTTAAATTGCAGAGTCCAATCAAGAGTAAGTAG

mRNA sequence

ATGGATAGGAGAACGTTCACGATTCTGTGTCACTTACTTAGGACGACGGGTGGGCTAAGGCCAACGAAATATGTAGACGTCGAGGAAATAGTGGCCATCTTCCTACACATAGTCGCACACGAGGTAAAAAATCGAGTGATGAAATGCCAATTTGCACGGTCTGGCGAGACAGTGTCCAGGCACTTCAATATTGTGCTGAACGCAATATTGAGACTATACGAAGTTCTGTTGCGGAGACCAGAGCCAAAGCATCCGGATCACACGCAAGAGCCACAAATCATATTTGGACGGATGAGGAGGACCGAATCCTCGTGGAGTGTAAGCCCACATTTGGAGTTAAGGGTCAGGACATTGAAGAGACAGTACAACGCGATTGCTGAAATGTTGGGCACAGGATGTAGTGGGTTTGGTTGGAATGCGGAGCGTAAATGTATTGACTGTGAGGCGGAGATATTTGACGCGTGGGTCAAGAGTCATCCGAGTGCAAAAGGACTGCGGCATAAGTCATTTCCGTTCTCTGACGACTTGGCCATTGTATTCGGCAAAGATAGAGCCATCGAAAGTCGTGCAACCACCACTGTAGAGGTCGGATCTGAACTTGTTGTGGACGAGGAGAACGGGGGCATCTTGAATAACCAGTCCCCGGACTTTGATAACTTCTATTTTCCTGATCCACCTTTTTGGGAAGCAAAGAAGGAGTTCGTAGCCATAGAGTTTAGGAGCGAGGAGGATGCAGTGAAGGTCTCACTTGCATTCTTCATTGACTGTGTTATGATGGGAAGGGAGAAGAAACTAAGAATCCTTCTCTCAGAAGAGCTCGAAATGGAGGCTAGTTATGGTGAAGGAGAATTTGTGCAGAGCTTTCGCCTCTTGAACTCGTTTCTCTCTTCTCTCTCCCTCCCTTTGAATGGAGAAGCTTTGGAAGTCGCTAACCTCATCTTCCTCTTCGCCTGCAACCGTGGAGGCCGCTCTCTGCTTCTTCTGCTGCTCCCCATCACTTCTCTCCTTTTCTCTCTAAGCATTTCAGAGTCAGATTCGAAGCAGAAGTGTTGCATCAGACAGAGTCCAATCAAGAGTAAGTAG

Coding sequence (CDS)

ATGGATAGGAGAACGTTCACGATTCTGTGTCACTTACTTAGGACGACGGGTGGGCTAAGGCCAACGAAATATGTAGACGTCGAGGAAATAGTGGCCATCTTCCTACACATAGTCGCACACGAGGTAAAAAATCGAGTGATGAAATGCCAATTTGCACGGTCTGGCGAGACAGTGTCCAGGCACTTCAATATTGTGCTGAACGCAATATTGAGACTATACGAAGTTCTGTTGCGGAGACCAGAGCCAAAGCATCCGGATCACACGCAAGAGCCACAAATCATATTTGGACGGATGAGGAGGACCGAATCCTCGTGGAGTGTAAGCCCACATTTGGAGTTAAGGGTCAGGACATTGAAGAGACAGTACAACGCGATTGCTGAAATGTTGGGCACAGGATGTAGTGGGTTTGGTTGGAATGCGGAGCGTAAATGTATTGACTGTGAGGCGGAGATATTTGACGCGTGGGTCAAGAGTCATCCGAGTGCAAAAGGACTGCGGCATAAGTCATTTCCGTTCTCTGACGACTTGGCCATTGTATTCGGCAAAGATAGAGCCATCGAAAGTCGTGCAACCACCACTGTAGAGGTCGGATCTGAACTTGTTGTGGACGAGGAGAACGGGGGCATCTTGAATAACCAGTCCCCGGACTTTGATAACTTCTATTTTCCTGATCCACCTTTTTGGGAAGCAAAGAAGGAGTTCGTAGCCATAGAGTTTAGGAGCGAGGAGGATGCAGTGAAGGTCTCACTTGCATTCTTCATTGACTGTGTTATGATGGGAAGGGAGAAGAAACTAAGAATCCTTCTCTCAGAAGAGCTCGAAATGGAGGCTAGTTATGGTGAAGGAGAATTTGTGCAGAGCTTTCGCCTCTTGAACTCGTTTCTCTCTTCTCTCTCCCTCCCTTTGAATGGAGAAGCTTTGGAAGTCGCTAACCTCATCTTCCTCTTCGCCTGCAACCGTGGAGGCCGCTCTCTGCTTCTTCTGCTGCTCCCCATCACTTCTCTCCTTTTCTCTCTAAGCATTTCAGAGTCAGATTCGAAGCAGAAGTGTTGCATCAGACAGAGTCCAATCAAGAGTAAGTAG

Protein sequence

MDRRTFTILCHLLRTTGGLRPTKYVDVEEIVAIFLHIVAHEVKNRVMKCQFARSGETVSRHFNIVLNAILRLYEVLLRRPEPKHPDHTQEPQIIFGRMRRTESSWSVSPHLELRVRTLKRQYNAIAEMLGTGCSGFGWNAERKCIDCEAEIFDAWVKSHPSAKGLRHKSFPFSDDLAIVFGKDRAIESRATTTVEVGSELVVDEENGGILNNQSPDFDNFYFPDPPFWEAKKEFVAIEFRSEEDAVKVSLAFFIDCVMMGREKKLRILLSEELEMEASYGEGEFVQSFRLLNSFLSSLSLPLNGEALEVANLIFLFACNRGGRSLLLLLLPITSLLFSLSISESDSKQKCCIRQSPIKSK

Homology

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BLAST of CmUC10G190650 vs. NCBI nr
Match: TYK07921.1 (hypothetical protein E5676_scaffold265G00330 [Cucumis melo var. makuwa])

HSP 1 Score: 201.4 bits (511), Expect = 1.3e-47
Identity = 121/294 (41.16%), Postives = 160/294 (54.42%), Query Frame = 0


Query: 1   MDRRTFTILCHLLRTTGGLRPTKYVDVEEIVAIFLHIVAHEVKNRVMKCQFARSGETVSR 60
           MDRR FTILC +LRT GGL  T+YVDV+E+V IFLHIVAH+VKNRV +   ARSGETVSR
Sbjct: 1   MDRRCFTILCTMLRTRGGLEATQYVDVKEMVVIFLHIVAHDVKNRVARRHCARSGETVSR 60

Query: 61  HFNIVLNAILRLYEVLLRRPEP--------------------------KHPDHTQEP--- 120
           HFN VLNA+LRL+E+LL++P+P                          ++ D T      
Sbjct: 61  HFNAVLNAVLRLHEILLKQPDPVTHSCALDGTHIKVNVSMSDCPRYRFRNGDITTNVTTT 120

Query: 121 ------QIIFGRMRRTESSWSVSPHLELRVRTLK-------------------------- 180
                 Q++      TE + + S   + R  T++                          
Sbjct: 121 YVMLVIQMLKDSSLHTEMASTNSKATKHRWTTIEDEVLVECLLQLVEEGGWRADNGTFKL 180

Query: 181 ---RQYNAIAEMLGTGCSGFGWNAERKCIDCEAEIFDAWVKSHPSAKGLRHKSFPFSDDL 230
              +QY AIAEM+G  CSGFGWN  +KCI+ E  +FD WVK HP+A+GL +K FP+  DL
Sbjct: 181 GYLKQYTAIAEMMGPACSGFGWNEGQKCIEVEKPVFDDWVKGHPNAQGLLNKPFPYFYDL 240

[Close]

BLAST of CmUC10G190650 vs. NCBI nr
Match: KAA0033487.1 (uncharacterized protein E6C27_scaffold261G00210 [Cucumis melo var. makuwa])

HSP 1 Score: 196.4 bits (498), Expect = 4.1e-46
Identity = 115/272 (42.28%), Postives = 153/272 (56.25%), Query Frame = 0


Query: 12  LLRTTGGLRPTKYVDVEEIVAIFLHIVAHEVKNRVMKCQFARSGETVSRHFNIVLNAILR 71
           +LRT GGL  T+YVDVEE+V IFLHIVAH+VKNRV +  FARSGETVSRHFN+VLN +LR
Sbjct: 1   MLRTRGGLEATQYVDVEEMVTIFLHIVAHDVKNRVARRHFARSGETVSRHFNVVLNVVLR 60

Query: 72  LYEVLLRRPE-----------------------PKHPDHTQEPQII-------------- 131
           L+E+LL++P+                        KH   T E + +              
Sbjct: 61  LHEILLKQPDSVTHSCSHEKWRWFQMASINSKVTKHWWTTIEDEALVECLLQLVEKGCWR 120

Query: 132 ----------------FGRMRRTESSWSVSPHLELRVRTLKRQYNAIAEMLGTGCSGFGW 191
                             + +  ES+  V+P+LE  V+ LK+QY  IAEM+G  CSGF W
Sbjct: 121 VDNGTFKPGYLVQVQKLMKEKILESNIQVTPNLESGVKILKKQYTTIAEMMGPVCSGFSW 180

Query: 192 NAERKCIDCEAEIFDAWVKSHPSAKGLRHKSFPFSDDLAIVFGKDRAIESRATTTVEVGS 230
           N ERKCI+ E  + + WVK H +A+ L +K FP+  DL IVFG+DRA   +  T VE+GS
Sbjct: 181 NKERKCIEAEKSVSNDWVKGHLNARYLLNKPFPYFYDLEIVFGRDRATGGKCKTPVEMGS 240

[Close]

BLAST of CmUC10G190650 vs. NCBI nr
Match: TYK26842.1 (uncharacterized protein E5676_scaffold260G00340 [Cucumis melo var. makuwa])

HSP 1 Score: 196.4 bits (498), Expect = 4.1e-46
Identity = 115/272 (42.28%), Postives = 153/272 (56.25%), Query Frame = 0


Query: 12  LLRTTGGLRPTKYVDVEEIVAIFLHIVAHEVKNRVMKCQFARSGETVSRHFNIVLNAILR 71
           +LRT GGL  T+YVDVEE+V IFLHIVAH+VKNRV +  FARSGETVSRHFN+VLN +LR
Sbjct: 1   MLRTRGGLEATQYVDVEEMVTIFLHIVAHDVKNRVARRHFARSGETVSRHFNVVLNVVLR 60

Query: 72  LYEVLLRRPE-----------------------PKHPDHTQEPQII-------------- 131
           L+E+LL++P+                        KH   T E + +              
Sbjct: 61  LHEILLKQPDSVTHSCSHEKWRWFQMASINSKVTKHWWTTIEDEALVECLLQLVEKGCWR 120

Query: 132 ----------------FGRMRRTESSWSVSPHLELRVRTLKRQYNAIAEMLGTGCSGFGW 191
                             + +  ES+  V+P+LE  V+ LK+QY  IAEM+G  CSGF W
Sbjct: 121 VDNGTFKPGYLVQVQKLMKEKILESNIQVTPNLESGVKILKKQYTTIAEMMGPVCSGFSW 180

Query: 192 NAERKCIDCEAEIFDAWVKSHPSAKGLRHKSFPFSDDLAIVFGKDRAIESRATTTVEVGS 230
           N ERKCI+ E  + + WVK H +A+ L +K FP+  DL IVFG+DRA   +  T VE+GS
Sbjct: 181 NKERKCIEAEKSVSNDWVKGHLNARYLLNKPFPYFYDLEIVFGRDRATGGKCKTPVEMGS 240

[Close]

BLAST of CmUC10G190650 vs. NCBI nr
Match: KAG6532280.1 (hypothetical protein ZIOFF_006120 [Zingiber officinale])

HSP 1 Score: 185.7 bits (470), Expect = 7.3e-43
Identity = 98/223 (43.95%), Postives = 137/223 (61.43%), Query Frame = 0


Query: 1   MDRRTFTILCHLLRTTGGLRPTKYVDVEEIVAIFLHIVAHEVKNRVMKCQFARSGETVSR 60
           MDRR+F+ LC+LL     L+  + + + E+V  FLHI+AH VKNRV+KCQ ARSGET+SR
Sbjct: 1   MDRRSFSKLCYLLMMHRKLKGNRNMSINELVISFLHIIAHNVKNRVLKCQTARSGETISR 60

Query: 61  HFNIVLNAILRLYEVLLRRPEPKHPDHTQEPQIIFG-----------------RMRRTES 120
            F+++LN+ILRL+ +LL++PEP   D T E    F                    +   S
Sbjct: 61  QFHLILNSILRLHNILLKKPEPIPEDCTDERWKWFKSENGFRIWYFVHLEKLVAAKLPSS 120

Query: 121 SWSVSPHLELRVRTLKRQYNAIAEMLGTGCSGFGWNAERKCIDCEAEIFDAWVKSHPSAK 180
           S   +PH++ R + LKR+++AI +ML    SGFGWN   KCI    ++F+ WVK HP+  
Sbjct: 121 SLKATPHIDSRYKLLKRRFHAITKMLNRS-SGFGWNDVVKCIITTKDVFNDWVKRHPTTI 180

Query: 181 GLRHKSFPFSDDLAIVFGKDRAIESRATTTVEVGSEL-VVDEE 206
           GLR+K FP+ DDL  V+GKD A  + A T V+   E+ + DEE
Sbjct: 181 GLRNKEFPYHDDLMFVWGKDHATGANAETPVDAVEEINLCDEE 222

[Close]

BLAST of CmUC10G190650 vs. NCBI nr
Match: TYK05796.1 (retrotransposon protein [Cucumis melo var. makuwa])

HSP 1 Score: 180.6 bits (457), Expect = 2.3e-41
Identity = 104/241 (43.15%), Postives = 133/241 (55.19%), Query Frame = 0


Query: 1   MDRRTFTILCHLLRTTGGLRPTKYVDVEEIVAIFLHIVAHEVKNRVMKCQFARSGETVSR 60
           MDRRTF ILCHLL+T  GL  T+ VDVEE+VA+FLH++AH++KN V++ +F RS ETVSR
Sbjct: 40  MDRRTFAILCHLLQTVSGLSSTEIVDVEEMVAMFLHVLAHDMKNSVIQREFVRSDETVSR 99

Query: 61  HFNIVLNAILRLYEVLLRRPEPKHPDHTQEPQIIF----GRMRRTESSWSVSPHLELRVR 120
           HFN+VL  ++RLYE L++RP P   +   +    F    G +  T    +V        R
Sbjct: 100 HFNLVLLTVVRLYEELIKRPVPVTNNCKDQRWQCFENCLGALDGTYIKVNVPATDRPTFR 159

Query: 121 TLKRQ---------------------------YN------------AIAEMLGTGCSGFG 180
           T K +                           +N            AI EM G  CSGFG
Sbjct: 160 TRKGEIATNYVNLKPYPETCLDEGGGGHSCGVFNEVGVNGGGNWIMAITEMWGPACSGFG 219

Query: 181 WNAERKCIDCEAEIFDAWVKSHPSAKGLRHKSFPFSDDLAIVFGKDRAIESRATTTVEVG 199
           WN E KCI  E E+FD WV+SHP+ KGL +K FP+ D+L  VFG+DRA      T V VG
Sbjct: 220 WNDEEKCIITEKELFDNWVRSHPATKGLLNKPFPYYDELTYVFGRDRATGQFVETFVNVG 279

[Close]

BLAST of CmUC10G190650 vs. ExPASy TrEMBL
Match: A0A5D3C7T4 (Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold265G00330 PE=4 SV=1)

HSP 1 Score: 201.4 bits (511), Expect = 6.2e-48
Identity = 121/294 (41.16%), Postives = 160/294 (54.42%), Query Frame = 0


Query: 1   MDRRTFTILCHLLRTTGGLRPTKYVDVEEIVAIFLHIVAHEVKNRVMKCQFARSGETVSR 60
           MDRR FTILC +LRT GGL  T+YVDV+E+V IFLHIVAH+VKNRV +   ARSGETVSR
Sbjct: 1   MDRRCFTILCTMLRTRGGLEATQYVDVKEMVVIFLHIVAHDVKNRVARRHCARSGETVSR 60

Query: 61  HFNIVLNAILRLYEVLLRRPEP--------------------------KHPDHTQEP--- 120
           HFN VLNA+LRL+E+LL++P+P                          ++ D T      
Sbjct: 61  HFNAVLNAVLRLHEILLKQPDPVTHSCALDGTHIKVNVSMSDCPRYRFRNGDITTNVTTT 120

Query: 121 ------QIIFGRMRRTESSWSVSPHLELRVRTLK-------------------------- 180
                 Q++      TE + + S   + R  T++                          
Sbjct: 121 YVMLVIQMLKDSSLHTEMASTNSKATKHRWTTIEDEVLVECLLQLVEEGGWRADNGTFKL 180

Query: 181 ---RQYNAIAEMLGTGCSGFGWNAERKCIDCEAEIFDAWVKSHPSAKGLRHKSFPFSDDL 230
              +QY AIAEM+G  CSGFGWN  +KCI+ E  +FD WVK HP+A+GL +K FP+  DL
Sbjct: 181 GYLKQYTAIAEMMGPACSGFGWNEGQKCIEVEKPVFDDWVKGHPNAQGLLNKPFPYFYDL 240

[Close]

BLAST of CmUC10G190650 vs. ExPASy TrEMBL
Match: A0A5A7SW62 (Myb_DNA-bind_3 domain-containing protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold261G00210 PE=4 SV=1)

HSP 1 Score: 196.4 bits (498), Expect = 2.0e-46
Identity = 115/272 (42.28%), Postives = 153/272 (56.25%), Query Frame = 0


Query: 12  LLRTTGGLRPTKYVDVEEIVAIFLHIVAHEVKNRVMKCQFARSGETVSRHFNIVLNAILR 71
           +LRT GGL  T+YVDVEE+V IFLHIVAH+VKNRV +  FARSGETVSRHFN+VLN +LR
Sbjct: 1   MLRTRGGLEATQYVDVEEMVTIFLHIVAHDVKNRVARRHFARSGETVSRHFNVVLNVVLR 60

Query: 72  LYEVLLRRPE-----------------------PKHPDHTQEPQII-------------- 131
           L+E+LL++P+                        KH   T E + +              
Sbjct: 61  LHEILLKQPDSVTHSCSHEKWRWFQMASINSKVTKHWWTTIEDEALVECLLQLVEKGCWR 120

Query: 132 ----------------FGRMRRTESSWSVSPHLELRVRTLKRQYNAIAEMLGTGCSGFGW 191
                             + +  ES+  V+P+LE  V+ LK+QY  IAEM+G  CSGF W
Sbjct: 121 VDNGTFKPGYLVQVQKLMKEKILESNIQVTPNLESGVKILKKQYTTIAEMMGPVCSGFSW 180

Query: 192 NAERKCIDCEAEIFDAWVKSHPSAKGLRHKSFPFSDDLAIVFGKDRAIESRATTTVEVGS 230
           N ERKCI+ E  + + WVK H +A+ L +K FP+  DL IVFG+DRA   +  T VE+GS
Sbjct: 181 NKERKCIEAEKSVSNDWVKGHLNARYLLNKPFPYFYDLEIVFGRDRATGGKCKTPVEMGS 240

[Close]

BLAST of CmUC10G190650 vs. ExPASy TrEMBL
Match: A0A5D3DTL0 (Myb_DNA-bind_3 domain-containing protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold260G00340 PE=4 SV=1)

HSP 1 Score: 196.4 bits (498), Expect = 2.0e-46
Identity = 115/272 (42.28%), Postives = 153/272 (56.25%), Query Frame = 0


Query: 12  LLRTTGGLRPTKYVDVEEIVAIFLHIVAHEVKNRVMKCQFARSGETVSRHFNIVLNAILR 71
           +LRT GGL  T+YVDVEE+V IFLHIVAH+VKNRV +  FARSGETVSRHFN+VLN +LR
Sbjct: 1   MLRTRGGLEATQYVDVEEMVTIFLHIVAHDVKNRVARRHFARSGETVSRHFNVVLNVVLR 60

Query: 72  LYEVLLRRPE-----------------------PKHPDHTQEPQII-------------- 131
           L+E+LL++P+                        KH   T E + +              
Sbjct: 61  LHEILLKQPDSVTHSCSHEKWRWFQMASINSKVTKHWWTTIEDEALVECLLQLVEKGCWR 120

Query: 132 ----------------FGRMRRTESSWSVSPHLELRVRTLKRQYNAIAEMLGTGCSGFGW 191
                             + +  ES+  V+P+LE  V+ LK+QY  IAEM+G  CSGF W
Sbjct: 121 VDNGTFKPGYLVQVQKLMKEKILESNIQVTPNLESGVKILKKQYTTIAEMMGPVCSGFSW 180

Query: 192 NAERKCIDCEAEIFDAWVKSHPSAKGLRHKSFPFSDDLAIVFGKDRAIESRATTTVEVGS 230
           N ERKCI+ E  + + WVK H +A+ L +K FP+  DL IVFG+DRA   +  T VE+GS
Sbjct: 181 NKERKCIEAEKSVSNDWVKGHLNARYLLNKPFPYFYDLEIVFGRDRATGGKCKTPVEMGS 240

[Close]

BLAST of CmUC10G190650 vs. ExPASy TrEMBL
Match: A0A5D3C620 (Retrotransposon protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold98G003010 PE=4 SV=1)

HSP 1 Score: 180.6 bits (457), Expect = 1.1e-41
Identity = 104/241 (43.15%), Postives = 133/241 (55.19%), Query Frame = 0


Query: 1   MDRRTFTILCHLLRTTGGLRPTKYVDVEEIVAIFLHIVAHEVKNRVMKCQFARSGETVSR 60
           MDRRTF ILCHLL+T  GL  T+ VDVEE+VA+FLH++AH++KN V++ +F RS ETVSR
Sbjct: 40  MDRRTFAILCHLLQTVSGLSSTEIVDVEEMVAMFLHVLAHDMKNSVIQREFVRSDETVSR 99

Query: 61  HFNIVLNAILRLYEVLLRRPEPKHPDHTQEPQIIF----GRMRRTESSWSVSPHLELRVR 120
           HFN+VL  ++RLYE L++RP P   +   +    F    G +  T    +V        R
Sbjct: 100 HFNLVLLTVVRLYEELIKRPVPVTNNCKDQRWQCFENCLGALDGTYIKVNVPATDRPTFR 159

Query: 121 TLKRQ---------------------------YN------------AIAEMLGTGCSGFG 180
           T K +                           +N            AI EM G  CSGFG
Sbjct: 160 TRKGEIATNYVNLKPYPETCLDEGGGGHSCGVFNEVGVNGGGNWIMAITEMWGPACSGFG 219

Query: 181 WNAERKCIDCEAEIFDAWVKSHPSAKGLRHKSFPFSDDLAIVFGKDRAIESRATTTVEVG 199
           WN E KCI  E E+FD WV+SHP+ KGL +K FP+ D+L  VFG+DRA      T V VG
Sbjct: 220 WNDEEKCIITEKELFDNWVRSHPATKGLLNKPFPYYDELTYVFGRDRATGQFVETFVNVG 279

[Close]

BLAST of CmUC10G190650 vs. ExPASy TrEMBL
Match: A0A803QNC5 (Uncharacterized protein OS=Cannabis sativa OX=3483 PE=4 SV=1)

HSP 1 Score: 156.4 bits (394), Expect = 2.3e-34
Identity = 124/436 (28.44%), Postives = 162/436 (37.16%), Query Frame = 0


Query: 1   MDRRTFTILCHLLRTTGGLRPTKYVDVEEIVAIFLHIVAHEVKNRVMKCQFARSGETVSR 60
           MDRRTF ILCH L+TTGGL+ +K VDVEE+VAIFLHI+AH+VKNR+++ QFARSGETVSR
Sbjct: 1   MDRRTFFILCHHLKTTGGLKGSKNVDVEEMVAIFLHIIAHDVKNRIVRRQFARSGETVSR 60

Query: 61  HFNIVLNAILRLYEVLLRRP-----------------------------------EPKH- 120
           HFN+VLNA+L L+++LL++P                                    P++ 
Sbjct: 61  HFNMVLNALLHLHDLLLKKPVAIRDDCIDERWKWFKNCLGALDGTYIKVNVLASNRPRYR 120

Query: 121 ------------------------------------------------------------ 180
                                                                       
Sbjct: 121 TRKNEIATNVLGVVSQDMQFIYVLPGWEGSAADSRVLRDAIHRNGFKVPQGYYYLCDAGY 180

Query: 181 -----------------PDHTQEP------------------------------------ 221
                             D T  P                                    
Sbjct: 181 PNGEGFLTPYRGQRYHLNDWTHPPNSPREFFNMRHSSARNVVERAFGLLKGRWAILRSRS 240

[Close]

BLAST of CmUC10G190650 vs. TAIR 10
Match: AT5G41980.1 (CONTAINS InterPro DOMAIN/s: Putative harbinger transposase-derived nuclease (InterPro:IPR006912); BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT1G43722.1); Has 1807 Blast hits to 1807 proteins in 277 species: Archae - 0; Bacteria - 0; Metazoa - 736; Fungi - 347; Plants - 385; Viruses - 0; Other Eukaryotes - 339 (source: NCBI BLink). )

HSP 1 Score: 70.9 bits (172), Expect = 2.4e-12
Identity = 34/72 (47.22%), Postives = 48/72 (66.67%), Query Frame = 0


Query: 1   MDRRTFTILCHLLRTTGGLRPTKYVDVEEIVAIFLHIVAHEVKNRVMKCQFARSGETVSR 60
           MD+  F  LC LL+T G LR T  + +E  +AIFL I+ H ++ R ++  F  SGET+SR
Sbjct: 48  MDKPVFYKLCDLLQTRGLLRHTNRIKIEAQLAIFLFIIGHNLRTRAVQELFCYSGETISR 107

Query: 61  HFNIVLNAILRL 73
           HFN VLNA++ +
Sbjct: 108 HFNNVLNAVIAI 119

[Close]

BLAST of CmUC10G190650 vs. TAIR 10
Match: AT5G27260.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT2G29880.1); Has 1807 Blast hits to 1807 proteins in 277 species: Archae - 0; Bacteria - 0; Metazoa - 736; Fungi - 347; Plants - 385; Viruses - 0; Other Eukaryotes - 339 (source: NCBI BLink). )

HSP 1 Score: 55.8 bits (133), Expect = 8.1e-08
Identity = 29/81 (35.80%), Postives = 45/81 (55.56%), Query Frame = 0


Query: 110 HLELRVRTLKRQYNAIAEMLGTGCSGFGWNAERKCIDCEAEIFDAWVKSHPSAKGLRHKS 169
           H   R++ LK QY +  + L    SGFGW+   K      E++  ++K+HP+ K LR+ +
Sbjct: 69  HYLSRMKYLKIQYQSCLD-LQRFSSGFGWDPLTKRFTASDEVWSDYLKAHPNNKQLRYDT 128

Query: 170 FPFSDDLAIVFGKDRAIESRA 191
           F F D+L I+FG+  A    A
Sbjct: 129 FEFFDELQIIFGEGVATGKNA 148

[Close]

BLAST of CmUC10G190650 vs. TAIR 10
Match: AT4G02210.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT2G24960.2); Has 791 Blast hits to 465 proteins in 19 species: Archae - 0; Bacteria - 0; Metazoa - 0; Fungi - 17; Plants - 748; Viruses - 0; Other Eukaryotes - 26 (source: NCBI BLink). )

HSP 1 Score: 49.7 bits (117), Expect = 5.8e-06
Identity = 27/98 (27.55%), Postives = 54/98 (55.10%), Query Frame = 0


Query: 111 LELRVRTLKRQYNAIAEMLGTGCSGFGWNAERKCIDCEAEIFDAWVKSHPSAKGLRHKSF 170
           L+ R +TL+  + ++  +L     GF W+  R+ +  +  ++D ++K HP ++  R KS 
Sbjct: 66  LKNRHKTLRNLFKSVNNLLIE--DGFSWDDTRQMVVADNCVWDEYLKIHPDSRSFRIKSI 125

Query: 171 PFSDDLAIVFGKDRAIESRATTTVEVG-SELVVDEENG 208
           P   DL +V+  D   E +A  ++  G S+ ++ E++G
Sbjct: 126 PCYKDLCLVY-SDGMSEHKAEESISEGESKTLIQEDDG 160

[Close]

BLAST of CmUC10G190650 vs. TAIR 10
Match: AT4G02210.2 (unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biological_process unknown; LOCATED IN: cellular_component unknown; EXPRESSED IN: 22 plant structures; EXPRESSED DURING: 13 growth stages; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT2G24960.2). )

HSP 1 Score: 49.7 bits (117), Expect = 5.8e-06
Identity = 27/98 (27.55%), Postives = 54/98 (55.10%), Query Frame = 0


Query: 111 LELRVRTLKRQYNAIAEMLGTGCSGFGWNAERKCIDCEAEIFDAWVKSHPSAKGLRHKSF 170
           L+ R +TL+  + ++  +L     GF W+  R+ +  +  ++D ++K HP ++  R KS 
Sbjct: 66  LKNRHKTLRNLFKSVNNLLIE--DGFSWDDTRQMVVADNCVWDEYLKIHPDSRSFRIKSI 125

Query: 171 PFSDDLAIVFGKDRAIESRATTTVEVG-SELVVDEENG 208
           P   DL +V+  D   E +A  ++  G S+ ++ E++G
Sbjct: 126 PCYKDLCLVY-SDGMSEHKAEESISEGESKTLIQEDDG 160

[Close]

BLAST of CmUC10G190650 vs. TAIR 10
Match: AT5G28730.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT1G43722.1); Has 496 Blast hits to 496 proteins in 68 species: Archae - 0; Bacteria - 0; Metazoa - 3; Fungi - 23; Plants - 470; Viruses - 0; Other Eukaryotes - 0 (source: NCBI BLink). )

HSP 1 Score: 48.9 bits (115), Expect = 9.9e-06
Identity = 33/105 (31.43%), Postives = 50/105 (47.62%), Query Frame = 0


Query: 1   MDRRTFTILCHLLRTTGGLRPTKYVDVEEIVAIFLHIVAHEVKNRVMKCQFARSGETVSR 60
           M    FT LC +L    GL+ +  + ++E VAIFL I A     R +  +F  + ET+ R
Sbjct: 30  MSSEAFTQLCEILHGKYGLQSSTNISLDESVAIFLIICASNDTQRDIALRFGHAQETIWR 89

Query: 61  HFNIVLNAILRLYEVLLRRPEPKHPDHTQEPQIIFGRMRRTESSW 106
            F+ VL A+ RL    +R      P   +E + I  R++     W
Sbjct: 90  KFHDVLKAMERLAVEYIR------PRKVEELRAISNRLQDDTRYW 128

The following BLAST results are available for this feature:

BLAST of CmUC10G190650 vs. NCBI nr


Match Name	E-value	Identity	Description
TYK07921.1	1.3e-47	41.16	hypothetical protein E5676_scaffold265G00330 [Cucumis melo var. makuwa]	[more]
KAA0033487.1	4.1e-46	42.28	uncharacterized protein E6C27_scaffold261G00210 [Cucumis melo var. makuwa]	[more]
TYK26842.1	4.1e-46	42.28	uncharacterized protein E5676_scaffold260G00340 [Cucumis melo var. makuwa]	[more]
KAG6532280.1	7.3e-43	43.95	hypothetical protein ZIOFF_006120 [Zingiber officinale]	[more]
TYK05796.1	2.3e-41	43.15	retrotransposon protein [Cucumis melo var. makuwa]	[more]

BLAST of CmUC10G190650 vs. NCBI nr


Match Name	E-value	Identity	Description

BLAST of CmUC10G190650 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A5D3C7T4	6.2e-48	41.16	Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold...	[more]
A0A5A7SW62	2.0e-46	42.28	Myb_DNA-bind_3 domain-containing protein OS=Cucumis melo var. makuwa OX=1194695 ...	[more]
A0A5D3DTL0	2.0e-46	42.28	Myb_DNA-bind_3 domain-containing protein OS=Cucumis melo var. makuwa OX=1194695 ...	[more]
A0A5D3C620	1.1e-41	43.15	Retrotransposon protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold...	[more]
A0A803QNC5	2.3e-34	28.44	Uncharacterized protein OS=Cannabis sativa OX=3483 PE=4 SV=1	[more]

BLAST of CmUC10G190650 vs. TAIR 10


Match Name	E-value	Identity	Description
AT5G41980.1	2.4e-12	47.22	CONTAINS InterPro DOMAIN/s: Putative harbinger transposase-derived nuclease (Int...	[more]
AT5G27260.1	8.1e-08	35.80	unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TA...	[more]
AT4G02210.1	5.8e-06	27.55	unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TA...	[more]
AT4G02210.2	5.8e-06	27.55	unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biologic...	[more]
AT5G28730.1	9.9e-06	31.43	unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TA...	[more]

InterPro

Analysis Name: InterPro Annotations of Watermelon (USVL531) v1
Date Performed: 2022-01-31


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	PANTHER	PTHR46250	MYB/SANT-LIKE DNA-BINDING DOMAIN PROTEIN-RELATED	coord: 103..204

Relationships

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


Feature Name	Unique Name	Type
CmUC10G190650.1	CmUC10G190650.1	mRNA