Lag0015772 (gene) Sponge gourd (AG‐4) v1

Overview


Name	Lag0015772
Type	gene
Organism	Luffa acutangula (Sponge gourd (AG‐4) v1)
Description	Uncharacterised conserved protein UCP022280
Location	chr12: 23580025 .. 23599057 (+)
RNA-Seq Expression	Lag0015772
Synteny	Lag0015772

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

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

GATTCATTTCAAGATGTGAAGTCAGAGGTTGCTGCTTATGAGAATTTATTATTTGGAAAAATTAGAGGTTTGTTCCTCAGCTAACATTGGGATTGAAAGTTGATTTTAACTTTATCATCTTTCTTTTTTTCCCCCTCAAATATTTAAATTACTGAAAAGTGCTATTTTTAATTTTTTTTTTTTCTGCAGATGGTATTCTTGTTGCTGCATCACATCCGCTGATCAGTTGTGGAGTTGCAACTGGCATGGGTTTCTTAGTCCTTAAAAGTATGGTTTTATTTGTTGATCCATTTTAATTTTTGATGGGTCCTTAAAAGTGTGGTTATAACTTTATAATTTCACAGATTCATGTTCTTACTCCGAATACATTCTTTTAGTCATATTTCCATATTTCATATCTCTCTGTATTAGTTTCTTTCTAATGGCTCCAAATTATTCGAGCTTATTAGAAATGATTTTGAATTCTTATGTGGATGGACCACCCGTCCTTGAAGTCATGCATAGCCTCCTGGTGGGATGTGGAAGTCTAGGAGAATTGGGAAGACTATCGTTTCATGGGTAAGCTGAGGATGCTTAAAAGGATGCTGAAATCTTGGAATTGGGAGGTGTTTGGTGACTTTAGGATTAAAAATCAGGAGTTGATGGGGAAAATAAAAAAGATTGATGACTTGGAAGAGGAAGGTAGTTTAGTAGAGGAGGTTATGGAGGAGGGACTAGCCTTAAAGTCAGAGCTCGCAGAGGTGGTTAGGGGAGAGACTACAAGTTGGAGACAAAATGCTAAGGTGTTGTGGGCTAAGGATGGAGATTGCAATTTGGCCCGTTTTCACCATTGGGTGAATGGTAGAAAGAGTAAGAATCTCATCGACTCCTTGGAGAATGACAAGGGGATTAAGGTGGAGGGGGAGAAGGAGGTAGAGAAAGAGATACTTTTTTTTACTAATCTCTATGGTCCTCAGGTGGAGTCCAAACCCATTATAGAAGGGCTAGATTGGAGCCCGATTTCAGATAATGATAAATCGAAAAATCCCCAGGGTCGGACGGGTTCTCTTTGGGTTTTTTTTCAGGAGAATTGGGAAGTTATCTAGGACATTTTTGGATTAATAAGGAATTCTATAAAAGATGTATTCTGGATAGTTCCCAGAGTGAGACCTTTGTGTGTCTTATTCCAAAAAAGGAGAAGGTAGTAAGGGGCAAGGACTTCAGACCCATCAGTCTCGTTAGTGTTTATAAGATTATTGCCAAAGTGCTTGCAAGCTATTACATTTATTTTTCTTGTTGCTGGTCATATGTATAGAACTAACTTCAGGATTGGACATAGTATAAAAGATCTTTTAGAAGCACATATTCTGCCGAGGGGACGATTGGAGCATGGACATAAAGGCCTTTATGACACAATCAATAATTCGCTTCATTTTCAATTAGACCTTGCTTTAACCTCTATAGGGGTTATTACTTTCTTGGTAGCTCAACACATGTACTCTTTACCTGTTTATGCATTCATAGCACAAGACTTTACTACTCAAACTGCGTTATATACCCATCACCAATACATAGTAGGATTCATTATGACAGGAGCTTTTGCTCATGGAGCTATAGATTGAAAAGAGTCCTCCCTTCAATGATCACCGAGGCCCAAGGTGCGTTTATCTCAGGAAGGCAAATTTTGGATTAGACCCTCATTGCGAATGAGGCTATTGAGGATTATAGAAGTAGAAAGAAAGAGGGAGTCATCTTCAAGATTGATTTTGAGAAGGCATATGATCACTTGGATTGGAATTTTCTAGATAAGTCATAAGATCCTAGCTAAAAAAGGTGTGTTTATCTCAGGAAGGCAAATTTTGGATTAGACCCTCATTGCGAATGAGGCTATTGAGGATTATAGAAGTAGAAAGAAAGAGGGAGTCATCTTCAAGATTGATTTTGAGAAAGCATATGATCACTTGGATTGGAATTTTCTAGATAAGATCCTAGCTAAAAAAAGGTTTTGGATACAAATGGAGGTCTTGGATTTTGAGTTGTATTCAATCAGTTAGGTATTCGATTCTCATTAATGTCTAAGGGTAGGATCCAACTTCTCGAGGCCTTAGACTAGGCGATCTTTTATTGCCCTTCCTCTTTCATCTGGTGGTAGATGTTCTTAGTAGGATGGTTTCTAAAGGAGTTGAGGGAGGTATCATTGAAGGTTAGAAAGGAGAGCGTCTCTTTATCTCATCTATAGTTTGTTGATGATACTATATTCTTTTACTCGGGTAAGGAGGAGTCTTTTCTGATACTAAAGCACATGCTCTTGTTCTTTGAGATGATGTCTAGGCTTAAGATTAATATAAGTAAAAGCCAGGTGGTGGGGCTGAATTATGAGCGTTCTAAGGTGGATAGGTTAGCTCTTTGGTGGGTTGTGAAGTAGGTGAATTGCCGATGTTGTACTTAGGTCTCCCCTAGGTCACAACCCTAGGAGTCTTTCTTTTTGGAGCCCGGTGATAGATAAGATTAGAAACAAATTGACTTCTTGGAAGAGAAACTTCTTCTTTAAAGGGGACATAATGATCTTGATTTGCTCCGTGCTAAGTGGAATTATGATATATTACTTCTCATTGCTTAGGCCTTTGGAGAAGGTGTGTAAGAGCCTTGAGAAGCTGATGAGGAAGTTCCTTGTGGGAAAGAGGGAAGAATGAAAAGGAGCTCATCTGGTGAGTTGGGAGATGTTGGGAAAACCCGTTTACCTTGGAGGTTTGGAGATTGGGAACCTCAAAATCCGCAACAAAGCTCTATTAGCAAAATGACTATGGCGTTTTCCCTCGATCCTCTTCCTTGTGGTACTAGATTATTGTGAGTAAAAATGAGTCTCATCTTTTGAGTGGTTGTTGGGTGGGGTGAAAGACACGTTCAGAAACCTTGGAAAGACATTATCATGGAGCTCCCTTCTTTTTCTAACCTTGTGCATTATGTGGTGGGGGATGGGAAAGATATGTACTTTTGGGAGGACAGATGGGTGGGGGATAGACCTCTCTATCTAACTTTCCCTCGTCTCTTTCTTTTGTCTTCCATAAAAAATTGTTCGGTGGCGGAGGTTCTGTTGCATTAGGGGAACTCCCCCTCGTCTTCGTTTGGGTTTCATCGTGCTTTGTCCAATAGGGAATTGATGGATGTCATAAGTCTTCTTTCTTTGATTGAGGAGTTTGAGTTTAGGTTGGGGAGGAGAGAGTTGTTTTTTGAGTCCTAATCCTACCGAGGGATTCTCGTGAAAATCCTACTTTTGTTTGGGTTGTTGAATCCTCCTCCCCATAGCGAATCCATTTTCTCCCTTTTGTGGAAGGTGAAAGTTCCGAATAAGGTTAGGTTTTGTATTTGGCAAGTTCTCCATGGTAGAGTGAATACCTTCGATAGGCTCTTAGAAGGAAATCTCCTTTGATTGGCCCTTTTGCTGCATTCTTTGTCGGAAGGCTGAGGAAGACTAGGATCATAATCTTTGGGGTTGTGACTTTGCTCGCTCTGCTTGTGGCCTTTTCTTTGACTCTTTTGAGAGGCAGACGATAAACTACCCAGACTTGAAGGTGATAATCGAAAGTTCCTTCTCCATTCGATGTACTGAGACAAAGGAAGACTTTTGTGGCAAGCCGGCATGTTTGCGCTTTTATGGGGGAGAAAGAAATAATAGAATTTTTAGGGTGATAGTTAGAAGCCTGGGTGATGTGTGGTCCCTTGCTAGATTCCATGTATTCCTCTGGGCTTCGGTCACGAAATTATTTTGTAATTATCTGTTAGGTCTCATTTTGCTTGGTTGGAATCCCTTTTGTGGGCTTGTTTTTTGTACGCCCTTGTATTCTTTCATTTTTTCTCAATGGAAGTTGGTCCTTCATTAAAAAAGAAAAAGGAAAGAAAGAAAGAAATGATTTTGAATTCTTTATCTAGTTGAATCTCCAAAACCACACACATCATTACACCACAATAAATTAATTCACAGTTCATCTAGATTTGGAGGCTGCTTATGTAGTTGCTACATGAGACTTGTAACATTCTGAACCTTGAACAATTTTTTTGTTAATTCTAATATTGTGTTGGTCCTGCAGAGCCCAGAAATTTCTTGTACTACAAAACCGTTCGACTTTTTGTGAATGAAGAGGTGAGCAAAATTTAGTTTCCCATTTATTCAGTTCCCTTGATTTTTTTTTTACTTTTTTTCCTTTTCCGGGGGGGGGGGGGGGGTTAAAGAACCAAAACCTTTCATTAATGAAATAGGAAATAGAGGAATGGTCCAGCTACATAGATGAAAAAAAATATCATAATTAGAAAAGAAGAAATACAGTAAGAGTGGAACTCCAATTAGAAGCTTCTTAGTGGCTTACTTTCCAGATATTGTTCAGATATCTACTATAGTCTTTGAAATCCTATGATTACTACTGGTTCCTTTCGATCTAACTTTCTCACAGGATGTTTTTGATTTGGGACCACATTTTCATAACAATTTTGATGCTGAAAAAGTTATCTGGAACTCCTTATATTTTGTAATAAATTTCCACCAACTGTTTCTTTGGATTTTCCCATGGTTATTTGTGAACTAAATAACTAATGGTGGTTATCAAGCCCATATTTACTGAAAATTATGGATCACCACTTGGAGTTTTATTGGTGTGGAATTGTCCAAACCTGCTTCCTAACAAATTACTATGTTCTTGTCTCTGAGTTGGGAATGCCAAGTCCTCCACCTTCTTTATGGTCATAAGCTCTATTCTAGCTAATTCGAAGATGTACCTTCACTAGCTCTTATCCCCTCCTTTTTTGCTCAAGGATTTTAGCAGTTTTACTTGATATTTGAAAAAACTAACATAAAATATGTGGGGATTAGATAGGATTATTTGTATAATAGTTAACCTATCTCCCTATGAGAATATCTTACTTGAGTAAATTCCTTAATGCTAACCACTCTCATTTGCTTGGAACCACATGAACATGCTTCAAATTGACTCCTAGGTGAACTCACGCTCGGATTAACCTTTATGCTAGATTCGTCCAATAGGTGAAGTACCTAGATTGGCTTGCAAACATGGTAGTAGTCAGGAAGAAGAACAAGAAGTAGAGGGTATAAAAAGAGTTATAGGTTAAGGTTATGAACAACGCATGCCTCAAGGATTATTTTTCCAGTCTCAACTGATAGTAGATATCATGGCTGGCCATAAGTTGTCGAGCCTCGTGGACACCTTAGGCTACCACTGGATCTCATGCTTCCAACTAATCAAGTAGAAGATTTCATTTTATCACGAACAAAGACACTATTCTAAGTAATGCTCTTTGGCTTGAAGAGTGCAAGAGCAACCTAGACTACCCAAGTGAACGTTTTTTTTAGAAGAGAAACAATTTATTTCATTGATAGATGAAATCTAAGAAGCACAGCCACAGACACGATAGGACACGTGCGATACGCCAATTTCTAAAAAACTAAGATACAAACACGTTGAGGATACGTTGTTTTTTTTAGTATATATATAAATGTAACGTAAAAATATTAAAAATACACCATAAAGATGATCAAGACTAACGATGGTGGGAAGAGGTTGATGATGACGGCAACAGTGGCGGCAAACATTGGTGGTGACGGCGACCGTGTGGAGGCTGGTGGTTGTTGAAGCTGTTGTAGTTGTGGGTGAGGGAGAGACTGTTGAATGGCTGAAGGTTCACGAAATTAGTGTTTCTTTTGTTTTTCTTTTTTAATTAACCCATGATTTGGGCTTTTCATTTGGGCCCAGACTGCTTAAAAGCTTTCAAGACTTTCCTTTAAATTTTTTTTGCCGTGTCCAGTGGCATGTCCTCCCGTGTCCCAGCGTATCTGAATTAAAAAAAAGAAAAAAAAGGACACGCAAATTTGTGTGTCTGACGCGTGTCCAGACGTATCTGTGTTCGACACAGATTCTTCCCCTATTTTCACGTGTCCATGCTTCATAGGATGAAATAAAAGGAGTCTAATAGACTACCCAAGTGAATGTTTAAAGACTTATACTTGAAAAAGGCAATTTGGCAGCCTTCCCATCTGACATAAATTGTAGCCCAATTGACGACCAATTATCTTTAGAATTGGAAGGTTGTACAACTTCTTTCTTGGCACGGAAAAATCCTTTGGCCCTAATGGATTCACCTTAGAATTCTTCAAACAATGTTGGAACATCCTCAGAGCCATATTATGAGAGTGTTCCAAGATTTATTTGTTTGTTTGTTTTCCCGTAATGGGATCCTCGAGACTTACACCTTTTTGGACCATAAGAGGCTTATGCCTTTATAAAAACGCATTGAGGCTTAAAGTCTTTACACCTCATAAAATGGTTGGAAGAGTAGTATTAATTTCCCCCTTCTTTAAAAATATAAACGTTTGAGTTGTTACAATTTGAAATATTACTACTTTTACCACTTAGGCTTTAAAAACATTGAAAAATAAAAATTTATAGAATAAGTCAATCTTATTAATGATAATAGTAGTGATGTTAAAGATATACTCGTAGAATTTTTGTTCAATTAACAATTTAAGGGGTGACTTTTTCCATACTTTTATATAAGTATCATGTTTAGCACTACTTGTTCACACAAATTTAGGATTTACATAATGTTTCTAATTAAAATTGAGGCTTACGCCTCACACCGCCTCGAGGCTTGCGCCTCGCCTCTTCAAGAGAAAAAGCGTCAAGGTCACCTTTAGCCTTTTAAAACATTGTTTGTTCACGGGGCAGGGTGGGGACGAGGTTGCTACCCCCCATTTCAAATTTTCAAGGGGTGGTTGCAGCAATAACAAAAGAGAAATCCTCAATTGCAAGCGTGCCTCCACTTTTTGAGGGTTGCAATTATGGCAAAAAAGTTCAACCCAGACCAAAACGCAAATAGAAAAAGTAAAAAATACCATATCTAGCATTTTCGCGTGTTTTGTTATTATGAAGTATATCAGTAGTATATAAGATATACTGTTGATATACTACTGATATACCTAAAATGAAATATATCAGATATACTGTTGATGTACTACTGATATACCTAAAATGAAATATATCTGATATACTGTTGATATACTGTACTGATATACCTAAAATGAAATATATTTGATATATTTTACTCTGGTATATTAGTGGAATGATATTCCTAATATGAAGTATATTAACAGTATATCATTATTTTATATTCAGTATATAAGATATACCTAATTTGAAGTATATCACTCATATACTACTAATATACTCTGATACATCAGTGAAATGATATTTCTAATATGAATTATATATCAACAGTATATCAACACTTCATATTCAATATAAGAAATATACTTAAAATAAAGTATATCACTGATAATTAAAAATATATATCAATGATTTTTTTTTAAGTCTATCATTGATGTATTTAGCCACACATGATTAGGTATATCAATGTTATTAATTATTTGAGTAATATAACACTAAAATTTTGGGAAGAAATAATAAGAGAATGATTGTATTTCTTCACACATTTTGAATCAAATACAAGGTCTTCTTATATAGAAGAAAGACCATCTACCAATTGGAAACAAATATCATAAATATACACATAATATAAAACTATTATTACAAAAGATTAAAAGGAAATCCAACACTCCCCCTCAAGTTGGTTTGTAGATATCCTCCATAGCCAGCTTGTTGATAAGCTTATCGAATTGTCCTTTACCTTTAGTTAGCATATCAGCCGTCTGTTCTGACGTCGGAAGATAAGATATACATATTAATCCTGCATCAATCTTCTCTTTTATGAAATGCTTGTCAACTTCGATATGTTTTGTTCTATCATGTAGCAATGGCAGCCTTGTTATCACAATAGACTCGCATAGGTGTCTTTTGAGACAATTTCAATTCTTCGAGTATTCTGTTAATCCATATACCCTCACAGATTCCATGTGCTAGAGCTCTGAATTCTGCTTCAGCACTACTCCTGGCTACTACAGTTTGTTTTTTACTACGCCATGTAACTAAATTTCCTCCAACAAAAGAGCAATAACCAGAAGTAGATTTTCTATCAATAGTGCTCCCAGCCTAGTCTACATCAGTATATATTTCAATTTGAAGGTAATCATGTTTCTGAAATAATATACCTTTACCTGGAGTTCCTTTTAAATATCTAAGGATTCTATACACAGCTTCAAAATGAATGGATCCAGGTGAGTGCATAAACTAACTCACCATACTCACTACAAATGCTATATCTGGACGTGTGTGAGATAAATAGATCAACCTACCCACAAGTCTTTGATACCTGTCTTTGTCCTTTACTTCTTCAGTTTTGGCAGCTTGTAACTTCAAGTTCGGTTCTATCGGAGTTTCTGCTATCCGACAACCAAGTAAACCTATTTCTTGAAGTAAGTCAATAACATATTTTCTTTGATTAACAAAAATACATTTCTTAGATCGTGCAAACTCCATCCTTAAAAAATACTTTAAAGCTCCCAAGTCTTTAATCTGAAACTCTTTTGCAAGTTTGTTCTTAAGATCAACCAAACTTTCCTCATCATTACCTGTGAGAATAATATCATCAACATAAACAATTAGAATAGCAATTTTATTATCCCCAGAATGTTTATAGAAAATGGTATGGTTTGCTTGACTTTGAAGGAATCCATAGCTAGTAACTGCTTTTCCAAAGCGTTCAAACCAAGCTCTTGGAGATTGTTTGAGGCCATATAAAGATTTCTTTAACTTGCAAACTTTATTATTTCCAAGTACCATTTCAAATCCTGGTGGTAAGCTCATAAATACATCTTCTTCCAAATCACCATTGAGAAAAGCATTCTTAACATCGAGTTGATGGACCGTGGAAAAATATAGTCAAGCATCGCAGCCTCATTATCAGCCGTATAGTCCACCAGCTTGGAAATGGTGAGGATACTTGCTTCTGGACAGACCCCTGGATAAGCAACTTGCCGTTGGCCACTAGATACCCCTTCTTTTTAAGCTCTCATTGCAAAACAACATCGGTCAAAGATGTGTGGAATGTTACGAACCTCTTTTGGGATCTCAAATTGGGTAGGAACTTGAAAGACTCTGAAGCTGCAGAATGGGCTGATCTTAGTTTGATTCTCGACCCCATCCACTTATCTCATACAGTAGACTCCTGGAAATGGCCCCTCAATCAACATGGCAGCTTTTCCACAAAACCCCTCATCATTGACATGGCTGGATCCTCTAGCCTACTGGATACTTTTTTGGCTAAGGCAATCTGGAAAGATAACTACCCCAAGAAAGTCAAATTTTTCTTATGGGAGCTAGCTCACAAAGCCATCAACACCAAAGACATCTTGCAAAAGCGCATGCCATATATGCCTCTTTCCCCCAGGAGGTGTTTTTTATGCAAAGCGGATGACGAAACACAGATTCATATTTTTGCTTCTTGTCCTTTTGCGGGGAAGTTTTGGTCGAGAATTATGTATCATTTTGGTTGGTCCTATATTCTCCCAGGTCGAGTGGAGGATCTCCTTGCTTCATCTTTGATGGGCCACCCTTTTAAGGGTATCAAAGCTCTATTATGGATGAATATCAACAGAGCCTTCTTTTGGAACATTTGGAGAGAAAGAAATAATAGAATTTTTAAAGGAATGGAGTCCTCTCTTGAAGCTTTTTTTGATTATGTTATTTTCCTGGCTATTACTTGGTGTAAACTCTCTCCCTTATTCTCATCATACTCTTATGCATCCCTCACCAATAGTTGGGAATGTCTTTTGTAAATCCTATGGATCTTGTATCCCTTTTGTAAATTTCATTCATCAATGAAATTGTTTCTTATCAAAAAAAAAAAAAAAAAAACATCGAGTTGATGAAGTGACCAATCTAAATTCGCTGCAAGAGACAAAAGAATTATGATGGAGTTGATTTTTGCAACTGGAGCAAAAGTCTCCTGATAATCGATACCATAGGTCTGAGTAAAGCCTCTAGCTACTAATCGAGCCTTGTATCTTTCAACACTTCCATCAGCATTACACTTTATGGTAAACACCCATTTGCATCCCATTGTCTTCTTGTCTTTTGGCAGGTCTATTATTTCCCAAGTACCATTTTGTCTTAGAGCATTCATTTCCTCCATAACTGCTAGTTTCCAATTTGGATCATCTAAGGCTTCTTGTATATTCCTTGGAACAAATAAGTTGTCTATCCTGGAGGTAAAGGCTTTATGACTATTTGACAATTTTTCATATGAGATGTAATTTTCAATGGGATATTTAGTACAGGTTCGAATACCTTTCCTAATAGCAATAGGAATATCAAGATCAGAAAGAATAGGTAAGGTATTTTCAACATTTGAAAGATTAGGAATAGAAGGATTACTAGACTTGTCATCATCGAGAATAGGAGAGGAATTTCCAGCATCATTTTTCAGAGTTTCAGACTGGGTTTGGGTAGAATCAACTCTCTGGTCTTGGTTCCTTTGATTAACGGTTCTTCTAGTATAAAACTTTAACTCAGGAATTTGACCTGTAGAGTCATTTTGTAGTATTTCTCCCCCTGAATGAGACATTTCTATACTTGACATCGAAGGACTAGAGATAGGCAAGTCAGAGTGAATGACTTAAGGAAGGGGTTCAGATGTTTCCCAAAAATTTTCTTCTAAATTTGATTTCTCCCCCGGAAGAGAATTTTGGGTAAAATATGGTTGTTTTTCAAGAAAAGACACGTCCATACTCACGTAAAATCGTTTTGTCTGAGGATCAAAACATTTATACCCTTTTTGATTTGTAGCATAACCCAAAAAACACGCATTTAGTAGCCCTATGATCAAGTTTTGAACGGAAAGAACTAGGAATGTGAACATATGCAGTGCATCCAAAAATTTTTATGGGTAAATCACAATGTATGCGACTAGTTGGAAAAATAGTCTTAAGATTTTCAAGTGGTGTTTTAAAGTTCAAGACTTTACTGGACATCCTATTTATCAAGTAGGTGGCCGTGAGTATAGCTTCCCCCATAAATACTTAGGAACATGCATGAAAAACATTATTGCACGTGCAACCTCAAGTACATGCCTATTTTTTTGTTCAACAATTCCATTTTGTTGAGGGGTATCTCGACAAGTGGATTGATGTAAAATACCTTTATTCTTTAAAAATTCACTCAAGTGTTCATTGAAATACTCAGTTCCATTGTCAGAGTGTAAAATGCTAATTTTAGTTTGAAATTGGGTTTCAATCATATTGTAAAAAAATTTGAAAAGATCTTTCACCTCATATTTTTTTGACATTAAATAGACCCAAGATAGACGTGTGTGATCATCAATAAAAGTAACAAACCATTTTTTACCACTATGAGTCAATTTTTTAGGGACCCCAAACATCACTATGAATTAGGTAAAATGGTTTGGAGGCTTTGTAAGATATTGGTAAATAAGTGGAGCGATGGTTTTTTGCAAAAATGCAACTTTCACAATGAAAAGAAGAGCAATCAACATCTTTGAATAAATTTGGAAACAAATGTTTAAGATAGAAAAAATTGGGATGATCTAATCTACGATGCCAAAGCATGATTTGTTCATGAACAGAAAGCGAACTAATACTACTAAGACCCTGAGTTATTTTATTACTAATAGAACCTTTATCAAAGTAGTATAGACCATCGAGCATCCTAGCGCTCCCAATCTTCTTCCCCGAGTCTTGATGCTGAAAAATACAATGAGATTCAAAGAAAGTGACACGACAATTAGAATCTCTACAAAGCTTACTAACAGATAGGAGATTACAAGCTAATTTAGGAACATGGAGAACAGACTGTAGAGAGAGTGTATCAGTCAATTTTATAGTTCCTTTCCCGGCAATAGAAGAGAAACTACCATCTGCGATTCTAACTTCTTCATTTTTATAAGAAAGAGAATATGAATCAAATAAATGAGAAGAACTAGTCATGTGATCCGAAGCTCCTGAATCAATAATCCATGGAGATGAATTATTACAAGAAAAGGCGCGAGGACAACCTATTTGTGCCAAGGATACACAAAGATTACCCGATGAGAAATTGGTTCGTAGCAGTTGTGGTGGATTAAGTGGTTCCATATTGAATAACCTTGAGAATTAACCAAAAAGAAAGAATAACTTGGTTAAAAAAACAAAGGCCAAACCACTAAACCAAGTAAAATACAGCTGAACCAGAAAATAAACCAAACCAATATTTTAACTGAACCAAGCTTTGAACCCAACCAAACTTGAACCAGCCAGATCTCAGACTAAATCTTCTTCAAACCCACGACAACACGAACGCAAGGCAAGTCTAACGGTGAAAAATACCCAGCACACAGAACGGGAGTGCGACAGCGGACGTGCGACGGTGGCGAAGGAAGTGCGACGGCGCGAAGAATGACAGTAGCGGACGAATGGACGTGCGGAGAAACACACCTCACAGCCGACAAACACAGTTGAACGGACGACGAAAGGACGTGCGAACAGCGATCGGCGAACGGACGTGCGAAGAAAAACCCGAATCCACCAGCGATCGACGATCGGCAAACGGACGGACGTGTGAAGAAGTTGTGAAGAAAACCCGAATCCAAGGAAGGAAGAACACAACTTCGAAGACAATCTCGCAGCTTTGAAAAAGATGGTGCAAGCCTATGGATCAAGAAGAAAAAAAACTCAAATCCACCGGCGCTAGAAGTAAGATGCACCAATTAATTGATTGGTGGCTAGGGTTCCAACGACAGTGGCTAGGGTTTCAAAAATTGATGTCTAGGGTTTTTCACAGCAATGACATATTAGGATTTTAGAGACAGCTAGGGTTTACCTGCTCTGATACCAACTAGAATTTTGGGAAGAAATAATAAGAGAATGATTGTATTTCTTCACACATTTTGAATCAAATACAAGGTCTTCTTATATAGAAGAAAGACCATCTACCAATAAGGAAACAAATATCATAAATATACACATAATATAAAACTATTATTACAAAAGATTAAAAGGAAATCCAACAATAACAAATGAGGTATATCAATGTTCATAACAAGTATATAAGACAAACATTTTATGTTATAAAAAACAAACATTTCATTTAAAATATGTATATAGCACAACACAAATCAATAAAGAGAAAATGAAACATAACAAATATAACTAAAGAAAAGTAAAATATCAAGTATATCAACATTCATATATCAGGTATATCATTCTTATATCAATACTCATATATTATAAAAGGTTACGCTTATCAAATCAAGTATATATTATGTATATCATTGTATTCATTCGAGCATATCAAATTTGGTATATCAGTTAACTGATATATTTTATATTTCGTATTTCTCCCCCTGATTGAGAAGTTTCTATACTTGACACCAAAGGACTAGTAACATCAGGACAAATAAAGTTAGGAAGAGGAGTAGAAACATCCCAAAAGTTATCTTCCAAATTTGTTTTCTCCCCTTGGAGAGAACTCTGGGTAAAGTATGATTGATTTTCTAAAAATTACACATCCATGGTCACAAAACAATTTTTTGTTTGAAGATCAAAACATTTATATCCCTTTTGATTTGAAGAGTAACCCAAAAAAATACATTTAATAGCTCTATGATCAAGTTTTGACCAAAAGTGACTAGGGAGTAGGGATGTGAACAAAAGTGACTAGAGAGGTAAATCAGAATATAGACGAGATTTTGAAAAAACATTTTTAAAGCAATCAATGAGAGTTCTAAAATTCAAGATCTTACTAGGCATTCTATTTATTAGATAAGTAGCTGTAAGAATGGTTTCGCCCCATAAATGTTTCGGAACATGCATGGAAAACATTATAGCACGAGCTACTTCAAGTAAATGCATATTTTTTTCTTTCTGAAACACCATTCTGTTGAGGAGTATCTCGACAAGTAGACTGGTGAACAATACCTTTATCTTTTAAAAACTCACCAAAAGATTCATTAAAATATTCAGTTCCATTATCAGAGTGTAAAATGAACATTTTGGTTTGAATTTGAAAAAAAAAAAGAAAAAAAGAAATTAGGTTTCGATTATATTGTAAAAATTTCTAAAAATGTTTTTCACCTCAAATTTCTTTTCCATTAAGTACACCCAAGATAGACGACTATGGTCATCAATAAAAGTAACAAACCATCTTTTCCCACTATGAGTCTTAATTTTAGAAGCACCCCAAACATCACTATGAATTAAATAAAAAGGTTTGGAAGCTTTGTAAGGTTTAGGTAAATATGTGGAGCGATGATTTTTTGCTAAAATGCAACTTTCACAATCAAATGAGGAGCAATCAAATCCCTTAAATAAATTTGGAAATAAATGCTTGAGATAAGGAAAACTAGTCTGCCCTAACCTAATATGCCAAAGCATAATTTGTTCTTTACTAGAAAGAGAACTAATACTACTAAAACCTTGAGTTATTTTATTACTAAAAGAACTTTCATCAAAGTAGTAAAGGCCATCAAGCATCCTAGCACTCCCAATCATCTTCTTCGATTCCTAATCCTGAAGAATACGGTGAGATTCAAAGAAACACGACATTTAGAATCTCGGGAAAGTTTGCTAACAAATAAAAGATTACAGGCTAATTTTGGAACATGTAAACAGATTGTAAAGAAATATTTTTAGTCAATTTAATAGTTCCTTTTTCTGCAACGGAAGAAAAACTGCCATCTGCAATTCGGATTTTTTCATTAGGGTAGGAAGGAGAGTATGAGTTAAAAAAGTGAGAGGTACTAGTCATATGGTCTGATGCTCCTGAATTGATAATCCATGGAGAAGTGCCACAAGAGAAGGCTTGAGGATAATTACCTGTTTTTGCCAATGAAACACAAGAATTATTGGATGATAAATTGGTTGGTAGCAATTTTAGAGATTGATGAACTAGCTCCTTAGACATGACGAGTAAATGGGAAATAATAAAATATAAACCAGACCAAATAAACCAAAACTGAACCAAATAACACAGAACCAGACCAGTGAACCAAATTGTGCAAAAAAAAAAAAAAAAAAAAAAAATCGGAGGTAAACCAGTGAACCAACCCAAAAACAGATTTGAAACCAATAGGAAAATTATGGAAACAACACAAAGAAACTCCTTGGGCAATCAAATGCAAACTGATGGACTAGCAGGCAGGTGAGCCAATCGAATGAGGCGAGCGATGGGAGGTGGGGCTAGTGGATGGTGGCGAGGTGCCAAACGCGTTCAGGTCGCAGGTGCGGTGGACGATGGCGACTTGGAGACGCAAGCGTGCGGGGTCGCAGGACTATAATCGATGGTGCTGTGTTGTTGCGAGTCTCTAGGTCACAAATGAAGCAGTGGGTCGTGGATTGCTATGTTGTCCGGAAGTAATTGGGTCATGATTTGCTTCGTCGCACGACTGGGTCTGGGCTTTGAGGTAATCAACAACGCTGTCGGATGGGCAGAGGCAGCGCGGCGGCATAGGAGGCAACAATATGGAAGTGGCGGCAGAAAGACCACCGATGCTAGAAGTAAGGTGCACCATTTAAGAATGGCGACTAGGGTTCCGACATTGGTGGCTAGGGTTTCTAAGGTAGTGTTTTTGGGACGGCTAGGGTTTAAACTTGCTCTGATACCATCTTAAATTTAGGAGAATAATGATTTGTTATTCAAATATGTGCAACCTAGGTCTTCTTATATAGGAGAGAGACCCACTACAATATAAGGAAAGAATAAAGACAATAATAACAATAATATTTACACGGTTGTAAAGATTAGAAATTCCAACAATAATTACACTCATACTAATATAATAACTCTAACAGGAATATTTGAAAATATAATTCTAAACCAGATTTTTTATGTCAAACAATATATATTTAAATTAATTATTTTCTAAATAACTTAGTGTATTATTAACTAAAGCTGACTTTTAGTTGGAGACACGTGCTGATGCATCCACGTATATGGGGATTGGAATTTTCTCTTATGTAGGGATGGATTTCTTATCTTCTAATGCCCTGTGCATGTTTTTTTTTACCAGTACCTAGTTTTTTCTGTTTCTTAGGAAAAGTATTAATACGTAAGATACTTTTTTTATATTATATACAGTTGAATTTTAATGTTAATCTATCAGAACATGTTTTCTGCCCTGGATGATCTAATATTTTTCTACAATTATAGCTTTCTTAAAATTAGTGTTAGCTACTCCTATAGAGAATACCTATTCCCAATTTGTACCAAACATAATATTTGTACTCATGAAATAGTTATCGATTCCAAATTCATTTCCATATACTGAATGTACCCGGATTGAAATTTATTATATCACATGGTGTTGCCTCTCCTTATAGCACTCTGAATTTAATTAATTTTTTCTGTTATTCCAACTTTTACAAATTTCACAATTTCTTGAATGGATGAGCGTGAGAAATACTTTTAATTGATTTTGCAGTCCTTACTTTCCAAAGCCGATGCTAAAGTAAAAGAGTTGCGACAGTCAATTGATCGGATAAAGGTCGAAAGCGAGAGGCTGGAGGTAGGATTATATATATATCTCTTGAATCCTTAACTCATTATAGCTGATAGAAAAATTAGTAAAATTGTCACATAAATACCTTTGTGTTCATTAAATTAAATTCAGAATGAAAAAATTCTTAAGGAACATAAGAATTGCAGAAGGATCATATTGGGTGCTGCGATTAGCAAGCCAAGGCAACTTGGATCTGGATACCACAAGTCTATCATCCAATGATGAAAGGTGAGCTCAGAAATACCCTTGGGTTTCGAGGAGAAAGGATCTGGAGATCACATCCCTATCATCCAATGATGAAAGGGGAGCTTGGCAATACCCTTGGGTTTTCAGGAAAAGGGATGGAGGTCGTGCCTATAGTTAATGCAAGATATCTTATCTCATGGGAGATTTTGTAGAAGAAAGATACAATTGCCAAAGAGAGAGGAGTTCATGGTAGTGCAGTAAAAGGGGTGTTTGATGGTCGATAGTGTAGTAAAAAGGGGAAGAGAAAACCATTTTGTCAGGGGAAGTCGGTAATGATGCCTTTCAGTATAGTGGAATGGTAAAGGATGATTGTATGAACTCAGATGTGCTTCCACGATGATTATTTAGCCATATTGGAAGCATAAAAAAAAGTTAATTATTGAGGATTCTATACATTGTTAATCCATTGAAGACTAGCTACATCACCATTTTCACAAGCAAGGCATCTATAAGAGGTGACTCACCCTTCATAGCTAGAAGAATTTTATACCATCGTCGAAATGTTTTCTTATGAACGAAACTTGACTTAATGCGCTGTATGAAGGAAGCTCCCGTGGCATTCACCAGGAGCTTGAATTGTAGGCTCAAATAGAAGGGGCATTCAGAAGGGATCATGCTTTATTTTTGTCGATTTGCAGCAGGATGTGGTAGCTTGACTTAATGAACTGTACGAAAGAAGCCCACTCGGAATGAATACCATTATGGATTGTGCGTTCAAATATAAAGCATCCAGAAAGAAATTATATTTTTCTTTTGTACAATTTGCAGCTGGAATTTGTCAGTTTTTCCATATTTTCTATTGTTTAAACTCTAGGAACGAGTAATTATTTGCTTTTCATTTCAGAAAAGAGCAGTTCAAGCACAAGAGGAATTGATACGAGGAAGAACAAAACTCAGGTTTGCACTAGGTTTGTAGCTAATGAACTGTTAGAAATATACCGTATTGGTAGTTCTTCTCATCTCCTTTTACTCTTTTGCAGGCAAGCAGGTAAACAGATCGAAGGTGTGATTCAGTCAGCTCATAAAATTGAAAGAAAGGCAAGAGGTATGCAAATGGAGTCTCTCTAGCCACGGATAAAATTGAAAGATGGAAGAACGGTGCATGAAATTTTTGCTGCCATCTCATTCTATTGTTTGTTTCATGGGCCAGGTTTAAAAGATATTCTTGCAGATCTTCCCACGAGGGAAGCTTCACGATTTAGGACTCAGGTGAGTGTTCCATTTGACTGTTTTAGTGTTACATCCCCGTTGAAGACTGTTGAGTGAGCACTTGAATAAAGAAATATCTAACATTTGGTTAGAAGAAACTGCAGGATATGCAGCCTACGATCTTATACTTCTTCCTAAAAGTCATCAATCCCTTATCCTTCATGATTATTCTCATTTGATGTATTGAAAACCCACCGTTTGTACACACGCAATATTCAATTTTATTTATATATATATATATATATGTATATTAGGAGAGTGAAAAAATAAACTGCCTTGGAGTCAAAGGGGTGAGGCGCCCCTCCCTAACAAAAAAAAACTAATGGACCGCGGCCTCCCAATTATGGAGGATTTGAGCTAGGCTATAATTACAAAAGAATTGTGTGCATCTAACACCACAATGAAGTAGTAATTTGTAAATTGATACAGAAGAAATCAAAAGGATTAGACTTAATCAATTTTAACATTGAACTTTAAATTTCATCTTCTTTATACTTGGTAAGTAGCACCATTAATATCCTCAGTTGATTCATTTGTGACTGATTATAGTCTAGTTTATTTCCACCCATCGAAACCCAACCTAGTATAGGTGGTGAAATTAGTATGCTTAATTTTTTTTTTAAATTAAAATTTTAATTATGATTTTTTTTTTTTTAAATAAAGACTTGTGACTGATTAGGATAGTTTTTATAGTTAGATGTAGTTATTTTTTTTAAGGTATTAACTCTTTTAATTGTGTTCTTTGTTGCTAGATTTGAGTTTCTATAATTGATGTACTAAAAAAAATTGTGTTATTTGTTGCTAGATCTGATTTTTTTAAATCTTTTTTATTCTAAGATTAGATTCTTTCCTGTCGGGGTTAGAGATTTGTTTGACATGATTTTTGTTGTTTTGTTAGTTAAATTTTATATGATTTATTGGTTAGTTCAGAGAAGATATTAATCGAGGAAATTGAAAAATTCAAGGTTAAAATTGATTCACTCACATAAAGATGGGCAAAAATCTAACTTTTCCCATTATATTTTAATATACATTAATCTAAGACTCTGTATTGCAGGTTTCTAACCTTGCTTCTGAGGCAAAGAAGGAAAGAATTGGCTTGAGCAAGGAGGTGTCAAAAATAAGCAACTACGGCATCTCTGTCTGA

mRNA sequence

GATTCATTTCAAGATGTGAAGTCAGAGGTTGCTGCTTATGAGAATTTATTATTTGGAAAAATTAGAGATGGTATTCTTGTTGCTGCATCACATCCGCTGATCAGTTGTGGAGTTGCAACTGGCATGGGTTTCTTAGTCCTTAAAAAGCCCAGAAATTTCTTGTACTACAAAACCGTTCGACTTTTTGTGAATGAAGAGTCCTTACTTTCCAAAGCCGATGCTAAAGTAAAAGAGTTGCGACAGTCAATTGATCGGATAAAGGTCGAAAGCGAGAGGCTGGAGAAAAGAGCAGTTCAAGCACAAGAGGAATTGATACGAGGAAGAACAAAACTCAGGCAAGCAGGTAAACAGATCGAAGGTGTGATTCAGTCAGCTCATAAAATTGAAAGAAAGGCAAGAGGTTTAAAAGATATTCTTGCAGATCTTCCCACGAGGGAAGCTTCACGATTTAGGACTCAGGTTTCTAACCTTGCTTCTGAGGCAAAGAAGGAAAGAATTGGCTTGAGCAAGGAGGTGTCAAAAATAAGCAACTACGGCATCTCTGTCTGA

Coding sequence (CDS)

GATTCATTTCAAGATGTGAAGTCAGAGGTTGCTGCTTATGAGAATTTATTATTTGGAAAAATTAGAGATGGTATTCTTGTTGCTGCATCACATCCGCTGATCAGTTGTGGAGTTGCAACTGGCATGGGTTTCTTAGTCCTTAAAAAGCCCAGAAATTTCTTGTACTACAAAACCGTTCGACTTTTTGTGAATGAAGAGTCCTTACTTTCCAAAGCCGATGCTAAAGTAAAAGAGTTGCGACAGTCAATTGATCGGATAAAGGTCGAAAGCGAGAGGCTGGAGAAAAGAGCAGTTCAAGCACAAGAGGAATTGATACGAGGAAGAACAAAACTCAGGCAAGCAGGTAAACAGATCGAAGGTGTGATTCAGTCAGCTCATAAAATTGAAAGAAAGGCAAGAGGTTTAAAAGATATTCTTGCAGATCTTCCCACGAGGGAAGCTTCACGATTTAGGACTCAGGTTTCTAACCTTGCTTCTGAGGCAAAGAAGGAAAGAATTGGCTTGAGCAAGGAGGTGTCAAAAATAAGCAACTACGGCATCTCTGTCTGA

Protein sequence

DSFQDVKSEVAAYENLLFGKIRDGILVAASHPLISCGVATGMGFLVLKKPRNFLYYKTVRLFVNEESLLSKADAKVKELRQSIDRIKVESERLEKRAVQAQEELIRGRTKLRQAGKQIEGVIQSAHKIERKARGLKDILADLPTREASRFRTQVSNLASEAKKERIGLSKEVSKISNYGISV

Homology

[Close]

BLAST of Lag0015772 vs. NCBI nr
Match: XP_023006638.1 (uncharacterized protein LOC111499304 [Cucurbita maxima])

HSP 1 Score: 323.9 bits (829), Expect = 8.6e-85
Identity = 173/182 (95.05%), Postives = 178/182 (97.80%), Query Frame = 0


Query: 1   DSFQDVKSEVAAYENLLFGKIRDGILVAASHPLISCGVATGMGFLVLKKPRNFLYYKTVR 60
           DSFQDVKSEVA +ENLLFGK+RDGILVAASHPLISCGVATGMG LV KKPRNFLYYKTVR
Sbjct: 84  DSFQDVKSEVADFENLLFGKVRDGILVAASHPLISCGVATGMGLLVFKKPRNFLYYKTVR 143

Query: 61  LFVNEESLLSKADAKVKELRQSIDRIKVESERLEKRAVQAQEELIRGRTKLRQAGKQIEG 120
           LFVNEE+LLSKADA+VKELRQSIDRIKVESERLEKR +QAQEELIRGRTKLRQAGKQIEG
Sbjct: 144 LFVNEEALLSKADARVKELRQSIDRIKVESERLEKRTLQAQEELIRGRTKLRQAGKQIEG 203

Query: 121 VIQSAHKIERKARGLKDILADLPTREASRFRTQVSNLASEAKKERIGLSKEVSKISNYGI 180
           VIQSAHKIERKARGLKDILADLPTREASRFRTQVSNLASEAKKERIGLSKEVSKISNYGI
Sbjct: 204 VIQSAHKIERKARGLKDILADLPTREASRFRTQVSNLASEAKKERIGLSKEVSKISNYGI 263

Query: 181 SV 183
           SV
Sbjct: 264 SV 265

[Close]

BLAST of Lag0015772 vs. NCBI nr
Match: XP_023549103.1 (uncharacterized protein LOC111807564 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 322.4 bits (825), Expect = 2.5e-84
Identity = 172/182 (94.51%), Postives = 177/182 (97.25%), Query Frame = 0


Query: 1   DSFQDVKSEVAAYENLLFGKIRDGILVAASHPLISCGVATGMGFLVLKKPRNFLYYKTVR 60
           DSFQDVKSEVA +ENL FGK+RDGILVAASHPLISCGVATGMG LV KKPRNFLYYKTVR
Sbjct: 84  DSFQDVKSEVADFENLFFGKVRDGILVAASHPLISCGVATGMGLLVFKKPRNFLYYKTVR 143

Query: 61  LFVNEESLLSKADAKVKELRQSIDRIKVESERLEKRAVQAQEELIRGRTKLRQAGKQIEG 120
           LFVNEE+LLSKADA+VKELRQSIDRIKVESERLEKR +QAQEELIRGRTKLRQAGKQIEG
Sbjct: 144 LFVNEEALLSKADARVKELRQSIDRIKVESERLEKRTLQAQEELIRGRTKLRQAGKQIEG 203

Query: 121 VIQSAHKIERKARGLKDILADLPTREASRFRTQVSNLASEAKKERIGLSKEVSKISNYGI 180
           VIQSAHKIERKARGLKDILADLPTREASRFRTQVSNLASEAKKERIGLSKEVSKISNYGI
Sbjct: 204 VIQSAHKIERKARGLKDILADLPTREASRFRTQVSNLASEAKKERIGLSKEVSKISNYGI 263

Query: 181 SV 183
           SV
Sbjct: 264 SV 265

[Close]

BLAST of Lag0015772 vs. NCBI nr
Match: XP_022959270.1 (uncharacterized protein LOC111460300 [Cucurbita moschata])

HSP 1 Score: 322.4 bits (825), Expect = 2.5e-84
Identity = 172/182 (94.51%), Postives = 177/182 (97.25%), Query Frame = 0


Query: 1   DSFQDVKSEVAAYENLLFGKIRDGILVAASHPLISCGVATGMGFLVLKKPRNFLYYKTVR 60
           DSFQDVKSEVA +ENL FGK+RDGILVAASHPLISCGVATGMG LV KKPRNFLYYKTVR
Sbjct: 84  DSFQDVKSEVADFENLFFGKVRDGILVAASHPLISCGVATGMGLLVFKKPRNFLYYKTVR 143

Query: 61  LFVNEESLLSKADAKVKELRQSIDRIKVESERLEKRAVQAQEELIRGRTKLRQAGKQIEG 120
           LFVNEE+LLSKADA+VKELRQSIDRIKVESERLEKR +QAQEELIRGRTKLRQAGKQIEG
Sbjct: 144 LFVNEEALLSKADARVKELRQSIDRIKVESERLEKRTLQAQEELIRGRTKLRQAGKQIEG 203

Query: 121 VIQSAHKIERKARGLKDILADLPTREASRFRTQVSNLASEAKKERIGLSKEVSKISNYGI 180
           VIQSAHKIERKARGLKDILADLPTREASRFRTQVSNLASEAKKERIGLSKEVSKISNYGI
Sbjct: 204 VIQSAHKIERKARGLKDILADLPTREASRFRTQVSNLASEAKKERIGLSKEVSKISNYGI 263

Query: 181 SV 183
           SV
Sbjct: 264 SV 265

[Close]

BLAST of Lag0015772 vs. NCBI nr
Match: XP_011656868.1 (RGS1-HXK1-interacting protein 1 isoform X2 [Cucumis sativus])

HSP 1 Score: 322.0 bits (824), Expect = 3.3e-84
Identity = 171/182 (93.96%), Postives = 178/182 (97.80%), Query Frame = 0


Query: 1   DSFQDVKSEVAAYENLLFGKIRDGILVAASHPLISCGVATGMGFLVLKKPRNFLYYKTVR 60
           DSF + KSE+AAYENL+FGKIRDGILVAASHPLISCGVATGMGFLV KKPRNFLYYKT+R
Sbjct: 82  DSFWEAKSELAAYENLVFGKIRDGILVAASHPLISCGVATGMGFLVFKKPRNFLYYKTIR 141

Query: 61  LFVNEESLLSKADAKVKELRQSIDRIKVESERLEKRAVQAQEELIRGRTKLRQAGKQIEG 120
           LFVNEESLLSKADAKVKELRQSIDRIKVESERLEKR +QA++ELIRGRTKLRQAGKQIEG
Sbjct: 142 LFVNEESLLSKADAKVKELRQSIDRIKVESERLEKRTLQAEDELIRGRTKLRQAGKQIEG 201

Query: 121 VIQSAHKIERKARGLKDILADLPTREASRFRTQVSNLASEAKKERIGLSKEVSKISNYGI 180
           VIQSAHKIERKARGLKDILADLPTREASRFRTQVSNLASEAKKERIGLSKEVSKISNYGI
Sbjct: 202 VIQSAHKIERKARGLKDILADLPTREASRFRTQVSNLASEAKKERIGLSKEVSKISNYGI 261

Query: 181 SV 183
           SV
Sbjct: 262 SV 263

[Close]

BLAST of Lag0015772 vs. NCBI nr
Match: XP_011656867.1 (RGS1-HXK1-interacting protein 1 isoform X1 [Cucumis sativus] >KGN46566.2 hypothetical protein Csa_005221 [Cucumis sativus])

HSP 1 Score: 322.0 bits (824), Expect = 3.3e-84
Identity = 171/182 (93.96%), Postives = 178/182 (97.80%), Query Frame = 0


Query: 1   DSFQDVKSEVAAYENLLFGKIRDGILVAASHPLISCGVATGMGFLVLKKPRNFLYYKTVR 60
           DSF + KSE+AAYENL+FGKIRDGILVAASHPLISCGVATGMGFLV KKPRNFLYYKT+R
Sbjct: 84  DSFWEAKSELAAYENLVFGKIRDGILVAASHPLISCGVATGMGFLVFKKPRNFLYYKTIR 143

Query: 61  LFVNEESLLSKADAKVKELRQSIDRIKVESERLEKRAVQAQEELIRGRTKLRQAGKQIEG 120
           LFVNEESLLSKADAKVKELRQSIDRIKVESERLEKR +QA++ELIRGRTKLRQAGKQIEG
Sbjct: 144 LFVNEESLLSKADAKVKELRQSIDRIKVESERLEKRTLQAEDELIRGRTKLRQAGKQIEG 203

Query: 121 VIQSAHKIERKARGLKDILADLPTREASRFRTQVSNLASEAKKERIGLSKEVSKISNYGI 180
           VIQSAHKIERKARGLKDILADLPTREASRFRTQVSNLASEAKKERIGLSKEVSKISNYGI
Sbjct: 204 VIQSAHKIERKARGLKDILADLPTREASRFRTQVSNLASEAKKERIGLSKEVSKISNYGI 263

Query: 181 SV 183
           SV
Sbjct: 264 SV 265

[Close]

BLAST of Lag0015772 vs. ExPASy Swiss-Prot
Match: Q84K90 (RGS1-HXK1-interacting protein 1 OS=Arabidopsis thaliana OX=3702 GN=RHIP1 PE=1 SV=1)

HSP 1 Score: 110.2 bits (274), Expect = 2.6e-23
Identity = 58/175 (33.14%), Postives = 104/175 (59.43%), Query Frame = 0


Query: 8   SEVAAYENLLFGKIRDGILVAASHPLISCGVATGMGFLVLKKPRNFLYYKTVRLFVNEES 67
           ++   YEN  F K+ D ++ A  HP  + G+      ++++ PR FL+  T+  F +EE+
Sbjct: 89  TQYKTYENAFFSKVTDELIYAKEHPAAAIGIGVAASLVLMRGPRRFLFRNTLGRFQSEEA 148

Query: 68  LLSKADAKVKELRQSIDRIKVESERLEKRAVQAQEELIRGRTKLRQAGKQIEGVIQSAHK 127
              KA+  V+EL  S+D +K ES +L +R   A++++ RG ++L  +G  I  + +S HK
Sbjct: 149 QFLKAEKHVQELNMSVDLMKKESRKLLERTALAEKDMKRGLSELMNSGNDIHRLAKSVHK 208

Query: 128 IERKARGLKDILADLPTREASRFRTQVSNLASEAKKERIGLSKEVSKISNYGISV 183
            E +A  L D L  +P R+A + R +V+++ S  +++RI L+K +  +S+ G+SV
Sbjct: 209 AECEAADLMDGLRQIPGRDAIKLRAEVASMTSLLRQKRIALNKRIMGMSDLGVSV 263

The following BLAST results are available for this feature:

BLAST of Lag0015772 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_023006638.1	8.6e-85	95.05	uncharacterized protein LOC111499304 [Cucurbita maxima]	[more]
XP_023549103.1	2.5e-84	94.51	uncharacterized protein LOC111807564 [Cucurbita pepo subsp. pepo]	[more]
XP_022959270.1	2.5e-84	94.51	uncharacterized protein LOC111460300 [Cucurbita moschata]	[more]
XP_011656868.1	3.3e-84	93.96	RGS1-HXK1-interacting protein 1 isoform X2 [Cucumis sativus]	[more]
XP_011656867.1	3.3e-84	93.96	RGS1-HXK1-interacting protein 1 isoform X1 [Cucumis sativus] >KGN46566.2 hypothe...	[more]

BLAST of Lag0015772 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q84K90	2.6e-23	33.14	RGS1-HXK1-interacting protein 1 OS=Arabidopsis thaliana OX=3702 GN=RHIP1 PE=1 SV...	[more]

InterPro

Analysis Name: InterPro Annotations of Sponge gourd (AG-4) v1
Date Performed: 2022-08-01


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 69..110
None	No IPR available	PANTHER	PTHR34554:SF1	ALANINE-TRNA LIGASE	coord: 1..182
None	No IPR available	PANTHER	PTHR34554	RGS1-HXK1-INTERACTING PROTEIN 1	coord: 1..182

Relationships

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


Feature Name	Unique Name	Type
Lag0015772.1	Lag0015772.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
cellular_component	GO:0016021	integral component of membrane