MC09g0753 (gene) Bitter gourd (Dali-11) v1

Overview


Name	MC09g0753
Type	gene
Organism	Momordica charantia cv. Dali-11 (Bitter gourd (Dali-11) v1)
Description	Guanylate-binding family protein
Location	MC09: 7223534 .. 7240707 (-)
RNA-Seq Expression	MC09g0753
Synteny	MC09g0753

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideCDSutr3

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

CTGACGGAGGGTTGTTCAGCAATGGGGATTTCACCGAGGGTTTTCATTTTTTCGATTCTCTGCACCATCCCTTGGGGGTCTCTCGCGATAGAGAATTTCCAGCAAGCGTAAGTTTGTTTCTATTCTTTTGAGATTGGTTGTCCTTCTGAATCTTGGATGCTAAGTTGGTTTGAATTACTTTTGGGAGCTCCCCTCAGATTAAAGCCAGGCCGCCCTTAATAGTTGATCTGTAATACTTGGCGTTTTGAGTTTGGTGGAAGTTTTTTTTTTGTTAATTTCGTTTAATTTATTATAATGTTGTTACGTAGTGCGCACAGTTGATCAGTGATATAAAGGTGTATTTTGTTGCTTCTGGAGACAAATCTTTATTTAATTTTGGTTCGGAAGGTATTAGAGGGAAATGAAAATTAACTAGAAGATTAATTTCTGAAAGATGCTGTATCTTGAATAAAGAATCCGAAGGAAGAACAACTCGTATTATTAGCATAAAATTTTAGCAATTAGAATGTTAATACGTAGATAAGCGAGAATGAAATTGGTGCAACAGCAACTTAGAGTTATGAACCGAGCCTCGCATATTCTATTTATATGCACTTATGGTACCAAAAAAATATAAAGGGGTTGCCTATCAGCTACAAATTTTTTTTTCTATATTTGTATATGACTAACCAAGAAGAAGCGTGGTGACAACTGACAACTAGAGGATTGGGACAATATTTGGTACTGTTGGAAGATGTTTTAACTTTTAAGTAGATGGCTAGTCCAAGGTTTAAGAGAGAGCTTGTTAGAATGCTTTACTCCGTGTCCAGGTTCATGTATTTTCATGGTTGGGTTTGAGCATGTTTTGGCTTGATTTTGAGTGTTTTGTTTGGTTAATCTTAGATTTATTGGTTGGTTCATGAATATTTTTCTAATTTAGTTTTGAGGAGATATTTATTTTACTTTAGAGTTTAGTTGGACAAAATTGAACGTGTAATATTAAAATTGACTCATTGAGCCAACTATGAGCTAAGTTTAGGGGTCAAAATAAATATGTCTTAAAAAAATTTTCATTGATCTTTTAAGCTATTTTTATTATTTTGATTTCTTTAGATAAAGTGTTATTTTAATTTTCAAAAAAGTTATATTTACTAATTTGAATTCATGTCACAGTATTTTAATTATTTTTCATTTTGAATACCACATTTAAAAATAAAATACATAGAATTAATCTTTCTTGTTGCTTTTATAAAATGATACTCTAATTTTATCATGCAAATTTTTATTTTAGTAAATAATTGGTAATTAGTCACTCCTCAAAATTGGTAATTAGTCAATGAGAGAGGACAGTTTTTTACTTTTAACAAGGTTCTGACTTATGAGATGAACGCACCTTTCATCTTAAACTTAGCTCACAATGTTTTATTCCGTAAATGTTTTGCTAATATTTTCTACACGTATTTGTATTTTGTTATGAACGGTCGAACATACCACATGGAAGACATATGCTCGTTCATTTGTTAGCCCATGATGTTCAAAGCTTTAGAATCTGTCTTTTGCCAGAGTTGTTTGTTTCCTCTGTAAGAAAAGGACTAAAGCTTGTTTTAATCACTTACAGATTTCCAATTGTGGAACCTGATCCTGGCCACACAAAACTTCGGCTTTCTAGAGAAGGTTTAGAGGCCATTGAGAGAATAACAAACCCAATTGCAGCTGTTGCGGTTAGACTGAGATGCTCTTCTGTGACATTTAGTACTTGTAGACTCATTTCTACATAACTTAAATGAATGGATATCTTTGAATTGAATCTTGAACAATAATTTTCCCTTGTATTTTTTTTTTTTTTTTTTAAATGAGAAAGATTTCCAGTCTTTTATTGAGGAATGGGTGGTTCATGATGCGGGAACCATTTAATGCATACTTTCTTTAGTTCATATGCATAGTAGTTTAAAAATTATGGCTTCAAGGACCTGGACCGGTTATCCTCAATTTACTTGTAAGATTTCCATTTTTTCTTTGGTTAAATTATAAGAATTGTCTATCTAATCTCTATAGTTTAAAAAGTTTCTAGTAGGTCCTGAAACTTTTAAGGTTGTGCCTATTTAGTCCTTATGGTTGAAAAGATTTTAATAGGCTCTTGAACTTTCACTTTTGTGTCTCGCTGTTAACTCCATTAGTTTAATGCTTACACCTTGCTCGGAACTAATTCACCACGTAATTCTTAAATAATATAGTTAACATGCTATATAAATATTAGATTAACACTCCCAAGGGCATCCCCATTGGCAAGGGGATAGGGTCTTGTGGTATCACCTAGCATGAGGTCTTGTGTTTGAATCTTTGAGTGAATTCAATACAAAAAAGTCTTGATGTCTCTTGGATTTGAGCCTTGGGCGGGCGCGGGTGCCCACGGATATAGGGTAAAAAGCTAAAGAGCTATTGATTCTGGGTTTTCAAAATAAATAAATAAATAAATGTTAGACTAACATAGTTAATGCTAGGGATACATAAAACTCGAAGTTCGCAGACCTATTATTATTATTATTTTTTATTTTTATCTTTTTAAGTATAAGGATCAAATGGATACAATGTTGAAAGTAGAGATCTATTAGAACTTATTGAAGTACGAGGACAAAGTTTGGGAACTAAACTTGTAATTTAACCTTTTTTATTTTTTGTAGTTTTATTGTAACCTGCTTATTTGTTATCTGGAATAATAAATATTATAGGTTGAAGCTTTTTTAGATACTATATATATATATATGGTCTGATTTATCTTGTGTTTTTCTTTCATACGATAAGGTCATTGGCCCATACCGATCTGGAAAATCTTTCTTGCTTAACCAACTTCTCTCTCTTTCTTGTTATGAAGGTGCGTTTACTTCTATTAGTTCGGACCTATTCTCTCTTGTTTCAACCAATATCCTGTATGTATATATATATAAATCATTTAATGTATAAATCAAATATTTTGAGTTTCAGGGTTTGGTGTAGGACACCTGCGTGACACCAAAACAAAAGGTAAATTTAGATGCAATGATGTTGGGTTGTGGATGTGTTATATTTACTTGTTAGTTATTTATTTAGTTTGTCAATTTGTTTTGCCTTGCACAGGGATCTGGGTATGGGGCATTCCTTTGGAGTTGATGATTGATGGAGTCAAAACTTCTGTTTTTTTCCTCGATACAGAAGGATTTGAAAGTGTTGGAAAGTCAAATGTATATGATGATCGGTAATCCGAGTTAGTGAGTTAGTTTGAGGTGGTAGTTCTTGTGTTCATTCCCTTTAACAATCTTCCCTTTTGATGTGTTGTGCAGGATCTTTGCTCTGGCAACTGTTCTGAGTTCTGTGCTTATCTACAACCTGCCAGAGACTGTGAGTCATCATGACTTGATATTTTCATCATATGACATATCAACGGTTGCTTTTGCTTGAAACCTTGTAATTTTCATTGGTAAAATGGAATCCATAGTTTTAATTTTAAACTTATATGACAAGAAGGGAACAATAGCTAGGATACAACAATTCATCACTGATCGGCTATTGTCATGCTACAAATTCCAAGTACCATTTGGTTTTTTCTCATTCACTTACGAAAAACAAGTTTTCCTCTGGTGACTTCAAATAAGAGAGACAGTTTTCTTTTTAGCTTTGGACAATCATTGTTCCTACTGTAATAAAATGTTGTCTTATTTAGAATTCTTCTATGTTGAACTCAAATATCGAAGCTCAAGCGTGATCAGTGACAGTAGTGGACGTGACACAAAGCTTGAATGTTATGAGTGTCTCTTAATCTATTGACTGGTGGGGTAGTTCCTCAGATATTTAAAATTTTAATCTTATGAAATATGGCCGCACATGATGTCATTAATTTTTTTTTCCAGTTCAAAAGTGGCTCTGACTACTGATTGTCCAGAGATTTAAGTAATTCTAAACATGTTATATTTGAAATAGTTCACTACTCTCCTTAATTCAATATACTTTAGACCACATTATTGCTCATAGTTATGAGTTGGCCTTCTTTTTGTTTTATTATTTATAGCAAGCCATGAATAACCTTAGGTTGACTTGGGTTGATATCAAGAATGGACTACTGATAATTTTCGAAAAATTTGATGATACTAGAGCATGACACTAGGCTATTATACACCATGTATCTGCTTGATGTTAATGATTGTAATTTGGGTTTTAGTTCGTATGATACTATTGAGCCAGTTTCCAGTTGTTTCTACTAATGTTTTTGGCTTCTTTTCTATAGATCCGTGAAGCTGATATTTCTAGATTGTCATTTGCTGTTGAGCTTGCTGAAGAATTCTATGGGAGGTTTGCATTTTCTAAATTTATTTGATTAAATATTTTTTGGTTAAATCTCAAATTTATTTTCTAAACTTTGATAGTTGTGTGGTGTCTCTTGATTTTGGTTCTAGTAGATCATTATTGTTTACATGACATAGTTTCTTAAATGTTGACATTACATGTTGATCATTGAGCTAATGAGTGATGAGACCGATAGTTTAGCATGATGTGACGGTCAGCTAGATTAAGTAAGGGCAAGTATACAAAACCATCCTGTTCAAATTGTATTCCGTTTGATTTTATTTGGTTGATCTCCTTCCGTGAGTCCATCTCGTGCCAAATCATCACTTGTTAGTCCAATTAGCATGTTATGTCAACATTGTAAATGTTAATGATGTTGATGATAGAGATTTATTAGAAGCAAAATAAAAAAAATTTCAGGAGCGTAATTAAAACTTTTTAGGGCGAGACTAAATCGACACCATCCTCAAAGTTTAGAGACTAAATTTGTAATTTAACCATGTTTCTTTTTGTTGTTTACATTTTTTATGTTGAAACCTGACTGTTACGTGTTTTATTCTGCATACTGCTCCCGGACGTAGAGTGAAGGTAGTAAATTCTTAACTCATTTATAGTTGCTTTAATTCTACCTACATCACATCCTTTAATGGAGATTTGTTATTGTATAATCTGTAGGGACAAGATGTTGCCTTTGAGCCTGCTAAGCTGCTGTGGCTTATCCAGCGTGATTTTCTACGTACGTTCAGAAAGTTCTTCCCTGCTTTCGTGGTTTTTTGCACATCGTTTTCGAGTTATCTGATGATTCTGCATTTTGTTTTTCCAACAGTAAAATTAAATCTTTTAATTGATCCAAATTGATGCACATCAGCATGTCATTTGCCATTTGGTTAGTGAGAAGGAAATATTCTTATTAGAATGACACCCTTTTTTTTGGATAAAGAAACCTTTCATTAGAATGAAAAGAAGCAAGACAGCCTAAGGGCAGAGGATGAGGAGACCCCCTCCCACAGCTAGAATGACACCTGTATCTCCATATTAGTTATATGAGAAGGCAAAGGTGCTCACGTATTGAAGTATGCTTAACCTTGACCATCCAATCTAGTGGGTGGCTCATTCCTGCCTAAGAAGGTGGCTTTTGAGATTCCAACACCATAGTCATCGTTATTTTCTTGTTTGTCCATTATAATTGTCCTTGTAAGGCAACTAGTAGTGGTAATTTATTCGTTTAATTCCATTTCTTTTTCTCCTTTTTAATAAGAAAAATTCACTTTCACTAAGAGCAATGAAAGATCAAACTAACTAGAGTAATAAAAAATATAGGCCCAAGCAACAAAGTGGAAGAAAAAAGGAAAAGAAAAGAACTTACAAGAGTGAGCTCCAACTGTTACAAAAAAAACGAAGCAATAATCTTAATTAAGATTATATTATAATATAAAAAATATAACATTTAATTCAAGAATATTATTGAAATTGATATTATTTATTTTTATAGACAAATCTTTTTAAGCTAACACAATCATGAAAATCCAAGTCCCATCCTCTCCCTCCCCCAGAATTCTCATGTCAAACAAACAGAGTAATCTTAAAATTCCCAGTTTTCAGTTATCTAGGCTTCACATATGTTATCCTGGATTCTGGCTATTAATTGGCCCGTTAAGTCTAAGATGATTATTATCCTGGATTCTGACTATTAATTGGCTCGTTATGTCTAAGATTTAACCTGATGTATTTTGTTTCTGACACTTCAGCAAAACTGTTGCATGCATTTTTTAGTCATCAAATGAGGACTAAAAAGTAGGTTTCTTGTTCATACTGCTCCATTTTTGTACTCTAGATTTATTTGGCTTCTCTATTGCTGTTCTATAGAAGGAAAAACTGTGCAAGAAATGGTGAATGAAGCTCTTAGGCATGTGCCTAATAGGGAAGGTCAGTTTTAGTGATTTTATGCAATTGACTAAATTGATTTCTTAAGTATCATAGAGTACGTGTATGGAATTTTTTTTAATGGATGGTGCTTTTATCGTAAATGCAGGAGACAAAAACATTGATCTGGTATTTCCCGCAGACTTTTGTTTCATTTTTCACATTACAAAAGAAACATTTAGTTTACTTTGGAAAAAGACGTGATCTCTGTAATTGCATCAGGTAAACCAAATTCGAGATTCTTTGGCTATTATGGGAGATAATAGTACAGCCTTCAGTTTACCACAAGTATGACCCTGCCTCACTTCTCAATGCCTCTACTTTTGATTTTATTATTAACATGGGTTATGCTTAATTGTGGTGTTAGGAAGATGGGATCCTTGCATGTAAATTTAATTTTATGTTAAATCATGTTATTTCTATAAACCTGACATGCTCGATAGTAGGATGGTTTAATGAAATAGCATGCTATGTTCTAGGTATGTATTGGACGTACCTATTTGTTAGGCATTTGGTTTAAATTTGTTTAAGGGTGGGGAGGTAATTTGGATGGTTAAATGAAATAGTTTACTAGAGTCGGTTGGAGCAAAGTATTGAAGGCGGCTATAAATATTGTTGGCTGGGGTGCTTTCAAATCTGTGAACCAAGGTGGAAAGGGGGTGGACACTGGACACAATAATGTATGTTTCTTCGGCTGAAGGATGGTGATGAGACAAATAAGTTTTTCCATTGATGGGTTTCTTCCAGGAAATGAACTTTTTCTAGGCCAACCTTAACTCTGAAGATGAGATTGAGGAAGAAATGGTTGGTATCAGGAAATTCTACTCTTAGGGCAGAGTTTTACTTTTCAAGGTCTGCAATGGGATTCCTCCTCTTCTATTGGAGTGCTTAGTTGGAACCTCCTTTTGAAGAGGAAAGATTCACAAAGCAATTAAGAACTCCTGGAATTTGGAAATTTGACGTAGTTGTTACGGCATGACTAGAAACTAGAAAGTTTTAAGACCTTGGAACACTTTGAAACCTAATTTAGTAAAGGTAGCCCGAGAGTTCTTTGAAAACAGTATTATAGACAATTGCACAAAAGAGACCTACATATCCTAATTTCGAAAAGGATGAAAGCTGCTAAGATTAATGGTTGTAGGTCAATCAGTTTGGCTGCTTCTCTCTACAGGATACCAAGGTTCTAGCCGAACAACTAAAAATTTCTTGTCCTTCAGCATAATGATTCTCAGTCGGCTTTTGTCTAAGGCCTCTATTCTCAGGGGAAAAGAAGTTCAAGAAAAGAAGTGGTTTGATTTTGGAAGTGGACCATGAGAAGTTCTAGAAGAAAGTTGATTGGTCATATCTTTATGCTATTTTGGAACTCAACGACTTTGGGGATAGATGGTGGAACTGGATTTTGGGTAGTATTTTAACGACATATTTTTATACCATTCTCAATGGAAGATTAGAGGCAAAATTCTTGCTAACAGAGGCCTTAGACAAGCCCCTCTACCTTTTTAAAGTTGTGGAGAAACTCTTTCAGCCGCTGATTCATTATTGTTGTGAAAATTGGTGGTCTATCTCGAATCTATTTATAAAAGCCTCTAGGCTTTCTTTGAATCTTCTAAAACTGCTATTATAGACTCGAGGCCACCTATTTGTAACCTGCATGTATGCTACTGGTTTTTGGAATAGAATGAGGCTAGCCTTCGATTGGTGCTTCCCTATCCAGATTAACCCAAAGATTTTTCTTCATGCGCTTCTGGTGGCCCATCCCTTTAAGAAGTGTTAGACCCCCGATTACAAAGAAGTACTCTAGGAGGGGTAAGATGGGAAATAACCAAGAGGGTAATATGGGAAATACCCAAGAGGAGGCCTAACGGCCAAGAGAGAGAATATCTGCCAATTTTGTGGGAGGGAAGGTAGGTACGGTAGATATAGGCAGTGTGCCCTTTCTGGGGGAGGCAAGTCTGTTTTTGTGTTTGTGCCTTAGTGAGTAAGGTAGGAAGGAGAGAAACCCACCCTCTCGAATTGGTGGGGTAACTTGTAATCGCCTATGGGCTCTTTTTGAATCGGAATAGAATTCCAAGAAGGTAATCGATACCTTACAAGAAGGAAGCTGTAATTGTTTGGAATCTGACTATTCGCGACTTTTTATGGAGACTATGGATTGAAAGGAACAATCAAGTTTTCAACGACATAACAACTTCTTTCAATATGTTTTTGAATATAGTTATGTTATTAGCTCTTAGCTGGGGTAAATGTTACTACTTGTTTTACGAGTTAAGACTGCAACCCCTGAAATTCTTACCAAAAGGAAAAAAAAAAGAGAACTGCTAATATAGACATTAATAAAAAGATGAGGAAGCTTAGAAGTGGGTACATCTTTTGGATGAAAAAAGGAAACTATACTTTTCATTTACCTCAAATTTTCTCTTTGGAGTCCGTAGAAGTTCCTCTATCTGGGATTTGTTTCTGACAAGCTGAAGGCTAAGCTGGCTAAATGGAGAAGCCTTCACATTTCTAAAGGTAGAACCCCAGTCCTCTCTTTATTTTTCTCTCTTCTCATTTCTCAAGATCATGGAAAAGATCATTGCGAATTTCATTTGGAGGAGTGTTTGTTCTGATCACAGTAGCCATCTTGTTAGTAGTTACAGAAAGGCAAACACCAAAGTAATTAAAGGTGCTTGGACCCTCTTCTCACAACAGCACACTCAAGCCTGAACCAACTAAACTATGGTCTACCTTCAGCCCTTCCACCCCCTCCATTATAACCAATTCCTTGGAAATTTACTGACACGCCCTTACTATCATAACTATTTCTTTTTTTTCTTTTAACAAGATACGAACTTTTCATTGAGAAATGAGAAGGAATAAAATTGCTCCGAAAGGAGTGAATAGAAATAAAAGAAAGCAACGAAGCTAAGGGGTAGTTATAAATGCCTCCCAATTGGAACATATCATACTAGGTGAATAGTTGACAAATAAATCTGAGAGAGAACACCAATGAGAAACCTTAAACTTTACTAGATTAAAACACTCCAACGAGGAATGACACTTCCCTTCGAATACCCGTTGATTCCTTTCAAACTAAATCTCGGACAGTATAGCCTTAATGGAGTTTACCCATAAAAGCCAAATTTGTGAGGAATATAAAGGACCTTCCAGCAGCTGCTCAATATTCTTGGGAACACTCCTGTCAAACACCCAACTTATAGAAAATTGTTGAAATAAGAGACCCCAACAAATCCTTGTGAAAGGACACCTAAAGAACAAATGCTCCTAATACTATTTCTGTGAGATTGGAGAAAATTGAGGAGACGGTCAGAATTTAAGGTTGTGGGGCAGTTGGGAGCAGTCCATATTCATCAAGAAGACAACTAAGTAGGAAATTCAAAGCATTAGAAGATTTAATGCAAGATTGAGGGACAATCAATGCAAGAAAAAGAAACAATGAGGTCAGAGGGATGTTGATAGGAATCATCAGGTTTGGAATGCGAAGAGGTTTTTGTTGACAAATCAGTCAAAAATTGCTATCTGAAACAATCTAGCTGTTTTACGTAAAGGCTGAACGTTTAAAGATCAAACCCTACTTCTTGAGGGAGGTGTAACAAAATAGAGAAGTAACTATGGTTTGGCTTACCACAAATCTGAGATCAATTGGAGGCTTGTTTATGAAACCACCTCCTATTAGCAAGTTTAGTATTTTATGTGCATTTGTGTTCCCTGTATCTTGTATTTTTGTTCTATTATCAGGTATTTTTGTTCCTTGTTTGGTTGTTTTTCTCAATTTTTTCGCTTCCTTTGAGAGCTTGTATCGTTGAACATTTTTCTTTTGTTTCTTGTTAAAAAAAATATTTGCTTCAGGATTGCATGCGATCTTTGTTTGTTCTTAGTCAATCACGTGTTGCTATTCTTTAGGAAATAGTTAGTTTATTTCAGCTTTTGTGGGATATGATTAAGGATTTCTGAGATTTCTGAGATTTTTTTTGTTCATTCCAACTATTATAAATACAAAAAGTATGATTCCTCATTTTCCATTCAGGTTATTATGCATCCAGTTCATTTTCCTAATTGGAATACTTTCTGTAAAAAAAATTTCTGAGTCCAACAAAATTGTGATTCTTTTACTTTTAACAGCCTCATCTCCAAAGGACAAAGCTTTGTGATATGAAAGATGGTGAGCTTGAGCCAACATATGTTGCAAGGAGGGAAGAGTTGAAAGAGCTTGTTACGAGCATTATCCGTCCAAAGATTGTGCAGGGAAAATCTTTGAATGGAAAGGAATTTGTATATTTTTTAGAACAGGTGGTGCATTTATGTGCAATTTTATCAACTCCAGTTCATGTAGATGACGAATCTTGAGTTGCTCATTAGACTTTTCACCAGTGGTTACAATAACAATTTGATTAACATTTGAAATGATGCTCTGTGTCACAGTTGGGATTGTAACACTCTGCATCCAATTTGTTTTCAATCTTTACAAATACAGAATTTAGTTGTAATTTCAATTTACCTTTTTTTTCTACTTGTAGATTCTTGAAGCATTGAACAAGGGGGAAATTCCATCTACCGGATCCCTTGTTGAGGTTTTCAACAAGGGCATTCTTGAGCGATGTCTGAAAGTATACAGTGACAGAATGGCAACATTGCATTTACCTATGACAGAGCAATCTCTGCATGGTGCCCATGAAACACATCGAGCAGCAGCAATGCAAGCTTTTGATGAACAACATTTCGGCCGTCACCATGCAAAGAAATCAGTCGTACAACTTGATGAAGAAATTGACAAGGTTTCAACTTCCCATCTATTTAGAGGAAAAAAAAAGTTTTCAAGTATAGCTGTAGCATCAATTTCTTGGGTTGTGATCTCAAGTATCTTCCTGAATTATGAAAGCCGAAAGGGTATACAAATTGGTGAATAATAGTTTCCTGAACATAGACGATACCTTCGCGTATCTTAGTCATTTTGCTACCACTTCCTTACTGTAAGGAATAACAAAAAATTGATTTATTTAACTGCTCATGGGGCATCGCATCAGAGTGCATCCTTAGTGTCTGGAGTACCAAATGTGGAATCCCAGTTTTGAGCGCATGAGCATTGAGGGGTTGCGAGATTTTAGTAAAATAATAGACAATAGTAGTAGCTATAATGATAATAATAAAATAGGACTTCTTCATGTTTGGTTCTTAACATCCATTGTATATGGGATTAGCCTCAACTACAACAGCCTAAAATCCTTTTTTTTCCCTTTTTGATTTATTTTATTGATTATTTGATTCCTGAACCCCTTGTTATATGTAAATTCTCATACCTCTAGAAATTCTTTATAGGTGCATAGTAATGTTATATTGGCAAATCAATATCAATCCTCAAAGCTCTGTGAAGAACTTTATACGAAGTGTGAAGATCAAATGGACCACCTTCAAGCTCTAAGGCTTCCATCAATGGCAAAATTCAATGCAGGTTTTCTGCAATGCAACCAAAGTTTTGAGCTAGAGTGTGTTGGCCCTTCAAAAGAAAACTATGAGCATCGCATGTCAAAGGTAAGGCAGTCGTTTGTTTTTTGTTTCTTCCCCTTTTCATCCATTTGTTGCCTTACACATTCACTTATCACATATTGGGTTATTGATATCTTGGTGTTTAATTTGATCTTATGTTAATGTCAAGGAACATAGATGGCATTGAAATGTTTAGTTTAGTTTTGCTCATTTAGGAAACTTATGTTTATTACCTGATTTATTCATAAAGTTCCCAATATCTTTCAAGTCTTTTGAGTGACCTTCCATGTGATGGCTAAATAGGTAGTTTAATCTTCTTTTGTTTTAAAAAGAATAAATTTGGTAGGTTTTCTACCCATGTGCATACTGATAGACTGTGAGGGTACAGCCGTTTGTCTGTAGATGTTTGCCATATATTTTTTCAAGCTAAGATGGACGTTTTGCTTGATTAAAAATGGAGGTGTACGTATATTACTGTTTCTTGTACAACCAATGCTTATATTCAGACCATGGAGTGTATATACTCTATGTTCCGGTCGATGCATAGGTTTTCTCCAAGAAATAAAATCATATATTATCCCAATCTTACCCAATTGAACGTACATTTTCGAAAGCTGAATTTTCTGATCGTGTATGAGTCATCATTTACAGATGTTGGGGAAGTCACGATCTCTCTTTATCAAGGAATACAATCACAGGCTTTTCAATTGGTTGGTGGCCTTTTCTCTTGTCATGGTGATCGTGGGAAGGTTTATTATAAAGTTCTTTTTAATTGAAATTGGGGCATGGATGCTATTTATCTTTTTGGAGACATACACAAGGATGTTTTGGTCGGCCGAGAATCTTTATTACAACCCCATTTGGCATTTTATTGTAGCCACCTGGGAAACAATCGTTTATAGCCCCATCCTGGATTTGGACAGGTTAGNTATATATATATATCATGCTGCTTGTTCTGATTTGTATTTAGATTATTTCATTCCTACTTATTTTGATGCCTTAAAAGAGAAAAATGGGTAGTGCTATTTTATCAAACCACAAGTCTTGCATCATTTTGTCATGTAAACAGTTGATTTTATTAAGGTTAAATTATATAAATTTAGAGCCTGAAATTTCATAGTGTTGTTTAAATTTTAATAGGTCATTGAATATTAAGATGTGTCTCATAGGTACTTGTATTTTCTATTTTGTTTCTAATAGATCTCATAACTTTAAAAGTGTCGATAGGTTCCTAATCTATCCAACATTTTTAAATTTATGGACCTATTTGATACAAAATTGAAAGTACAGGAACTTAGAAGACACTTTCACAGTTTATGGAGCTATTAGGGACCTATTAGATAGCTTTTCAGTTCCTCTATCTACTATTTCTGTAAATGACCTTCAGGATTGATAACTTGTTAAAAGATAGAATGGCCTTTTGTTTTTCCACCAGGGGAAAGAGAAAAGCACTTGTATTCTCACCAGAACATGTCCAAATGTTATATTGCTTTGGTATAAGGTTATATATTGTCCTGAAACTAATATTGGTGTTGAATCAAACTTGTTTTGTCGGTTTATTTCCTGAGACAGATGGGCAATCCCATTGGGTGTGTTGGCTGGTGTTTTGGTTGTTTACTGGAGGTGTTGTGGAAGAAGAAAATATGGGTCCACCCATTGGCTCTTACCATTGTATAACAATCCCAAAAGTGGTTCACAAAGGCCAAGATCAGACTGACCAATCATAAATCTCTTGCTTTTCTTCGAGCAGTTCACTGCTACTTCTTTTTGATCTTTCTGGCTGGCGAGCTCTTCACCTTTTTGATACACGAAGCGCGCCAAAGCTTCAATTGTAGTTAGGAACGAATTTTAGACAGGTGATTTATATCTCAATCTGTAGTGATAGCATATCAGAAAAAAATGGAGAAGCAAATGTTGTTGTCCGTCGATATAATTTGTAATATGTTTAATATATTGTATTCAATTTTACTCACTGAAAGAAATTCTTTCTTTCTTTTACCTGAAAGGAGAGAGAGATTCTATATTGTATTCAATTATACTCATTGAAATGCCTCCTCTTTTGTACTTGAAAGAAAAAGAAATTCTTTGTATTCTCAAATCTTGAATCTGGCTTTATAATTAAGTTTTTCCAATGTTGCTGGATCTTAAATCATTTTTACTACGATGATGTGACAAATAGTGAATGGAAGAAATATTCATACTAGTACCAGAAATTTTCACCTAATATTTCACATGTTTCTAATTATGCTCCATGGTAACAAATCTTTATCTGCAACCTTGTTTTTGTGGTTTTGGGAGCAGTGGCACCATGACACAAACGAAAATCAAATGACCACTCTAGTACAATAAAGCTCAGTGTGGAACTACCAAACTGATTTTTTCAAAAAAAAAATATTAGCTAGTTAATAAACGAGATCCGAGTCTTAGTACAGAGAAGTGGAGCATGAAATGAATAAATATGTAAGTGTTATATCATTTCTTATTAATCCCTGTAATGCCCACAAGCCCAATGAAAATTCAAGAGCAAAAATTGCTGCAAAAACTAGGCATTTCAGTTCTTCAATTCTTCAATTCTTCTTGTGGTTTGAAGGTGCTGCTGCTGCTGCTGCTGCAGGTGAAGCTTCTGCATCCCAACCTGACATGGAGCCATGCATGGACTGCTTCTGCACATGATCAACATCAGATATATGGTGGGCAGAGGGCAAATCAGTCATTTTGCTTGCCACGTCATTCTGCGAGTTTCCAACAAGTGGAGGGGCTTCCAAATTGTGGTGATGTGGAGGGGTGGTGCTGGCAAATGCAGATACATTTTGGTGGAAGAATTGGGTGTTGGATTGCATAGGCATTTGGCTATTCACAAATGGCATATGGCTCTGAGACATGGCAACAAGCAGTGGATTCACTCCTGTCACTCTCTTCACTGTTTCTTCAGCCATTTTCACCTGAAAATTTTAACTCACAATATTCACAAATATCCTAATGATTTCCCACAAACAAAACGGCAGGCATCATAAATGTAATATTCTCTCTCTATGGAAAAATTTCCTAGTTCTGGAAAATTTGAAAGCAAGAGCAGAACAGATGTGAGAAGTAACCAAGTCAACATCACCGATGTGTTTTCATTTAATAAACTAATCGCTGACATGCTTTAACATCCTTATAAACACAGGCCGTGGAGCAAACATACACATGTAATTGGAATTGACAGTTCATGCAGTTGCAATTTTGACCTCCTATATGCAATTGGAAGTAGCAAGATACCATTGCAATAAGCAGGGGCTTTTTTTGTACGGAAAGGGTGAAAATACTAACAAAAAGAAAACAACTTACCATCTAATAGAAAGGAGATTACACATGTAGCCTCGTAAAAGAAGGAAGCACAAGATTTCTCCTCATTGATTCTTCAACTGAAGAACAATCGAGGAAAGCTTCCTTGATGATGACTGAGGAAAGACAATGAATAAATAAGCAGTCTTTCCTCGGTTGTTTCCTCAATAGTTCATTTATACTTGGCATTTGAATTTTGCCTTCAACTTTTTTGTTTCCTTGGTGGTTCTTTGTCTTTGATTTCGAGGTTTCCTCGATGGTTCTTTAGTGTTTTGAGTGTCTTTCAGTAATTAAAATTATCTCAATTTTAAAACTATACTAGACTTTGTACTTCTTCATACTTATATTTCGTTCTATAATTCTATTCCTAGATTATACACAGATAAAATATGCGAACAAAAAAAAAATTGAGATCAATACCTCTGGACCATGAAGTTTTACAAATAATTTTATTTGATTCCTACATTTCGAAATCTTACGATTTAAATCATGAGATTTCAGAACTGGCTCAAAATAGAGAAACCTTTTTGTTGGCTGTCGAAAGGACAATGGAGAATTTATTTTTTTTCTTATCGGTGCGAGCGTGAAGGATCGAGTGAAAGAGGAGAGAAGATGAGAAATCCTTCTTTCTTTTGCTCACAGAAGATGATAGATACAGGGGTCTTTTTTTTCTGTTGTTCTTGCCGGATAAGAAACAGAGAAGATTTTTTTTGGTTGGTTCGGCAGAGGTTGTGGGAAATTAGAGTGGAGCAGAGGATGATATAGAGAGGGTGAACAGAGAGAGAAAAAATGATCACATAAGCAAATATAAAAATGGCAAACCATTTTTCATTATTGTAGCTAATATAAAACTAATGTTATTTCAGAAACCTCAAGCTTTAAATCGTAAGATATTAAAAATTAGAGGGAAAAAAATTGTGAAACCTGCATAACTAAAAATGCATTTATTAAAAAAACCATTCTGAAATACAACGAGTGGCCAATTCAATCCACTTCACCAAGAACCTTAGCGTATTCCCGAATATTCTACATAGTCCTCATTTATAACTCATGCTCCATTGTCAGTCCAACTCTGCTAGCTCCATGGCATCATCTTCATCTACTGTCAGAAGTCTCAACTTCTCCAACTTCAAGGACTTCTTAACAAATTTGTGGCAAATTCTCCTAATTGGGGCTTTATCTATCTCAACTATAGATAGTTTCTTGAAGGGCTAGTAATGCCCACCTACTGGCATCACCAATGGTGATGCATTGATCCCCATTGAAAAAATGAAGACAGACTTATAGATAGTTTCTTGAAGTTTCCCGCGACGTACCTCGATTGTCAAGGTGTGTCAATATGCATCAAAGAAGCCATCTGACAGGTAAGGTGGTTTCTTTTTTCTATGTACCTTCGCTCATTGAGGTACAATATAATTGTATAATAGTGTAGTTCTGTGGTTGTGCATTTTTTAATAGTTTTCGTTCATCTTTCATGAAATAAAAAAAAAAACAGCAGAAACGTGCATCTGAACCAGACATAGATGCTGTTTTTCAATTGTTCTCTAGAAACCAACAAAAAATGAACCTATGATACACAAAGCAGTTTCCTTTTTAACCTCAAAGACGTAGAGATGGTACTCTTGAACGGAAAAAAAAAAAAAACATGAACCAAAAAAAAAATTGGGGGGAATTTTTTTTTTTTTTTTTTTTTTGGATAGCGAAGAATTGGAGGGAAGTTAAAGAAAAGAAAGGAGGTTTTTGGGAAAAAAGTGTCCAACAGACTTGAGGAACGGAAGGTGAAGAGGCATACATCGGAAATTGAATTTATTCTGCATGGGAGATGGGTAGATGCCTGGTTTCTCCTTTGATTAGATGGTCAAAGTCATTTCTTTCCTTGTTTTAGGTTTTTTATGTCATGTTTCTTTTTTTGTAAGCTTTCCCATTCCTTCCGTACATAAAGAACCCCAATAATGACTAACCTTTGCTCTTAAAGTCTCAATATCAGCTTTCAAAATTCTATTGTCAACAGCTGCCACATCGTACTTCTGATTTACGTCTGTGAGACGCTTTAACAAAGTAGAGTGTTCAACCCTTAGTTGACCGACCTTTACAAAAGGAACCACATTTAGAAAAAATATTTAATAAGAATAAGAAAAAGGGAG

mRNA sequence

CTGACGGAGGGTTGTTCAGCAATGGGGATTTCACCGAGGGTTTTCATTTTTTCGATTCTCTGCACCATCCCTTGGGGGTCTCTCGCGATAGAGAATTTCCAGCAAGCATTTCCAATTGTGGAACCTGATCCTGGCCACACAAAACTTCGGCTTTCTAGAGAAGGTTTAGAGGCCATTGAGAGAATAACAAACCCAATTGCAGCTGTTGCGGTCATTGGCCCATACCGATCTGGAAAATCTTTCTTGCTTAACCAACTTCTCTCTCTTTCTTGTTATGAAGGGTTTGGTGTAGGACACCTGCGTGACACCAAAACAAAAGGGATCTGGGTATGGGGCATTCCTTTGGAGTTGATGATTGATGGAGTCAAAACTTCTGTTTTTTTCCTCGATACAGAAGGATTTGAAAGTGTTGGAAAGTCAAATGTATATGATGATCGGATCTTTGCTCTGGCAACTGTTCTGAGTTCTGTGCTTATCTACAACCTGCCAGAGACTATCCGTGAAGCTGATATTTCTAGATTGTCATTTGCTGTTGAGCTTGCTGAAGAATTCTATGGGAGAGTGAAGGGACAAGATGTTGCCTTTGAGCCTGCTAAGCTGCTGTGGCTTATCCAGCGTGATTTTCTACAAGGAAAAACTGTGCAAGAAATGGTGAATGAAGCTCTTAGGCATGTGCCTAATAGGGAAGGAGACAAAAACATTGATCTGGTAAACCAAATTCGAGATTCTTTGGCTATTATGGGAGATAATAGTACAGCCTTCAGTTTACCACAACCTCATCTCCAAAGGACAAAGCTTTGTGATATGAAAGATGGTGAGCTTGAGCCAACATATGTTGCAAGGAGGGAAGAGTTGAAAGAGCTTGTTACGAGCATTATCCGTCCAAAGATTGTGCAGGGAAAATCTTTGAATGGAAAGGAATTTGTATATTTTTTAGAACAGATTCTTGAAGCATTGAACAAGGGGGAAATTCCATCTACCGGATCCCTTGTTGAGGTTTTCAACAAGGGCATTCTTGAGCGATGTCTGAAAGTATACAGTGACAGAATGGCAACATTGCATTTACCTATGACAGAGCAATCTCTGCATGGTGCCCATGAAACACATCGAGCAGCAGCAATGCAAGCTTTTGATGAACAACATTTCGGCCGTCACCATGCAAAGAAATCAGTCGTACAACTTGATGAAGAAATTGACAAGGTGCATAGTAATGTTATATTGGCAAATCAATATCAATCCTCAAAGCTCTGTGAAGAACTTTATACGAAGTGTGAAGATCAAATGGACCACCTTCAAGCTCTAAGGCTTCCATCAATGGCAAAATTCAATGCAGGTTTTCTGCAATGCAACCAAAGTTTTGAGCTAGAGTGTGTTGGCCCTTCAAAAGAAAACTATGAGCATCGCATGTCAAAGATGTTGGGGAAGTCACGATCTCTCTTTATCAAGGAATACAATCACAGGCTTTTCAATTGGTTGGTGGCCTTTTCTCTTGTCATGGTGATCGTGGGAAGGTTTATTATAAAGTTCTTTTTAATTGAAATTGGGGCATGGATGCTATTTATCTTTTTGGAGACATACACAAGGATGTTTTGGTCGGCCGAGAATCTTTATTACAACCCCATTTGGCATTTTATTGTAGCCACCTGGGAAACAATCGTTTATAGCCCCATCCTGGATTTGGACAGATGGGCAATCCCATTGGGTGTGTTGGCTGGTGTTTTGGTTGTTTACTGGAGGTGTTGTGGAAGAAGAAAATATGGGTCCACCCATTGGCTCTTACCATTGTATAACAATCCCAAAAGTGGTTCACAAAGGCCAAGATCAGACTGACCAATCATAAATCTCTTGCTTTTCTTCGAGCAGTTCACTGCTACTTCTTTTTGATCTTTCTGGCTGGCGAGCTCTTCACCTTTTTGATACACGAAGCGCGCCAAAGCTTCAATTGTAGTTAGGAACGAATTTTAGACAGGTGATTTATATCTCAATCTGTAGTGATAGCATATCAGAAAAAAATGGAGAAGCAAATGTTGTTGTCCGTCGATATAATTTGTAATATGTTTAATATATTGTATTCAATTTTACTCACTGAAAGAAATTCTTTCTTTCTTTTACCTGAAAGGAGAGAGAGATTCTATATTGTATTCAATTATACTCATTGAAATGCCTCCTCTTTTGTACTTGAAAGAAAAAGAAATTCTTTGTATTCTCAAATCTTGAATCTGGCTTTATAATTAAGTTTTTCCAATGTTGCTGGATCTTAAATCATTTTTACTACGATGATGTGACAAATAGTGAATGGAAGAAATATTCATACTAGTACCAGAAATTTTCACCTAATATTTCACATGTTTCTAATTATGCTCCATGGTAACAAATCTTTATCTGCAACCTTGTTTTTGTGGTTTTGGGAGCAGTGGCACCATGACACAAACGAAAATCAAATGACCACTCTAGTACAATAAAGCTCAGTGTGGAACTACCAAACTGATTTTTTCAAAAAAAAAATATTAGCTAGTTAATAAACGAGATCCGAGTCTTAGTACAGAGAAGTGGAGCATGAAATGAATAAATATGTAAGTGTTATATCATTTCTTATTAATCCCTGTAATGCCCACAAGCCCAATGAAAATTCAAGAGCAAAAATTGCTGCAAAAACTAGGCATTTCAGTTCTTCAATTCTTCAATTCTTCTTGTGGTTTGAAGGTGCTGCTGCTGCTGCTGCTGCAGGTGAAGCTTCTGCATCCCAACCTGACATGGAGCCATGCATGGACTGCTTCTGCACATGATCAACATCAGATATATGGTGGGCAGAGGGCAAATCAGTCATTTTGCTTGCCACGTCATTCTGCGAGTTTCCAACAAGTGGAGGGGCTTCCAAATTGTGGTGATGTGGAGGGGTGGTGCTGGCAAATGCAGATACATTTTGGTGGAAGAATTGGGTGTTGGATTGCATAGGCATTTGGCTATTCACAAATGGCATATGGCTCTGAGACATGGCAACAAGCAGTGGATTCACTCCTGTCACTCTCTTCACTGTTTCTTCAGCCATTTTCACCTGAAAATTTTAACTCACAATATTCACAAATATCCTAATGATTTCCCACAAACAAAACGGCAGGCATCATAAATGTAATATTCTCTCTCTATGGAAAAATTTCCTAGTTCTGGAAAATTTGAAAGCAAGAGCAGAACAGATGTGAGAAGTAACCAAGTCAACATCACCGATGTGTTTTCATTTAATAAACTAATCGCTGACATGCTTTAACATCCTTATAAACACAGGCCGTGGAGCAAACATACACATGTAATTGGAATTGACAGTTCATGCAGTTGCAATTTTGACCTCCTATATGCAATTGGAAGTAGCAAGATACCATTGCAATAAGCAGGGGCTTTTTTTGTACGGAAAGGGTGAAAATACTAACAAAAAGAAAACAACTTACCATCTAATAGAAAGGAGATTACACATGTAGCCTCGTAAAAGAAGGAAGCACAAGATTTCTCCTCATTGATTCTTCAACTGAAGAACAATCGAGGAAAGCTTCCTTGATGATGACTGAGGAAAGACAATGAATAAATAAGCAGTCTTTCCTCGGTTGTTTCCTCAATAGTTCATTTATACTTGGCATTTGAATTTTGCCTTCAACTTTTTTGTTTCCTTGGTGGTTCTTTGTCTTTGATTTCGAGGTTTCCTCGATGGTTCTTTAGTGTTTTGAGTGTCTTTCAGTAATTAAAATTATCTCAATTTTAAAACTATACTAGACTTTGTACTTCTTCATACTTATATTTCGTTCTATAATTCTATTCCTAGATTATACACAGATAAAATATGCGAACAAAAAAAAAATTGAGATCAATACCTCTGGACCATGAAGTTTTACAAATAATTTTATTTGATTCCTACATTTCGAAATCTTACGATTTAAATCATGAGATTTCAGAACTGGCTCAAAATAGAGAAACCTTTTTGTTGGCTGTCGAAAGGACAATGGAGAATTTATTTTTTTTCTTATCGGTGCGAGCGTGAAGGATCGAGTGAAAGAGGAGAGAAGATGAGAAATCCTTCTTTCTTTTGCTCACAGAAGATGATAGATACAGGGGTCTTTTTTTTCTGTTGTTCTTGCCGGATAAGAAACAGAGAAGATTTTTTTTGGTTGGTTCGGCAGAGGTTGTGGGAAATTAGAGTGGAGCAGAGGATGATATAGAGAGGGTGAACAGAGAGAGAAAAAATGATCACATAAGCAAATATAAAAATGGCAAACCATTTTTCATTATTGTAGCTAATATAAAACTAATGTTATTTCAGAAACCTCAAGCTTTAAATCGTAAGATATTAAAAATTAGAGGGAAAAAAATTGTGAAACCTGCATAACTAAAAATGCATTTATTAAAAAAACCATTCTGAAATACAACGAGTGGCCAATTCAATCCACTTCACCAAGAACCTTAGCGTATTCCCGAATATTCTACATAGTCCTCATTTATAACTCATGCTCCATTGTCAGTCCAACTCTGCTAGCTCCATGGCATCATCTTCATCTACTGTCAGAAGTCTCAACTTCTCCAACTTCAAGGACTTCTTAACAAATTTGTGGCAAATTCTCCTAATTGGGGCTTTATCTATCTCAACTATAGATAGTTTCTTGAAGGGCTAGTAATGCCCACCTACTGGCATCACCAATGGTGATGCATTGATCCCCATTGAAAAAATGAAGACAGACTTATAGATAGTTTCTTGAAGTTTCCCGCGACGTACCTCGATTGTCAAGGTGTGTCAATATGCATCAAAGAAGCCATCTGACAGGTAAGGTGGTTTCTTTTTTCTATGTACCTTCGCTCATTGAGGTACAATATAATTGTATAATAGTGTAGTTCTGTGGTTGTGCATTTTTTAATAGTTTTCGTTCATCTTTCATGAAATAAAAAAAAAAACAGCAGAAACGTGCATCTGAACCAGACATAGATGCTGTTTTTCAATTGTTCTCTAGAAACCAACAAAAAATGAACCTATGATACACAAAGCAGTTTCCTTTTTAACCTCAAAGACGTAGAGATGGTACTCTTGAACGGAAAAAAAAAAAAAACATGAACCAAAAAAAAAATTGGGGGGAATTTTTTTTTTTTTTTTTTTTTTGGATAGCGAAGAATTGGAGGGAAGTTAAAGAAAAGAAAGGAGGTTTTTGGGAAAAAAGTGTCCAACAGACTTGAGGAACGGAAGGTGAAGAGGCATACATCGGAAATTGAATTTATTCTGCATGGGAGATGGGTAGATGCCTGGTTTCTCCTTTGATTAGATGGTCAAAGTCATTTCTTTCCTTGTTTTAGGTTTTTTATGTCATGTTTCTTTTTTTGTAAGCTTTCCCATTCCTTCCGTACATAAAGAACCCCAATAATGACTAACCTTTGCTCTTAAAGTCTCAATATCAGCTTTCAAAATTCTATTGTCAACAGCTGCCACATCGTACTTCTGATTTACGTCTGTGAGACGCTTTAACAAAGTAGAGTGTTCAACCCTTAGTTGACCGACCTTTACAAAAGGAACCACATTTAGAAAAAATATTTAATAAGAATAAGAAAAAGGGAG

Coding sequence (CDS)

CTGACGGAGGGTTGTTCAGCAATGGGGATTTCACCGAGGGTTTTCATTTTTTCGATTCTCTGCACCATCCCTTGGGGGTCTCTCGCGATAGAGAATTTCCAGCAAGCATTTCCAATTGTGGAACCTGATCCTGGCCACACAAAACTTCGGCTTTCTAGAGAAGGTTTAGAGGCCATTGAGAGAATAACAAACCCAATTGCAGCTGTTGCGGTCATTGGCCCATACCGATCTGGAAAATCTTTCTTGCTTAACCAACTTCTCTCTCTTTCTTGTTATGAAGGGTTTGGTGTAGGACACCTGCGTGACACCAAAACAAAAGGGATCTGGGTATGGGGCATTCCTTTGGAGTTGATGATTGATGGAGTCAAAACTTCTGTTTTTTTCCTCGATACAGAAGGATTTGAAAGTGTTGGAAAGTCAAATGTATATGATGATCGGATCTTTGCTCTGGCAACTGTTCTGAGTTCTGTGCTTATCTACAACCTGCCAGAGACTATCCGTGAAGCTGATATTTCTAGATTGTCATTTGCTGTTGAGCTTGCTGAAGAATTCTATGGGAGAGTGAAGGGACAAGATGTTGCCTTTGAGCCTGCTAAGCTGCTGTGGCTTATCCAGCGTGATTTTCTACAAGGAAAAACTGTGCAAGAAATGGTGAATGAAGCTCTTAGGCATGTGCCTAATAGGGAAGGAGACAAAAACATTGATCTGGTAAACCAAATTCGAGATTCTTTGGCTATTATGGGAGATAATAGTACAGCCTTCAGTTTACCACAACCTCATCTCCAAAGGACAAAGCTTTGTGATATGAAAGATGGTGAGCTTGAGCCAACATATGTTGCAAGGAGGGAAGAGTTGAAAGAGCTTGTTACGAGCATTATCCGTCCAAAGATTGTGCAGGGAAAATCTTTGAATGGAAAGGAATTTGTATATTTTTTAGAACAGATTCTTGAAGCATTGAACAAGGGGGAAATTCCATCTACCGGATCCCTTGTTGAGGTTTTCAACAAGGGCATTCTTGAGCGATGTCTGAAAGTATACAGTGACAGAATGGCAACATTGCATTTACCTATGACAGAGCAATCTCTGCATGGTGCCCATGAAACACATCGAGCAGCAGCAATGCAAGCTTTTGATGAACAACATTTCGGCCGTCACCATGCAAAGAAATCAGTCGTACAACTTGATGAAGAAATTGACAAGGTGCATAGTAATGTTATATTGGCAAATCAATATCAATCCTCAAAGCTCTGTGAAGAACTTTATACGAAGTGTGAAGATCAAATGGACCACCTTCAAGCTCTAAGGCTTCCATCAATGGCAAAATTCAATGCAGGTTTTCTGCAATGCAACCAAAGTTTTGAGCTAGAGTGTGTTGGCCCTTCAAAAGAAAACTATGAGCATCGCATGTCAAAGATGTTGGGGAAGTCACGATCTCTCTTTATCAAGGAATACAATCACAGGCTTTTCAATTGGTTGGTGGCCTTTTCTCTTGTCATGGTGATCGTGGGAAGGTTTATTATAAAGTTCTTTTTAATTGAAATTGGGGCATGGATGCTATTTATCTTTTTGGAGACATACACAAGGATGTTTTGGTCGGCCGAGAATCTTTATTACAACCCCATTTGGCATTTTATTGTAGCCACCTGGGAAACAATCGTTTATAGCCCCATCCTGGATTTGGACAGATGGGCAATCCCATTGGGTGTGTTGGCTGGTGTTTTGGTTGTTTACTGGAGGTGTTGTGGAAGAAGAAAATATGGGTCCACCCATTGGCTCTTACCATTGTATAACAATCCCAAAAGTGGTTCACAAAGGCCAAGATCAGACTGA

Protein sequence

LTEGCSAMGISPRVFIFSILCTIPWGSLAIENFQQAFPIVEPDPGHTKLRLSREGLEAIERITNPIAAVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKGIWVWGIPLELMIDGVKTSVFFLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYGRVKGQDVAFEPAKLLWLIQRDFLQGKTVQEMVNEALRHVPNREGDKNIDLVNQIRDSLAIMGDNSTAFSLPQPHLQRTKLCDMKDGELEPTYVARREELKELVTSIIRPKIVQGKSLNGKEFVYFLEQILEALNKGEIPSTGSLVEVFNKGILERCLKVYSDRMATLHLPMTEQSLHGAHETHRAAAMQAFDEQHFGRHHAKKSVVQLDEEIDKVHSNVILANQYQSSKLCEELYTKCEDQMDHLQALRLPSMAKFNAGFLQCNQSFELECVGPSKENYEHRMSKMLGKSRSLFIKEYNHRLFNWLVAFSLVMVIVGRFIIKFFLIEIGAWMLFIFLETYTRMFWSAENLYYNPIWHFIVATWETIVYSPILDLDRWAIPLGVLAGVLVVYWRCCGRRKYGSTHWLLPLYNNPKSGSQRPRSD

Homology

[Close]

BLAST of MC09g0753 vs. ExPASy Swiss-Prot
Match: Q96PP9 (Guanylate-binding protein 4 OS=Homo sapiens OX=9606 GN=GBP4 PE=1 SV=2)

HSP 1 Score: 127.5 bits (319), Expect = 5.2e-28
Identity = 113/410 (27.56%), Postives = 190/410 (46.34%), Query Frame = 0


Query: 38  PIVEPDPGHTKLRLSREGLEAIERITNPIAAVAVIGPYRSGKSFLLNQLLSLSCYEGFGV 97
           PI   +    +L ++ + LE +++I+ P+  VA++G YR+GKS+L+N+L       GF +
Sbjct: 25  PICLVENQEEQLTVNSKALEILDKISQPVVVVAIVGLYRTGKSYLMNRLAGKR--NGFPL 84

Query: 98  GHLRDTKTKGIWVWGIPLELMIDGVKTSVFFLDTEGFESVGKSNVYDDR-IFALATVLSS 157
           G    ++TKGIW+W +P    +     ++  LDTEG   V KSN  +D  IFALA +LSS
Sbjct: 85  GSTVQSETKGIWMWCVP---HLSKPNHTLVLLDTEGLGDVEKSNPKNDSWIFALAVLLSS 144

Query: 158 VLIYNLPETIREADISRLSFAVELAEEFYGRV---------KGQDVAFEPAKLLWLIQRD 217
             +YN   TI    + +L +  ELAE    +            +  +F P   +W + RD
Sbjct: 145 SFVYNSVSTINHQALEQLHYVTELAELIRAKSCPRPDEAEDSSEFASFFP-DFIWTV-RD 204

Query: 218 F-----LQGK--TVQEMVNEALRHVPNREGDKNIDLVNQIRDSLAIMGDNSTAFSLPQPH 277
           F     L G   T  E +  AL+ +P +  +  I   N  R+ +         F   +P 
Sbjct: 205 FTLELKLDGNPITEDEYLENALKLIPGK--NPKIQNSNMPRECIRHFFRKRKCFVFDRPT 264

Query: 278 LQRTKLCDM---KDGELEPTYVARREELKELVTSIIRPKIV-QGKSLNGKEFVYFLEQIL 337
             +  L  M    +  LE  ++ + +     + +  + K + +G  + GK     +   +
Sbjct: 265 NDKQYLNHMDEVPEENLERHFLMQSDNFCSYIFTHAKTKTLREGIIVTGKRLGTLVVTYV 324

Query: 338 EALNKGEIP----STGSLVEVFNKGILERCLKVYSDRMA-TLHLPM-TEQSLHGAHETHR 397
           +A+N G +P    +  +L ++ N   ++R    YS +MA  L LP  T Q L   H    
Sbjct: 325 DAINSGAVPCLENAVTALAQLENPAAVQRAADHYSQQMAQQLRLPTDTLQELLDVHAACE 384

Query: 398 AAAMQAFDEQHF--GRHHAKKSVVQLDEEIDKVHSNVILANQYQSSKLCE 419
             A+  F E  F    H  +K +V   + I+K   + +L N+  S+K C+
Sbjct: 385 REAIAVFMEHSFKDENHEFQKKLV---DTIEKKKGDFVLQNEEASAKYCQ 422

[Close]

BLAST of MC09g0753 vs. ExPASy Swiss-Prot
Match: Q96PP8 (Guanylate-binding protein 5 OS=Homo sapiens OX=9606 GN=GBP5 PE=1 SV=1)

HSP 1 Score: 122.1 bits (305), Expect = 2.2e-26
Identity = 111/398 (27.89%), Postives = 181/398 (45.48%), Query Frame = 0


Query: 48  KLRLSREGLEAIERITNPIAAVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKG 107
           +L++++E LE +  IT P+  VA++G YR+GKS+L+N+L   +  +GF V     + TKG
Sbjct: 20  QLKVNQEALEILSAITQPVVVVAIVGLYRTGKSYLMNKLAGKN--KGFSVASTVQSHTKG 79

Query: 108 IWVWGIPLELMIDGVKTSVFFLDTEGFESVGKS-NVYDDRIFALATVLSSVLIYNLPETI 167
           IW+W +P     +    ++  LDTEG   V K+ N  D +IFALA +LSS  +YN    I
Sbjct: 80  IWIWCVPHP---NWPNHTLVLLDTEGLGDVEKADNKNDIQIFALALLLSSTFVYNTVNKI 139

Query: 168 READISRLSFAVELAEEFYGRVKGQ-DVAFEPA-------KLLWLIQRDFLQG------- 227
            +  I  L    EL +    R     D   +PA        L+W + RDF  G       
Sbjct: 140 DQGAIDLLHNVTELTDLLKARNSPDLDRVEDPADSASFFPDLVWTL-RDFCLGLEIDGQL 199

Query: 228 KTVQEMVNEALRHVPNREGDKNIDLVNQIRDSLAIMGDNSTA--FSLPQPHLQRTKLCDM 287
            T  E +  +LR  P +  D+ +   N  R  +           F LP    +  +L  +
Sbjct: 200 VTPDEYLENSLR--PKQGSDQRVQNFNLPRLCIQKFFPKKKCFIFDLPAHQKKLAQLETL 259

Query: 288 KDGELEPTYVARREELKELVTSIIRPKIVQGK-SLNGKEFVYFLEQILEALNKGEIP--- 347
            D ELEP +V +  E    + S    K + G   +NG      +   + A++ G++P   
Sbjct: 260 PDDELEPEFVQQVTEFCSYIFSHSMTKTLPGGIMVNGSRLKNLVLTYVNAISSGDLPCIE 319

Query: 348 -STGSLVEVFNKGILERCLKVYSDRMA-TLHLPM-TEQSLHGAHETHRAAAMQAFDEQHF 407
            +  +L +  N   +++ +  Y  +M   + LPM T Q L   H T    A++ F +  F
Sbjct: 320 NAVLALAQRENSAAVQKAIAHYDQQMGQKVQLPMETLQELLDLHRTSEREAIEVFMKNSF 379

Query: 408 GRHHAKKSVVQLDEEIDKVHSNVILANQYQSSKLCEEL 421
            +   +    +L+  +D   +++   N   SS  C  L
Sbjct: 380 -KDVDQSFQKELETLLDAKQNDICKRNLEASSDYCSAL 408

[Close]

BLAST of MC09g0753 vs. ExPASy Swiss-Prot
Match: Q8N8V2 (Guanylate-binding protein 7 OS=Homo sapiens OX=9606 GN=GBP7 PE=1 SV=2)

HSP 1 Score: 117.5 bits (293), Expect = 5.4e-25
Identity = 108/407 (26.54%), Postives = 187/407 (45.95%), Query Frame = 0


Query: 39  IVEPDPGHTKLRLSREGLEAIERITNPIAAVAVIGPYRSGKSFLLNQLLSLSCYEGFGVG 98
           + E   GH  L ++ E LE +  IT P+  VA++G YR+GKS+L+N+L   +  +GF +G
Sbjct: 13  LTENTKGH--LVVNSEALEILSAITQPVVVVAIVGLYRTGKSYLMNKLAGKN--KGFPLG 72

Query: 99  HLRDTKTKGIWVWGIPLELMIDGVKTSVFFLDTEGFESVGKSNVYDDR-IFALATVLSSV 158
               ++TKGIW+W +P          ++  LDTEG   + KS+   D  IFALA +LSS 
Sbjct: 73  CTVKSETKGIWMWCVPHP---SKPNHTLILLDTEGLGDMEKSDPKSDSWIFALAVLLSSS 132

Query: 159 LIYNLPETIREADISRLSFAVELAEEFYGRV---------KGQDVAFEPAKLLWLIQRDF 218
            +YN   TI    + +L +  EL E    +            + V+F P   +W + RDF
Sbjct: 133 FVYNSMGTINHQALEQLHYVTELTELIRAKSCPRPDEVEDSSEFVSFFP-DFIWTV-RDF 192

Query: 219 -----LQGK--TVQEMVNEALRHVPNREGDKNIDLVNQIRDSLAIMGDNSTAFSLPQPHL 278
                L G   T  E +  AL+ +  +  +  I   N+ R+ +         F   +P  
Sbjct: 193 TLELKLDGHPITEDEYLENALKLISGK--NPQIQNSNKPREWIRHFFPKQKCFVFDRPIN 252

Query: 279 QRTKLC---DMKDGELEPTYVARREELKELVTSIIRPKIV-QGKSLNGKEFVYFLEQILE 338
            +  L    ++++ +L+  +  + E     + +  + K + +G  + G      +E  L+
Sbjct: 253 DKKLLLHVEEVREDQLDSNFQMQSENFCSYIFTHAKTKTLREGILVTGNRLGMLVETYLD 312

Query: 339 ALNKGEIP----STGSLVEVFNKGILERCLKVYSDRMA-TLHLPM-TEQSLHGAHETHRA 398
           A+N G  P    +   L +  N   ++R    YS +MA  +  P  T Q L   H     
Sbjct: 313 AINSGATPCLENAMAVLAQCENSAAVQRAANHYSQQMAQQVRFPTDTLQELLDVHAVCER 372

Query: 399 AAMQAFDEQHFGRHHAKKSVVQLDEEIDKVHSNVILANQYQSSKLCE 419
            A+  F E  F +  +++   +L + ++K   + +L N+  S+K C+
Sbjct: 373 EAIAVFMEYSF-KDKSQEFQKKLVDTMEKKKEDFVLQNEEASAKYCQ 407

[Close]

BLAST of MC09g0753 vs. ExPASy Swiss-Prot
Match: Q01514 (Guanylate-binding protein 1 OS=Mus musculus OX=10090 GN=Gbp1 PE=1 SV=1)

HSP 1 Score: 113.2 bits (282), Expect = 1.0e-23
Identity = 105/399 (26.32%), Postives = 178/399 (44.61%), Query Frame = 0


Query: 48  KLRLSREGLEAIERITNPIAAVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKG 107
           +L +++E L  +  IT P+  VA++G YR+GKS+L+N+L       GF +G    + TKG
Sbjct: 20  QLVINQEALRILSAITQPVVVVAIVGLYRTGKSYLMNKLAGKR--TGFSLGSTVQSHTKG 79

Query: 108 IWVWGIPLELMIDGVKTSVFFLDTEGFESVGK-SNVYDDRIFALATVLSSVLIYNLPETI 167
           IW+W +P          ++  LDTEG E V K  N  D  IFALA +LSS  IYN   TI
Sbjct: 80  IWMWCVPHP---KKAGQTLVLLDTEGLEDVEKGDNQNDCWIFALAVLLSSTFIYNSIGTI 139

Query: 168 READISRLSFAVELAEEFYGRVKGQD---------VAFEPAKLLWLIQRDFL-------Q 227
            +  + +L +  EL +    +              V F P   +W + RDF        +
Sbjct: 140 NQQAMDQLHYVTELTDLIKSKSSPDQSDVDNSANFVGFFPI-FVWTL-RDFSLDLEFDGE 199

Query: 228 GKTVQEMVNEALRHVPNREGDKNIDLVNQIRDSLAIMGDNSTAFSLPQP--HLQRTKLCD 287
             T  E +  +L     +  D+N    N  R  +         F   +P    Q +KL  
Sbjct: 200 SITPDEYLETSL--ALRKGTDENTKKFNMPRLCIRKFFPKRKCFIFDRPGDRKQLSKLEW 259

Query: 288 MKDGELEPTYVARREELKELVTSIIRPKIVQGK-SLNGKEFVYFLEQILEALNKGEIP-- 347
           +++ +L   +V +  E    + S    K + G  ++NG      ++  + A+  GE+P  
Sbjct: 260 IQEDQLNKEFVEQVAEFTSYIFSYSGVKTLSGGITVNGPRLKSLVQTYVSAICSGELPCM 319

Query: 348 --STGSLVEVFNKGILERCLKVYSDRM-ATLHLPM-TEQSLHGAHETHRAAAMQAFDEQH 407
             +  +L ++ N   +++ +  Y ++M   +H+P  T Q L   H T    A++ F +  
Sbjct: 320 ENAVLTLAQIENSAAVQKAITYYEEQMNQKIHMPTETLQELLDLHRTCEREAIEVFMKNS 379

Query: 408 FGRHHAKKSVVQLDEEIDKVHSNVILANQYQSSKLCEEL 421
           F +   +K   +L  +++      +  N   SS  C +L
Sbjct: 380 F-KDVDQKFQEELGAQLEAKRDAFVKKNMDMSSAHCSDL 408

[Close]

BLAST of MC09g0753 vs. ExPASy Swiss-Prot
Match: Q9Z0E6 (Guanylate-binding protein 2 OS=Mus musculus OX=10090 GN=Gbp2 PE=1 SV=1)

HSP 1 Score: 112.1 bits (279), Expect = 2.3e-23
Identity = 113/439 (25.74%), Postives = 195/439 (44.42%), Query Frame = 0


Query: 48  KLRLSREGLEAIERITNPIAAVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKG 107
           +L +++E L  +  IT P+  VA++G YR+GKS+L+N+L       GF +G    + TKG
Sbjct: 20  QLVINQEALRILSAITQPVVVVAIVGLYRTGKSYLMNKLAGKR--TGFSLGSTVQSHTKG 79

Query: 108 IWVWGIPLELMIDGVKTSVFFLDTEGFESVGK-SNVYDDRIFALATVLSSVLIYNLPETI 167
           IW+W +P          ++  LDTEG E V K  N  D  IFALA +LSS  IYN   TI
Sbjct: 80  IWMWCVPHP---KKAGQTLVLLDTEGLEDVEKGDNQNDCWIFALAVLLSSTFIYNSIGTI 139

Query: 168 READISRLSFAVELAEEFYGR----VKGQD-----VAFEPAKLLWLIQRDF-----LQGK 227
            +  + +L +  EL +    +      G D     V F P   +W + RDF     + GK
Sbjct: 140 NQQAMDQLHYVTELTDLIKSKSSPDQSGVDDSANFVGFFPT-FVWTL-RDFSLELEVNGK 199

Query: 228 TVQEMVNEALRH--VPNREGDKNIDLVNQIRDSLAIMGDNSTAFSLPQP--HLQRTKLCD 287
            V    +E L H     +  DK     N+ R  +         F   +P    Q +KL  
Sbjct: 200 PVTS--DEYLEHSLTLKKGADKKTKSFNEPRLCIRKFFPKRKCFIFDRPAQRKQLSKLET 259

Query: 288 MKDGELEPTYVARREELKELVTSIIRPK-IVQGKSLNGKEFVYFLEQILEALNKGEIPST 347
           +++ EL   +V +  E    + S    K +  G  +NG      ++  + A++ G +P  
Sbjct: 260 LREEELCGEFVEQVAEFTSYILSYSSVKTLCGGIIVNGPRLKSLVQTYVGAISNGSLPCM 319

Query: 348 GS----LVEVFNKGILERCLKVYSDRMATLHLPMTEQSLHGAHETHRAAAMQAFDEQHFG 407
            S    L ++ N   +++ +  Y ++M    + M  ++L    + HR    +A +     
Sbjct: 320 ESAVLTLAQIENSAAVQKAITHYEEQM-NQKIQMPTETLQELLDLHRPIESEAIEV---- 379

Query: 408 RHHAKKSVVQLDEEIDKVHSNVILANQYQSSKLCEELYT-KCEDQMDHL-----QALRLP 457
               K S   +D++      N+++A +    K   ++ + +C D ++ +     + ++L 
Sbjct: 380 --FLKNSFKDVDQKFQTELGNLLVAKRDAFIKKNMDVSSARCSDLLEDIFGPLEEEVKLG 439

[Close]

BLAST of MC09g0753 vs. NCBI nr
Match: XP_022155811.1 (guanylate-binding protein 5 isoform X2 [Momordica charantia])

HSP 1 Score: 1216 bits (3146), Expect = 0.0
Identity = 602/602 (100.00%), Postives = 602/602 (100.00%), Query Frame = 0


Query: 8   MGISPRVFIFSILCTIPWGSLAIENFQQAFPIVEPDPGHTKLRLSREGLEAIERITNPIA 67
           MGISPRVFIFSILCTIPWGSLAIENFQQAFPIVEPDPGHTKLRLSREGLEAIERITNPIA
Sbjct: 1   MGISPRVFIFSILCTIPWGSLAIENFQQAFPIVEPDPGHTKLRLSREGLEAIERITNPIA 60

Query: 68  AVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKGIWVWGIPLELMIDGVKTSVF 127
           AVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKGIWVWGIPLELMIDGVKTSVF
Sbjct: 61  AVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKGIWVWGIPLELMIDGVKTSVF 120

Query: 128 FLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYGR 187
           FLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYGR
Sbjct: 121 FLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYGR 180

Query: 188 VKGQDVAFEPAKLLWLIQRDFLQGKTVQEMVNEALRHVPNREGDKNIDLVNQIRDSLAIM 247
           VKGQDVAFEPAKLLWLIQRDFLQGKTVQEMVNEALRHVPNREGDKNIDLVNQIRDSLAIM
Sbjct: 181 VKGQDVAFEPAKLLWLIQRDFLQGKTVQEMVNEALRHVPNREGDKNIDLVNQIRDSLAIM 240

Query: 248 GDNSTAFSLPQPHLQRTKLCDMKDGELEPTYVARREELKELVTSIIRPKIVQGKSLNGKE 307
           GDNSTAFSLPQPHLQRTKLCDMKDGELEPTYVARREELKELVTSIIRPKIVQGKSLNGKE
Sbjct: 241 GDNSTAFSLPQPHLQRTKLCDMKDGELEPTYVARREELKELVTSIIRPKIVQGKSLNGKE 300

Query: 308 FVYFLEQILEALNKGEIPSTGSLVEVFNKGILERCLKVYSDRMATLHLPMTEQSLHGAHE 367
           FVYFLEQILEALNKGEIPSTGSLVEVFNKGILERCLKVYSDRMATLHLPMTEQSLHGAHE
Sbjct: 301 FVYFLEQILEALNKGEIPSTGSLVEVFNKGILERCLKVYSDRMATLHLPMTEQSLHGAHE 360

Query: 368 THRAAAMQAFDEQHFGRHHAKKSVVQLDEEIDKVHSNVILANQYQSSKLCEELYTKCEDQ 427
           THRAAAMQAFDEQHFGRHHAKKSVVQLDEEIDKVHSNVILANQYQSSKLCEELYTKCEDQ
Sbjct: 361 THRAAAMQAFDEQHFGRHHAKKSVVQLDEEIDKVHSNVILANQYQSSKLCEELYTKCEDQ 420

Query: 428 MDHLQALRLPSMAKFNAGFLQCNQSFELECVGPSKENYEHRMSKMLGKSRSLFIKEYNHR 487
           MDHLQALRLPSMAKFNAGFLQCNQSFELECVGPSKENYEHRMSKMLGKSRSLFIKEYNHR
Sbjct: 421 MDHLQALRLPSMAKFNAGFLQCNQSFELECVGPSKENYEHRMSKMLGKSRSLFIKEYNHR 480

Query: 488 LFNWLVAFSLVMVIVGRFIIKFFLIEIGAWMLFIFLETYTRMFWSAENLYYNPIWHFIVA 547
           LFNWLVAFSLVMVIVGRFIIKFFLIEIGAWMLFIFLETYTRMFWSAENLYYNPIWHFIVA
Sbjct: 481 LFNWLVAFSLVMVIVGRFIIKFFLIEIGAWMLFIFLETYTRMFWSAENLYYNPIWHFIVA 540

Query: 548 TWETIVYSPILDLDRWAIPLGVLAGVLVVYWRCCGRRKYGSTHWLLPLYNNPKSGSQRPR 607
           TWETIVYSPILDLDRWAIPLGVLAGVLVVYWRCCGRRKYGSTHWLLPLYNNPKSGSQRPR
Sbjct: 541 TWETIVYSPILDLDRWAIPLGVLAGVLVVYWRCCGRRKYGSTHWLLPLYNNPKSGSQRPR 600

Query: 608 SD 609
           SD
Sbjct: 601 SD 602

[Close]

BLAST of MC09g0753 vs. NCBI nr
Match: XP_022155810.1 (guanylate-binding protein 5 isoform X1 [Momordica charantia])

HSP 1 Score: 1216 bits (3146), Expect = 0.0
Identity = 602/602 (100.00%), Postives = 602/602 (100.00%), Query Frame = 0


Query: 8   MGISPRVFIFSILCTIPWGSLAIENFQQAFPIVEPDPGHTKLRLSREGLEAIERITNPIA 67
           MGISPRVFIFSILCTIPWGSLAIENFQQAFPIVEPDPGHTKLRLSREGLEAIERITNPIA
Sbjct: 9   MGISPRVFIFSILCTIPWGSLAIENFQQAFPIVEPDPGHTKLRLSREGLEAIERITNPIA 68

Query: 68  AVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKGIWVWGIPLELMIDGVKTSVF 127
           AVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKGIWVWGIPLELMIDGVKTSVF
Sbjct: 69  AVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKGIWVWGIPLELMIDGVKTSVF 128

Query: 128 FLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYGR 187
           FLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYGR
Sbjct: 129 FLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYGR 188

Query: 188 VKGQDVAFEPAKLLWLIQRDFLQGKTVQEMVNEALRHVPNREGDKNIDLVNQIRDSLAIM 247
           VKGQDVAFEPAKLLWLIQRDFLQGKTVQEMVNEALRHVPNREGDKNIDLVNQIRDSLAIM
Sbjct: 189 VKGQDVAFEPAKLLWLIQRDFLQGKTVQEMVNEALRHVPNREGDKNIDLVNQIRDSLAIM 248

Query: 248 GDNSTAFSLPQPHLQRTKLCDMKDGELEPTYVARREELKELVTSIIRPKIVQGKSLNGKE 307
           GDNSTAFSLPQPHLQRTKLCDMKDGELEPTYVARREELKELVTSIIRPKIVQGKSLNGKE
Sbjct: 249 GDNSTAFSLPQPHLQRTKLCDMKDGELEPTYVARREELKELVTSIIRPKIVQGKSLNGKE 308

Query: 308 FVYFLEQILEALNKGEIPSTGSLVEVFNKGILERCLKVYSDRMATLHLPMTEQSLHGAHE 367
           FVYFLEQILEALNKGEIPSTGSLVEVFNKGILERCLKVYSDRMATLHLPMTEQSLHGAHE
Sbjct: 309 FVYFLEQILEALNKGEIPSTGSLVEVFNKGILERCLKVYSDRMATLHLPMTEQSLHGAHE 368

Query: 368 THRAAAMQAFDEQHFGRHHAKKSVVQLDEEIDKVHSNVILANQYQSSKLCEELYTKCEDQ 427
           THRAAAMQAFDEQHFGRHHAKKSVVQLDEEIDKVHSNVILANQYQSSKLCEELYTKCEDQ
Sbjct: 369 THRAAAMQAFDEQHFGRHHAKKSVVQLDEEIDKVHSNVILANQYQSSKLCEELYTKCEDQ 428

Query: 428 MDHLQALRLPSMAKFNAGFLQCNQSFELECVGPSKENYEHRMSKMLGKSRSLFIKEYNHR 487
           MDHLQALRLPSMAKFNAGFLQCNQSFELECVGPSKENYEHRMSKMLGKSRSLFIKEYNHR
Sbjct: 429 MDHLQALRLPSMAKFNAGFLQCNQSFELECVGPSKENYEHRMSKMLGKSRSLFIKEYNHR 488

Query: 488 LFNWLVAFSLVMVIVGRFIIKFFLIEIGAWMLFIFLETYTRMFWSAENLYYNPIWHFIVA 547
           LFNWLVAFSLVMVIVGRFIIKFFLIEIGAWMLFIFLETYTRMFWSAENLYYNPIWHFIVA
Sbjct: 489 LFNWLVAFSLVMVIVGRFIIKFFLIEIGAWMLFIFLETYTRMFWSAENLYYNPIWHFIVA 548

Query: 548 TWETIVYSPILDLDRWAIPLGVLAGVLVVYWRCCGRRKYGSTHWLLPLYNNPKSGSQRPR 607
           TWETIVYSPILDLDRWAIPLGVLAGVLVVYWRCCGRRKYGSTHWLLPLYNNPKSGSQRPR
Sbjct: 549 TWETIVYSPILDLDRWAIPLGVLAGVLVVYWRCCGRRKYGSTHWLLPLYNNPKSGSQRPR 608

Query: 608 SD 609
           SD
Sbjct: 609 SD 610

[Close]

BLAST of MC09g0753 vs. NCBI nr
Match: XP_004146960.1 (guanylate-binding protein 5 isoform X1 [Cucumis sativus] >KGN44767.1 hypothetical protein Csa_016416 [Cucumis sativus])

HSP 1 Score: 1134 bits (2934), Expect = 0.0
Identity = 558/609 (91.63%), Postives = 581/609 (95.40%), Query Frame = 0


Query: 1   LTEGCSAMGISPRVFIFSILCTIPWGSLAIENFQQAFPIVEPDPGHTKLRLSREGLEAIE 60
           LT GC  M IS RVF+F I+C IPW  LAIENFQQAFPIVEPDPGHTKLRLSREGLEAIE
Sbjct: 19  LTRGCLEMRISSRVFVFFIVCAIPWRILAIENFQQAFPIVEPDPGHTKLRLSREGLEAIE 78

Query: 61  RITNPIAAVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKGIWVWGIPLELMID 120
           +ITNPIAAVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKGIWVWG PLELMID
Sbjct: 79  KITNPIAAVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKGIWVWGTPLELMID 138

Query: 121 GVKTSVFFLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVEL 180
           GV TSVF+LDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVEL
Sbjct: 139 GVNTSVFYLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVEL 198

Query: 181 AEEFYGRVKGQDVAFEPAKLLWLIQRDFLQGKTVQEMVNEALRHVPNREGDKNIDLVNQI 240
           AEEFYGRVKGQDVAFEPAKLLWLIQRDFLQGKTVQEMVNEALRHVPN EGDKNIDLVNQI
Sbjct: 199 AEEFYGRVKGQDVAFEPAKLLWLIQRDFLQGKTVQEMVNEALRHVPNNEGDKNIDLVNQI 258

Query: 241 RDSLAIMGDNSTAFSLPQPHLQRTKLCDMKDGELEPTYVARREELKELVTSIIRPKIVQG 300
           RDSLAIMGDNSTAFSLPQPHLQRTKLCDMKDGELEPTYVA+REELKELVTSIIRPKIVQG
Sbjct: 259 RDSLAIMGDNSTAFSLPQPHLQRTKLCDMKDGELEPTYVAKREELKELVTSIIRPKIVQG 318

Query: 301 KSLNGKEFVYFLEQILEALNKGEIPSTGSLVEVFNKGILERCLKVYSDRMATLHLPMTEQ 360
           KSLNGKEFV FLEQILEALNKGEIPSTGSLVEVFNKGILERCLK+YSDRMA + LP+TEQ
Sbjct: 319 KSLNGKEFVSFLEQILEALNKGEIPSTGSLVEVFNKGILERCLKIYSDRMAKVPLPITEQ 378

Query: 361 SLHGAHETHRAAAMQAFDEQHFGRHHAKKSVVQLDEEIDKVHSNVILANQYQSSKLCEEL 420
           SL  AHETHRA AM+AFDEQHFGRHHA+KSV QLD+EIDKVHSNVILAN+YQSSKLCE L
Sbjct: 379 SLDNAHETHRAEAMRAFDEQHFGRHHARKSVTQLDQEIDKVHSNVILANRYQSSKLCEAL 438

Query: 421 YTKCEDQMDHLQALRLPSMAKFNAGFLQCNQSFELECVGPSKENYEHRMSKMLGKSRSLF 480
           Y KCED+MDHLQALRLPSMAKFNAGFLQCNQSFE ECVGPSKENYE RMSKMLGKSRSLF
Sbjct: 439 YMKCEDEMDHLQALRLPSMAKFNAGFLQCNQSFEEECVGPSKENYEQRMSKMLGKSRSLF 498

Query: 481 IKEYNHRLFNWLVAFSLVMVIVGRFIIKFFLIEIGAWMLFIFLETYTRMFWSAENLYYNP 540
           IKEYNHRL+NWLVAFSL MVIVGRF++KFFL+EIGAW+LFIFLE YTRMFWSAE LYY+P
Sbjct: 499 IKEYNHRLYNWLVAFSLGMVIVGRFVLKFFLVEIGAWLLFIFLEIYTRMFWSAETLYYSP 558

Query: 541 IWHFIVATWETIVYSPILDLDRWAIPLGVLAGVLVVYWRCCGRRKYGSTHWLLPLYNNPK 600
           +WHF+VATWETIVYSPILDLDRWAIP+GVLA VLVVYWRCCGRRKYGS HWLLPLYNNPK
Sbjct: 559 VWHFVVATWETIVYSPILDLDRWAIPIGVLAAVLVVYWRCCGRRKYGS-HWLLPLYNNPK 618

Query: 601 SGSQRPRSD 609
           +GSQRPRSD
Sbjct: 619 NGSQRPRSD 626

[Close]

BLAST of MC09g0753 vs. NCBI nr
Match: KAG6575940.1 (Guanylate-binding protein 4, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 1126 bits (2912), Expect = 0.0
Identity = 552/602 (91.69%), Postives = 576/602 (95.68%), Query Frame = 0


Query: 8   MGISPRVFIFSILCTIPWGSLAIENFQQAFPIVEPDPGHTKLRLSREGLEAIERITNPIA 67
           M IS RVF+F ILC+IPW S AIENF+Q FPIVEPDPGHTKLRLSREGLEAIERITNPIA
Sbjct: 1   MRISSRVFVFLILCSIPWRSFAIENFRQPFPIVEPDPGHTKLRLSREGLEAIERITNPIA 60

Query: 68  AVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKGIWVWGIPLELMIDGVKTSVF 127
           AVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGH RDTKTKGIWVWG PLELMIDGVKTSVF
Sbjct: 61  AVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHQRDTKTKGIWVWGTPLELMIDGVKTSVF 120

Query: 128 FLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYGR 187
           +LDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYGR
Sbjct: 121 YLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYGR 180

Query: 188 VKGQDVAFEPAKLLWLIQRDFLQGKTVQEMVNEALRHVPNREGDKNIDLVNQIRDSLAIM 247
           VKGQDVAFEPAKLLWLIQRDFLQGK+VQEMVNEAL+ VPN EG+KNIDLVNQIRDSLAIM
Sbjct: 181 VKGQDVAFEPAKLLWLIQRDFLQGKSVQEMVNEALKQVPNSEGNKNIDLVNQIRDSLAIM 240

Query: 248 GDNSTAFSLPQPHLQRTKLCDMKDGELEPTYVARREELKELVTSIIRPKIVQGKSLNGKE 307
           GDNSTAFSLPQPHLQR KLCDMKDGELEPTYV +REELK+LVTSIIRPKIVQGKS+NGKE
Sbjct: 241 GDNSTAFSLPQPHLQRIKLCDMKDGELEPTYVTKREELKKLVTSIIRPKIVQGKSMNGKE 300

Query: 308 FVYFLEQILEALNKGEIPSTGSLVEVFNKGILERCLKVYSDRMATLHLPMTEQSLHGAHE 367
           FV FLEQILEALNKGEIPSTGSLVEVFNKG+LERCLK+YSDRMAT+HLPMTEQSL G HE
Sbjct: 301 FVSFLEQILEALNKGEIPSTGSLVEVFNKGVLERCLKIYSDRMATVHLPMTEQSLQGTHE 360

Query: 368 THRAAAMQAFDEQHFGRHHAKKSVVQLDEEIDKVHSNVILANQYQSSKLCEELYTKCEDQ 427
            HRA AM+AFDEQHFGRHHAKKSV QLDEEIDKVHSN+ILAN+YQSSKLCEELYTKCEDQ
Sbjct: 361 IHRAEAMRAFDEQHFGRHHAKKSVTQLDEEIDKVHSNIILANRYQSSKLCEELYTKCEDQ 420

Query: 428 MDHLQALRLPSMAKFNAGFLQCNQSFELECVGPSKENYEHRMSKMLGKSRSLFIKEYNHR 487
           MDHLQALRLPSMAKFNAGFLQCNQSFE ECVGPSKENYE RMSKMLGKSRSLFIKEYNHR
Sbjct: 421 MDHLQALRLPSMAKFNAGFLQCNQSFEQECVGPSKENYEQRMSKMLGKSRSLFIKEYNHR 480

Query: 488 LFNWLVAFSLVMVIVGRFIIKFFLIEIGAWMLFIFLETYTRMFWSAENLYYNPIWHFIVA 547
           LFNWLVAFSL MVIVGRF+IKFFLIEIGAW+LFIFLE YTRMFWSAE LYY+P+WHF+V 
Sbjct: 481 LFNWLVAFSLSMVIVGRFVIKFFLIEIGAWLLFIFLEIYTRMFWSAETLYYSPVWHFVVV 540

Query: 548 TWETIVYSPILDLDRWAIPLGVLAGVLVVYWRCCGRRKYGSTHWLLPLYNNPKSGSQRPR 607
           TWETIVYSPILDLDRWAIP+GVLA VLVVYWRCCGRRKYGS HW+LPLYNNPK+GSQRPR
Sbjct: 541 TWETIVYSPILDLDRWAIPMGVLAAVLVVYWRCCGRRKYGS-HWILPLYNNPKNGSQRPR 600

Query: 608 SD 609
           SD
Sbjct: 601 SD 601

[Close]

BLAST of MC09g0753 vs. NCBI nr
Match: XP_023547861.1 (guanylate-binding protein 4 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 1125 bits (2911), Expect = 0.0
Identity = 552/602 (91.69%), Postives = 576/602 (95.68%), Query Frame = 0


Query: 8   MGISPRVFIFSILCTIPWGSLAIENFQQAFPIVEPDPGHTKLRLSREGLEAIERITNPIA 67
           M IS RVF+F ILC+IPW S AIENF+Q FPIVEPDPGHTKLRLSREGLEAIERITNPIA
Sbjct: 1   MRISSRVFVFLILCSIPWRSFAIENFRQPFPIVEPDPGHTKLRLSREGLEAIERITNPIA 60

Query: 68  AVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKGIWVWGIPLELMIDGVKTSVF 127
           AVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGH RDTKTKGIWVWG PLELMIDGVKTSVF
Sbjct: 61  AVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHQRDTKTKGIWVWGTPLELMIDGVKTSVF 120

Query: 128 FLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYGR 187
           +LDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYGR
Sbjct: 121 YLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYGR 180

Query: 188 VKGQDVAFEPAKLLWLIQRDFLQGKTVQEMVNEALRHVPNREGDKNIDLVNQIRDSLAIM 247
           VKGQDVAFEPAKLLWLIQRDFLQGK+VQEMVNEAL+ VPN EG+KNIDLVNQIRDSLAIM
Sbjct: 181 VKGQDVAFEPAKLLWLIQRDFLQGKSVQEMVNEALKQVPNSEGNKNIDLVNQIRDSLAIM 240

Query: 248 GDNSTAFSLPQPHLQRTKLCDMKDGELEPTYVARREELKELVTSIIRPKIVQGKSLNGKE 307
           GDNSTAFSLPQPHLQR KLCDMKDGELEPTYV +REELK+LVTSIIRPKIVQGKS+NGKE
Sbjct: 241 GDNSTAFSLPQPHLQRIKLCDMKDGELEPTYVTKREELKKLVTSIIRPKIVQGKSMNGKE 300

Query: 308 FVYFLEQILEALNKGEIPSTGSLVEVFNKGILERCLKVYSDRMATLHLPMTEQSLHGAHE 367
           FV FLEQILEALNKGEIPSTGSLVEVFNKG+LERCLK+YSDRMAT+HLPMTEQSL G HE
Sbjct: 301 FVSFLEQILEALNKGEIPSTGSLVEVFNKGVLERCLKIYSDRMATVHLPMTEQSLQGTHE 360

Query: 368 THRAAAMQAFDEQHFGRHHAKKSVVQLDEEIDKVHSNVILANQYQSSKLCEELYTKCEDQ 427
            HRA AM+AFDEQHFGRHHAKKSV QLDEEIDKVHSN+ILAN+YQSSKLCEELYTKCEDQ
Sbjct: 361 IHRAEAMRAFDEQHFGRHHAKKSVTQLDEEIDKVHSNIILANRYQSSKLCEELYTKCEDQ 420

Query: 428 MDHLQALRLPSMAKFNAGFLQCNQSFELECVGPSKENYEHRMSKMLGKSRSLFIKEYNHR 487
           MDHLQALRLPSMAKFNAGFLQCNQSFE ECVGPSKENYE RMSKMLGKSRSLFIKEYNHR
Sbjct: 421 MDHLQALRLPSMAKFNAGFLQCNQSFEQECVGPSKENYEQRMSKMLGKSRSLFIKEYNHR 480

Query: 488 LFNWLVAFSLVMVIVGRFIIKFFLIEIGAWMLFIFLETYTRMFWSAENLYYNPIWHFIVA 547
           LFNWLVAFSL MVIVGRF+IKFFLIEIGAW+LFIFLE YTRMFWSAE LYY+P+WHF+V 
Sbjct: 481 LFNWLVAFSLGMVIVGRFVIKFFLIEIGAWLLFIFLEIYTRMFWSAETLYYSPVWHFVVV 540

Query: 548 TWETIVYSPILDLDRWAIPLGVLAGVLVVYWRCCGRRKYGSTHWLLPLYNNPKSGSQRPR 607
           TWETIVYSPILDLDRWAIP+GVLA VLVVYWRCCGRRKYGS HW+LPLYNNPK+GSQRPR
Sbjct: 541 TWETIVYSPILDLDRWAIPMGVLAAVLVVYWRCCGRRKYGS-HWILPLYNNPKNGSQRPR 600

Query: 608 SD 609
           SD
Sbjct: 601 SD 601

[Close]

BLAST of MC09g0753 vs. ExPASy TrEMBL
Match: A0A6J1DSU8 (guanylate-binding protein 5 isoform X2 OS=Momordica charantia OX=3673 GN=LOC111022842 PE=3 SV=1)

HSP 1 Score: 1216 bits (3146), Expect = 0.0
Identity = 602/602 (100.00%), Postives = 602/602 (100.00%), Query Frame = 0


Query: 8   MGISPRVFIFSILCTIPWGSLAIENFQQAFPIVEPDPGHTKLRLSREGLEAIERITNPIA 67
           MGISPRVFIFSILCTIPWGSLAIENFQQAFPIVEPDPGHTKLRLSREGLEAIERITNPIA
Sbjct: 1   MGISPRVFIFSILCTIPWGSLAIENFQQAFPIVEPDPGHTKLRLSREGLEAIERITNPIA 60

Query: 68  AVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKGIWVWGIPLELMIDGVKTSVF 127
           AVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKGIWVWGIPLELMIDGVKTSVF
Sbjct: 61  AVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKGIWVWGIPLELMIDGVKTSVF 120

Query: 128 FLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYGR 187
           FLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYGR
Sbjct: 121 FLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYGR 180

Query: 188 VKGQDVAFEPAKLLWLIQRDFLQGKTVQEMVNEALRHVPNREGDKNIDLVNQIRDSLAIM 247
           VKGQDVAFEPAKLLWLIQRDFLQGKTVQEMVNEALRHVPNREGDKNIDLVNQIRDSLAIM
Sbjct: 181 VKGQDVAFEPAKLLWLIQRDFLQGKTVQEMVNEALRHVPNREGDKNIDLVNQIRDSLAIM 240

Query: 248 GDNSTAFSLPQPHLQRTKLCDMKDGELEPTYVARREELKELVTSIIRPKIVQGKSLNGKE 307
           GDNSTAFSLPQPHLQRTKLCDMKDGELEPTYVARREELKELVTSIIRPKIVQGKSLNGKE
Sbjct: 241 GDNSTAFSLPQPHLQRTKLCDMKDGELEPTYVARREELKELVTSIIRPKIVQGKSLNGKE 300

Query: 308 FVYFLEQILEALNKGEIPSTGSLVEVFNKGILERCLKVYSDRMATLHLPMTEQSLHGAHE 367
           FVYFLEQILEALNKGEIPSTGSLVEVFNKGILERCLKVYSDRMATLHLPMTEQSLHGAHE
Sbjct: 301 FVYFLEQILEALNKGEIPSTGSLVEVFNKGILERCLKVYSDRMATLHLPMTEQSLHGAHE 360

Query: 368 THRAAAMQAFDEQHFGRHHAKKSVVQLDEEIDKVHSNVILANQYQSSKLCEELYTKCEDQ 427
           THRAAAMQAFDEQHFGRHHAKKSVVQLDEEIDKVHSNVILANQYQSSKLCEELYTKCEDQ
Sbjct: 361 THRAAAMQAFDEQHFGRHHAKKSVVQLDEEIDKVHSNVILANQYQSSKLCEELYTKCEDQ 420

Query: 428 MDHLQALRLPSMAKFNAGFLQCNQSFELECVGPSKENYEHRMSKMLGKSRSLFIKEYNHR 487
           MDHLQALRLPSMAKFNAGFLQCNQSFELECVGPSKENYEHRMSKMLGKSRSLFIKEYNHR
Sbjct: 421 MDHLQALRLPSMAKFNAGFLQCNQSFELECVGPSKENYEHRMSKMLGKSRSLFIKEYNHR 480

Query: 488 LFNWLVAFSLVMVIVGRFIIKFFLIEIGAWMLFIFLETYTRMFWSAENLYYNPIWHFIVA 547
           LFNWLVAFSLVMVIVGRFIIKFFLIEIGAWMLFIFLETYTRMFWSAENLYYNPIWHFIVA
Sbjct: 481 LFNWLVAFSLVMVIVGRFIIKFFLIEIGAWMLFIFLETYTRMFWSAENLYYNPIWHFIVA 540

Query: 548 TWETIVYSPILDLDRWAIPLGVLAGVLVVYWRCCGRRKYGSTHWLLPLYNNPKSGSQRPR 607
           TWETIVYSPILDLDRWAIPLGVLAGVLVVYWRCCGRRKYGSTHWLLPLYNNPKSGSQRPR
Sbjct: 541 TWETIVYSPILDLDRWAIPLGVLAGVLVVYWRCCGRRKYGSTHWLLPLYNNPKSGSQRPR 600

Query: 608 SD 609
           SD
Sbjct: 601 SD 602

[Close]

BLAST of MC09g0753 vs. ExPASy TrEMBL
Match: A0A6J1DNG2 (guanylate-binding protein 5 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111022842 PE=3 SV=1)

HSP 1 Score: 1216 bits (3146), Expect = 0.0
Identity = 602/602 (100.00%), Postives = 602/602 (100.00%), Query Frame = 0


Query: 8   MGISPRVFIFSILCTIPWGSLAIENFQQAFPIVEPDPGHTKLRLSREGLEAIERITNPIA 67
           MGISPRVFIFSILCTIPWGSLAIENFQQAFPIVEPDPGHTKLRLSREGLEAIERITNPIA
Sbjct: 9   MGISPRVFIFSILCTIPWGSLAIENFQQAFPIVEPDPGHTKLRLSREGLEAIERITNPIA 68

Query: 68  AVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKGIWVWGIPLELMIDGVKTSVF 127
           AVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKGIWVWGIPLELMIDGVKTSVF
Sbjct: 69  AVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKGIWVWGIPLELMIDGVKTSVF 128

Query: 128 FLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYGR 187
           FLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYGR
Sbjct: 129 FLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYGR 188

Query: 188 VKGQDVAFEPAKLLWLIQRDFLQGKTVQEMVNEALRHVPNREGDKNIDLVNQIRDSLAIM 247
           VKGQDVAFEPAKLLWLIQRDFLQGKTVQEMVNEALRHVPNREGDKNIDLVNQIRDSLAIM
Sbjct: 189 VKGQDVAFEPAKLLWLIQRDFLQGKTVQEMVNEALRHVPNREGDKNIDLVNQIRDSLAIM 248

Query: 248 GDNSTAFSLPQPHLQRTKLCDMKDGELEPTYVARREELKELVTSIIRPKIVQGKSLNGKE 307
           GDNSTAFSLPQPHLQRTKLCDMKDGELEPTYVARREELKELVTSIIRPKIVQGKSLNGKE
Sbjct: 249 GDNSTAFSLPQPHLQRTKLCDMKDGELEPTYVARREELKELVTSIIRPKIVQGKSLNGKE 308

Query: 308 FVYFLEQILEALNKGEIPSTGSLVEVFNKGILERCLKVYSDRMATLHLPMTEQSLHGAHE 367
           FVYFLEQILEALNKGEIPSTGSLVEVFNKGILERCLKVYSDRMATLHLPMTEQSLHGAHE
Sbjct: 309 FVYFLEQILEALNKGEIPSTGSLVEVFNKGILERCLKVYSDRMATLHLPMTEQSLHGAHE 368

Query: 368 THRAAAMQAFDEQHFGRHHAKKSVVQLDEEIDKVHSNVILANQYQSSKLCEELYTKCEDQ 427
           THRAAAMQAFDEQHFGRHHAKKSVVQLDEEIDKVHSNVILANQYQSSKLCEELYTKCEDQ
Sbjct: 369 THRAAAMQAFDEQHFGRHHAKKSVVQLDEEIDKVHSNVILANQYQSSKLCEELYTKCEDQ 428

Query: 428 MDHLQALRLPSMAKFNAGFLQCNQSFELECVGPSKENYEHRMSKMLGKSRSLFIKEYNHR 487
           MDHLQALRLPSMAKFNAGFLQCNQSFELECVGPSKENYEHRMSKMLGKSRSLFIKEYNHR
Sbjct: 429 MDHLQALRLPSMAKFNAGFLQCNQSFELECVGPSKENYEHRMSKMLGKSRSLFIKEYNHR 488

Query: 488 LFNWLVAFSLVMVIVGRFIIKFFLIEIGAWMLFIFLETYTRMFWSAENLYYNPIWHFIVA 547
           LFNWLVAFSLVMVIVGRFIIKFFLIEIGAWMLFIFLETYTRMFWSAENLYYNPIWHFIVA
Sbjct: 489 LFNWLVAFSLVMVIVGRFIIKFFLIEIGAWMLFIFLETYTRMFWSAENLYYNPIWHFIVA 548

Query: 548 TWETIVYSPILDLDRWAIPLGVLAGVLVVYWRCCGRRKYGSTHWLLPLYNNPKSGSQRPR 607
           TWETIVYSPILDLDRWAIPLGVLAGVLVVYWRCCGRRKYGSTHWLLPLYNNPKSGSQRPR
Sbjct: 549 TWETIVYSPILDLDRWAIPLGVLAGVLVVYWRCCGRRKYGSTHWLLPLYNNPKSGSQRPR 608

Query: 608 SD 609
           SD
Sbjct: 609 SD 610

[Close]

BLAST of MC09g0753 vs. ExPASy TrEMBL
Match: A0A0A0K8R7 (GB1/RHD3-type G domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_7G378560 PE=3 SV=1)

HSP 1 Score: 1134 bits (2934), Expect = 0.0
Identity = 558/609 (91.63%), Postives = 581/609 (95.40%), Query Frame = 0


Query: 1   LTEGCSAMGISPRVFIFSILCTIPWGSLAIENFQQAFPIVEPDPGHTKLRLSREGLEAIE 60
           LT GC  M IS RVF+F I+C IPW  LAIENFQQAFPIVEPDPGHTKLRLSREGLEAIE
Sbjct: 19  LTRGCLEMRISSRVFVFFIVCAIPWRILAIENFQQAFPIVEPDPGHTKLRLSREGLEAIE 78

Query: 61  RITNPIAAVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKGIWVWGIPLELMID 120
           +ITNPIAAVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKGIWVWG PLELMID
Sbjct: 79  KITNPIAAVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKGIWVWGTPLELMID 138

Query: 121 GVKTSVFFLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVEL 180
           GV TSVF+LDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVEL
Sbjct: 139 GVNTSVFYLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVEL 198

Query: 181 AEEFYGRVKGQDVAFEPAKLLWLIQRDFLQGKTVQEMVNEALRHVPNREGDKNIDLVNQI 240
           AEEFYGRVKGQDVAFEPAKLLWLIQRDFLQGKTVQEMVNEALRHVPN EGDKNIDLVNQI
Sbjct: 199 AEEFYGRVKGQDVAFEPAKLLWLIQRDFLQGKTVQEMVNEALRHVPNNEGDKNIDLVNQI 258

Query: 241 RDSLAIMGDNSTAFSLPQPHLQRTKLCDMKDGELEPTYVARREELKELVTSIIRPKIVQG 300
           RDSLAIMGDNSTAFSLPQPHLQRTKLCDMKDGELEPTYVA+REELKELVTSIIRPKIVQG
Sbjct: 259 RDSLAIMGDNSTAFSLPQPHLQRTKLCDMKDGELEPTYVAKREELKELVTSIIRPKIVQG 318

Query: 301 KSLNGKEFVYFLEQILEALNKGEIPSTGSLVEVFNKGILERCLKVYSDRMATLHLPMTEQ 360
           KSLNGKEFV FLEQILEALNKGEIPSTGSLVEVFNKGILERCLK+YSDRMA + LP+TEQ
Sbjct: 319 KSLNGKEFVSFLEQILEALNKGEIPSTGSLVEVFNKGILERCLKIYSDRMAKVPLPITEQ 378

Query: 361 SLHGAHETHRAAAMQAFDEQHFGRHHAKKSVVQLDEEIDKVHSNVILANQYQSSKLCEEL 420
           SL  AHETHRA AM+AFDEQHFGRHHA+KSV QLD+EIDKVHSNVILAN+YQSSKLCE L
Sbjct: 379 SLDNAHETHRAEAMRAFDEQHFGRHHARKSVTQLDQEIDKVHSNVILANRYQSSKLCEAL 438

Query: 421 YTKCEDQMDHLQALRLPSMAKFNAGFLQCNQSFELECVGPSKENYEHRMSKMLGKSRSLF 480
           Y KCED+MDHLQALRLPSMAKFNAGFLQCNQSFE ECVGPSKENYE RMSKMLGKSRSLF
Sbjct: 439 YMKCEDEMDHLQALRLPSMAKFNAGFLQCNQSFEEECVGPSKENYEQRMSKMLGKSRSLF 498

Query: 481 IKEYNHRLFNWLVAFSLVMVIVGRFIIKFFLIEIGAWMLFIFLETYTRMFWSAENLYYNP 540
           IKEYNHRL+NWLVAFSL MVIVGRF++KFFL+EIGAW+LFIFLE YTRMFWSAE LYY+P
Sbjct: 499 IKEYNHRLYNWLVAFSLGMVIVGRFVLKFFLVEIGAWLLFIFLEIYTRMFWSAETLYYSP 558

Query: 541 IWHFIVATWETIVYSPILDLDRWAIPLGVLAGVLVVYWRCCGRRKYGSTHWLLPLYNNPK 600
           +WHF+VATWETIVYSPILDLDRWAIP+GVLA VLVVYWRCCGRRKYGS HWLLPLYNNPK
Sbjct: 559 VWHFVVATWETIVYSPILDLDRWAIPIGVLAAVLVVYWRCCGRRKYGS-HWLLPLYNNPK 618

Query: 601 SGSQRPRSD 609
           +GSQRPRSD
Sbjct: 619 NGSQRPRSD 626

[Close]

BLAST of MC09g0753 vs. ExPASy TrEMBL
Match: A0A6J1GPS7 (guanylate-binding protein 4 OS=Cucurbita moschata OX=3662 GN=LOC111456028 PE=3 SV=1)

HSP 1 Score: 1124 bits (2907), Expect = 0.0
Identity = 551/602 (91.53%), Postives = 575/602 (95.51%), Query Frame = 0


Query: 8   MGISPRVFIFSILCTIPWGSLAIENFQQAFPIVEPDPGHTKLRLSREGLEAIERITNPIA 67
           M IS RVF+F ILC+IPW S AIENF+Q FPIVEPDPGHTKLRLSREGLEAIERITNPIA
Sbjct: 1   MRISSRVFVFLILCSIPWRSFAIENFRQPFPIVEPDPGHTKLRLSREGLEAIERITNPIA 60

Query: 68  AVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKGIWVWGIPLELMIDGVKTSVF 127
           AVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGH RDTKTKGIWVWG PLELMIDGVKTSVF
Sbjct: 61  AVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHQRDTKTKGIWVWGTPLELMIDGVKTSVF 120

Query: 128 FLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYGR 187
           +LDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYGR
Sbjct: 121 YLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYGR 180

Query: 188 VKGQDVAFEPAKLLWLIQRDFLQGKTVQEMVNEALRHVPNREGDKNIDLVNQIRDSLAIM 247
           VKGQDVAFEPAKLLWLIQRDFLQGK+VQEMVNEAL+ VPN EG+KNIDLVNQIRDSLAIM
Sbjct: 181 VKGQDVAFEPAKLLWLIQRDFLQGKSVQEMVNEALKQVPNSEGNKNIDLVNQIRDSLAIM 240

Query: 248 GDNSTAFSLPQPHLQRTKLCDMKDGELEPTYVARREELKELVTSIIRPKIVQGKSLNGKE 307
           GDNSTAFSLPQPHLQR KLCDMKDGELEPTYV +REELK+LVTSIIRPKIVQGKS+NGKE
Sbjct: 241 GDNSTAFSLPQPHLQRIKLCDMKDGELEPTYVTKREELKKLVTSIIRPKIVQGKSMNGKE 300

Query: 308 FVYFLEQILEALNKGEIPSTGSLVEVFNKGILERCLKVYSDRMATLHLPMTEQSLHGAHE 367
           FV FLEQILEALNKGEIPSTGSLVEVFNKG+LERCLK+YSDRMAT+HLPMTEQSL G HE
Sbjct: 301 FVSFLEQILEALNKGEIPSTGSLVEVFNKGVLERCLKIYSDRMATVHLPMTEQSLQGTHE 360

Query: 368 THRAAAMQAFDEQHFGRHHAKKSVVQLDEEIDKVHSNVILANQYQSSKLCEELYTKCEDQ 427
            HRA AM+AFDEQHFGRHHAKKSV QLDEEIDKVHSN+ILAN+YQSSKLCEELYTKCEDQ
Sbjct: 361 IHRAEAMRAFDEQHFGRHHAKKSVTQLDEEIDKVHSNIILANRYQSSKLCEELYTKCEDQ 420

Query: 428 MDHLQALRLPSMAKFNAGFLQCNQSFELECVGPSKENYEHRMSKMLGKSRSLFIKEYNHR 487
           MDHLQALRLPSMAKFNAGFLQCNQSFE ECVGPSKENYE RMSKMLGKSRSLFIKEYNHR
Sbjct: 421 MDHLQALRLPSMAKFNAGFLQCNQSFEQECVGPSKENYEQRMSKMLGKSRSLFIKEYNHR 480

Query: 488 LFNWLVAFSLVMVIVGRFIIKFFLIEIGAWMLFIFLETYTRMFWSAENLYYNPIWHFIVA 547
           LFNWLVAFSL MVIVGRF+IKFFLIEIGAW+LFIFLE YTRMFWSAE LYY+P+WHF+V 
Sbjct: 481 LFNWLVAFSLSMVIVGRFVIKFFLIEIGAWLLFIFLEIYTRMFWSAETLYYSPVWHFVVV 540

Query: 548 TWETIVYSPILDLDRWAIPLGVLAGVLVVYWRCCGRRKYGSTHWLLPLYNNPKSGSQRPR 607
           TWETIVYSPILDLDRWAIP+GVLA VLVVYWRCCGRRKYGS HW+LPLYNNPK+GS RPR
Sbjct: 541 TWETIVYSPILDLDRWAIPMGVLAAVLVVYWRCCGRRKYGS-HWILPLYNNPKNGSHRPR 600

Query: 608 SD 609
           SD
Sbjct: 601 SD 601

[Close]

BLAST of MC09g0753 vs. ExPASy TrEMBL
Match: A0A6J1JW22 (guanylate-binding protein 4 OS=Cucurbita maxima OX=3661 GN=LOC111488853 PE=3 SV=1)

HSP 1 Score: 1123 bits (2904), Expect = 0.0
Identity = 550/602 (91.36%), Postives = 575/602 (95.51%), Query Frame = 0


Query: 8   MGISPRVFIFSILCTIPWGSLAIENFQQAFPIVEPDPGHTKLRLSREGLEAIERITNPIA 67
           M IS RVF+F ILC+IPW S AIENF+Q FPIVEPDPGHTKLRLSREGLEAIERITNPIA
Sbjct: 1   MRISSRVFVFLILCSIPWRSFAIENFRQPFPIVEPDPGHTKLRLSREGLEAIERITNPIA 60

Query: 68  AVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKGIWVWGIPLELMIDGVKTSVF 127
           AVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGH RDTKTKGIWVWG PLELMIDGVKTSVF
Sbjct: 61  AVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHQRDTKTKGIWVWGTPLELMIDGVKTSVF 120

Query: 128 FLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYGR 187
           +LDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYGR
Sbjct: 121 YLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYGR 180

Query: 188 VKGQDVAFEPAKLLWLIQRDFLQGKTVQEMVNEALRHVPNREGDKNIDLVNQIRDSLAIM 247
           VKGQDVAFEPAKLLWLIQRDFLQGK+VQEMVNEAL+ VPNREG+KNIDLVNQIRDSLAIM
Sbjct: 181 VKGQDVAFEPAKLLWLIQRDFLQGKSVQEMVNEALKQVPNREGNKNIDLVNQIRDSLAIM 240

Query: 248 GDNSTAFSLPQPHLQRTKLCDMKDGELEPTYVARREELKELVTSIIRPKIVQGKSLNGKE 307
           GDNSTAFSLPQPHLQR KLCDMKDGELEPTYV +REELK+LVTSIIRPKIVQGKS+NGKE
Sbjct: 241 GDNSTAFSLPQPHLQRIKLCDMKDGELEPTYVTKREELKKLVTSIIRPKIVQGKSMNGKE 300

Query: 308 FVYFLEQILEALNKGEIPSTGSLVEVFNKGILERCLKVYSDRMATLHLPMTEQSLHGAHE 367
           FV FLEQILEALNKGEIPSTGSLVEVFNKG+LERCLK+YSDRMAT+HLPMTEQSL G HE
Sbjct: 301 FVSFLEQILEALNKGEIPSTGSLVEVFNKGVLERCLKIYSDRMATVHLPMTEQSLQGTHE 360

Query: 368 THRAAAMQAFDEQHFGRHHAKKSVVQLDEEIDKVHSNVILANQYQSSKLCEELYTKCEDQ 427
            HRA AM+AFDEQHFGRHHAKKSV QLDEEIDKVHSN+ILAN+YQSSKLCE LYTKCEDQ
Sbjct: 361 IHRAEAMRAFDEQHFGRHHAKKSVTQLDEEIDKVHSNIILANRYQSSKLCEALYTKCEDQ 420

Query: 428 MDHLQALRLPSMAKFNAGFLQCNQSFELECVGPSKENYEHRMSKMLGKSRSLFIKEYNHR 487
           MDHLQALRLPSMAKFNAGFLQCNQSFE ECVGPSKENYE RMSKMLGKSRSLFIKEYNHR
Sbjct: 421 MDHLQALRLPSMAKFNAGFLQCNQSFEQECVGPSKENYEQRMSKMLGKSRSLFIKEYNHR 480

Query: 488 LFNWLVAFSLVMVIVGRFIIKFFLIEIGAWMLFIFLETYTRMFWSAENLYYNPIWHFIVA 547
           LFNW+VAFSL MVIVGRF+IKFFLIEIGAW+LFIFLE YTRMFWSAE LYY+P+WHF+V 
Sbjct: 481 LFNWMVAFSLGMVIVGRFVIKFFLIEIGAWLLFIFLEIYTRMFWSAETLYYSPVWHFVVV 540

Query: 548 TWETIVYSPILDLDRWAIPLGVLAGVLVVYWRCCGRRKYGSTHWLLPLYNNPKSGSQRPR 607
           TWETIVYSPILDLDRWAIP+GVLA VLVVYWRCCGRRKYGS HW+LPLYNNPK+GS RPR
Sbjct: 541 TWETIVYSPILDLDRWAIPMGVLAAVLVVYWRCCGRRKYGS-HWILPLYNNPKNGSHRPR 600

Query: 608 SD 609
           SD
Sbjct: 601 SD 601

[Close]

BLAST of MC09g0753 vs. TAIR 10
Match: AT2G38840.1 (Guanylate-binding family protein )

HSP 1 Score: 963.4 bits (2489), Expect = 8.8e-281
Identity = 468/603 (77.61%), Postives = 537/603 (89.05%), Query Frame = 0


Query: 8   MGISPRVFIFSI-LCTIPWGSLAIENFQQAFPIVEPDPGHTKLRLSREGLEAIERITNPI 67
           M I  R F+F   LC +   SL+I+NF QAFPIVEP PGHTKL+LSREGLEAI RIT PI
Sbjct: 1   MEIPRRTFVFFFSLCLLSSTSLSIDNFHQAFPIVEPAPGHTKLQLSREGLEAISRITTPI 60

Query: 68  AAVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKGIWVWGIPLELMIDGVKTSV 127
           +AVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGH+RDTKTKGIWVWG PLEL IDGVKTSV
Sbjct: 61  SAVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHMRDTKTKGIWVWGTPLELEIDGVKTSV 120

Query: 128 FFLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETIREADISRLSFAVELAEEFYG 187
            +LDTEGFESVGKSNVYDDRIFALATV+SSVLIYNLPETIREADISRLSFAVELAEEFYG
Sbjct: 121 IYLDTEGFESVGKSNVYDDRIFALATVMSSVLIYNLPETIREADISRLSFAVELAEEFYG 180

Query: 188 RVKGQDVAFEPAKLLWLIQRDFLQGKTVQEMVNEALRHVPNREGDKNIDLVNQIRDSLAI 247
           RVKG+DVAFEP+KLLWLIQRDFLQGK+V++MV+EALRHVPN +G+KNID VNQIRDSLAI
Sbjct: 181 RVKGEDVAFEPSKLLWLIQRDFLQGKSVKQMVDEALRHVPNEDGNKNIDQVNQIRDSLAI 240

Query: 248 MGDNSTAFSLPQPHLQRTKLCDMKDGELEPTYVARREELKELVTSIIRPKIVQGKSLNGK 307
           MGDNSTAFSLPQPHL RTKLCD+KD +L+ TYVARR++LK+LV SIIRPKIVQGK+LNGK
Sbjct: 241 MGDNSTAFSLPQPHLMRTKLCDLKDEDLDSTYVARRDQLKKLVASIIRPKIVQGKTLNGK 300

Query: 308 EFVYFLEQILEALNKGEIPSTGSLVEVFNKGILERCLKVYSDRMATLHLPMTEQSLHGAH 367
           EF+ FLEQIL+ALNKGEIPSTGSLVEVFNK I+ERC+K+Y+++M  + LPM+E+SL  AH
Sbjct: 301 EFISFLEQILDALNKGEIPSTGSLVEVFNKDIVERCVKLYNEKMVRVRLPMSEESLQSAH 360

Query: 368 ETHRAAAMQAFDEQHFGRHHAKKSVVQLDEEIDKVHSNVILANQYQSSKLCEELYTKCED 427
           E     A++AFD QHFGR HAKKSV QLDE++ +V+ N +LAN+YQSSKLCE LYT CED
Sbjct: 361 EMAHNEAIKAFDAQHFGRQHAKKSVDQLDEQMQEVYKNFVLANEYQSSKLCEALYTSCED 420

Query: 428 QMDHLQALRLPSMAKFNAGFLQCNQSFELECVGPSKENYEHRMSKMLGKSRSLFIKEYNH 487
            MDHLQALRLPSMAKFNAGF+ CN++FE +CVGPSK+NYE R++KM+GKSRSLFIKEYN+
Sbjct: 421 DMDHLQALRLPSMAKFNAGFVYCNKTFEQQCVGPSKQNYEQRLTKMMGKSRSLFIKEYNN 480

Query: 488 RLFNWLVAFSLVMVIVGRFIIKFFLIEIGAWMLFIFLETYTRMFWSAENLYYNPIWHFIV 547
           RLFNWLV FSLVMV+VGRFIIKF L+E+ AW+LFIFLETYTRMFW+AE LYYNP+WHFIV
Sbjct: 481 RLFNWLVGFSLVMVVVGRFIIKFILLEMAAWILFIFLETYTRMFWTAEALYYNPVWHFIV 540

Query: 548 ATWETIVYSPILDLDRWAIPLGVLAGVLVVYWRCCGRRKYGSTHWLLPLYNNPKSGSQRP 607
            TWE +VYSP+LDLDRWAIP+  +  + V+YWRC G+RK+G+  WLLPLYNN K+G  R 
Sbjct: 541 GTWENVVYSPVLDLDRWAIPIVCIIALCVLYWRCYGKRKHGA-RWLLPLYNNQKNGRNRE 600

Query: 608 RSD 610
           RS+
Sbjct: 601 RSE 602

[Close]

BLAST of MC09g0753 vs. TAIR 10
Match: AT5G46070.1 (Guanylate-binding family protein )

HSP 1 Score: 136.7 bits (343), Expect = 6.1e-32
Identity = 119/441 (26.98%), Postives = 194/441 (43.99%), Query Frame = 0


Query: 48  KLRLSREGLEAIERITNPIAAVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKG 107
           K R+  E +  ++ +  PI  V+V G  R GKSF+LNQLL  S   GF V       TKG
Sbjct: 52  KFRMDPEAVATLQLVKEPIGVVSVCGRARQGKSFILNQLLGRS--NGFQVASTHKPCTKG 111

Query: 108 IWVWGIPLE-LMIDGVKTSVFFLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETI 167
           +W+W  P++   +DG + ++  LD+EG ++  ++  Y  +IF+LA +LSS+ +YN    I
Sbjct: 112 LWLWSSPIKRTALDGTEYNLLLLDSEGIDAYDQTGTYSTQIFSLAVLLSSMFVYNQMGGI 171

Query: 168 READISRLSFAVELAEEFYGRVKGQDVA------FEPAKLLWLIQRDFL------QGKTV 227
            EA + RLS   ++ +    +  G   +      F P   +WL++  +L      +  + 
Sbjct: 172 DEASLDRLSLVTQMTKHIRVKASGGTSSRSELGQFSPI-FVWLLRDFYLDLVEDNRKISP 231

Query: 228 QEMVNEALRHVPNREGDKNIDLVNQIRDSLAIMGDNSTAFSLPQP-----HLQRTKLCDM 287
           ++ +  ALR V    GD  I   N+IRDS+  +  +   F+L +P      LQR     +
Sbjct: 232 RDYLEIALRPVQGSGGD--IGAKNEIRDSIRALFPDRECFTLVRPLNNEKDLQRLDQISL 291

Query: 288 KDGELEPTYVARREELKELVTSIIRPKIVQGKSLNGKEFVYFLEQILEALNKGEIP---- 347
           +  +L P + A  +   + V    RPK + G  + G   V   +  L+ALN G +P    
Sbjct: 292 E--KLRPEFGAGLDAFTKFVFEKTRPKQLGGTVMTGPILVGITQSYLDALNNGAVPTITS 351

Query: 348 STGSLVEVFNKGILERCLKVYSDRMATLHLPMTEQSLHGAHETHRAAAMQAFDEQHFGRH 407
           S  S+ E   +   +  ++ Y         P  E +L   HE     A+  F+    G  
Sbjct: 352 SWQSVEETECRRAYDSGVEAYMAAFDQSKAP-EEGALREEHEEAVRKALAIFNSNAVGNG 411

Query: 408 HAKKSVVQLDEEIDKVHSNVILANQYQSSKL-CEELYTKCEDQMD---HLQALRLPSMAK 463
            A+K    L  +  K        N +  + L C     + E Q+    H     + ++ K
Sbjct: 412 SARKKFEDLLHKDLKKKFEDYKKNAFMEADLRCTSTIQRMEKQLRAACHASNANMDNVVK 471

[Close]

BLAST of MC09g0753 vs. TAIR 10
Match: AT1G03830.2 (guanylate-binding family protein )

HSP 1 Score: 71.6 bits (174), Expect = 2.4e-12
Identity = 46/130 (35.38%), Postives = 72/130 (55.38%), Query Frame = 0


Query: 48  KLRLSREGLEAIERITNPIAAVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKG 107
           KL+   E + A++++  P+A V++ G    GKSF+ NQLLS S   GF V  L       
Sbjct: 22  KLKTDPEAIGALQKLKGPVAVVSLFGKALQGKSFIWNQLLSRSI--GFEVQTLHRPCNGD 81

Query: 108 IWVWGIPLE-LMIDGVKTSVFFLDTEGFESVGKSNVYDDRIFALATVLSSVLIYNLPETI 167
           IW+W  P++ +  DG + S+  LD E  ++      ++ +IF+LA +LSSV IY     +
Sbjct: 82  IWMWIEPVKRISEDGTEYSLVLLDVELEDAKSIPATHNSQIFSLAILLSSVFIYGPTLGL 141

Query: 168 RE--ADISRL 175
            +   D+SRL
Sbjct: 142 NDIALDLSRL 149

[Close]

BLAST of MC09g0753 vs. TAIR 10
Match: AT1G03830.1 (guanylate-binding family protein )

HSP 1 Score: 56.6 bits (135), Expect = 8.0e-08
Identity = 32/86 (37.21%), Postives = 48/86 (55.81%), Query Frame = 0


Query: 48  KLRLSREGLEAIERITNPIAAVAVIGPYRSGKSFLLNQLLSLSCYEGFGVGHLRDTKTKG 107
           KL+   E + A++++  P+A V++ G    GKSF+ NQLLS S   GF V  L       
Sbjct: 22  KLKTDPEAIGALQKLKGPVAVVSLFGKALQGKSFIWNQLLSRSI--GFEVQTLHRPCNGD 81

Query: 108 IWVWGIPLE-LMIDGVKTSVFFLDTE 133
           IW+W  P++ +  DG + S+  LD E
Sbjct: 82  IWMWIEPVKRISEDGTEYSLVLLDVE 105

The following BLAST results are available for this feature:

BLAST of MC09g0753 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q96PP9	5.2e-28	27.56	Guanylate-binding protein 4 OS=Homo sapiens OX=9606 GN=GBP4 PE=1 SV=2	[more]
Q96PP8	2.2e-26	27.89	Guanylate-binding protein 5 OS=Homo sapiens OX=9606 GN=GBP5 PE=1 SV=1	[more]
Q8N8V2	5.4e-25	26.54	Guanylate-binding protein 7 OS=Homo sapiens OX=9606 GN=GBP7 PE=1 SV=2	[more]
Q01514	1.0e-23	26.32	Guanylate-binding protein 1 OS=Mus musculus OX=10090 GN=Gbp1 PE=1 SV=1	[more]
Q9Z0E6	2.3e-23	25.74	Guanylate-binding protein 2 OS=Mus musculus OX=10090 GN=Gbp2 PE=1 SV=1	[more]

BLAST of MC09g0753 vs. NCBI nr


Match Name	Identity	Description
XP_022155811.1	100.00	guanylate-binding protein 5 isoform X2 [Momordica charantia]	[more]
XP_022155810.1	100.00	guanylate-binding protein 5 isoform X1 [Momordica charantia]	[more]
XP_004146960.1	91.63	guanylate-binding protein 5 isoform X1 [Cucumis sativus] >KGN44767.1 hypothetica...	[more]
KAG6575940.1	91.69	Guanylate-binding protein 4, partial [Cucurbita argyrosperma subsp. sororia]	[more]
XP_023547861.1	91.69	guanylate-binding protein 4 [Cucurbita pepo subsp. pepo]	[more]

BLAST of MC09g0753 vs. ExPASy TrEMBL


Match Name	Identity	Description
A0A6J1DSU8	100.00	guanylate-binding protein 5 isoform X2 OS=Momordica charantia OX=3673 GN=LOC1110...	[more]
A0A6J1DNG2	100.00	guanylate-binding protein 5 isoform X1 OS=Momordica charantia OX=3673 GN=LOC1110...	[more]
A0A0A0K8R7	91.63	GB1/RHD3-type G domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_7G37...	[more]
A0A6J1GPS7	91.53	guanylate-binding protein 4 OS=Cucurbita moschata OX=3662 GN=LOC111456028 PE=3 S...	[more]
A0A6J1JW22	91.36	guanylate-binding protein 4 OS=Cucurbita maxima OX=3661 GN=LOC111488853 PE=3 SV=...	[more]

BLAST of MC09g0753 vs. TAIR 10


Match Name	E-value	Identity	Description
AT2G38840.1	8.8e-281	77.61	Guanylate-binding family protein	[more]
AT5G46070.1	6.1e-32	26.98	Guanylate-binding family protein	[more]
AT1G03830.2	2.4e-12	35.38	guanylate-binding family protein	[more]
AT1G03830.1	8.0e-08	37.21	guanylate-binding family protein	[more]

InterPro

Analysis Name: InterPro Annotations of Bitter gourd (Dali-11) v1
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR015894	Guanylate-binding protein, N-terminal	PFAM	PF02263	GBP	coord: 48..292 e-value: 2.6E-37 score: 128.5
None	No IPR available	GENE3D	1.20.1000.10		coord: 300..433 e-value: 8.1E-11 score: 43.6
None	No IPR available	PANTHER	PTHR10751	GUANYLATE BINDING PROTEIN	coord: 16..601
None	No IPR available	PANTHER	PTHR10751:SF95	GUANYLATE-BINDING PROTEIN 4-LIKE	coord: 16..601
None	No IPR available	CDD	cd01851	GBP	coord: 60..291 e-value: 1.14588E-53 score: 180.982
IPR003191	Guanylate-binding protein/Atlastin, C-terminal	PFAM	PF02841	GBP_C	coord: 300..428 e-value: 2.9E-8 score: 33.5
IPR027417	P-loop containing nucleoside triphosphate hydrolase	GENE3D	3.40.50.300		coord: 30..299 e-value: 1.1E-63 score: 217.1
IPR027417	P-loop containing nucleoside triphosphate hydrolase	SUPERFAMILY	52540	P-loop containing nucleoside triphosphate hydrolases	coord: 34..296
IPR030386	GB1/RHD3-type guanine nucleotide-binding (G) domain	PROSITE	PS51715	G_GB1_RHD3	coord: 63..183 score: 23.742699
IPR036543	Guanylate-binding protein, C-terminal domain superfamily	SUPERFAMILY	48340	Interferon-induced guanylate-binding protein 1 (GBP1), C-terminal domain	coord: 299..520

Relationships

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


Feature Name	Unique Name	Type
MC09g0753.1	MC09g0753.1	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
molecular_function	GO:0003924	GTPase activity
molecular_function	GO:0005525	GTP binding