Sed0000553 (gene) Chayote v1

Overview


Name	Sed0000553
Type	gene
Organism	Sechium edule (Chayote v1)
Description	N-acetylglucosaminyl-phosphatidylinositol biosynthetic protein gpi1 isoform X3
Location	LG03: 16335188 .. 16352693 (-)
RNA-Seq Expression	Sed0000553
Synteny	Sed0000553

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: five_prime_UTRexonpolypeptideCDSthree_prime_UTR

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

CTATTATCATCTTCTTCAATTGCCAATATTCTCTCACACCCGAAATCTGACTATCTCTTGGCCGCTGCCGGCTTTTCACCGGCTGCCTCTCTGGACAATTTCTTGCAGGCGACGGCGATTTCAATTCTACGTATCGGGATTTCTCACTGTCACCGCTTGCAGGTATTTGCCCGATTTCGAAATATGTTCTTCAATTTCAACCAATTCTCAGTTCCAAGGACGAGGATCTGGAGTTTTGCCTCACATCCCATTCTATCTTCGATTACAGCACGAGTAGTTTATTAGGAAGATTTGAATTCTATGAACATAATTTCCTTCTCAATTTGTTTTTGGTTTTGTGATTCTGCACCGTTACTAAACCCTAGTGGAGTGACCTTGTGTTTAAGGGGGCTTGATAGGTTTCAATCCATTACACAACCAAATGTTGTAGGTCACAGGACAACGATTGTTGAGGTCCACACTGAATTATTGTACTTTCTATCATATTTTTCTATAATGACCCATTAGGTCAATCCGTAGTGGGTTTAAATTTACATCATGCAGGAAAAGGATAGCTATTTGATTTTGTAATTTTTGCAGGCACCACTAATTTTGATGCCCGGATTGATGTAGTGGAAGTGCAGAGGGTATACTGATCATGAGATGAAAATGAAAGGGAAGTGTAGGCTATGGTGGCCGAAACAGCATTCACCGTGTGAACGCACGTCGTCTTCTCTTTTGTTTGGTTGGTTTGTACCGACTTCCGAATCCCTTGACGTTGTAGTTGCATTTACTTGTAGTGAGGATTCACTATCTCAACTCCAAGGCGACCTCGAGGTATAACATTCTTATTTCTACTCTCTTGATATAAGCTTTGTGCCATTTATGCAGCTCCATGCAATGAAAAATCTCATTAGATATTGATGAGTGTCTAGGTCAATTTGTCAATTTACGTGCACCTTAAGCTAATTTCATTAGATTACTGTTTGACCATCGATAGGATATTAAATCTTAGGTAGGTGGCCACCACTAATCTCATTGGATAACCGCTTGATCATCCATTGATTGAGCCCATTCTCTCTTAGTTCCTCAAGGTCATTTTGACCGCTTGGCTAATCTATTATGGTTCAAACCTAACTCACAAATACAAAAAAAGGGGTCTAGTGAATGATAGCCACAAAGAGGCATTAAACCCCCACGTAAAGAATAACATCGGAATTGATGTATCAAGTTTTAATTCATCACGATGTATGTGAGTGAATTTTTTATTATGATTATGCGAGGCAGTTAAAGATGTGGAAAAAGAATATATAAGAAAAATGATGGAGAGTTGGCAGTTATTTGATCAATATTCATTTTTTTAAAGATGTTTACATATTGACGAGGATGAAGCCCACATTTTCATAAGGAGTGACACAAATTTACATTCTACCTTTATAATCTAATACGAGCTGTGAGGGCTATTTCCCTTCTCCTTTCTTCTTTGCCTCACCCTCCATATCGATCATTTCTTTATCTGCAATCAACTTGGATGAATAGCTGTAACCTAATTTAATGATGAATTTCATAAATTACAGATGGACATGCTAATTAGCTGGAAAGTTATAACAAATAATAGTAATGGAGGAGAATAGGAGGAAGACAATTGATTTGATCTGATCTGATAACTGTTTCCATAAGGGATCTAATTGAATATGCGGGATGTTCATATCATATTTCACAATACTTGTCTTTCCTTTTCTTTTTCCTTTTTTTTTAATCAAGGCATCGACTAGGTCATAATCATCATGCAATGCCTGTAGGAGCTAATATATTCCGAGACCTGGAAGAACTTGTGACCTTGTATGATTTAATATTATTTGGACCACTTACTAATATTTTTCCTCATTTCATTTCTTATGATGGGAATACATTTTCAACCATGATTTTACTCTCAAATAATAGTCAAATGAATATACTATTACCTTCTTCCAGGAAATCATATGTGATACAGATAAGAGCATGCCTACAATTTTGCGTGATAAGTCAGTTTTTTCTCTACTTGGTCAGTGTGCTCCAAAATTTTGTAGCGATGGAGTTCTTTCAAGCGACAGAATTGATGTATTGAATGGAGATAAAAATTATTGTTGTCACCATGAATGCGGGATGAGCAGCTATAGAAGATCCACTGCTCAATGCATTTATTTAGGTGGTTTGTCAGAGCAATGTAGGCAAGTCTATAGTAGGAACTGTAATTGGGTGTTCTTGATATTTGATTCTGATAAGAAGTATGAAAACTCAGATTTATTTTGGATTCCTAAATTGGACTACCTTTATTGGAATGGGCAGAAAGTGTCTAATTGTGATGTCCACGTATGTAAGTCATGATTAATCAAGATTAATCAAGGTTTCTTTTGATTTGTTCCTGATCGTTAGTCTGTTAATCTTAGTGAACTCTTTCTTTTGAATTTATGTAGGTCATATTCTACGATTCTTCTGTTTATAACTGCCACTATTTCTCTTTGAAACCTTCAAGTTCATATGAACAAGAAAGTTCATCTATCAAAAAACCAAACTGGGTTGATAAACTTCAGCAAAAGGAATTTGACTTGGTATTGGTAAGGGAAATTTTCAGAATTCCCGTTTTCAGGCAAGCAGAATACTTGTTTCTTACGTGACACTTACCATGTCCAGGATATAGTCATTTTGGCTATCAACTGTACGGAAGCTTCTAGAAGACCACTTGAAAGACACATGCATACCAAAAGATCTCGTCAGTTTTCCATTGTTGATAGGTTTTCCTCTTATGGCTTTGATTCTGGCAACTGAAGCCTATCAATATTTACTTATTATTATTTTTGAACAGGAAATAAAATTCTATCAATACTTACTCGAACTGTTTGATGCTCAACACTTTTGCTTTGCAGGTGTTATTCATTCATGTGGAGTCTTCTGGCTGTGTCTATTGCTTCACTTTCTACTCTCTTCTACATGACTTTTCAGTTTGCTTATAAACTTCATAGTATTGGACCACAATTATGGATGTCTAATGTGGTCTCAAGAATTTTCATGACCTCATGCATAAATGTCCGTATTCGGTGTTGTCAAATTTTGTATTGGCCAATTATACTTCAAGAGCGTGGCATGGGGTAAGAATTTTTTAAATTTACAACAATCACGGGTGGGAATTCAAACTCATGATCTCCCATAAGCATTCACTTCACATATCCACTGAACTGTTTTTTTTTATGCCTTCTTGTTTTGGAAGGTCCCTAACAAATGTTGAATATGCGGAGAAAGTTGCATTACAGAAGCATTCAATGTGGTCAAGCATAGCTGCTGATGTTCTGCTGGGAAATGTGGTTGGCGTGGCATTGTTGTGTTATGCAGATTCTACTTGTTCATTGATTTTGAACCTTGCTAGGGATATCACAAATCACATATTGCGTACAGGCTGTGTGTGGTTGATGGGAGTCCCTGCAGGTTTCAAGTTAAACGTAGAATTGGCAGGAGTTCTTGGCATTATATCTCTCAATGTTATCCAAATTTGGTCTACGCTTTGGTTCTTTTTTGGTTCTATATTTATTTACGTCGTTAAAACGCTTGCTATATTGGGGATTATTTTTGGGGGGACCTTGCCTGCTGCATTGACTACCGATCTGATCTCAGTTGCAACTGGCCATGTGTCAACTCTTCAATGGTTTATCTCCATCATATATTCAACACAGATTCAAGCATTAGCAGCTTTATGGCGCATGTTTAGGTAACTTTTTTTTTTTGAGATCCATTCAAATTGGGGAATAGCCGTTATATTTATCTGGACATTGTAACTACTGTCACCAATTTAAACTTGGGTAAACTTGGGTTTGAGGGTATGCTACTCTCAAGGTCCTAGGTTCGAAATTCACCTGTGACATTACTCCTTCGATGTCTCTGGTACCTGCCTAAGGACGGACATGGTTACCTTATTTAAAAAAAAAAATAAATTTAAACTAACACAAGTTCATTACATTACTGGCATGAATGAGTGAATATGCAATCTGGCTAAACATCAGATTACTCTTACGTTTATGTTTAGAGTTGGATACAAAATTATGTGCCTTGGTGTGCTAGTCTTGCTATGCTTCTCTTCTGTGTTCTTCTGGAGAATGCTGGCTGGGGTGGTTCAGCCTGTTACAATTGTTAGAGTTATTTATTATGTATATATATGATAGAATCTACCAACTTTATAATAAATTTCTAGAGAGAATCTCCCGTAGAGCCAAAAGGTTACAAACTAACAAATGACAAATGATTTCTGATGCCTTAACAATGACCTAATAACTCCTATTTATAGAACTCCTAGAGATATCCTATTTAAGGTAAAAGACTCCTATTCCATAAAAGACTTCTTTCCATAAATGACAATTCCATTTATGGCAAGTACAAATAAGGACTAATTAAATAATAATAAAATACTAAATAATAATAGAATACTAATTAAAGTCTTTTCTCACTTCCGGCCCCGCCTCGAATACACAATCAAAGGTCTTGGGATTGTATCAATACTTCCCCCCCAAAGAGCCACCTTGTCCTCAAGGTGAAATTCTGGAAATTGTGAATCCAAAATGGAAGCTATTTCCCATGTTGCGTCTTCCGGAGGCGAGTCTTCCCATTGTACCAACACCTCACGTGCCCCGCCTTCGTGAGATGCCTCTCGTATTCCCAGAATAGCTTTTGGATTTATGGCCACACATAGATCGTCTCGCACTACTGAAGGGTAGGTAAGACTATAACTGAGGCTCCGACCGCCTTTCGCAACACGGACACATGAAACACCGGATGTATCTTGACATTCGGAGGTAGTTCCAAACGGTATGCAACTTGGCCAACTCGTGCTAACACACGATAAGGCCCGATGAATCTTGGTGCTAACTTTGGGTGCTTGAATTTTGCCAAAGATGATTGGCGATACGGGCGAAGCTTAATATATACCAAATCACCAATAAGAAATTGGATGTCCCGACGTTTATTATTTGCAATCGCGCATATAGATCGTTGTGTTTTTAGAAGAGTAGCCTTAAGTGTGTCTAATATCCTATCCCGATCAAGCATTAATGAGTCAACTGCCGCCACATGGCTTGTTCCACCGTCATATCCCAAAATAGTAGGGGGTAAACGACCATAAACACTCTCGAAGGGAGTCATGCCCGACACCTAATGATATGATGTATTATAGCTAAATTCGGCCCATGGAATCCACTTGCACCATGCCTTTGGTTGAGTCATTACAAAACAATGCAAATAAGACTCCAAACAATGGTTAACGACCTAGTCTGCCCGTCGGTCTGAGGATGATAAATGGTGCTGCGACGATGTTTTGTTCCTGAAGCCTTGAATAATTCCTCCCACAACATACTAGTGAAAACCTTGTCGCGATCCGAAACTATGCTCTTAGGTATTCCATGCAAACGGACTATTTCCTTTATAAAAATATGCGCCACCGTAAGAGATGTATGAGGGTGTCGAAGGGGTATGAAATGGGCGTATTTGGAAAGGCGATCTACCACAACCAATATAGTATCAAAGCCCTCTGATCTCGGTAAGCCCTCCACAAAATCCATAGAAACATCCTCCCAAATTCTATCAGGAATGGGTAGTGGTTGTAGCAACCCTGCTGGAGATAAGGATAGGTGTTTCGCTTGCACACATACTGAACAGTCTGCTATGAAAGCTCGTACTCGAGCCTTCATCCCAGACATAAGTTTTGAGAACCCCAAAATGCCCCCCAACGGTTCCTCCGTGGAACTCGAGCAATAGTAATGGAATTGTAGGAGAGTTTGGCGGTAGGACAAGTCGTCCATGGTATAGCAGAACGCCACCCACAACTGTATAACCTGGTGGTCCCTTTTCGCCAGCCTCCAACGTAGTGTAAATAGCCAACAATTTTGCATTCTCGTTTACTTGTTGGGTGAATACTGCAGTGTTGATGCCCGCCACATAACTCAAGACGCCCAGTTCATAGGCTATTGGCATTCGAGACAGAGCATCAGCCGCTCTATTTTCCAGTCCCTTTTTATACTCAATATGAAAATCATATCCCATCAATTTAGAAATCCACCGTTGGTATTCTCCATCTACCACACGTTGTTCGAGCAAGAATTTTAGACTTTTTTGATTCGTGCGGACAACAAAATGGTGCCCCAAAAGGTAAGCACGCCATCTTTGTATGGCAAAAACTATAGCCATCAACTCGCGCTTGTACACTGGCTTCACACGGTGAGTTATTGGTAATGCTTTATCGAAATAAGCCACGGTTGTCCTTGCGCATTAAAATGGCGCCAACCCCAATCCTCGATGCATCGGTTTCGACCACAAACATCCGACCAAATCCGTGTCGTAGCACGCATGCTACTCATAGCATGTTTCACCTTTCAAAACTATCCTCGCCTTCTGGTTCCCACTCAAACTTCCCTTTCTTAAGCAAATCGTGTTAAGGGAAAAGCCATGGACCCGTAATTAGCCACGAATCGCCGATAATACCTCGTAGTCCGAGGAAACCACGAAGGTCTTTGATAGTTTTTGGACTAGGCCATTGAACCATTGCCTCAATCTTAGCAGGATCTGCCGACACGCCTCCGCCGATATGTAATGTCCCAAATATTCAATGCGGCTCATCCCAAATCGACATTTTTTGCATTAGCTACAAATGCATGAATCTGTAATACTTCAAAAACTTGTGCCAAATGATCACTGTGTCTTTGAATGGACAAGTCAGATTAGAATGTCGCCAAAGAAAACGAGTACAAACTTCCGTAAATAAGGCCTTAAAATTTCATTCATGATCGATCGAATGTGGCAGGAGCATTTCAGAGGTCGAAAAGGCATGACCACAAATTCATAGTGTCCTCATGAGTTCTAAAAGCGCTTTGTGAATGTCCGCTTCGCTTTAACTCGAATCGATGGTAACTCGCTTTTAAATCAATTTTTGAAAAATAGTCGCTCCATGTAGTTCGTCAAGTAATTCATCGACCAACGGTATCGGATACTTGTCGGACAATCGCTGCTTGATTTAAGGCTCTATAGTCGCATACGTAAACGCCAACTTCCATCTTTCTTTCTAACCAAAGCAGAATCGGGCTTGAAAACAAACTCGTGCTAGGTCTAATAATCCTCGCTAATGCATTTCCCGTACTCAATTTTTCAATTTCATTCTTTTGGCATCGTGGTACTGCAGACGGCCGCACATTTACCGATTCCCTTCCCGCCAACAATTCGATATGGTGATCACAATTTCGCTGTGGAGGCAAGTCCGTCGAGAGATTCAAAAATAGGTGCATAAGTATCAAATAAAGAGTGTAGTTCAAGGGGTACCGAGACAAGTCCGTAACGCCTCCCGCTTGTAAACAAGAAGGGGTGTGTGAATCCATCAAATTCAAACTTGACTAAAAGTCCCCGATCCTTTGATCGTAAAGATTTCATCATTGATTTTAGTGATACTTGTGCCTTCACCAATCGCGGATCCCCTTGTAATTCGATATTCCAAGACCCAACAACGAATCGCATCTGTAAGGAACGGTAGTTAAACTCAATTTTTCCTAACGTCTCCAGCCATGCGACTCCTAATATAACATCTGCGCTACCCAATGGCAGTGGCAAAAAAATCGTTGACAATTCTCAACTCAGCCAATTGTAGTTTTACATCTTTGCATATTCCATTGTTCGCATCGAATCCCTCGTGCCCGCATGATTCCGTGAGCCGTTGGAGGGTTCAATAGGTAGTTTTAGCTTTTCTACTATCACTTCTGATATAAAATTATGAGTGGCTCCGCTATCAATGAGTACGACTACTTCCAGCCCTTGAATTGTTCCTGTGACCGTAAGCGTTTTAGGTGAACTTATCCCTGCCATTGAATTCAAAGACAAGGCTGCCATTTCCTGTGTTTCCTTATATTCCCCAGTTTCCCCTTCCTTTGTCAAGTCTTCTGGTGAATATTCCGTCTCATAAGTTTCTCGGCACTCACTTTCATATGGCACTACTAACACTTCCATCTGTTGTAATTCTTTCTTCTTACAACGATGGCCTGGCACAAACTTTTCGTCACAACGAAAACACAACCCCTTGTCCTTCTTAATTCGAATCTCACTATCCGTCAGTCTCTTAAATGGTACGTTAGTCGCTCCGTGGTTGAAGAGGAATTGGTCAACGCTTCGCTAGGGATGAGAGTAACCGCTTTGTGTTTGAGCTTCTCAGTACTCTCCCAAACTCCGACGCCAATGTTCCCGCATCGCTTTTTCCCCGCCGATGTCCCACCCTCTTTCCGTTGAGCTTGAAATGCAAGGTCATCTTCGATCACTTGTGCCATCCATTTTTTTTCTTGAATTCCTACAGGTCGGAGTTTTCGCATCTCACTATGTATTTCCTTCTTTAGGCCACTTTCCCATTTTCCTTCTAAGGCACTTGCGCTTATATCTCGTGATCCCCGACATATCTCTCAAACAATCGCCGATACTCCTTAACTGCTCCAACTCAGAAACTCATTAAATTTGCGATGCTCTGCATATCTTGTGATGTAGGCTGGAAACGGTGCAACAACAATTCCTTGAGCTCGTCCCAAGAGGCAATAGGAGCTCGATCTTCCTCGTATTGCAACCATTCGAGAGCTTCCCCTTCCATACACAAAGCCGCAACATCTACTTTCTCTAACTCAGTCAAACGATTGACCCAAAAATATCGCTCGACACTCGCATAACCAAATTTTCGGGATCTTCCTCGAGATAGTCCCTTAAACACGGAATCTCTAACTTTCGTAGCCTCCGTCAACGCCTCCGATCGTTCCAACCATCGTGGCGCTAACGGCTCACAAAAACCGTGTGCGCACCCTCCTTTCTTCCGACGTCTCGTCTCCTCTCCGAAATTGCCCTCCATTATAATTTTGCTCCCCATTTCGCTCCAGTGAAGTCCCTTCAGGCCTCATTCGCTCTCCGTTCGGCCAATCGCTTCTAGCAACCCTTCGCTCATCTTCGTTTCGCTCCAGCGAAGTGCCCCCGGTCCTTCTTTTCCCGCTCAACCACTCATTCCCCGTGCCCGCTCGCTAGTCTCTGCTTCGCTCTAGCGAATTACCCTTGTTTCTAATACGCTCCCGGCTCACAGCTATCCTTTGGCCACCCATGCTTCCTCGCTCATATTCAGCCCCAGCGTAACCCGCACTTCTTATGAGTCCTCGCTCATATTCCGCCCCAGCGAAACCTGCTCTTCTTATGCTTCCTTGCTCATATTCCTCCCCGGCGTAACCTGCACTTCTTCGTTCGTCATTCGCTTCGGCCCAACCCGCGCCTTTGCGCTCGCGCTCCGCCGCGACGGTTTGACCTAACTCGCGTCCAGCGAATCTTGGTTCGCCATGCCCTCGCGTCTCATCAGCGAATCTTGCTCGCACCAGCCCTTGTTCGCCGCCGCTTCGTGCCTCTTTCGTCGTTGTGAAGTCTCCGACCGTGTCACCGCTGCTGTCTTCAATTTCGCTCATCGGTCTCTTCCCTTTGTTTGTATTGCCCGTTTCGGGGATTGGTTGCTTCACGGTTCGCTCGATCATGGATTGAAATTAGCCCACCATGGATTTTAATCTTTCCTCGATCTTTTGCCCCAGCCGGTCTTCCATGTTTTCTAACTTCCCCATGATTTCCTGTTGTTGCTTCTTTATCTCGGCCGACACCTCTTCGCATTCTTGCATTCTTGACTCCATCTTTGTAGTAACCATTCTCGGATCGGTGAATGGCTCTGATACCACAATTGATAGAATCTACCAACTTTATAATAAATCTCTAGAGAGAATCTCCCGTAGAGCCAAAAGGTTACAAACTAACAAATGACAAATGATTTCTGATGCCTTAACAATGACCTAATAACTCCTATTTATAGGACTCCTAGAGATATCCTATTTAAGGTAAAAGACTCCTATTCCATAAAAGACTTCTTTCCATAAATGACAATTCCATTTATGGCAAGTACAAATAAGGACTAATTAAATAATAATAAAATACTAAATAATAATAGAATACTAATTAAAGTCTTTTCTCACTTCCGGCCCCGCCTCGAATACACAATCAAAGGTCTCGGGATTGTATCAATATATTTTTTTATTGTGTACTTCTAGTGTTAGGCCCGTTAGGCCCTTTAAACCCATTGGTAGCTAGGGTTACTATTGTATATTCTATATAAAGGCATTGCCTCCATGAATAATGAAAAGAACGACTATTCAGTCTCAATATTGTTTTACCTGGTATCAGAGCCGTCTTGACTTTTCAAAAATTAGGGTTTGGTGTTCACATCTCGAGGTCATTCGAGTTGTGGTTTTGCCGTCAAGAGTTGTTGTCTGTTAATCGACAGAAATCGTCTGTCATCTGTCAGATCGACCGTTAGTTGTAAAAAAATTTTGGAGTCCGTTTTCGACGATATTTACACAAAATATTCAGAGAGGGCCGATCTACACATTCGTACAAGATTCGTCGTGAAACGACGAGCGATTCGAGCTCAAGTGTCAAAAACAGATTTTTGTCGTCGAACACACGCACCATGCGTGAGGGCTCATGGCTTGCTTGTTTGGCGCGTTCTTGGATGGGATTTGTTCGCGCTGACCTCCCCTACGTTTCTGATAATTTTCTTTTTTCGATCCGACATCCCAAGTGCTCCAGATCTGACGTTTTCTGTTTTGTTCGCTACTGATTTCTGTTTGTTGTTTGTTTGGACTCAGATTCTGAAATTTTTTGTTCGGTTTTTTTCGGGACGACGTTCTCTACTAGTATGTGGAATCGGATTTCTATTTTCGGCCTTCGTTTGTCTCAAGTCTGACCGTGAGGTGTTTTCGGGTATTTTGTTCTAAATTTTTGCTTCGTTCAGATCTGATTTTTACTCAGAATACTAGTTGTTTGGCGATTTATTTTGTTTTGTTTATAATTTATGGCGGAAACTATCCATAAGAGTTCGAGTCTTCCTTGCGATAGTATTCCTTCGATGTCTCTGGTGCTTGGCCTAGGGACGGGCATGGTTACCCTGGTTTCAAAAAAAAAATTTTTATGGCAGAAACTTAGCAAACTGTGATTTCTCATTCGATGGAAATTACGAAGCGTAAGTTAAATGGCTCAAACTATCTTGATTGACATAAATTGGGTCATGTAAAAAGAGACGGTATGACATTGCAATATCACAATCAGAAACTTCAGACGGCCTATTTTGCATCCAATGAGAATATCTTTGTTGACGAGTTTGCTAAACTCCGAGTATCAAGTGATTCGTCGTAGTCATTGTCTTCGATGGTTATTACACAAAGATTTCATGCCAATGGAGTATTGGTGCTCAACACCCCGATAAGAGCTGGCCGGGCCATGGTATTATTCAAAAGCTAAAGAGCTTCAAGCAGATTGTTAAGGCTTTGAACATAGACACTTTTGACAATCTTGGTGGTAAGAAGATCTAGTTGCAGATGGAATTAGCCATGAAGAGTTTGATGGACTATAACAAGTTCAAACCCAACAAAGACTTTCCCCGCAGTTAAAGAAGAGGCATAGTGGAAACAAAGCTGTAATAATAGATGGCTTGAACTTGGAGAGATTAACTCAAAGCTTTTTCGCCATGTGTTGGCTGCCAGAGAAGGAAAGCTCCATCATTGAGGTGATATCGACCAAAGGGAAAAAGATTGAAGAGGAATTCATAGTCTTCTATTTAGAGCTCTGAGCTCTTTTCCTAGAAACAATGCTGCTGTCCTTTAGAACCCATAACAGATTGGGATCCCATCTCGAATCTTCAATCCATTGCTCTTGAAGCCCCCTTTACGAAACACAAAATTTGGGAAGCTGTCAAGGATTTGAGAACTAATAAAACTCCAGGCTTCGACGGTTACATAGTCGAGTTCTACAATAAGTCTTGGAACATTCTTAAATATGATATATTGAGAGTGTTCCACGAGTTTTTCAAGAATGGAATTGTAAACACTAGCCTCAATGCAACTTACATTTGTCTTATCCTAAAGAAGACGGAAGCTCCATCTAGTGATTATAGACGGATGAATCTCATCTCTTGCATGTACAAATCCACTTTCGTTAAGGACAAAAAGATCACCAATGCTATCCTTTCCTTGCAACCAATGAAGCCATAGATGAATGGAAATGAAGGAATTTGTAAGGGGTCATTATAAACCTCGACATTTAAAAGGCATTTGACGCTGTAGACTGGGATGTTTTGGATTTCATTTTGAAAGCTAAAGGTTTTGAAAGGGTATACAAAAAGTGGATTTGAGACTGCATTTCATCTACCGACTTCTCTTCATCATTAATGGGAAGTCTAGAGGTAAGTTTAAAGCTACAAAGGGTCTTCGTCAACGAGATCCCTTTTCCCATTCTTCTTTTTATAGGGTTCTGATTACTTTAGGAGATTGATGGATCATCAGGCTGGAATAAACGAGATTGTTCAAGGTTTTACCATTGGGAAAGAAGCTTTCATGCTTAACCATCTTCAATTCGTAGATGACTGATAGAATCTACCACACTTTTTATTAAACTACGATAAATCTCTTGAGAGGATCTCTCTAAGAGCCAGAGTACAAAGACGACAACTGAATGAATGAATAACAAAGACCTAATATCTTCTATTTATAACCCTAAACCCTAATTTAACCTAATTTAATAAAAGACTAATAATAGGCCTAAGCCCAATGTAGTTAAAATAGCAATTAACTAATAAATAATAAATAATAATACTAATATTCCTAAAAACTCCAAGGGTTGGATCGTATCAATACTTTCCCCCCCAAGAGCCACCTTGTCCTCAAGGTGTTCCATCTCCGATGCCATCTTCTCGCACTCCGCTCTTACGCAAAAGTCTCCGTCACATCAAAGATCCTGGTAATCGTGTGCATCCCGGACGACCCACACATCCAAGTTCTAGAGTTCTTTCTTCTGACAACGATGTCTTGGGACAAATCGTTCTTCACAGCGGAAACATAACCCTTTGTCCTTCCTTGCTTGAATTTCGGCTTCAGTGAGTTTTTTACACGACGTCGGGTGAACGGTTGTAGTCCTGTGGGAATAAGTCTTTGTGCTTCCAATTCCTGATACAATCGTTCCTGCTTTAGCCTTGACCGTTGCAGGAGTACTTCCCTCGTTTTGGGCAGCCTGAAAAGCAAAATGATCCTTAATCACTTGGGCCATAAACATTTTCTCTTCGATGCCCACTGGTCGTAGTTTACGCATCGCGCTCTGTATCTCCTTTTTCAGTCCACTTTCCCACTTCCCCTCCAATGCACTTGCACTGATATCGCGCATTCCCTTAGCAAAGCGCTCAAAGCCCCGACAATATTCCTTCACCGTACCTATTTGTTTCAAACTCATGAAGTTGGCATACTTATTTGCCTGAGCCGCTGGTTGGAAACGCTCCAACAACCCATCTTTGAATTCGTTCCAGGAACAAAAAAGAACGGTCTACTTATTTGCCTGAGCCGTCGCCCGATCCCACGCCTGCGCCGCTCGCGTCAGGCCCGCCCCAGCCAAAACCTCCGCCGCCCGACCCCATGCCGAACCCACGCTCCACGCACCAGCCTCGCGCGCGTGCGCCCTCGACACCCCACGCCCGCGCGCCCCTCTGCGCAGCCCCTACTCCTGACTCCGCACCACTCCGCTCCCGCGTCCTCGCGCCCCACATGTGTGTCCGCTCCCCCGGGCCCCACGCCTGAGCTCACGCCCCCGCTCCCTATGCTCGTGCTCACGCGAACTGTCCCCGTCGAGGCCTCCGCCACACCGTGCGTCGCCCCACCAGTCACCGCTGCCTCTGCTGCCCGAGCGCCCGCCGCAGCCGTACCACCAGCAACCACAACACCCTCCGACCCCTCCTCCGAGGCCTCGATCATTAAGCCCTTCCCTTTGTCAGCTCGGATTGACTCCATTAACAATTCCAGCTTCTAGTTTATGCTCTCGAATTTCAAATCCTGCGAATCTATCTTTTTTCCCAATCGCTCCTCCATCAATTCCATTTTTGCGTTCGTCTCCTGTAACTTCCTTGCCAAGTCGACCGTTCCTTCTTCACACTCAAACATCCTTGTTTCCATCTTAGTGTAGTAACCGTTCTCGGATTGGCAAACGGCTATGATACCAAAATGATAGAATCTACCACACTTTTTATTAAACTAAGATAAATCTCTCGAGAGGATCTCTCTAAGAGCCAGAGTACAAAGACGACAACTGAATGAATGAATAACAAAGACCTAACATCTCCTATTTTATAACCCTAAACCCTAATTTAATCTAATTTAATAAAAGACTAATAATAGGCTCAAGCTCAATACAGTTAAAATAACAATTAACTAATAAATAATAAATACTAATACTAATATTCCTAAAACTCCAAGGGCCGGATCGTATCAATGACATTGTTTGAGAAAATTGAGAAGAAGATTGCCAATTGGGAACATAGTTATATCTCAAAAGGAGGAAGATTTACATTGATTCAAGCTACCTGGCCAACTTACCAGCGTGCTACATGTCTATCTATAAATTACTAGCCGAAGTGATCAATATTGTCGAAAAATTGATAAGAGATTTTCTCTGGAAGGGTAATATAGAGAACAAAGGTCTTCATCTCGTCAATTGGAAGACCACTACTTTTTCGACTGAAAAAGGTGGATTGGGCATTCAAAGTTCGAAGATAAAGAACGAAGCTCTTTTGGCAAAGTGGATTGGAGATATGGGGTTGAAAAGACAGCACTCTGGAGAAGAATCATCCATGCAAAATACAGCGGAGCTATTGAAAGTCATAAACCTGAATCTTTCTTCTTAGCCACTGCTAGAGGTCCATGGAGGCCTATCCTCAAATTAGCCCCTATTATTTATGAAGACACTAAAAAGTGAGAAATAGACATGCCACTGCTTTTTGGAAGGAACCATGGTTGATGGACAATTGGACACTCCATTGTGCTACCAAAACCACCAAGAACTTGTCTGTCAGCCAAGCTTGGGACCCAAGCCTTTCATACTGGAACCTGGGCATTATTAGTCTTCAAAAAGGAGGAAATCGCCGAATACACAAATCTAACAGTTAAAAGTGGATGACAGTGTGGCCGTATCGGATGGGGAGGACACTTATACAACTGGAATCTTCTCCATTATTTCTCTCATCAATGACATCATATGCTCAAGCAGGGACTCTGCACTCGATATTCACGAGGCAATCTGGAAAGGCAGCTTCCCCAAAGAATCAAGTTCTTTTTATAGGTTCATCTCCATGGAGCTATATCACCACAGGGGACATGCTATTTCCCCCCATTGATGCTGTATATGCTATAACAATTGGGAAACTCAATCACACATGTTCCTACATTGCCCATTTGCTGTGACATTTTGGAATCACTTGTTCTGCATTTCTAATTGGAGCTTCCCTCTCCCGTGCGATCTCAAGGCTTTGCTTGCTCATACCCTTTGTGGACACCCTTTCAAGGAGGTGAAAAAGATATTGTGGGAGAATCATATCTGTGCATATTGTTGGAACATTTGGGTCAAAGCAAATCATCGCATCTTTCAAGATAAGGCATCTGACTACAATAGGGCTCTTGATAATATATCTTATAATATTGTATCATGGTGCTAGCTCGCTCCTCTTTTCCATAACTATAGCTATAACACTCTCCCAGTTGGTCTCTTTTGTAATTTTCATGGGCTTGCCCAATCTTGTAACTTCATAATTGTATTATAATTTTTTGGGTAAGAAACAATTTCATTCATATTGAATGAAATTGTTTCTTACCCAAAAAATTTATAATGAAATTGTTTCTTATCCAAAAAAAGGAATAAGTATGTAAGATTAAATCTAGTACTGTTCTTTTCTCAAAAAAAAAAAAAACCTAGTACATTTTTATTTGTTTCTTATCAGCTGAAATCAAATAGTACATTGTTAGATAGTTTCTGATTTAATGAACTATCTTGTTCTTGTAGTTATTCTTAGTGTTTCAGAATCTGTTTGCAGGGGCCAAAAACAGAACCCTCTTCGGAAGAGAATAGATAGTTATGACTATATTGTGAAGCAACATATTGTTGGATCTCTTATTTTTACACCTCTATTACTTATTTTACCCACTACTTCAGTCTTCTACGTCTTCTTTACCATCCTGAATACATCTATCAGCTTCATCAGATTGCTGATTGAAATTATCATTTCTGCTATTCATGCTACACCCTATACCAAAATTTTCCTTTGGTTGGTGAAGCGGAGAAGATTTCCTTCAGGGATATGGTTTGAAATCATTTCGGACAGTAACTTTTCTGAAAACTTTGATATATCAACTACGATAATGGAGCAGAATGAGGAGAAGATCAAGGAGAAATCTTCAGTTTTGTTTTCATGTCTTCACAGCAACTTAATGAGCATGGGTTAGTTCTCTACCCAAAACTGGACTCCTTGTAACTTTTTGAATTCAACATTTGGGATTCAAACCCATAACCAACAGATTACTATTCAATGAAAGTTTTCGTTTTATATAAAGAATTCTGTCAATATAACTATCTATGGAGATCTATTCTACTTATTTCTGAGTAGATTCTGCTAGTGTTCACATTGTGCATGGTTATTTTTTCTGGTACAGTTAAGTCTTTGGATTTTAAAAAATTAGAGGCAAACCTATCAACAAACTATCAGAATAGTTGTCGCATCAAGTTAAGGCCAAGGGAAGCCTTGAAACAGTAAACAAAGTTATGCTATGTATAATAAAGACTAAATCAAAATACTGATTGTTTCATATCCAAAATTGTTCATCCATAAAAGACATTTCATTCTTTTATTGATACTTATTTTGTGATACTCTCATTGTAGGAGAATTGGTCCTGCCTCATTACAGAAATATTTTCTCCGGCTTCTCTCGATCGTTACTAGCTTCTACTTTTCATGGGGTCCTGACAGGTAGAAGGTAACTTAACTGCTTTTCTTCCTTGTGTTATACATCTCACTGTAAGTAACTCCACCAACCCGAATCTGGATATCGTTCTAACAACTATCCGTCCCGCTCTGCAGATCAACATTGACTCTGGAGGTTGGCCTTCCTTCACCGATGTCATGGATGTGTATACCTTACAGAAAGTATTGGCATCTCTGCTATGATTCGATTCTTTCGTGTAGGGAGCTGCCACCTTGTAGTTCTTGATCTGATGTCAGGAAAAATTCTAGTTTTGAGAGTTTTTATCCTCAAGTGAGATTTTAGCATTTCTTTTGAAGTTGAAGATTGGGATCAAATTGACATTGGGGCAGGTTTAAAAGACAGCTATCAAGTTGCTTGGAGTGGCTTTTAAGGTAAATCTTTTGGTGTTTGACATGAACAAAAGTACTATTCATGAGTTTAGATTCTTACTCAATTTAGATTCCATTATTATTTTGCTATTAATTGTAGTTTGATTGTCACCACTTGGAGATTTCTTTACCCACGTCCCACGTAGCTTCATGCATGACTTTGAAGAACTTTTCATGTAGTTAGATTTGTTTAGGCTGTATTCGGTTTTATTAGAGAATTGAGTTTAAAAGTTTAGATTTGTATGATTCATG

mRNA sequence

CTATTATCATCTTCTTCAATTGCCAATATTCTCTCACACCCGAAATCTGACTATCTCTTGGCCGCTGCCGGCTTTTCACCGGCTGCCTCTCTGGACAATTTCTTGCAGGCGACGGCGATTTCAATTCTACGTATCGGGATTTCTCACTGTCACCGCTTGCAGGCACCACTAATTTTGATGCCCGGATTGATGTAGTGGAAGTGCAGAGGGTATACTGATCATGAGATGAAAATGAAAGGGAAGTGTAGGCTATGGTGGCCGAAACAGCATTCACCGTGTGAACGCACGTCGTCTTCTCTTTTGTTTGGTTGGTTTGTACCGACTTCCGAATCCCTTGACGTTGTAGTTGCATTTACTTGTAGTGAGGATTCACTATCTCAACTCCAAGGCGACCTCGAGGAAATCATATGTGATACAGATAAGAGCATGCCTACAATTTTGCGTGATAAGTCAGTTTTTTCTCTACTTGGTCAGTGTGCTCCAAAATTTTGTAGCGATGGAGTTCTTTCAAGCGACAGAATTGATGTATTGAATGGAGATAAAAATTATTGTTGTCACCATGAATGCGGGATGAGCAGCTATAGAAGATCCACTGCTCAATGCATTTATTTAGGTGGTTTGTCAGAGCAATGTAGGCAAGTCTATAGTAGGAACTGTAATTGGGTGTTCTTGATATTTGATTCTGATAAGAAGTATGAAAACTCAGATTTATTTTGGATTCCTAAATTGGACTACCTTTATTGGAATGGGCAGAAAGTGTCTAATTGTGATGTCCACGTCATATTCTACGATTCTTCTGTTTATAACTGCCACTATTTCTCTTTGAAACCTTCAAGTTCATATGAACAAGAAAGTTCATCTATCAAAAAACCAAACTGGGTTGATAAACTTCAGCAAAAGGAATTTGACTTGGTATTGGATATAGTCATTTTGGCTATCAACTGTACGGAAGCTTCTAGAAGACCACTTGAAAGACACATGCATACCAAAAGATCTCGTCAGTTTTCCATTGTTGATAGGTGTTATTCATTCATGTGGAGTCTTCTGGCTGTGTCTATTGCTTCACTTTCTACTCTCTTCTACATGACTTTTCAGTTTGCTTATAAACTTCATAGTATTGGACCACAATTATGGATGTCTAATGTGGTCTCAAGAATTTTCATGACCTCATGCATAAATGTCCGTATTCGGTGTTGTCAAATTTTGTATTGGCCAATTATACTTCAAGAGCGTGGCATGGGGTCCCTAACAAATGTTGAATATGCGGAGAAAGTTGCATTACAGAAGCATTCAATGTGGTCAAGCATAGCTGCTGATGTTCTGCTGGGAAATGTGGTTGGCGTGGCATTGTTGTGTTATGCAGATTCTACTTGTTCATTGATTTTGAACCTTGCTAGGGATATCACAAATCACATATTGCGTACAGGCTGTGTGTGGTTGATGGGAGTCCCTGCAGGTTTCAAGTTAAACGTAGAATTGGCAGGAGTTCTTGGCATTATATCTCTCAATGTTATCCAAATTTGGTCTACGCTTTGGTTCTTTTTTGGTTCTATATTTATTTACGTCGTTAAAACGCTTGCTATATTGGGGATTATTTTTGGGGGGACCTTGCCTGCTGCATTGACTACCGATCTGATCTCAGTTGCAACTGGCCATGTGTCAACTCTTCAATGGTTTATCTCCATCATATATTCAACACAGATTCAAGCATTAGCAGCTTTATGGCGCATGTTTAGGGGCCAAAAACAGAACCCTCTTCGGAAGAGAATAGATAGTTATGACTATATTGTGAAGCAACATATTGTTGGATCTCTTATTTTTACACCTCTATTACTTATTTTACCCACTACTTCAGTCTTCTACGTCTTCTTTACCATCCTGAATACATCTATCAGCTTCATCAGATTGCTGATTGAAATTATCATTTCTGCTATTCATGCTACACCCTATACCAAAATTTTCCTTTGGTTGGTGAAGCGGAGAAGATTTCCTTCAGGGATATGGTTTGAAATCATTTCGGACAGTAACTTTTCTGAAAACTTTGATATATCAACTACGATAATGGAGCAGAATGAGGAGAAGATCAAGGAGAAATCTTCAGTTTTGTTTTCATGTCTTCACAGCAACTTAATGAGCATGGGAGAATTGGTCCTGCCTCATTACAGAAATATTTTCTCCGGCTTCTCTCGATCGTTACTAGCTTCTACTTTTCATGGGGTCCTGACAGGTAGAAGATCAACATTGACTCTGGAGGTTGGCCTTCCTTCACCGATGTCATGGATGTGTATACCTTACAGAAAGTATTGGCATCTCTGCTATGATTCGATTCTTTCGTGTAGGGAGCTGCCACCTTGTAGTTCTTGATCTGATGTCAGGAAAAATTCTAGTTTTGAGAGTTTTTATCCTCAAGTGAGATTTTAGCATTTCTTTTGAAGTTGAAGATTGGGATCAAATTGACATTGGGGCAGGTTTAAAAGACAGCTATCAAGTTGCTTGGAGTGGCTTTTAAGGTAAATCTTTTGGTGTTTGACATGAACAAAAGTACTATTCATGAGTTTAGATTCTTACTCAATTTAGATTCCATTATTATTTTGCTATTAATTGTAGTTTGATTGTCACCACTTGGAGATTTCTTTACCCACGTCCCACGTAGCTTCATGCATGACTTTGAAGAACTTTTCATGTAGTTAGATTTGTTTAGGCTGTATTCGGTTTTATTAGAGAATTGAGTTTAAAAGTTTAGATTTGTATGATTCATG

Coding sequence (CDS)

ATGAAAATGAAAGGGAAGTGTAGGCTATGGTGGCCGAAACAGCATTCACCGTGTGAACGCACGTCGTCTTCTCTTTTGTTTGGTTGGTTTGTACCGACTTCCGAATCCCTTGACGTTGTAGTTGCATTTACTTGTAGTGAGGATTCACTATCTCAACTCCAAGGCGACCTCGAGGAAATCATATGTGATACAGATAAGAGCATGCCTACAATTTTGCGTGATAAGTCAGTTTTTTCTCTACTTGGTCAGTGTGCTCCAAAATTTTGTAGCGATGGAGTTCTTTCAAGCGACAGAATTGATGTATTGAATGGAGATAAAAATTATTGTTGTCACCATGAATGCGGGATGAGCAGCTATAGAAGATCCACTGCTCAATGCATTTATTTAGGTGGTTTGTCAGAGCAATGTAGGCAAGTCTATAGTAGGAACTGTAATTGGGTGTTCTTGATATTTGATTCTGATAAGAAGTATGAAAACTCAGATTTATTTTGGATTCCTAAATTGGACTACCTTTATTGGAATGGGCAGAAAGTGTCTAATTGTGATGTCCACGTCATATTCTACGATTCTTCTGTTTATAACTGCCACTATTTCTCTTTGAAACCTTCAAGTTCATATGAACAAGAAAGTTCATCTATCAAAAAACCAAACTGGGTTGATAAACTTCAGCAAAAGGAATTTGACTTGGTATTGGATATAGTCATTTTGGCTATCAACTGTACGGAAGCTTCTAGAAGACCACTTGAAAGACACATGCATACCAAAAGATCTCGTCAGTTTTCCATTGTTGATAGGTGTTATTCATTCATGTGGAGTCTTCTGGCTGTGTCTATTGCTTCACTTTCTACTCTCTTCTACATGACTTTTCAGTTTGCTTATAAACTTCATAGTATTGGACCACAATTATGGATGTCTAATGTGGTCTCAAGAATTTTCATGACCTCATGCATAAATGTCCGTATTCGGTGTTGTCAAATTTTGTATTGGCCAATTATACTTCAAGAGCGTGGCATGGGGTCCCTAACAAATGTTGAATATGCGGAGAAAGTTGCATTACAGAAGCATTCAATGTGGTCAAGCATAGCTGCTGATGTTCTGCTGGGAAATGTGGTTGGCGTGGCATTGTTGTGTTATGCAGATTCTACTTGTTCATTGATTTTGAACCTTGCTAGGGATATCACAAATCACATATTGCGTACAGGCTGTGTGTGGTTGATGGGAGTCCCTGCAGGTTTCAAGTTAAACGTAGAATTGGCAGGAGTTCTTGGCATTATATCTCTCAATGTTATCCAAATTTGGTCTACGCTTTGGTTCTTTTTTGGTTCTATATTTATTTACGTCGTTAAAACGCTTGCTATATTGGGGATTATTTTTGGGGGGACCTTGCCTGCTGCATTGACTACCGATCTGATCTCAGTTGCAACTGGCCATGTGTCAACTCTTCAATGGTTTATCTCCATCATATATTCAACACAGATTCAAGCATTAGCAGCTTTATGGCGCATGTTTAGGGGCCAAAAACAGAACCCTCTTCGGAAGAGAATAGATAGTTATGACTATATTGTGAAGCAACATATTGTTGGATCTCTTATTTTTACACCTCTATTACTTATTTTACCCACTACTTCAGTCTTCTACGTCTTCTTTACCATCCTGAATACATCTATCAGCTTCATCAGATTGCTGATTGAAATTATCATTTCTGCTATTCATGCTACACCCTATACCAAAATTTTCCTTTGGTTGGTGAAGCGGAGAAGATTTCCTTCAGGGATATGGTTTGAAATCATTTCGGACAGTAACTTTTCTGAAAACTTTGATATATCAACTACGATAATGGAGCAGAATGAGGAGAAGATCAAGGAGAAATCTTCAGTTTTGTTTTCATGTCTTCACAGCAACTTAATGAGCATGGGAGAATTGGTCCTGCCTCATTACAGAAATATTTTCTCCGGCTTCTCTCGATCGTTACTAGCTTCTACTTTTCATGGGGTCCTGACAGGTAGAAGATCAACATTGACTCTGGAGGTTGGCCTTCCTTCACCGATGTCATGGATGTGTATACCTTACAGAAAGTATTGGCATCTCTGCTATGATTCGATTCTTTCGTGTAGGGAGCTGCCACCTTGTAGTTCTTGA

Protein sequence

MKMKGKCRLWWPKQHSPCERTSSSLLFGWFVPTSESLDVVVAFTCSEDSLSQLQGDLEEIICDTDKSMPTILRDKSVFSLLGQCAPKFCSDGVLSSDRIDVLNGDKNYCCHHECGMSSYRRSTAQCIYLGGLSEQCRQVYSRNCNWVFLIFDSDKKYENSDLFWIPKLDYLYWNGQKVSNCDVHVIFYDSSVYNCHYFSLKPSSSYEQESSSIKKPNWVDKLQQKEFDLVLDIVILAINCTEASRRPLERHMHTKRSRQFSIVDRCYSFMWSLLAVSIASLSTLFYMTFQFAYKLHSIGPQLWMSNVVSRIFMTSCINVRIRCCQILYWPIILQERGMGSLTNVEYAEKVALQKHSMWSSIAADVLLGNVVGVALLCYADSTCSLILNLARDITNHILRTGCVWLMGVPAGFKLNVELAGVLGIISLNVIQIWSTLWFFFGSIFIYVVKTLAILGIIFGGTLPAALTTDLISVATGHVSTLQWFISIIYSTQIQALAALWRMFRGQKQNPLRKRIDSYDYIVKQHIVGSLIFTPLLLILPTTSVFYVFFTILNTSISFIRLLIEIIISAIHATPYTKIFLWLVKRRRFPSGIWFEIISDSNFSENFDISTTIMEQNEEKIKEKSSVLFSCLHSNLMSMGELVLPHYRNIFSGFSRSLLASTFHGVLTGRRSTLTLEVGLPSPMSWMCIPYRKYWHLCYDSILSCRELPPCSS

Homology

[Close]

BLAST of Sed0000553 vs. NCBI nr
Match: XP_023518089.1 (N-acetylglucosaminyl-phosphatidylinositol biosynthetic protein gpi1 isoform X1 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 1154.0 bits (2984), Expect = 0.0e+00
Identity = 570/726 (78.51%), Postives = 640/726 (88.15%), Query Frame = 0


Query: 3   MKGKCRLWWPKQHSPCERTSSSLLFGWFVPTSESLDVVVAFTCSEDSLSQLQGDLEEIIC 62
           MKGK RLWWPKQHSPCE +S  LLFGWFVP+S+SLDVVVAFTCS+DSLSQLQGDLEE+IC
Sbjct: 1   MKGKFRLWWPKQHSPCELSSFCLLFGWFVPSSDSLDVVVAFTCSDDSLSQLQGDLEEVIC 60

Query: 63  DTDKSMPTILRDKSVFSLLGQCAPKFCSDGVLSSDRIDVLNGDKNYCCHHECGMS----- 122
           +T+++MP ILRDKSVFSLLGQ APK C +G+ S+DRIDVLNG+K +CC HEC M+     
Sbjct: 61  NTNRTMPAILRDKSVFSLLGQSAPK-CCNGISSTDRIDVLNGEKGFCCQHECWMNRDGNV 120

Query: 123 --SYRRSTAQCIYLGGLSEQCRQVYSRNCNWVFLIFDSDKKYENSDLFWIPKLDYLYWNG 182
             S  RSTAQC YLGGLSEQCR+VYSR+ N VFL+FDSDKK+  S+LFWIPKLDYL WNG
Sbjct: 121 TGSCSRSTAQCHYLGGLSEQCRRVYSRSSNLVFLVFDSDKKHGKSELFWIPKLDYLCWNG 180

Query: 183 QKVSNCDVHVIFYDSSVYNCHYFSLKPSSSYEQESSSIKKPNWVDKLQQKEFDLVLDIVI 242
           QKVSNCDVHVIFYD  VYN HYFSL+PS+SYEQE+SS KKP WVD+LQQKE    LD VI
Sbjct: 181 QKVSNCDVHVIFYDPPVYNHHYFSLQPSNSYEQENSSFKKPKWVDELQQKESSFDLDTVI 240

Query: 243 LAINCTEASRRPLERHMHTKRSRQFSIVDRCYSFMWSLLAVSIASLSTLFYMTFQFAYKL 302
           LAINC  A++RPLERH+H K S QFSIVDRCYSFMWSLLAVSIASLSTLFYMTFQF+YKL
Sbjct: 241 LAINCAAAAKRPLERHLHAKSSLQFSIVDRCYSFMWSLLAVSIASLSTLFYMTFQFSYKL 300

Query: 303 HSIGPQLWMSNVVSRIFMTSCINVRIRCCQILYWPIILQERGMGSLTNVEYAEKVALQKH 362
           HS+G QLW S+VVS+IFMTS  N  IRCCQILYWPIILQERG+G L+NVEY EKVALQ+H
Sbjct: 301 HSLGLQLWTSDVVSKIFMTSYNNAHIRCCQILYWPIILQERGVGFLSNVEYEEKVALQRH 360

Query: 363 SMWSSIAADVLLGNVVGVALLCYADSTCSLILNLARDITNHILRTGCVWLMGVPAGFKLN 422
           SMWSSIAAD+ LGNVVGVALLCYADSTCSLI+NLARD+TN+ILRTGCVWLMGVPAGFKLN
Sbjct: 361 SMWSSIAADIFLGNVVGVALLCYADSTCSLIVNLARDVTNNILRTGCVWLMGVPAGFKLN 420

Query: 423 VELAGVLGIISLNVIQIWSTLWFFFGSIFIYVVKTLAILGIIFGGTLPAALTTDLISVAT 482
           +EL GVLGI+SLN IQIWST+WFFF  IFIYVVK LAI GI+FGGTLPAA T+DLISVA+
Sbjct: 421 IELTGVLGIVSLNAIQIWSTVWFFFSFIFIYVVKALAISGILFGGTLPAAFTSDLISVAS 480

Query: 483 GHVSTLQWFISIIYSTQIQALAALWRMFRGQKQNPLRKRIDSYDYIVKQHIVGSLIFTPL 542
            HVSTL WF S+IYS+QIQALAALWR+FRGQKQNPLRKRIDSYDYIVKQH+VGSLIFTPL
Sbjct: 481 CHVSTLHWFFSLIYSSQIQALAALWRLFRGQKQNPLRKRIDSYDYIVKQHVVGSLIFTPL 540

Query: 543 LLILPTTSVFYVFFTILNTSISFIRLLIEIIISAIHATPYTKIFLWLVKRRRFPSGIWFE 602
           LL+LPTTSVFYVFFTILN+SISFI+LLIE+IISAIHATPY KI+LWLVKR+RFPSGIWFE
Sbjct: 541 LLLLPTTSVFYVFFTILNSSISFIKLLIEVIISAIHATPYAKIYLWLVKRKRFPSGIWFE 600

Query: 603 IIS---------DSNFSENFDISTTIMEQNEEKIKEKSSVLFSCLHSNLMSMGELVLPHY 662
           IIS         D NFSEN D+ T I+E++EE +  +SSVL SCLHSNLM +GELVLPHY
Sbjct: 601 IISCHINSTGCPDKNFSENVDLPTKILERSEEVVVGRSSVLVSCLHSNLMGIGELVLPHY 660

Query: 663 RNIFSGFSRSLLASTFHGVLTGRRSTLTLEVGLPSPMSWMCIPYRKYWHLCYDSILSCRE 713
            NIFSGFS+S+LASTFHGVLTG R+T TL+ GLPSP+ WMCIPYRKYWHLC+DSIL+CR+
Sbjct: 661 TNIFSGFSQSVLASTFHGVLTGTRTTSTLKAGLPSPLPWMCIPYRKYWHLCHDSILTCRQ 720

[Close]

BLAST of Sed0000553 vs. NCBI nr
Match: XP_022966194.1 (N-acetylglucosaminyl-phosphatidylinositol biosynthetic protein gpi1 isoform X1 [Cucurbita maxima])

HSP 1 Score: 1154.0 bits (2984), Expect = 0.0e+00
Identity = 570/726 (78.51%), Postives = 641/726 (88.29%), Query Frame = 0


Query: 3   MKGKCRLWWPKQHSPCERTSSSLLFGWFVPTSESLDVVVAFTCSEDSLSQLQGDLEEIIC 62
           MKGK RLWWPKQHSPCE +S  LLFGWFVP+ +SLDVVVAFTCS+DSLSQLQGDLEE+IC
Sbjct: 1   MKGKFRLWWPKQHSPCELSSFCLLFGWFVPSLDSLDVVVAFTCSDDSLSQLQGDLEEVIC 60

Query: 63  DTDKSMPTILRDKSVFSLLGQCAPKFCSDGVLSSDRIDVLNGDKNYCCHHECGMS----- 122
           +T+++MP ILRDKSVFSLLGQ APK C +G+ SSDRIDVLNG+K +CCHHEC M+     
Sbjct: 61  NTNRTMPAILRDKSVFSLLGQSAPKGC-NGISSSDRIDVLNGEKGFCCHHECWMNRDGNV 120

Query: 123 --SYRRSTAQCIYLGGLSEQCRQVYSRNCNWVFLIFDSDKKYENSDLFWIPKLDYLYWNG 182
             S  RSTAQC YLGGLSEQCR+V SR+ N VFLIFDSDKK+  S+LFWIPKLDYL WNG
Sbjct: 121 TGSCSRSTAQCRYLGGLSEQCRRVCSRSSNLVFLIFDSDKKHGKSELFWIPKLDYLCWNG 180

Query: 183 QKVSNCDVHVIFYDSSVYNCHYFSLKPSSSYEQESSSIKKPNWVDKLQQKEFDLVLDIVI 242
           QKVSNCDVHV+FYD  +YN HYFSL+PS+SYEQE+SS KKP WVD+LQQKE    LD VI
Sbjct: 181 QKVSNCDVHVVFYDPPLYNHHYFSLQPSNSYEQENSSFKKPKWVDELQQKESSFDLDTVI 240

Query: 243 LAINCTEASRRPLERHMHTKRSRQFSIVDRCYSFMWSLLAVSIASLSTLFYMTFQFAYKL 302
           LAINC  A++RPLERH+H K S QFSIVDRCYSFMWSLLAVSIASLSTLFYMTFQF+YKL
Sbjct: 241 LAINCAAAAKRPLERHLHAKSSLQFSIVDRCYSFMWSLLAVSIASLSTLFYMTFQFSYKL 300

Query: 303 HSIGPQLWMSNVVSRIFMTSCINVRIRCCQILYWPIILQERGMGSLTNVEYAEKVALQKH 362
           HS+G QLW S+VVS+IFMTS  N  IRCCQILYWPIILQERG+G L+NVEY +KVALQ+H
Sbjct: 301 HSLGLQLWTSDVVSKIFMTSYNNAHIRCCQILYWPIILQERGVGFLSNVEYEDKVALQRH 360

Query: 363 SMWSSIAADVLLGNVVGVALLCYADSTCSLILNLARDITNHILRTGCVWLMGVPAGFKLN 422
           SMWSSIAAD+ LGNVVGVALLCYADS CSLI+NLARD+TN+ILRTGCVWLMGVPAGFKLN
Sbjct: 361 SMWSSIAADIFLGNVVGVALLCYADSACSLIVNLARDVTNNILRTGCVWLMGVPAGFKLN 420

Query: 423 VELAGVLGIISLNVIQIWSTLWFFFGSIFIYVVKTLAILGIIFGGTLPAALTTDLISVAT 482
           +EL GVLGI+SLN IQIWST+WFFF  IFIYVVK LAI GI+FGGTLPAA T+DLISVA+
Sbjct: 421 IELTGVLGIVSLNAIQIWSTVWFFFSFIFIYVVKALAISGILFGGTLPAAFTSDLISVAS 480

Query: 483 GHVSTLQWFISIIYSTQIQALAALWRMFRGQKQNPLRKRIDSYDYIVKQHIVGSLIFTPL 542
            HVSTL WF S+IYS+QIQALAALWR+FRGQKQNPLRKRIDSYDYIVKQH+VGSLIFTPL
Sbjct: 481 CHVSTLHWFFSLIYSSQIQALAALWRLFRGQKQNPLRKRIDSYDYIVKQHVVGSLIFTPL 540

Query: 543 LLILPTTSVFYVFFTILNTSISFIRLLIEIIISAIHATPYTKIFLWLVKRRRFPSGIWFE 602
           LL+LPTTSVFYVFFTILNTSISFI+LLIE+IISAIHATPY KI+LWLVKR+RFPSGIWFE
Sbjct: 541 LLLLPTTSVFYVFFTILNTSISFIKLLIEVIISAIHATPYAKIYLWLVKRKRFPSGIWFE 600

Query: 603 IIS---------DSNFSENFDISTTIMEQNEEKIKEKSSVLFSCLHSNLMSMGELVLPHY 662
           IIS         D NFSE+FD+ T I+E++EE +  +SSVL SCLHSNLM +GELVLPHY
Sbjct: 601 IISCHINSTDCPDKNFSESFDLPTKILERSEEVVVGRSSVLVSCLHSNLMGIGELVLPHY 660

Query: 663 RNIFSGFSRSLLASTFHGVLTGRRSTLTLEVGLPSPMSWMCIPYRKYWHLCYDSILSCRE 713
           RNIFSGFS+S+LASTFHGVLTG R+T TL+ GLPSP+ WMCIPYRKYWHLC+DSIL+CR+
Sbjct: 661 RNIFSGFSQSVLASTFHGVLTGTRTTSTLKAGLPSPLPWMCIPYRKYWHLCHDSILTCRQ 720

[Close]

BLAST of Sed0000553 vs. NCBI nr
Match: XP_022925150.1 (N-acetylglucosaminyl-phosphatidylinositol biosynthetic protein gpi1 isoform X1 [Cucurbita moschata])

HSP 1 Score: 1150.6 bits (2975), Expect = 0.0e+00
Identity = 570/726 (78.51%), Postives = 639/726 (88.02%), Query Frame = 0


Query: 3   MKGKCRLWWPKQHSPCERTSSSLLFGWFVPTSESLDVVVAFTCSEDSLSQLQGDLEEIIC 62
           MKGK RLWWPKQHSPCE +S  LLFGWFVP+S+SLDVVVAFTCS+DSLSQLQGDLEE+IC
Sbjct: 1   MKGKFRLWWPKQHSPCELSSFCLLFGWFVPSSDSLDVVVAFTCSDDSLSQLQGDLEEVIC 60

Query: 63  DTDKSMPTILRDKSVFSLLGQCAPKFCSDGVLSSDRIDVLNGDKNYCCHHECGMS----- 122
           +T+++MP ILRDKSVFSLLGQ APK C +G+ SSDRIDVLNG++  CCHHEC M+     
Sbjct: 61  NTNRTMPAILRDKSVFSLLGQSAPKGC-NGISSSDRIDVLNGEEGSCCHHECWMNRDGNV 120

Query: 123 --SYRRSTAQCIYLGGLSEQCRQVYSRNCNWVFLIFDSDKKYENSDLFWIPKLDYLYWNG 182
             S  RSTAQC YLGGLSEQCR+VYSR+ N VFLIFDSDKK+ NS+LFWIPKLDYL WNG
Sbjct: 121 TGSCSRSTAQCHYLGGLSEQCRRVYSRSSNLVFLIFDSDKKHGNSELFWIPKLDYLCWNG 180

Query: 183 QKVSNCDVHVIFYDSSVYNCHYFSLKPSSSYEQESSSIKKPNWVDKLQQKEFDLVLDIVI 242
           QKVSNCDVHV+FYD  VYN HYFSL+PS+SYEQE+SS KKP WVD+LQQK     LD VI
Sbjct: 181 QKVSNCDVHVVFYDPPVYNHHYFSLQPSNSYEQENSSFKKPKWVDELQQKGSSFDLDTVI 240

Query: 243 LAINCTEASRRPLERHMHTKRSRQFSIVDRCYSFMWSLLAVSIASLSTLFYMTFQFAYKL 302
           LAINC  A++RPLE H+H K S QFSIVDRCYSFMWSLLAVSIASLSTLFYMTFQ +YKL
Sbjct: 241 LAINCAAAAKRPLESHLHAKSSLQFSIVDRCYSFMWSLLAVSIASLSTLFYMTFQLSYKL 300

Query: 303 HSIGPQLWMSNVVSRIFMTSCINVRIRCCQILYWPIILQERGMGSLTNVEYAEKVALQKH 362
           HS+G QLW S+VVS+IFMTS  N  IRCCQILYWPIILQE G+G L+NVEY EKVALQ+H
Sbjct: 301 HSLGLQLWTSDVVSKIFMTSYNNAHIRCCQILYWPIILQECGVGFLSNVEYEEKVALQRH 360

Query: 363 SMWSSIAADVLLGNVVGVALLCYADSTCSLILNLARDITNHILRTGCVWLMGVPAGFKLN 422
           SMWSSIAAD+ LGNVVGVALLCYADSTCSLI+NLARD+TN+ILRTGCVWLMGVPAGFKLN
Sbjct: 361 SMWSSIAADIFLGNVVGVALLCYADSTCSLIVNLARDVTNNILRTGCVWLMGVPAGFKLN 420

Query: 423 VELAGVLGIISLNVIQIWSTLWFFFGSIFIYVVKTLAILGIIFGGTLPAALTTDLISVAT 482
           +EL GVLGI+SLN IQIWST+WFFF  IFIYVVK LAILGI+FGGTLPAA T+DLISVA+
Sbjct: 421 IELTGVLGIVSLNAIQIWSTVWFFFSFIFIYVVKALAILGILFGGTLPAAFTSDLISVAS 480

Query: 483 GHVSTLQWFISIIYSTQIQALAALWRMFRGQKQNPLRKRIDSYDYIVKQHIVGSLIFTPL 542
            HVSTL WF S+IYS+QIQALAALWR+FRGQKQNPLRKRIDSYDYIVKQH+VGSLIFTPL
Sbjct: 481 CHVSTLHWFFSLIYSSQIQALAALWRLFRGQKQNPLRKRIDSYDYIVKQHVVGSLIFTPL 540

Query: 543 LLILPTTSVFYVFFTILNTSISFIRLLIEIIISAIHATPYTKIFLWLVKRRRFPSGIWFE 602
           LL+LPTTSVFYVFFTILN+SISFI+LLIE+IISAIHATPY KI+LWLVKR+RFPSGIWFE
Sbjct: 541 LLLLPTTSVFYVFFTILNSSISFIKLLIEVIISAIHATPYAKIYLWLVKRKRFPSGIWFE 600

Query: 603 IIS---------DSNFSENFDISTTIMEQNEEKIKEKSSVLFSCLHSNLMSMGELVLPHY 662
           IIS         D NFSEN D+ T I+E++EE +  +SSVL SCLHSNLM +GELVLPHY
Sbjct: 601 IISCHINSTGCPDKNFSENVDLPTKILERSEEVVVGRSSVLVSCLHSNLMGIGELVLPHY 660

Query: 663 RNIFSGFSRSLLASTFHGVLTGRRSTLTLEVGLPSPMSWMCIPYRKYWHLCYDSILSCRE 713
           RNIFSGFS+S+LASTFHGVLTG R+T TL+ GLPSP+ WMCIPYRKYWHLC+DSIL+CR+
Sbjct: 661 RNIFSGFSQSVLASTFHGVLTGTRTTSTLKAGLPSPLPWMCIPYRKYWHLCHDSILTCRQ 720

[Close]

BLAST of Sed0000553 vs. NCBI nr
Match: XP_038882061.1 (phosphatidylinositol N-acetylglucosaminyltransferase subunit GPI1 isoform X1 [Benincasa hispida])

HSP 1 Score: 1148.7 bits (2970), Expect = 0.0e+00
Identity = 575/728 (78.98%), Postives = 633/728 (86.95%), Query Frame = 0


Query: 1   MKMKGKCRLWWPKQHSPCERTSSSLLFGWFVPTSESLDVVVAFTCSEDSLSQLQGDLEEI 60
           MKM GKCRLWWPKQH  CE +SS LLFGWF+P+S+SLDVVVAFTCS+ SLSQLQ DL+E+
Sbjct: 1   MKMNGKCRLWWPKQHLACEPSSSCLLFGWFIPSSDSLDVVVAFTCSDVSLSQLQCDLKEV 60

Query: 61  ICDTDKSMPTILRDKSVFSLLGQCAPKFCSDGVLSSDRIDVLNGDKNYCCHHECGMS--- 120
           ICDT+++MP IL DKSVFSLLGQC PK   D VLSSD IDVLNG+K  C H+E G +   
Sbjct: 61  ICDTNRTMPAILHDKSVFSLLGQCVPKLRRDRVLSSDGIDVLNGEKTSCYHYESGRNSEG 120

Query: 121 ----SYRRSTAQCIYLGGLSEQCRQVYSRNCNWVFLIFDSDKKYENSDLFWIPKLDYLYW 180
               S  R T+QC YLGGLSEQCRQVYSRN +W+FL FDSDKKYENS++ WIPKLDYL W
Sbjct: 121 NITGSCGRFTSQCHYLGGLSEQCRQVYSRNSDWLFLEFDSDKKYENSEVLWIPKLDYLCW 180

Query: 181 NGQKVSNCDVHVIFYDSSVYNCHYFSLKPSSSYEQESSSIKKPNWVDKLQQKEFDLVLDI 240
           NGQKVSNCDVHVIFYDS VY+CH+FSL+PS+S +QESSS K+P WVD+L+QKE    LD 
Sbjct: 181 NGQKVSNCDVHVIFYDSPVYDCHHFSLQPSNSSKQESSSCKRPKWVDELKQKELSFDLDA 240

Query: 241 VILAINCTEASRRPLERHMHTKRSRQFSIVDRCYSFMWSLLAVSIASLSTLFYMTFQFAY 300
           VILAINC  A++RP+ERH+H KRS Q SIV RCYSFMWSLLAVSIASLSTLFY+ FQF Y
Sbjct: 241 VILAINCAAAAKRPIERHLHAKRSPQLSIVARCYSFMWSLLAVSIASLSTLFYIAFQFFY 300

Query: 301 KLHSIGPQLWMSNVVSRIFMTSCINVRIRCCQILYWPIILQERGMGSLTNVEYAEKVALQ 360
           KLHSIG QLWMSNVVSRIFM +CINVRIRCCQILYWPIILQERGM SL+NVEYAEK ALQ
Sbjct: 301 KLHSIGSQLWMSNVVSRIFMATCINVRIRCCQILYWPIILQERGMRSLSNVEYAEKFALQ 360

Query: 361 KHSMWSSIAADVLLGNVVGVALLCYADSTCSLILNLARDITNHILRTGCVWLMGVPAGFK 420
           KHSMW+SIAADVLLGNVVGVALLCYAD TCS I NLARDITNHILR+GCVWLMGVPAGFK
Sbjct: 361 KHSMWTSIAADVLLGNVVGVALLCYADFTCSSISNLARDITNHILRSGCVWLMGVPAGFK 420

Query: 421 LNVELAGVLGIISLNVIQIWSTLWFFFGSIFIYVVKTLAILGIIFGGTLPAALTTDLISV 480
           LN+ELAGVLGIISLN IQIWSTLWFFFG IF+YV+K LAILGI+FGGTLPAALT+DLISV
Sbjct: 421 LNIELAGVLGIISLNAIQIWSTLWFFFGFIFVYVIKALAILGILFGGTLPAALTSDLISV 480

Query: 481 ATGHVSTLQWFISIIYSTQIQALAALWRMFRGQKQNPLRKRIDSYDYIVKQHIVGSLIFT 540
           AT HVSTL WFIS+IYS+QIQALAALWR+FRGQKQNPLR RIDSYDY VKQHIVGSLIFT
Sbjct: 481 ATCHVSTLHWFISLIYSSQIQALAALWRIFRGQKQNPLRNRIDSYDYTVKQHIVGSLIFT 540

Query: 541 PLLLILPTTSVFYVFFTILNTSISFIRLLIEIIISAIHATPYTKIFLWLVKRRRFPSGIW 600
           PLLL+LPTTSVFYVFFTILN SISFIRLLIE+IISAIHATPYTKIFLWLVKR+ FP GIW
Sbjct: 541 PLLLLLPTTSVFYVFFTILNISISFIRLLIEVIISAIHATPYTKIFLWLVKRKIFPYGIW 600

Query: 601 FEIIS---------DSNFSENFDISTTIMEQNEEKIKEKSSVLFSCLHSNLMSMGELVLP 660
           FEIIS           N SEN D+ T I+EQNEE I  K SVL SCLHSNLM +GELVLP
Sbjct: 601 FEIISCHINSTGSLVRNSSENLDVPTKILEQNEEMIMRKCSVLVSCLHSNLMGIGELVLP 660

Query: 661 HYRNIFSGFSRSLLASTFHGVLTGRRSTLTLEVGLPSPMSWMCIPYRKYWHLCYDSILSC 713
           HYRNIFSGFSRS+LAS FHGVLTGRR++ TL+VGLPSPM WMCIPYR+YWHLC+DSIL+C
Sbjct: 661 HYRNIFSGFSRSILASIFHGVLTGRRTSSTLKVGLPSPMPWMCIPYREYWHLCHDSILAC 720

[Close]

BLAST of Sed0000553 vs. NCBI nr
Match: XP_008449216.1 (PREDICTED: uncharacterized protein LOC103491163 isoform X1 [Cucumis melo] >XP_008449217.1 PREDICTED: uncharacterized protein LOC103491163 isoform X1 [Cucumis melo])

HSP 1 Score: 1138.3 bits (2943), Expect = 0.0e+00
Identity = 571/724 (78.87%), Postives = 633/724 (87.43%), Query Frame = 0


Query: 1   MKMKGKCRLWWPKQHSPCERTSSSLLFGWFVPTSESLDVVVAFTCSEDSLSQLQGDLEEI 60
           MKMKGKCRLWWPKQHSPCE++SS LLFGWF+P+S+SLDVVVAFTC++ SLS+LQ D++EI
Sbjct: 1   MKMKGKCRLWWPKQHSPCEQSSSYLLFGWFIPSSDSLDVVVAFTCTDVSLSRLQCDIKEI 60

Query: 61  ICDTDKSMPTILRDKSVFSLLGQCAPKFCSDGVLSSDRIDVLNGDKNYCCHHECGMSSYR 120
           I DTD +MP IL+DKSVFSLLGQC PK CSDGVLSS RI+VLNG+KN C H+E G +S  
Sbjct: 61  INDTDSNMPAILQDKSVFSLLGQCVPKLCSDGVLSSGRINVLNGEKNSCYHYEHGRNSEV 120

Query: 121 RSTAQC-------IYLGGLSEQCRQVYSRNCNWVFLIFDSDKKYENSDLFWIPKLDYLYW 180
            +T  C        +LGG+SEQCRQVYSRN NW+FL +DSDKKYENS++FWIPKLDYL W
Sbjct: 121 NTTDSCGRLTPQFHHLGGVSEQCRQVYSRNSNWLFLEYDSDKKYENSEVFWIPKLDYLCW 180

Query: 181 NGQKVSNCDVHVIFYDSSVYNCHYFSLKPSSSYEQESSSIKKPNWVDKLQQKEFDLVLDI 240
           NGQKVSNCDVHVI YDS VYNCH+FSL PSSS EQESSS KKP WVD L+QKE    LD 
Sbjct: 181 NGQKVSNCDVHVIIYDSPVYNCHHFSLLPSSSREQESSSFKKPKWVDVLKQKELSFDLDT 240

Query: 241 VILAINCTEASRRPLERHMHTKRSRQFSIVDRCYSFMWSLLAVSIASLSTLFYMTFQFAY 300
           VILAINC  A++RPLERH+HTKRS Q SIVDRCYSF+WSLLA+SIASLSTLFYMTFQF+Y
Sbjct: 241 VILAINCATAAKRPLERHLHTKRSPQISIVDRCYSFIWSLLAMSIASLSTLFYMTFQFSY 300

Query: 301 KLHSIGPQLWMSNVVSRIFMTSCINVRIRCCQILYWPIILQERGMGSLTNVEYAEKVALQ 360
           KLHSIG QLWM NVVSRIFMT+CINVRIRCCQILYWPIILQERGM SL+NVE+AEK ALQ
Sbjct: 301 KLHSIGSQLWMPNVVSRIFMTACINVRIRCCQILYWPIILQERGMRSLSNVEFAEKFALQ 360

Query: 361 KHSMWSSIAADVLLGNVVGVALLCYADSTCSLILNLARDITNHILRTGCVWLMGVPAGFK 420
           KHSMW+SIAADVLLGNV GVALLCYAD T  LI NLARDITNHILR+GCVWLMGVPAGFK
Sbjct: 361 KHSMWTSIAADVLLGNVFGVALLCYADFTYLLISNLARDITNHILRSGCVWLMGVPAGFK 420

Query: 421 LNVELAGVLGIISLNVIQIWSTLWFFFGSIFIYVVKTLAILGIIFGGTLPAALTTDLISV 480
           LN+ELAGVLGIISLN IQIWSTLWFFFG IFIYV+K LAILGI+FG TLPA LT+DLIS+
Sbjct: 421 LNIELAGVLGIISLNAIQIWSTLWFFFGFIFIYVIKALAILGILFGVTLPAGLTSDLISI 480

Query: 481 ATGHVSTLQWFISIIYSTQIQALAALWRMFRGQKQNPLRKRIDSYDYIVKQHIVGSLIFT 540
           AT HVSTL WFIS+IYS+QIQALAALWR+FRGQKQNPLR RIDSYDYIVKQHIVGSLIFT
Sbjct: 481 ATYHVSTLHWFISLIYSSQIQALAALWRIFRGQKQNPLRNRIDSYDYIVKQHIVGSLIFT 540

Query: 541 PLLLILPTTSVFYVFFTILNTSISFIRLLIEIIISAIHATPYTKIFLWLVKRRRFPSGIW 600
           PLLL+LPTTSVFYVFFTILN SISFIRLLI +IISAIHATP+TKIFLWLVKR+ FPSGIW
Sbjct: 541 PLLLLLPTTSVFYVFFTILNQSISFIRLLIGVIISAIHATPFTKIFLWLVKRKTFPSGIW 600

Query: 601 FEIIS---------DSNFSENFDISTTIMEQNEEKIKEKSSVLFSCLHSNLMSMGELVLP 660
           FEIIS         D N SEN D+ T I++ + E    +SSVL SCLHSNLM + ELVLP
Sbjct: 601 FEIISCHINSTGRLDRNSSENLDLPTKILDPSGEMTMRQSSVLVSCLHSNLMGIEELVLP 660

Query: 661 HYRNIFSGFSRSLLASTFHGVLTGRRST-LTLEVGLPSPMSWMCIPYRKYWHLCYDSILS 708
           HYRNIFSGFSRS+LASTFHGVLTGRR+T +TL++GLPSPM WMCIPYR+YWHLCY SIL+
Sbjct: 661 HYRNIFSGFSRSILASTFHGVLTGRRTTSMTLKLGLPSPMPWMCIPYREYWHLCYSSILT 720

[Close]

BLAST of Sed0000553 vs. ExPASy Swiss-Prot
Match: O14357 (N-acetylglucosaminyl-phosphatidylinositol biosynthetic protein gpi1 OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) OX=284812 GN=gpi1 PE=2 SV=1)

HSP 1 Score: 117.5 bits (293), Expect = 6.3e-25
Identity = 108/390 (27.69%), Postives = 188/390 (48.21%), Query Frame = 0


Query: 315 SCINVRIRCCQILYWPIILQE----RGMGSLTNVEYAEKVALQKHSMWSSIAADVLLGNV 374
           S   V +R  Q  +WP+   +    R    +   +Y E +    +++W  +A D++ G  
Sbjct: 274 SARQVDLRLQQACFWPVQYMKLWVFRKSKRVAIEDYKEYIRFY-NNLW-LVANDMIFGIT 333

Query: 375 VGVALLCYADSTCSLILNLARDITNHILRTGCVWLMGVPAGFKLNVELAGVLGIISLNVI 434
           +   +L        LI N+  +     +R+  +WL+  PAG KLN ++   +  +S+ VI
Sbjct: 334 MSSFILENLHLVVKLIENITFEYAIKNVRSMVIWLVDTPAGLKLNNDICKFIMKLSVWVI 393

Query: 435 QIWSTLWFFFGSIFIYVVKTLAILGIIFGG-TLPAALTTDLISVATGHVSTLQWFISIIY 494
            +WS           ++V+ +AI G  FGG +L  AL +D +SV T H+  L    S +Y
Sbjct: 394 DVWSNFLLHCLPWTPFLVQVVAISG--FGGASLMIALISDFLSVMTIHIHLLYLASSRLY 453

Query: 495 STQIQALAALWRMFRGQKQNPLRKRIDSYDYIVKQHIVGSLIFTPLLLILPTTSVFYVFF 554
           + Q++ + +L ++FRG+K+N LR RIDSY+Y + Q ++G+++FT L+  LPT  VFY  F
Sbjct: 454 NWQLRVIYSLLQLFRGKKRNVLRNRIDSYEYDLDQLLLGTILFTVLIFFLPTIYVFYAAF 513

Query: 555 TILNTSISFIRLLIEIIISAIHATPYTKIFLWLVKRRRFPSGIWFEIISDSNFSENFDIS 614
            +   S+     + E +++ ++  P     L +    R PSG+ FEI+S           
Sbjct: 514 ALTRVSVMTCLAICETMLAFLNHFPLFVTMLRIKDPYRIPSGLNFEIVS----------- 573

Query: 615 TTIMEQNEEKIKEKS-SVLFSCLHSNLMSMGELVLPHYRNIFSGFSRSLLASTFHGVLTG 674
                   E +K+   + L+   +S  MS+G +   HYR +        L+ T       
Sbjct: 574 -------FEPLKQDGFATLYLNCNSKPMSLGSM-FEHYRKLARRLISHYLSKT------- 627

Query: 675 RRSTLTLEVGLPSPMSWMCIPYRKYWHLCY 699
             + ++L VG P P     IP  + +++ Y
Sbjct: 634 --TLISLLVGCPVP----AIPAEQLYNIQY 627

[Close]

BLAST of Sed0000553 vs. ExPASy Swiss-Prot
Match: Q9QYT7 (Phosphatidylinositol N-acetylglucosaminyltransferase subunit Q OS=Mus musculus OX=10090 GN=Pigq PE=1 SV=3)

HSP 1 Score: 106.7 bits (265), Expect = 1.1e-21
Identity = 76/249 (30.52%), Postives = 139/249 (55.82%), Query Frame = 0


Query: 352 LQKHSMWSSIAADVLLGNVVGVALLCYADSTCSLILNLARDITNHI---LRTGCVWLMGV 411
           ++K +M  S+  DV LG ++   L  ++++    + N    + + +   L+    WLMG 
Sbjct: 273 MRKANMLVSVLLDVALGLLLLSWL--HSNNRIGQLANALVPVADRVAEELQHLLQWLMGA 332

Query: 412 PAGFKLNVELAGVLGIISLNVIQIWSTLWFFFGSIFIYVVKTLAILGIIFGGTLPAALTT 471
           PAG K+N  L  VLG   L  I +W + +    S FI  +     L    G T+  ++ +
Sbjct: 333 PAGLKMNRALDQVLGRFFLYHIHLWIS-YIHLMSPFIEHILWHVGLSACLGLTVALSIFS 392

Query: 472 DLISVATGHVSTLQWFISIIYSTQIQALAALWRMFRGQKQNPLRKRIDSYDYIVKQHIVG 531
           D+I++ T H+     + + +Y  +I  L++LWR+FRG+K N LR+R+DS  Y + Q  +G
Sbjct: 393 DIIALLTFHIYCFYVYGARLYCLKIYGLSSLWRLFRGKKWNVLRQRVDSCSYDLDQLFIG 452

Query: 532 SLIFTPLLLILPTTSVFYVFFTILNTSISFIRLLIEIIISAIHATPYTKIFLWLVKRRRF 591
           +L+FT L+ +LPTT+++Y+ FT+L   +  ++ LI +++  I++ P   + L L +  R 
Sbjct: 453 TLLFTILVFLLPTTALYYLVFTLLRLLVITVQGLIHLLVDLINSLPLYSLGLRLCRPYRL 512

Query: 592 PSGIWFEII 598
            +G+ F ++
Sbjct: 513 AAGVKFRVL 518

[Close]

BLAST of Sed0000553 vs. ExPASy Swiss-Prot
Match: Q9BRB3 (Phosphatidylinositol N-acetylglucosaminyltransferase subunit Q OS=Homo sapiens OX=9606 GN=PIGQ PE=1 SV=3)

HSP 1 Score: 104.4 bits (259), Expect = 5.5e-21
Identity = 77/239 (32.22%), Postives = 133/239 (55.65%), Query Frame = 0


Query: 359 SSIAADVLLGNVVGVALLCY----------ADSTCSLILNLARDITNHILRTGCVWLMGV 418
           ++  A VLL   +G+ LL +          AD+   +  ++A ++  H+L+    WLMG 
Sbjct: 276 ANTVASVLLDVALGLMLLSWLHGRSRIGHLADALVPVADHVAEEL-QHLLQ----WLMGA 335

Query: 419 PAGFKLNVELAGVLGIISLNVIQIWSTLWFFFGSIFIYVVKTLAILGIIFGGTLPAALTT 478
           PAG K+N  L  VLG   L  I +W + +    S F+  +     L    G T+  +L +
Sbjct: 336 PAGLKMNRALDQVLGRFFLYHIHLWIS-YIHLMSPFVEHILWHVGLSACLGLTVALSLLS 395

Query: 479 DLISVATGHVSTLQWFISIIYSTQIQALAALWRMFRGQKQNPLRKRIDSYDYIVKQHIVG 538
           D+I++ T H+     + + +Y  +I  L++LWR+FRG+K N LR+R+DS  Y + Q  +G
Sbjct: 396 DIIALLTFHIYCFYVYGARLYCLKIHGLSSLWRLFRGKKWNVLRQRVDSCSYDLDQLFIG 455

Query: 539 SLIFTPLLLILPTTSVFYVFFTILNTSISFIRLLIEIIISAIHATPYTKIFLWLVKRRR 588
           +L+FT LL +LPTT+++Y+ FT+L   +  ++ LI +++  I++ P   + L L +  R
Sbjct: 456 TLLFTILLFLLPTTALYYLVFTLLRLLVVAVQGLIHLLVDLINSLPLYSLGLRLCRPYR 508

[Close]

BLAST of Sed0000553 vs. ExPASy Swiss-Prot
Match: P53306 (Phosphatidylinositol N-acetylglucosaminyltransferase subunit GPI1 OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) OX=559292 GN=GPI1 PE=1 SV=1)

HSP 1 Score: 74.3 bits (181), Expect = 6.1e-12
Identity = 95/383 (24.80%), Postives = 164/383 (42.82%), Query Frame = 0


Query: 285 FYMTFQFAYKLHSIGPQLWMSNVVSRIFMTSCINVRIRCCQILYWPIILQE-------RG 344
           FY+TF        +   L  S+     +      + +RC QI Y+P+  +        + 
Sbjct: 189 FYLTFVICSIASLVSSLLNYSHFQLVNYSAFVQQIDLRCQQICYFPVQYERINKKDNIQN 248

Query: 345 MGSL-----TNVEYAEKVALQK---------HSMWSSIAADVLLGNVVGVALLCYADSTC 404
           +GS+     +N +++      K         +++W  I  D+  G ++G  L+   D   
Sbjct: 249 VGSMVEKDNSNSQFSHSYMPSKFYPDYILLYNTIW-LIINDISFGLILGAILIENRDFLV 308

Query: 405 SLILNLARDITNHILRTGCVWLMGVPAGFKLNVELAGVLGIISLNVIQIWSTLWFFFGSI 464
           S    + +      L+T    L   P G KLN ELA  L  + L VI+ +S   F    I
Sbjct: 309 SASHRVLKFFLYDSLKTITETLANNPLGIKLNAELANFLSELFLWVIE-FSYTTFIKRLI 368

Query: 465 FIYVVKTLAILGI----IFGGTLPAALTTDLISVATGHVSTLQWFISIIYSTQIQALAAL 524
               + +L  L I    + G +   +L  D  ++ +  +       S +Y  Q+  +A+L
Sbjct: 369 DPKTLSSLLTLTIYMMFLVGFSFAVSLAIDFFAILSFPIYVFYRISSKLYHCQLNIMASL 428

Query: 525 WRMFRGQKQNPLRKRIDSYDYIVKQHIVGSLIFTPLLLILPTTSVFYVFFTILNTSISFI 584
           + +F G+K+N LR RID   + + Q ++G+L+F  L+ + PT   FY+ +T+L      I
Sbjct: 429 FNLFCGKKRNVLRNRIDHNYFQLDQLLLGTLLFIILVFLTPTVMAFYMSYTVLRMLTITI 488

Query: 585 RLLIEIIISAIHATPYTKIFLWLVKRRRFPSGIWFEIISDSNFSENFDISTTIMEQNEEK 638
            +  E +I+ I+  P   + L L   +R P GI  E+              T +E     
Sbjct: 489 EIFSEAVIALINHFPLFALLLRLKDPKRLPGGISIEL------KTTVSNKHTTLELQNNP 548

[Close]

BLAST of Sed0000553 vs. ExPASy TrEMBL
Match: A0A6J1HT02 (N-acetylglucosaminyl-phosphatidylinositol biosynthetic protein gpi1 isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111465943 PE=4 SV=1)

HSP 1 Score: 1154.0 bits (2984), Expect = 0.0e+00
Identity = 570/726 (78.51%), Postives = 641/726 (88.29%), Query Frame = 0


Query: 3   MKGKCRLWWPKQHSPCERTSSSLLFGWFVPTSESLDVVVAFTCSEDSLSQLQGDLEEIIC 62
           MKGK RLWWPKQHSPCE +S  LLFGWFVP+ +SLDVVVAFTCS+DSLSQLQGDLEE+IC
Sbjct: 1   MKGKFRLWWPKQHSPCELSSFCLLFGWFVPSLDSLDVVVAFTCSDDSLSQLQGDLEEVIC 60

Query: 63  DTDKSMPTILRDKSVFSLLGQCAPKFCSDGVLSSDRIDVLNGDKNYCCHHECGMS----- 122
           +T+++MP ILRDKSVFSLLGQ APK C +G+ SSDRIDVLNG+K +CCHHEC M+     
Sbjct: 61  NTNRTMPAILRDKSVFSLLGQSAPKGC-NGISSSDRIDVLNGEKGFCCHHECWMNRDGNV 120

Query: 123 --SYRRSTAQCIYLGGLSEQCRQVYSRNCNWVFLIFDSDKKYENSDLFWIPKLDYLYWNG 182
             S  RSTAQC YLGGLSEQCR+V SR+ N VFLIFDSDKK+  S+LFWIPKLDYL WNG
Sbjct: 121 TGSCSRSTAQCRYLGGLSEQCRRVCSRSSNLVFLIFDSDKKHGKSELFWIPKLDYLCWNG 180

Query: 183 QKVSNCDVHVIFYDSSVYNCHYFSLKPSSSYEQESSSIKKPNWVDKLQQKEFDLVLDIVI 242
           QKVSNCDVHV+FYD  +YN HYFSL+PS+SYEQE+SS KKP WVD+LQQKE    LD VI
Sbjct: 181 QKVSNCDVHVVFYDPPLYNHHYFSLQPSNSYEQENSSFKKPKWVDELQQKESSFDLDTVI 240

Query: 243 LAINCTEASRRPLERHMHTKRSRQFSIVDRCYSFMWSLLAVSIASLSTLFYMTFQFAYKL 302
           LAINC  A++RPLERH+H K S QFSIVDRCYSFMWSLLAVSIASLSTLFYMTFQF+YKL
Sbjct: 241 LAINCAAAAKRPLERHLHAKSSLQFSIVDRCYSFMWSLLAVSIASLSTLFYMTFQFSYKL 300

Query: 303 HSIGPQLWMSNVVSRIFMTSCINVRIRCCQILYWPIILQERGMGSLTNVEYAEKVALQKH 362
           HS+G QLW S+VVS+IFMTS  N  IRCCQILYWPIILQERG+G L+NVEY +KVALQ+H
Sbjct: 301 HSLGLQLWTSDVVSKIFMTSYNNAHIRCCQILYWPIILQERGVGFLSNVEYEDKVALQRH 360

Query: 363 SMWSSIAADVLLGNVVGVALLCYADSTCSLILNLARDITNHILRTGCVWLMGVPAGFKLN 422
           SMWSSIAAD+ LGNVVGVALLCYADS CSLI+NLARD+TN+ILRTGCVWLMGVPAGFKLN
Sbjct: 361 SMWSSIAADIFLGNVVGVALLCYADSACSLIVNLARDVTNNILRTGCVWLMGVPAGFKLN 420

Query: 423 VELAGVLGIISLNVIQIWSTLWFFFGSIFIYVVKTLAILGIIFGGTLPAALTTDLISVAT 482
           +EL GVLGI+SLN IQIWST+WFFF  IFIYVVK LAI GI+FGGTLPAA T+DLISVA+
Sbjct: 421 IELTGVLGIVSLNAIQIWSTVWFFFSFIFIYVVKALAISGILFGGTLPAAFTSDLISVAS 480

Query: 483 GHVSTLQWFISIIYSTQIQALAALWRMFRGQKQNPLRKRIDSYDYIVKQHIVGSLIFTPL 542
            HVSTL WF S+IYS+QIQALAALWR+FRGQKQNPLRKRIDSYDYIVKQH+VGSLIFTPL
Sbjct: 481 CHVSTLHWFFSLIYSSQIQALAALWRLFRGQKQNPLRKRIDSYDYIVKQHVVGSLIFTPL 540

Query: 543 LLILPTTSVFYVFFTILNTSISFIRLLIEIIISAIHATPYTKIFLWLVKRRRFPSGIWFE 602
           LL+LPTTSVFYVFFTILNTSISFI+LLIE+IISAIHATPY KI+LWLVKR+RFPSGIWFE
Sbjct: 541 LLLLPTTSVFYVFFTILNTSISFIKLLIEVIISAIHATPYAKIYLWLVKRKRFPSGIWFE 600

Query: 603 IIS---------DSNFSENFDISTTIMEQNEEKIKEKSSVLFSCLHSNLMSMGELVLPHY 662
           IIS         D NFSE+FD+ T I+E++EE +  +SSVL SCLHSNLM +GELVLPHY
Sbjct: 601 IISCHINSTDCPDKNFSESFDLPTKILERSEEVVVGRSSVLVSCLHSNLMGIGELVLPHY 660

Query: 663 RNIFSGFSRSLLASTFHGVLTGRRSTLTLEVGLPSPMSWMCIPYRKYWHLCYDSILSCRE 713
           RNIFSGFS+S+LASTFHGVLTG R+T TL+ GLPSP+ WMCIPYRKYWHLC+DSIL+CR+
Sbjct: 661 RNIFSGFSQSVLASTFHGVLTGTRTTSTLKAGLPSPLPWMCIPYRKYWHLCHDSILTCRQ 720

[Close]

BLAST of Sed0000553 vs. ExPASy TrEMBL
Match: A0A6J1EH35 (N-acetylglucosaminyl-phosphatidylinositol biosynthetic protein gpi1 isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111432480 PE=4 SV=1)

HSP 1 Score: 1150.6 bits (2975), Expect = 0.0e+00
Identity = 570/726 (78.51%), Postives = 639/726 (88.02%), Query Frame = 0


Query: 3   MKGKCRLWWPKQHSPCERTSSSLLFGWFVPTSESLDVVVAFTCSEDSLSQLQGDLEEIIC 62
           MKGK RLWWPKQHSPCE +S  LLFGWFVP+S+SLDVVVAFTCS+DSLSQLQGDLEE+IC
Sbjct: 1   MKGKFRLWWPKQHSPCELSSFCLLFGWFVPSSDSLDVVVAFTCSDDSLSQLQGDLEEVIC 60

Query: 63  DTDKSMPTILRDKSVFSLLGQCAPKFCSDGVLSSDRIDVLNGDKNYCCHHECGMS----- 122
           +T+++MP ILRDKSVFSLLGQ APK C +G+ SSDRIDVLNG++  CCHHEC M+     
Sbjct: 61  NTNRTMPAILRDKSVFSLLGQSAPKGC-NGISSSDRIDVLNGEEGSCCHHECWMNRDGNV 120

Query: 123 --SYRRSTAQCIYLGGLSEQCRQVYSRNCNWVFLIFDSDKKYENSDLFWIPKLDYLYWNG 182
             S  RSTAQC YLGGLSEQCR+VYSR+ N VFLIFDSDKK+ NS+LFWIPKLDYL WNG
Sbjct: 121 TGSCSRSTAQCHYLGGLSEQCRRVYSRSSNLVFLIFDSDKKHGNSELFWIPKLDYLCWNG 180

Query: 183 QKVSNCDVHVIFYDSSVYNCHYFSLKPSSSYEQESSSIKKPNWVDKLQQKEFDLVLDIVI 242
           QKVSNCDVHV+FYD  VYN HYFSL+PS+SYEQE+SS KKP WVD+LQQK     LD VI
Sbjct: 181 QKVSNCDVHVVFYDPPVYNHHYFSLQPSNSYEQENSSFKKPKWVDELQQKGSSFDLDTVI 240

Query: 243 LAINCTEASRRPLERHMHTKRSRQFSIVDRCYSFMWSLLAVSIASLSTLFYMTFQFAYKL 302
           LAINC  A++RPLE H+H K S QFSIVDRCYSFMWSLLAVSIASLSTLFYMTFQ +YKL
Sbjct: 241 LAINCAAAAKRPLESHLHAKSSLQFSIVDRCYSFMWSLLAVSIASLSTLFYMTFQLSYKL 300

Query: 303 HSIGPQLWMSNVVSRIFMTSCINVRIRCCQILYWPIILQERGMGSLTNVEYAEKVALQKH 362
           HS+G QLW S+VVS+IFMTS  N  IRCCQILYWPIILQE G+G L+NVEY EKVALQ+H
Sbjct: 301 HSLGLQLWTSDVVSKIFMTSYNNAHIRCCQILYWPIILQECGVGFLSNVEYEEKVALQRH 360

Query: 363 SMWSSIAADVLLGNVVGVALLCYADSTCSLILNLARDITNHILRTGCVWLMGVPAGFKLN 422
           SMWSSIAAD+ LGNVVGVALLCYADSTCSLI+NLARD+TN+ILRTGCVWLMGVPAGFKLN
Sbjct: 361 SMWSSIAADIFLGNVVGVALLCYADSTCSLIVNLARDVTNNILRTGCVWLMGVPAGFKLN 420

Query: 423 VELAGVLGIISLNVIQIWSTLWFFFGSIFIYVVKTLAILGIIFGGTLPAALTTDLISVAT 482
           +EL GVLGI+SLN IQIWST+WFFF  IFIYVVK LAILGI+FGGTLPAA T+DLISVA+
Sbjct: 421 IELTGVLGIVSLNAIQIWSTVWFFFSFIFIYVVKALAILGILFGGTLPAAFTSDLISVAS 480

Query: 483 GHVSTLQWFISIIYSTQIQALAALWRMFRGQKQNPLRKRIDSYDYIVKQHIVGSLIFTPL 542
            HVSTL WF S+IYS+QIQALAALWR+FRGQKQNPLRKRIDSYDYIVKQH+VGSLIFTPL
Sbjct: 481 CHVSTLHWFFSLIYSSQIQALAALWRLFRGQKQNPLRKRIDSYDYIVKQHVVGSLIFTPL 540

Query: 543 LLILPTTSVFYVFFTILNTSISFIRLLIEIIISAIHATPYTKIFLWLVKRRRFPSGIWFE 602
           LL+LPTTSVFYVFFTILN+SISFI+LLIE+IISAIHATPY KI+LWLVKR+RFPSGIWFE
Sbjct: 541 LLLLPTTSVFYVFFTILNSSISFIKLLIEVIISAIHATPYAKIYLWLVKRKRFPSGIWFE 600

Query: 603 IIS---------DSNFSENFDISTTIMEQNEEKIKEKSSVLFSCLHSNLMSMGELVLPHY 662
           IIS         D NFSEN D+ T I+E++EE +  +SSVL SCLHSNLM +GELVLPHY
Sbjct: 601 IISCHINSTGCPDKNFSENVDLPTKILERSEEVVVGRSSVLVSCLHSNLMGIGELVLPHY 660

Query: 663 RNIFSGFSRSLLASTFHGVLTGRRSTLTLEVGLPSPMSWMCIPYRKYWHLCYDSILSCRE 713
           RNIFSGFS+S+LASTFHGVLTG R+T TL+ GLPSP+ WMCIPYRKYWHLC+DSIL+CR+
Sbjct: 661 RNIFSGFSQSVLASTFHGVLTGTRTTSTLKAGLPSPLPWMCIPYRKYWHLCHDSILTCRQ 720

[Close]

BLAST of Sed0000553 vs. ExPASy TrEMBL
Match: A0A1S3BMF8 (uncharacterized protein LOC103491163 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103491163 PE=4 SV=1)

HSP 1 Score: 1138.3 bits (2943), Expect = 0.0e+00
Identity = 571/724 (78.87%), Postives = 633/724 (87.43%), Query Frame = 0


Query: 1   MKMKGKCRLWWPKQHSPCERTSSSLLFGWFVPTSESLDVVVAFTCSEDSLSQLQGDLEEI 60
           MKMKGKCRLWWPKQHSPCE++SS LLFGWF+P+S+SLDVVVAFTC++ SLS+LQ D++EI
Sbjct: 1   MKMKGKCRLWWPKQHSPCEQSSSYLLFGWFIPSSDSLDVVVAFTCTDVSLSRLQCDIKEI 60

Query: 61  ICDTDKSMPTILRDKSVFSLLGQCAPKFCSDGVLSSDRIDVLNGDKNYCCHHECGMSSYR 120
           I DTD +MP IL+DKSVFSLLGQC PK CSDGVLSS RI+VLNG+KN C H+E G +S  
Sbjct: 61  INDTDSNMPAILQDKSVFSLLGQCVPKLCSDGVLSSGRINVLNGEKNSCYHYEHGRNSEV 120

Query: 121 RSTAQC-------IYLGGLSEQCRQVYSRNCNWVFLIFDSDKKYENSDLFWIPKLDYLYW 180
            +T  C        +LGG+SEQCRQVYSRN NW+FL +DSDKKYENS++FWIPKLDYL W
Sbjct: 121 NTTDSCGRLTPQFHHLGGVSEQCRQVYSRNSNWLFLEYDSDKKYENSEVFWIPKLDYLCW 180

Query: 181 NGQKVSNCDVHVIFYDSSVYNCHYFSLKPSSSYEQESSSIKKPNWVDKLQQKEFDLVLDI 240
           NGQKVSNCDVHVI YDS VYNCH+FSL PSSS EQESSS KKP WVD L+QKE    LD 
Sbjct: 181 NGQKVSNCDVHVIIYDSPVYNCHHFSLLPSSSREQESSSFKKPKWVDVLKQKELSFDLDT 240

Query: 241 VILAINCTEASRRPLERHMHTKRSRQFSIVDRCYSFMWSLLAVSIASLSTLFYMTFQFAY 300
           VILAINC  A++RPLERH+HTKRS Q SIVDRCYSF+WSLLA+SIASLSTLFYMTFQF+Y
Sbjct: 241 VILAINCATAAKRPLERHLHTKRSPQISIVDRCYSFIWSLLAMSIASLSTLFYMTFQFSY 300

Query: 301 KLHSIGPQLWMSNVVSRIFMTSCINVRIRCCQILYWPIILQERGMGSLTNVEYAEKVALQ 360
           KLHSIG QLWM NVVSRIFMT+CINVRIRCCQILYWPIILQERGM SL+NVE+AEK ALQ
Sbjct: 301 KLHSIGSQLWMPNVVSRIFMTACINVRIRCCQILYWPIILQERGMRSLSNVEFAEKFALQ 360

Query: 361 KHSMWSSIAADVLLGNVVGVALLCYADSTCSLILNLARDITNHILRTGCVWLMGVPAGFK 420
           KHSMW+SIAADVLLGNV GVALLCYAD T  LI NLARDITNHILR+GCVWLMGVPAGFK
Sbjct: 361 KHSMWTSIAADVLLGNVFGVALLCYADFTYLLISNLARDITNHILRSGCVWLMGVPAGFK 420

Query: 421 LNVELAGVLGIISLNVIQIWSTLWFFFGSIFIYVVKTLAILGIIFGGTLPAALTTDLISV 480
           LN+ELAGVLGIISLN IQIWSTLWFFFG IFIYV+K LAILGI+FG TLPA LT+DLIS+
Sbjct: 421 LNIELAGVLGIISLNAIQIWSTLWFFFGFIFIYVIKALAILGILFGVTLPAGLTSDLISI 480

Query: 481 ATGHVSTLQWFISIIYSTQIQALAALWRMFRGQKQNPLRKRIDSYDYIVKQHIVGSLIFT 540
           AT HVSTL WFIS+IYS+QIQALAALWR+FRGQKQNPLR RIDSYDYIVKQHIVGSLIFT
Sbjct: 481 ATYHVSTLHWFISLIYSSQIQALAALWRIFRGQKQNPLRNRIDSYDYIVKQHIVGSLIFT 540

Query: 541 PLLLILPTTSVFYVFFTILNTSISFIRLLIEIIISAIHATPYTKIFLWLVKRRRFPSGIW 600
           PLLL+LPTTSVFYVFFTILN SISFIRLLI +IISAIHATP+TKIFLWLVKR+ FPSGIW
Sbjct: 541 PLLLLLPTTSVFYVFFTILNQSISFIRLLIGVIISAIHATPFTKIFLWLVKRKTFPSGIW 600

Query: 601 FEIIS---------DSNFSENFDISTTIMEQNEEKIKEKSSVLFSCLHSNLMSMGELVLP 660
           FEIIS         D N SEN D+ T I++ + E    +SSVL SCLHSNLM + ELVLP
Sbjct: 601 FEIISCHINSTGRLDRNSSENLDLPTKILDPSGEMTMRQSSVLVSCLHSNLMGIEELVLP 660

Query: 661 HYRNIFSGFSRSLLASTFHGVLTGRRST-LTLEVGLPSPMSWMCIPYRKYWHLCYDSILS 708
           HYRNIFSGFSRS+LASTFHGVLTGRR+T +TL++GLPSPM WMCIPYR+YWHLCY SIL+
Sbjct: 661 HYRNIFSGFSRSILASTFHGVLTGRRTTSMTLKLGLPSPMPWMCIPYREYWHLCYSSILT 720

[Close]

BLAST of Sed0000553 vs. ExPASy TrEMBL
Match: A0A5A7TUU9 (N-acetylglucosaminyl-phosphatidylinositol biosynthetic protein gpi1 isoform X3 OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold908G00230 PE=4 SV=1)

HSP 1 Score: 1134.4 bits (2933), Expect = 0.0e+00
Identity = 569/722 (78.81%), Postives = 631/722 (87.40%), Query Frame = 0


Query: 3   MKGKCRLWWPKQHSPCERTSSSLLFGWFVPTSESLDVVVAFTCSEDSLSQLQGDLEEIIC 62
           MKGKCRLWWPKQHSPCE++SS LLFGWF+P+S+SLDVVVAFTC++ SLS+LQ D++EII 
Sbjct: 1   MKGKCRLWWPKQHSPCEQSSSYLLFGWFIPSSDSLDVVVAFTCTDVSLSRLQCDIKEIIN 60

Query: 63  DTDKSMPTILRDKSVFSLLGQCAPKFCSDGVLSSDRIDVLNGDKNYCCHHECGMSSYRRS 122
           DTD +MP IL+DKSVFSLLGQC PK CSDGVLSS RI+VLNG+KN C H+E G +S   +
Sbjct: 61  DTDSNMPAILQDKSVFSLLGQCVPKLCSDGVLSSGRINVLNGEKNSCYHYEHGRNSEVNT 120

Query: 123 TAQC-------IYLGGLSEQCRQVYSRNCNWVFLIFDSDKKYENSDLFWIPKLDYLYWNG 182
           T  C        +LGG+SEQCRQVYSRN NW+FL +DSDKKYENS++FWIPKLDYL WNG
Sbjct: 121 TDSCGRLTPQFHHLGGVSEQCRQVYSRNSNWLFLEYDSDKKYENSEVFWIPKLDYLCWNG 180

Query: 183 QKVSNCDVHVIFYDSSVYNCHYFSLKPSSSYEQESSSIKKPNWVDKLQQKEFDLVLDIVI 242
           QKVSNCDVHVI YDS VYNCH+FSL PSSS EQESSS KKP WVD L+QKE    LD VI
Sbjct: 181 QKVSNCDVHVIIYDSPVYNCHHFSLLPSSSREQESSSFKKPKWVDVLKQKELSFDLDTVI 240

Query: 243 LAINCTEASRRPLERHMHTKRSRQFSIVDRCYSFMWSLLAVSIASLSTLFYMTFQFAYKL 302
           LAINC  A++RPLERH+HTKRS Q SIVDRCYSF+WSLLA+SIASLSTLFYMTFQF+YKL
Sbjct: 241 LAINCATAAKRPLERHLHTKRSPQISIVDRCYSFIWSLLAMSIASLSTLFYMTFQFSYKL 300

Query: 303 HSIGPQLWMSNVVSRIFMTSCINVRIRCCQILYWPIILQERGMGSLTNVEYAEKVALQKH 362
           HSIG QLWM NVVSRIFMT+CINVRIRCCQILYWPIILQERGM SL+NVE+AEK ALQKH
Sbjct: 301 HSIGSQLWMPNVVSRIFMTACINVRIRCCQILYWPIILQERGMRSLSNVEFAEKFALQKH 360

Query: 363 SMWSSIAADVLLGNVVGVALLCYADSTCSLILNLARDITNHILRTGCVWLMGVPAGFKLN 422
           SMW+SIAADVLLGNV GVALLCYAD T  LI NLARDITNHILR+GCVWLMGVPAGFKLN
Sbjct: 361 SMWTSIAADVLLGNVFGVALLCYADFTYLLISNLARDITNHILRSGCVWLMGVPAGFKLN 420

Query: 423 VELAGVLGIISLNVIQIWSTLWFFFGSIFIYVVKTLAILGIIFGGTLPAALTTDLISVAT 482
           +ELAGVLGIISLN IQIWSTLWFFFG IFIYV+K LAILGI+FG TLPA LT+DLIS+AT
Sbjct: 421 IELAGVLGIISLNAIQIWSTLWFFFGFIFIYVIKALAILGILFGVTLPAGLTSDLISIAT 480

Query: 483 GHVSTLQWFISIIYSTQIQALAALWRMFRGQKQNPLRKRIDSYDYIVKQHIVGSLIFTPL 542
            HVSTL WFIS+IYS+QIQALAALWR+FRGQKQNPLR RIDSYDYIVKQHIVGSLIFTPL
Sbjct: 481 YHVSTLHWFISLIYSSQIQALAALWRIFRGQKQNPLRNRIDSYDYIVKQHIVGSLIFTPL 540

Query: 543 LLILPTTSVFYVFFTILNTSISFIRLLIEIIISAIHATPYTKIFLWLVKRRRFPSGIWFE 602
           LL+LPTTSVFYVFFTILN SISFIRLLI +IISAIHATP+TKIFLWLVKR+ FPSGIWFE
Sbjct: 541 LLLLPTTSVFYVFFTILNQSISFIRLLIGVIISAIHATPFTKIFLWLVKRKTFPSGIWFE 600

Query: 603 IIS---------DSNFSENFDISTTIMEQNEEKIKEKSSVLFSCLHSNLMSMGELVLPHY 662
           IIS         D N SEN D+ T I++ + E    +SSVL SCLHSNLM + ELVLPHY
Sbjct: 601 IISCHINSTGRLDRNSSENLDLPTKILDPSGEMTMRQSSVLVSCLHSNLMGIEELVLPHY 660

Query: 663 RNIFSGFSRSLLASTFHGVLTGRRST-LTLEVGLPSPMSWMCIPYRKYWHLCYDSILSCR 708
           RNIFSGFSRS+LASTFHGVLTGRR+T +TL++GLPSPM WMCIPYR+YWHLCY SIL+CR
Sbjct: 661 RNIFSGFSRSILASTFHGVLTGRRTTSMTLKLGLPSPMPWMCIPYREYWHLCYSSILTCR 720

[Close]

BLAST of Sed0000553 vs. ExPASy TrEMBL
Match: A0A0A0KYS5 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_4G215340 PE=4 SV=1)

HSP 1 Score: 1131.3 bits (2925), Expect = 0.0e+00
Identity = 564/729 (77.37%), Postives = 635/729 (87.11%), Query Frame = 0


Query: 1   MKMKGKCRLWWPKQHSPCERTSSSLLFGWFVPTSESLDVVVAFTCSEDSLSQLQGDLEEI 60
           MKMKGKCRLWWPKQHSPC+++SS LLFGWF+P+S+SLDVVVAFTC++ SLSQLQ D++EI
Sbjct: 1   MKMKGKCRLWWPKQHSPCKQSSSCLLFGWFIPSSDSLDVVVAFTCTDVSLSQLQCDIKEI 60

Query: 61  ICDTDKSMPTILRDKSVFSLLGQCAPKFCSDGVLSSDRIDVLNGDKNYCCHHECGMSSYR 120
           I DTD +MP IL+DKSVFSLLGQC PK   D VLSS RI+VLNG+K  C H+E G +S  
Sbjct: 61  INDTDSNMPAILQDKSVFSLLGQCVPKLGGDEVLSSSRINVLNGEKTSCYHYEHGRNSEV 120

Query: 121 RSTAQC-------IYLGGLSEQCRQVYSRNCNWVFLIFDSDKKYENSDLFWIPKLDYLYW 180
            +T  C        YLGG+SEQCRQVYSRN NW+FL +DSDKKYEN+++FWIP LDYL W
Sbjct: 121 NTTDGCGRFAPQFYYLGGVSEQCRQVYSRNSNWLFLEYDSDKKYENAEVFWIPNLDYLCW 180

Query: 181 NGQKVSNCDVHVIFYDSSVYNCHYFSLKPSSSYEQESSSIKKPNWVDKLQQKEFDLVLDI 240
           NGQKVSNCDVHVI YDS VYNCH+FSL PSSS +QESSS KKPNWVD L+QKE    LD 
Sbjct: 181 NGQKVSNCDVHVILYDSPVYNCHHFSLLPSSSSKQESSSFKKPNWVDVLKQKELSFDLDT 240

Query: 241 VILAINCTEASRRPLERHMHTKRSRQFSIVDRCYSFMWSLLAVSIASLSTLFYMTFQFAY 300
           VILAINC  A++RPLERH+HTKRS Q SIVDR YSFMWSLLA+SIASLSTLFYMTFQF+Y
Sbjct: 241 VILAINCAAAAKRPLERHLHTKRSPQISIVDRFYSFMWSLLAMSIASLSTLFYMTFQFSY 300

Query: 301 KLHSIGPQLWMSNVVSRIFMTSCINVRIRCCQILYWPIILQERGMGSLTNVEYAEKVALQ 360
           KLH IG QLWMSNVVSR+FMT+CINVRIRCCQILYWPI+LQERGM SL+NVE+AEK ALQ
Sbjct: 301 KLHRIGSQLWMSNVVSRMFMTTCINVRIRCCQILYWPIMLQERGMRSLSNVEFAEKFALQ 360

Query: 361 KHSMWSSIAADVLLGNVVGVALLCYADSTCSLILNLARDITNHILRTGCVWLMGVPAGFK 420
           KHSMW+SIAADVLLGNV GVALLCYAD TCSLI NLAR+ITNHILR+GCVWLMGVPAGFK
Sbjct: 361 KHSMWTSIAADVLLGNVFGVALLCYADFTCSLISNLAREITNHILRSGCVWLMGVPAGFK 420

Query: 421 LNVELAGVLGIISLNVIQIWSTLWFFFGSIFIYVVKTLAILGIIFGGTLPAALTTDLISV 480
           LN+ELAGVLGIISLN IQIWSTLWFFFG IFIYV+K LAILGI+FG TLPA LT+DLIS+
Sbjct: 421 LNIELAGVLGIISLNAIQIWSTLWFFFGFIFIYVIKALAILGILFGATLPAGLTSDLISI 480

Query: 481 ATGHVSTLQWFISIIYSTQIQALAALWRMFRGQKQNPLRKRIDSYDYIVKQHIVGSLIFT 540
           AT HVSTL WFIS+IYS+QIQALAALWR+FRGQKQNPLR RIDSYDYIVKQHIVGSLIFT
Sbjct: 481 ATCHVSTLHWFISLIYSSQIQALAALWRIFRGQKQNPLRNRIDSYDYIVKQHIVGSLIFT 540

Query: 541 PLLLILPTTSVFYVFFTILNTSISFIRLLIEIIISAIHATPYTKIFLWLVKRRRFPSGIW 600
           PLLL+LPTTSVFYVFF+ILN SISFI+LLIE+IISAIHATP+TKIFLWLVKR+ FPSGIW
Sbjct: 541 PLLLLLPTTSVFYVFFSILNQSISFIKLLIEVIISAIHATPFTKIFLWLVKRKTFPSGIW 600

Query: 601 FEIIS---------DSNFSENFDISTTIMEQNEEKIKEKSSVLFSCLHSNLMSMGELVLP 660
           FEIIS         D N SEN D+ T I++ + E    +SSVL SCLHSNLM +GELVLP
Sbjct: 601 FEIISCHINSMGRLDRNSSENLDLPTKILDPSGEMTMRQSSVLVSCLHSNLMGIGELVLP 660

Query: 661 HYRNIFSGFSRSLLASTFHGVLTGRRST-LTLEVGLPSPMSWMCIPYRKYWHLCYDSILS 713
           HY NIFSGFSRS+LASTFHGVLTG+R+T +TL++GLPSPM WMC+PYR+YWHLCY+SIL+
Sbjct: 661 HYVNIFSGFSRSILASTFHGVLTGKRTTSMTLKLGLPSPMPWMCVPYREYWHLCYNSILT 720

[Close]

BLAST of Sed0000553 vs. TAIR 10
Match: AT3G57170.1 (N-acetylglucosaminyl transferase component family protein / Gpi1 family protein )

HSP 1 Score: 503.8 bits (1296), Expect = 2.2e-142
Identity = 270/552 (48.91%), Postives = 376/552 (68.12%), Query Frame = 0


Query: 165 IPKLDYLYWNGQKV---SNCDVHVIFYDSSVYNCHYFSLKPSSSYEQESSSIKKPNWVDK 224
           I  LD + + G  +   +    +VI YD+ V+  H+FSL  S+S  Q  + +KKP WVD 
Sbjct: 12  IQVLDCIIYTGMGILYLNAMSTYVIVYDTPVFGSHHFSLSFSNSSPQTKAPLKKPKWVDD 71

Query: 225 LQQKEFDLVLDIVILAINCTEASR---RPLERHMHTKRSRQFSIVDRCYSFMWSLLAVSI 284
           L  ++    ++ VIL++NC  A++   + +   + T  S+ FSI     S  W LLA  +
Sbjct: 72  LHNRKPLNEMETVILSLNCAAAAKIAYKKISTQLETS-SQNFSISYLISSLTWRLLATIL 131

Query: 285 ASLSTLFYMTFQFAYKLHSIGPQLWMSNVVSRIFMTSCINVRIRCCQILYWPIILQERGM 344
            SLS+L+Y   QF Y L S     W+     R+   + IN RIR CQILYWPI L+E  M
Sbjct: 132 GSLSSLYYSLAQFFYLLSSFLIFSWVHIASRRVLKNTWINFRIRSCQILYWPIFLEEIDM 191

Query: 345 GSLTNVEYAEKVALQKHSMWSSIAADVLLGNVVGVALLCYADSTCSLILNLARDITNHIL 404
            S++ V++AE+ ALQ+HS WS++A D++LGN++G+ LL   +S CS + + A++ TN IL
Sbjct: 192 MSISCVKHAEEAALQRHSTWSAMAVDLVLGNLIGLGLLFNTESVCSFVFDFAKEFTNGIL 251

Query: 405 RTGCVWLMGVPAGFKLNVELAGVLGIISLNVIQIWSTLWFFFGSIFIYVVKTLAILGIIF 464
           R+G VWLMGVPAGFKLN ELAGVLG++SLNVIQIWSTLW F  S    +++ +AILGI F
Sbjct: 252 RSGSVWLMGVPAGFKLNTELAGVLGMVSLNVIQIWSTLWVFMASFIFCLIRVIAILGITF 311

Query: 465 GGTLPAALTTDLISVATGHVSTLQWFISIIYSTQIQALAALWRMFRGQKQNPLRKRIDSY 524
           G T+ AA   D+I+ AT H+  L W I+++YS QIQALAALWR+FRG+K NPLR+R+DSY
Sbjct: 312 GATVSAAFVIDVITFATLHIMALHWAITLVYSHQIQALAALWRLFRGRKLNPLRQRMDSY 371

Query: 525 DYIVKQHIVGSLIFTPLLLILPTTSVFYVFFTILNTSISFIRLLIEIIISAIHATPYTKI 584
            Y VKQH+VGSL+FTPLLL+LPTTSVFY+FFTI +T+I+ I +LIE  IS IHATPY ++
Sbjct: 372 GYTVKQHVVGSLLFTPLLLLLPTTSVFYIFFTITSTTINSICMLIEFAISVIHATPYAEV 431

Query: 585 FLWLVKRRRFPSGIWFEI------ISDSNFSENFDISTTIMEQNEEKIKEKSSVLFSCLH 644
            +WLV+R+RFP G+WFE+      I  SN  + F+ S +++E  E    EK+S++ S L 
Sbjct: 432 MIWLVRRKRFPCGVWFEMEHCGEHILKSN--DAFEDSKSLLE--EHGTPEKNSLMVSNLR 491

Query: 645 SNLMSMGELVLPHYRNIFSGFSRSLLASTFHGVLTGRRSTLTLEVGLPSPMSWMCIPYRK 704
           SN +++G+++LPHY+ IFSG S S L ++  GVL+G+R    L + LP P  W+ +P R+
Sbjct: 492 SNFLTLGQILLPHYKTIFSGISASSLTTSARGVLSGKRMPSKLGLDLPPPRPWLHMPLRQ 551

The following BLAST results are available for this feature:

BLAST of Sed0000553 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_023518089.1	0.0e+00	78.51	N-acetylglucosaminyl-phosphatidylinositol biosynthetic protein gpi1 isoform X1 [...	[more]
XP_022966194.1	0.0e+00	78.51	N-acetylglucosaminyl-phosphatidylinositol biosynthetic protein gpi1 isoform X1 [...	[more]
XP_022925150.1	0.0e+00	78.51	N-acetylglucosaminyl-phosphatidylinositol biosynthetic protein gpi1 isoform X1 [...	[more]
XP_038882061.1	0.0e+00	78.98	phosphatidylinositol N-acetylglucosaminyltransferase subunit GPI1 isoform X1 [Be...	[more]
XP_008449216.1	0.0e+00	78.87	PREDICTED: uncharacterized protein LOC103491163 isoform X1 [Cucumis melo] >XP_00...	[more]

BLAST of Sed0000553 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
O14357	6.3e-25	27.69	N-acetylglucosaminyl-phosphatidylinositol biosynthetic protein gpi1 OS=Schizosac...	[more]
Q9QYT7	1.1e-21	30.52	Phosphatidylinositol N-acetylglucosaminyltransferase subunit Q OS=Mus musculus O...	[more]
Q9BRB3	5.5e-21	32.22	Phosphatidylinositol N-acetylglucosaminyltransferase subunit Q OS=Homo sapiens O...	[more]
P53306	6.1e-12	24.80	Phosphatidylinositol N-acetylglucosaminyltransferase subunit GPI1 OS=Saccharomyc...	[more]

BLAST of Sed0000553 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1HT02	0.0e+00	78.51	N-acetylglucosaminyl-phosphatidylinositol biosynthetic protein gpi1 isoform X1 O...	[more]
A0A6J1EH35	0.0e+00	78.51	N-acetylglucosaminyl-phosphatidylinositol biosynthetic protein gpi1 isoform X1 O...	[more]
A0A1S3BMF8	0.0e+00	78.87	uncharacterized protein LOC103491163 isoform X1 OS=Cucumis melo OX=3656 GN=LOC10...	[more]
A0A5A7TUU9	0.0e+00	78.81	N-acetylglucosaminyl-phosphatidylinositol biosynthetic protein gpi1 isoform X3 O...	[more]
A0A0A0KYS5	0.0e+00	77.37	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_4G215340 PE=4 SV=1	[more]

BLAST of Sed0000553 vs. TAIR 10


Match Name	E-value	Identity	Description
AT3G57170.1	2.2e-142	48.91	N-acetylglucosaminyl transferase component family protein / Gpi1 family protein	[more]

InterPro

Analysis Name: InterPro Annotations of Chayote (edule) v1
Date Performed: 2021-10-25

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR007720	N-acetylglucosaminyl transferase component	PFAM	PF05024	Gpi1	coord: 230..416 e-value: 2.5E-49 score: 167.8
None	No IPR available	PANTHER	PTHR47555	N-ACETYLGLUCOSAMINYL TRANSFERASE COMPONENT FAMILY PROTEIN / GPI1 FAMILY PROTEIN	coord: 3..52 coord: 54..580

Relationships

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


Feature Name	Unique Name	Type
Sed0000553.1	Sed0000553.1	mRNA
Sed0000553.2	Sed0000553.2	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006506	GPI anchor biosynthetic process
cellular_component	GO:0016021	integral component of membrane
molecular_function	GO:0017176	phosphatidylinositol N-acetylglucosaminyltransferase activity