Sgr018143 (gene) Monk fruit (Qingpiguo) v1

Overview


Name	Sgr018143
Type	gene
Organism	Siraitia grosvenorii (Monk fruit (Qingpiguo) v1)
Description	Golgi to ER traffic protein 4 homolog
Location	tig00153113: 313889 .. 326413 (+)
RNA-Seq Expression	Sgr018143
Synteny	Sgr018143

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

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

ATGTCCCGTGCGAGATCTAAGCGAGTTATACTGCCTCCGGCTCAAGAGGTAATCAATGTTCCAAAGTTGTTATTCGAGATCTTTCCCCCTCCTGAAACGATTGTTCATTTTTACGTTGGTTCCCAAAAAGTTAGAGGGAAGTTGTAGTGGTGATAAGAATTTTAAGACTCAATTTCAGTAATGGCGTTTCATTTCGTTATTATTTCATATGATTTGTTTTAACCGAAATACAGAAATTACATAACATTTGTTTTCACAATTACTTTTACGACAATCAATTTCTGACGAAAAAAGAAAAAAAAAAGTGACCCACAAATCGTTTAAGATGTCTTGTTTGGATCAAAGGAATGATATTTCATCGATTATGTTATTTGAACTTTGAAATGTGCACCTGGAATTATTAAAAAAAATGTAATAAAAGAAGAGACACCACCCTTTTAGTTCATTGAGCTGAAACCTTCTCCTCTATTCATTTTGATTACTCTTTGATACTCTACATATTTGCAACTACATTGTGTTTTTTTTAATTGCTTCATAGCTGGTTTTAACCGCTCCCACATTGATATTCAATTAACTTTTTTAGGCTAATATTTTGAAGCTTTTTTATTGTGTCGAGGAAATTTTTTAAAACTGCATTAACTTCTTTGAAGCTGCTAAATACAGAATATTGATAAGATAGGAGAAGTTGTGGAAGGCGGTGACTGCTATGGGGCTCAACAGATGTACAAATCTATCAGTGCAAGGTACAGTAATATCTTCTTCATTTGGTTTTGATCATTAATAGAAATTGCAAGGGGGTACCATAAAAGTAAGAGATCTACGAGCCAATAGAATATGATTCTGATTTGTAGATAAGTAATACTAATTAGTAGATAATCAATATTCACAATACCTTTGCTGCATTGCTTCTAGTGAAACTGGATACAACCCTTAACTGGCAATTTCTATCAATCACAAATACTAATAGACTTAATTTTTAAAATTACTCTTAAAACCATTTCATCACCCAAATGATTATGCAAAATGGGGATTTAGTCAATCAAACTGTCCGTTCATGAACATGTGTTTGTCTCATTACAGGTATGCGGCTGCACAAAGGTACTCAGAAGCCTTGGATATTCTTCAGTCAGGGGCATGCATCCAATTGAAACATGAGCAGGTCAAAGCTAGTTGCAACTTTTCTGCGTATGTAATTACTGGATTGGATGTTCTTTTAGCCTATGTAGCACATTGTATCATTATTTTAACATTTTGACTGACGTTATTGTTTAGGCCTTGAAATTTCAATTTCATTTCATTGCCCATATTTGAAGTCCACTACTCTAGAGAACAAGCGTAAAGTGTAGATCACTCTATATGGTAGTGTTGTTACTTGTAATATATTATGTTTAAATATTAAGAAACATGGATATAGACACGAGACACAACATAGAGATAGTGTGATAGACATCCAATTAGAAAGGTTTATGCCAGGAAGAGAGGAAGAGGAGGCAGGTTGCTTGAGTGCGTGAGTTTCTGTTATGGGTTGGACCCTTGTTATTTGAGGGTCGGGTTAATTTGGGTATTTGTAATTATAACTATATAGATGAATGTAAGAGAAAGGGGGGGGGGGTATATTTTGCCTGGATGGTAGTGAGTAGTTAGGAGAGGTCAGGGAGCTCTCGAATTCTCACTTGACTCTTGTAACTTCTCTCTAACTATCAATAATAGAAGTGAGTTCTATCATAGTGATATGCCATATCCCAAAAAATAAGACACAACACACAACAAGATAACATTCATTATAATATGTATGAATTGGTAAGAAACTAAATTTCATTGATAATATGAAATTGGAAAAAAAAAAAAAAGAAAGTTACAAAGGAGTTGCAAGAAAACAGTAGCGAAGGGGGAGTAATTACAAAAAAGGAAAAACGGATCTCAAGCTCTAGAGAGAAGCTACAAAAACCAAGGATTCCATCCTTAGGATCCTTGTTTTCTCAACTAGTCAATTTAATAAAACTTTGAATATGAAAAAAATTTATATTTATGTGATGATGTAATATTCTCCCCAAGAAGTTTATAAAATAAAATCAAATGTCTCACAAAATAAACAAGTCTCTCAAAGGAAAGTAGCCATATCTCAAAGATCATTACTCACATCATCTCAATCCTTGTCAACTCCAACAACGTCAATTTGATGAGTATTGTCAGGAAAACTATACCCTTGTATTTTGGTTTATCCTTAGATAGCCTCCCATTTATTACTAGGGTTTCATTTTCATCTTGGATCTAGTTTTTGGAGCCTCAATCCTTTAGGTGGGTTTTCTTCTGGTTCTTTTTCTCCCTCTTGTGTGGTTTTCCCCTTCCAAAGTCCTCTTTGTTTTCTTCATTATGGGAAGTTAGAGTCCCCAGAAGTTTAAATTCTTTGTCTAGCATGTCTTACATTGGAGGATTAACACTATTGATTTTATCCAAGGGCTTTCTCCATGTTGTTGGGTCTACAGTGGTGTATTTTATGTAAATATGCTTTTAAGAGTTTGTTCCATGTGCTTTGGAGTTGTATCTTTGCTACCTTGATTTGAGACACTTTTTTGGAGACTTTTGGTGTTCTTTTGGCTCATAATAGCTCGTTGCTCGATGTTGGAGGAGGTATTGTTCCATCCTCCTTTTAGAGACAAGGGAGGAGCCTCATGGAGCACAACCTTTTTGGCTATTTTGTAAAACATTTGGCTCAAGGGAAATAGAAGAATTTTGAGAGGGGTGGAGATGTCCAGGGGGACGTATAGACTTTGACTAGGTTCAATGCCTCCCTTTGAGTGTTTGTGACCAAAGGGTACTTATCCTTTGTCTATTATTCTCAACAATTGAAGCCTTTCTTTTTTAATGGTTTCTTTCTCTTTTAGCTTTTGTTGTCATTGTTTTTGTTTTGGCTCCTTTTGGTGATGGGTTGTTTTTTTAATTGCCACTTGTATATTCTTTTATTTGCTCCGTGAAAGTATTGTTTTACATTTAAAAAGGAAAAAAATAAAGAAAGATAGCCTCCAATTTTGGTCCATTAGAGATAAAGAGGCAAGTTTGCCAATGTCTTTTAGGGAATCCAATAAGTCTCTAGCAATGTCTCTAGCATTGTCATCGGTTACCATTTCTTTCATACTAGACTATTAATAAGTGCAATGCCCGGAAAGTTTTTAAATTTAACAAATCAAAATTTAAATGAATACAATTAATTGCCAATATCCTAACTAACATTGCCTAAAACAATTCGTGAGGTACTTTTTCCATCATAGATTCATAGTATACCATTTACCCAAATGTTAGAAATTGTATTTTCTCAACCTTTTCTTATTAGTTTTTTTTTATTCAGACAAAACAATGTAATTTAGTAAATGATGGATAGTTATTTTCTTATGTACCAATTTTTCTTCTAGTAATTAATATTTAATGATTTTATTCCTTGATAACCCTTAAATTGGTATAATAATAAAATATTTAATCGTTATTGTAAATTTCAATAAGTGTGTAAATTTGTTTTGTCTTATTTTATTTTGTTATACTTGGAGTACTGAGGCCCCCTCCTTATATTACATTCATGGCCCGCCCTCACTAATTCTTGGAGAGACTTTGCTCACCCCAAAGCCAACCTTGGGAGACCACAAGAGTTTTTAAGTTATTAAGATTTCAACTTGGGGCCTTGAATCCAGAATCTTGGAGGGTATCTTTAAACATCACTAGCCCATACTAAGTGTGTAAATAAAATTAATATGCATAAGATTGTACGATTATAACATATTTTATTATATAAATTAACACATAAGATTGTCTGATTGCAGTGTTCGCTTGATAATTGTTAACATGTTTTGTAGAATCTAAAATCGTGGCATGACTGTAAATTCTTCTTTTAGATAAGTTATTATTCGTACATATACTCATTTATGCAAGTTGTTAGGCATTAAACTTCAGTGAATGTTCATGGAGCATGTGAGATTACTAAATGAAGATAATGGATCAAACATATGTGTAAGTCATGCCACAATAGTCTACTTTAAATAGCGTGTATGTGCTTTTCTAGTTGAAAAGGTAATGTGTTCATTCTTTTAAATGTTAATGTTTATTAGGATTTGTGTGGAAAAGAAATTATGCCTTTAGTGTTGAGAAAGGAGAAATGAAGTTCAGATTTTTCATCAAACTAGTTGTAAATGGCTGAGGGTGACAATTTTTCAGGTAACTTGTGGAGCAGAGCTTGCCGTGTTATTCGTAGAGACACTTGTTAAGGGCAAAGTTCCTTATGATGATGATACTCTTGGTGAGTTCCATCCCCCCACCACCACATACACTTGAAGAAAAAACATTTGACATACTTGGCTATATTTTTTCCATTGCAGTTTGACTGTTTGTTATTCTGTATGTGCATTTCAATTTGGGATTCAGTTCCTTTTAGGTAACTTTGTCATATGTTCCTTTAGCTCTTTCTTAGACAAGTCTATATGAAGATTAATTTAGTTAACCCCAATTTGCAAGCAAATTTCTCATTTCTTTACTAGCTTTTGTTGTCTTCTGATGTATGAAGTACTAATGCTCATCTTTTCACGATTGTGACAAACATTATGTTAGATCGTGTCAGGAAAATTTACAAGAGTTTTCCTCAGATTCCGTTGCCACAACACTTGGGGGATGATGATGATGTGCAACAACTTTCTGAAGCACTTGGTGCGGCAAAAACACGTGTAGAAGGATGTTCCTCCTTTCTGAAAGCAGCTCTAAAGTGAGCCATTGTCCATTTTCTTCCCAGTAATTAATTATTTTTACAATGGTAATAAACGAAATAAGACAAAAATGAGTATCTTACTTTTAAGGTTTAGCTGTTTGAATTATCGGATATATTCATACGTATCAAGTTAGGTTTTTACTGTCTCGTTCAATCAGTTTTGAATGATCATTGTGTACTAAAGAAGAGTACATGCTTTCTACAAATCCTTTAATTTTCAGGTGGTCTATGGAGTTTGGACCGCATAGGAGTGGATCTTCAGAAATTCATGTCATGCTTGCTACATACATATATTCTGAATCACCAGAAGTGGTAGGTTTGACCGGAGAATATCACTGTTTGTACATGTTCTTTGTTTGCGAGAATTTGTGTTCTCTGTATGTATGATGAGTTCATTTTAAATGCAAATGACAGGTCTAATGTTTAGTCACTCCCTTTGGGGATAGAATAGTTATGTTACTTCAGTGTCTAATGTCCATGATGTCTAGATATTTGAGAGTTGACGTATCTGACTTATTAATAGAAACAAGATGTAGCATTTTGAGAATGATTGTTGATGGATTTTTGAGCTAGGGTCCTAAACCATTTGGATAGTTTGCTTTGTAGCTGAGCGAGGTAGATTTTTCTTATTTGAGTATGTAATTTGGCAATGACATGTTCTACTGCTGCTATAATATGTTTGCTGGCAAGGTTATGAGAAGTGTTTGCATGCCATTTCAACTCTTTGATATGGTTGTTGAAGTGTGGTCCAGGAACATGGACGATGAAACTGTTGTTGCTCGTCCTCTTTGACTGGTTTAATAGTATCTTCCAGCATTCTACTTGTTGCAGGACATGACCAGAGTATCATATCACTTTGTTCGAGGAAATAACCCCAAGAAGTTTGCTTCTATATTAGTGAATTTTATGGGCAAGGTTATTAGAGCTTTTCTTTATCTCTCATATTTCAAGGATCAGTATGCCGTCTTCATTAAGTCTTCATACTTATTGCCATAGTTGAAGTAAGATTTAAGTCATGTATTATTTTAATTGCTTCCGAACTTCTTATGTTCCTTAAGCGTATCTCTTTTTCTTCACATGATTTGTGGCCCTTACCCCTTTCAACAGATACTTATTTAGTTAAAGTACTTAGACAGCTATTAATCTGTATTTTTCAGAGATAGTTTGATGTAATTCCCTATTTACTAATTGTAAGAAAGGATTTAAACGTCGAGGCCTCAGTTTTATGGAAATGTCAATAAAAATAGTGATATCGATGGATATTTTTCAAAAAAAATCATAAAAAATATTTAATTTAATAAATAAGTATTTCACACTTTTTAAATAAGTTAAAATTTCTTATTATTACTATTTATATTTTTTTATATTCCATCGATATTCTTATGGTATGATGAAAACTTAATAACTCCTCGTATCGATGTTGAACCCTTAGATATATGGAAATGTCGTCATTGATAGATATTTAAAACCTTGATTTGTTAGTAGTGGGAGAACAGGTTTCCTAGTATTTGCTATTTTCATGTAAGTAAAAATAATCAAAATCATTTTTATTGTTTGTTATGCTTGTGAGATATTGTATTCTGTCTAGCTGATCATTTTGTTACCTGTTTTCTTGCTCTATTTCCTTTAATTAACTGAGCCAATGCTTTTTTCCAACCCTGCAGTGTTATCCAGGTGAAGATGATATGGCTATAGCACGGGCAGTTTTGATGTAAGACTAACAAAAAATCATTTATACTTGCCACCAATTGAAATCTCCCGAGTCAAGAAATTTTCATGGATTCATGTATATGGGAGAGATAATGAATTAATGATATGGACATATATTGACCCATAGCAAATCTATTGAAAGTAATGGAAATTTTGACTTAAGGGTATAGTTGCTAATAGTTTTAGGGCGTAAACATTAAGCAATTAGTTTTAAAGAATAACAAGTCACTTTGTAAAAGTCAAGCATTGGGTCTTTTTGCATCATTGCAAATATAGATTTTTGTTGTTATCAATTTTTTCTTTGAAAATTCCAGGCCGAGATGTGAGTAATAAATGTTTGTATAAATGGAACTTGCAGACCTGGGATTGTCAAGTGACTCACAGCTCCATGTGCTTTACTTTCATTAATATGGCTGTATAGGATGAAGAATTGGAATTTTTGTATTCTAAGGGCTAGGTTGTTATTTCTACTATTTCAGTGGCTTTAGGAAGGAAAACGGTTTCACTTGTGGCCATAATTTATGCTACTTGAACTACTGTTTCATAAGCAATGTATGTAATTTAGTTCTCTCGAGAGGTCGCCTCTTAAAGTGTCAAATAGTGTGCAGTTTGCACAAAAGTGGTTGAGGATATAGGCCATTGATATATTGATGTATTGCCAAATCATTTCCCTTTGTGGTGTAAATCTTTTTCAATGTTTTGGGGTATTATGGACCTAGAAATGCAACAGTAAAGCATTGTTAAGGAGCCTGAGTTATGGTCCTTTTTCATATATATTTTCTCTCTGCTTTGGACGGCTAGAATTATATTTTTGGAGTTATTTGGTTAGTCAGGAGTTGGCCGTTTTAAGATGTGAAAGTGCAGACCAAGCTTGCCTGTTTGCCAAAAGGTTGGAGAATGGTTGATGAATTTGAACTTTCTTTTGAATTGTGGAATGCCAACAAACACTCCTAACCAGTTGACATGCCTTCTTGTAGAGATTGGATAGAAGTTAGGAAAATCCATCTTCAGCTGTGGAACTTGGAGACTTTCAAACACATAGGCGATGCATATTTAGGCTTTGTGAATTGCCCCAAAAGGAATTCTTAGTAAACCCAACATTATGGAAGCCCTAATCGAGGTTAAACACAACTTCATGAGCTTTATTCCACAGAGATTGTTCTCCCTTCTTCCTCGGATGATTCATCAAGCTCTATCGCCCTTTAGCCCCTTTCTTTGATGCAAACTTGCTATCAATGTCATTGAAAACCCTCTATTGTTCCTTTCAAGCCAAAGGGACCAAAGAAATGCTTTAATAAAGTGGATCCACATTTTTTTTAACATTCTTGAAGAGATGACTCGTGAGGGTATAGGAGAGCAGATTTTTTGGATCCATTGGTAGCACCGTATTCCAATTAAAGATGGAGAGGATAAATGCCCAGAAATCTCCAGGGTATGGCAATTGAGAAAAATGTGGCTTTGTGTTTCACCATCCATTTTGCACAGGGGGCACCATCTAGGGGAGATAGATAATTTCGTATCCTCCATTATTTTTAAAAAAAGTCTTTGAACTTCGTATTCCCTATTGTCTGTGGATATAATAGGTAGTAAAATTATTGTCATCTAAAATAAACTGTTTGGGCACTTCATTTGGAGTCTTTGCAGTTATTGTGGTTAAGATGGATACATTGAAGGATATAGTTGCCTTATCAAGTGTTCAAACAACATTCATGTCTTCCCCTTTAAGGGTAATTAGCCACCTAGTTTACCCAATGCCCTCCAATTTCAAACGAAGCTCCAAGATAGAGTTTATTCTTTCCCAAACTATTACGGCATAGAAGACCGGGTCCAAAAGACAATGAAAGGAAGCCTTTTTGTTTCAGGACTTAAAAATATTTGATGTTCTATACGAGAGCATAGAGTTGTATGGGGATATACTCGCTTGACATTCATTTCAGATTTTTTTGGATCTAAACCGAGTGTACGTTTGTTTTTGTGTAGGTACTTGTCTCTTGGTAATTTAAGGGATGCTAATGGCCTGATTGATGCGTTAAAGAAGCAAGAAGAACGTGAGGAACTTGAGTTTCCTGATTCAGAATTGATTGAGTTTATCATCTATCTTTTGCTAACGTAAGGTCCATTTACGTTGTTTTGACTAAACTAGGCAACATTATATCTACTTCAGCAAGTGTAATTTATAAAGTATGAAGAATGATGGTAATAAAATCAATTAAGTGAACAAAGACTACCTTTTTTTGTTGTTTTCTTTACATTCCTTGAACCTGTGAGTGGAAATTTGCTAAAGAACCATGAAGTAGTGAATGATGCAAGAAGGCAACTTAGAATATTGGTAAATATTTATTTTTAGCGTGTTTGGGAGTGTTTTTTTAGATATTGTTAAAACTTTAATAGATGCTACAATTTAAAAAATATCTTTGAAAATTTCAAAAATACTTAGAAACCCGTTGCTTGAAGGAAGCAGGAAGCACTTGTGTTTTTATTTTTCCAAATATGTTAACAGAAAAAGTGTTTCAATTTAAAAATGACTCTCAGACGAACTCCGAGACACATTTAGTCTTGCTAGCTGGTTAAATTTTCAAGTCTGGTTTCTTCTGATTCTGTTCGCAGTATTGCAGTTCCTGGTAGATGTTTCTAGGAAGGTTTATGATTTTGATGGTCAGAACTTAATTATGCATTTGCAGGTTGGAGAGAGATGCTTTGCCACTTTTCAATATGCTGAGGATGAATTACAAGTCAAGTATAGAGAGAGAACCTGCCCTGAATGAGGTGCAACTCCTGTTACTCGTCAAAATCGTTGATAAATCACTTGTTGAAATGTGCTATAATCTCGCATCTTGAATTATATCGAGATGAAGCAGTGTAGAAGTTTAGTTAAAGTTAAATAATTGGATTCTAACTAAAGCATATCTTGCTTCAGTTGCTTGATGAAATTGCAGAGAAGTTCTACGGTGTACGTCGCAGAAATCCCTTGCAAGGGATGTTCGGAGATTTCCTGAAGGTGATTTTCACTGTCTCATAAACTTTATCCCCTGGATGGTTGAATTTATTAGGTAGTTACAAGATAGGAAATTCTAGACATCTATGAATATAATTGTATAGAATCTGACCATGGGTTGCGCAGATGATGGGCTAGCGAGGTCCGATCGCTTGCAGTTACTGTTGACTTGTCCAGCTCCTCTGCTTCTGTTGTTCTATATAAAGGTGGAATTGCATAACCACATGTTAGACTTTCTTTTTAAATGTTTTCAAATATAGTAGGTCATGTTTCCCCTATTTTTTTGCATGCACTATTTGTTATTGTTGTAAAAGTGACCTTTTTTCTTTAAACATTGATGACTTATCTCTGCATTATACAGCTTTATCCTTCAGAAACCTCCCTCTTTCTCTCATGGGGAAGCTTTGACTGTGTTTTGGGGGCAATTTATTAGAGCTTCTCTTTACACTTGCCCATCTAAACTTTGCTTTAATGTCTAATATGATGGATGAGTGCATGAGTACTTTCTTATGTATAGTTTGTACTTTTTTTTTCCCTGGTGGAAGTCTCATTGAGATTAACTACAAGGCACCAAATATCACAGAATTGTACAATGAGGTTGATAATGTACTTGTTTTACTTGCTGAGTTAGATGTTGCGATTAAATTAATAGTTAGTTTCTAAAACTTTAATAAGTTAATAGTGAGTTTTATGATACAAATACTAATTAGGTTCAATTATAAATTGTAATTTCATCTCATCTATGAAATTGTTTCTTATAAAAAAAAAAGTGTTTAATAGGTTTCTATCGTGGTGTTTAGTGACATAAGTGTTGAACCGACAAATTTAACGATAAAGATTTGTTGAGTAAAAAATTGGAAGCTCATGAATTTATTAAAATCTTTTTAAAGTCTAGAGATGGAATAGACAAATTTGAAAATTTAGAAATCTATTAAAAACTTTTAAAAGTATAGAGATTAAATAGATATAATTTTAAAAGTACAGAAACTAAACTTTTTCTTAGATAATGGATCATAGTCTATCAACCTTATTTAGTTTTCACATGGGATATTGGTGTGCCTCTTCTAAAGATCCTCTCTCTTTTTGTTTAAAGGCAAAAGTGTAGTAGTCATTGAAAATTACTTTTAAAAGGTAGTTGCAATTATAAACATATATTATAATTAGTAATAATTATTGTATTTGTTAATAGAGGTGTTAAAAAGGGTTATGTGTTTTTTTTTAAGTATATCATAACACAAATGGGGGGTGGGAGTTTGAACTTACGACCTTTTAGAAAAAGTAGTAATGTTTTAACCACTGAGCTATTGTCATGTTGGCAGTTAAAAGAGTTGTGTTAGGCATTCAATAAACAAAAAGTAGAATCGATCCTAACCAACAAGTTAACTTGACTTAGTGCTTTGCATCCTTCTTTTTTTTTCTTCTATAATTTATGTAGAATAGGGGTATCCAAATACCTAACTTTCTATCTTCTTTAATTTCTTGTTGATTTCTCTAATTCTGAGCTAAGAGTCTAAAGACAAGCTTTTTAAGTTTCTTTGAAAGAAAATTGAGGATTTTTCTCTTTGTATTTTACATGTGAAGGTCTAAATTTCTTTTGTTACTTTCTTTTCAAACTAAAGATGGCTGAGATTATTGCTTCAATTAACTAGTTGCTGCCTTCGAACCAAACTTTTAGTCTTTCCATCAACGTGATTAGTTAAAAGGAAAAGCCAAGTGAGAAGTCAACCCTGTTAAGTGTATTATTATTTGCTTAATTTTGGTTACTGTTTATTAGTGTTTTATTGTTATTATCTCACTGTACGGGTTCATTAGGCTTTTTGTTATTTTAGCCTCCAATAGTATCCATACACGTGTCCATGAACCTTTCTATTTAATATCATGTCTGGCCTCAATAGTGTTGTGCTGTGTGTCTGGATTATATTTGATTCGCTTTTGTTCTCTCTATACCCAACATTCGTACATGGTATCAGAGCTACAACTCATTGTCTGAAGTTTGAAAATGGCGTTCGGCTCCGACACATCGTCCACCAACAATACTCCAAACCGTTCAGTGATAAGCCCTGCAGCTCTGGTGAGTAATCCAAGAAGCCCACCTATGAATACTCCCCCTATAACTCAGCTAGTTATCCCTAATCCTCCCTAAACTCTGATTAACCCAGTACACCCGTACAGCCCTTTCGATTCAACAACCCTTTTTTCCTCAACTTCATCTGAATGTCCCCCATCAACCCCTTTTTCCTCAAATTCAACCTCCTTACTTTCCTTTTCCCCACACCTACAATCCAGCAATACCCCACTTATGCCAAATACCTAGCAACCAACACCGCCATTCTTTCCTGGGCTATCTTAACCTTCAGCCATTAAGCTCAGCAACAACAATTATCTCCTCTGAAAAAAGCAACTCCTGAATGTGGTCATTGTGAATGGGTTGGAAAACTTCCTCGATGGAACTTTGCCCTGTCCTCCTAAATTTCTTGATGAAAATCAATTGCAGGTTAACCTCCAATACTCTGTGTGGCAAAAATATAACTGCGTGGTTATGGGTTTTATGTACTCCTCTCTATCTAAGGACAAAGTGGGTGAAATAGTCAGTTGTAATTCAGCGTTTGAGATTTGGAAGTCACTTCGTCGTGTCTATGAATCCTCATCCACGGCTCATATAATGGCTCTTCGGTCTTAGTTGCAAAAAACTAAAAAGGATGGCCTCACCATAACTCAATACCTCGCACAGATTAAAGAGCTTGCTGACAAGTTTTCAGCCATTGGTGAACCATTGTCCTATAAGGATCACTTGGGGTATATTCTGGAAGGTCTTGGTCCTGAGTATAATGCCTTTGTTACTTCTATCCAAAACACAACCGATGGGCCATCGTTGGAAGATATTTTAAGTTTGATGTTGGCTTATGAGTCTCGGTTGGAAAAGCAAAGTGCAGTTGAACAGCTCAACCTAATTCATGCAAATATTGCAAACATTGCGTTTTCCCAAGGAAATAAAAGATTTCAAAAACATACCCAATCTCATGGAGGAGGTTGCGGTCGTAATTTCCAAAAAAATGGGATAGACATTAGGTAA

mRNA sequence

ATGTCCCGTGCGAGATCTAAGCGAGTTATACTGCCTCCGGCTCAAGAGAATATTGATAAGATAGGAGAAGTTGTGGAAGGCGGTGACTGCTATGGGGCTCAACAGATGTACAAATCTATCAGTGCAAGGTATGCGGCTGCACAAAGGTACTCAGAAGCCTTGGATATTCTTCAGTCAGGGGCATGCATCCAATTGAAACATGAGCAGGTAACTTGTGGAGCAGAGCTTGCCGTGTTATTCGTAGAGACACTTGTTAAGGGCAAAGTTCCTTATGATGATGATACTCTTGATCGTGTCAGGAAAATTTACAAGAGTTTTCCTCAGATTCCGTTGCCACAACACTTGGGGGATGATGATGATGTGCAACAACTTTCTGAAGCACTTGGTGCGGCAAAAACACGTGTAGAAGGATGTTCCTCCTTTCTGAAAGCAGCTCTAAAGTGGTCTATGGAGTTTGGACCGCATAGGAGTGGATCTTCAGAAATTCATGTCATGCTTGCTACATACATATATTCTGAATCACCAGAAGTGGACATGACCAGAGTATCATATCACTTTGTTCGAGGAAATAACCCCAAGAAGTTTGCTTCTATATTAGTGAATTTTATGGGCAAGTGTTATCCAGGTGAAGATGATATGGCTATAGCACGGGCAGTTTTGATGTACTTGTCTCTTGGTAATTTAAGGGATGCTAATGGCCTGATTGATGCGTTAAAGAAGCAAGAAGAACGTGAGGAACTTGAGTTTCCTGATTCAGAATTGATTGAGTTTATCATCTATCTTTTGCTAACGTTGGAGAGAGATGCTTTGCCACTTTTCAATATGCTGAGGATGAATTACAAGTCAAGTATAGAGAGAGAACCTGCCCTGAATGAGTTGCTTGATGAAATTGCAGAGAAGTTCTACGGTGTACGTCGCAGAAATCCCTTGCAAGGGATGTTCGGAGATTTCCTGAAGAATCTGACCATGGGTTGCGCAGATGATGGGCTAGCGAGGTCCGATCGCTTGCAGTTACTGTTGACTTGTCCAGCTCCTCTGCTTCTGTTGTTCTATATAAAGATTAAAGAGCTTGCTGACAAGTTTTCAGCCATTGGTGAACCATTGTCCTATAAGGATCACTTGGGGTATATTCTGGAAGGTCTTGGTCCTGAGTATAATGCCTTTGTTACTTCTATCCAAAACACAACCGATGGGCCATCGTTGGAAGATATTTTAAGTTTGATGTTGGCTTATGAGTCTCGGTTGGAAAAGCAAAGTGCAGTTGAACAGCTCAACCTAATTCATGCAAATATTGCAAACATTGCGTTTTCCCAAGGAAATAAAAGATTTCAAAAACATACCCAATCTCATGGAGGAGGTTGCGGTCGTAATTTCCAAAAAAATGGGATAGACATTAGGTAA

Coding sequence (CDS)

ATGTCCCGTGCGAGATCTAAGCGAGTTATACTGCCTCCGGCTCAAGAGAATATTGATAAGATAGGAGAAGTTGTGGAAGGCGGTGACTGCTATGGGGCTCAACAGATGTACAAATCTATCAGTGCAAGGTATGCGGCTGCACAAAGGTACTCAGAAGCCTTGGATATTCTTCAGTCAGGGGCATGCATCCAATTGAAACATGAGCAGGTAACTTGTGGAGCAGAGCTTGCCGTGTTATTCGTAGAGACACTTGTTAAGGGCAAAGTTCCTTATGATGATGATACTCTTGATCGTGTCAGGAAAATTTACAAGAGTTTTCCTCAGATTCCGTTGCCACAACACTTGGGGGATGATGATGATGTGCAACAACTTTCTGAAGCACTTGGTGCGGCAAAAACACGTGTAGAAGGATGTTCCTCCTTTCTGAAAGCAGCTCTAAAGTGGTCTATGGAGTTTGGACCGCATAGGAGTGGATCTTCAGAAATTCATGTCATGCTTGCTACATACATATATTCTGAATCACCAGAAGTGGACATGACCAGAGTATCATATCACTTTGTTCGAGGAAATAACCCCAAGAAGTTTGCTTCTATATTAGTGAATTTTATGGGCAAGTGTTATCCAGGTGAAGATGATATGGCTATAGCACGGGCAGTTTTGATGTACTTGTCTCTTGGTAATTTAAGGGATGCTAATGGCCTGATTGATGCGTTAAAGAAGCAAGAAGAACGTGAGGAACTTGAGTTTCCTGATTCAGAATTGATTGAGTTTATCATCTATCTTTTGCTAACGTTGGAGAGAGATGCTTTGCCACTTTTCAATATGCTGAGGATGAATTACAAGTCAAGTATAGAGAGAGAACCTGCCCTGAATGAGTTGCTTGATGAAATTGCAGAGAAGTTCTACGGTGTACGTCGCAGAAATCCCTTGCAAGGGATGTTCGGAGATTTCCTGAAGAATCTGACCATGGGTTGCGCAGATGATGGGCTAGCGAGGTCCGATCGCTTGCAGTTACTGTTGACTTGTCCAGCTCCTCTGCTTCTGTTGTTCTATATAAAGATTAAAGAGCTTGCTGACAAGTTTTCAGCCATTGGTGAACCATTGTCCTATAAGGATCACTTGGGGTATATTCTGGAAGGTCTTGGTCCTGAGTATAATGCCTTTGTTACTTCTATCCAAAACACAACCGATGGGCCATCGTTGGAAGATATTTTAAGTTTGATGTTGGCTTATGAGTCTCGGTTGGAAAAGCAAAGTGCAGTTGAACAGCTCAACCTAATTCATGCAAATATTGCAAACATTGCGTTTTCCCAAGGAAATAAAAGATTTCAAAAACATACCCAATCTCATGGAGGAGGTTGCGGTCGTAATTTCCAAAAAAATGGGATAGACATTAGGTAA

Protein sequence

MSRARSKRVILPPAQENIDKIGEVVEGGDCYGAQQMYKSISARYAAAQRYSEALDILQSGACIQLKHEQVTCGAELAVLFVETLVKGKVPYDDDTLDRVRKIYKSFPQIPLPQHLGDDDDVQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGPHRSGSSEIHVMLATYIYSESPEVDMTRVSYHFVRGNNPKKFASILVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDANGLIDALKKQEEREELEFPDSELIEFIIYLLLTLERDALPLFNMLRMNYKSSIEREPALNELLDEIAEKFYGVRRRNPLQGMFGDFLKNLTMGCADDGLARSDRLQLLLTCPAPLLLLFYIKIKELADKFSAIGEPLSYKDHLGYILEGLGPEYNAFVTSIQNTTDGPSLEDILSLMLAYESRLEKQSAVEQLNLIHANIANIAFSQGNKRFQKHTQSHGGGCGRNFQKNGIDIR

Homology

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BLAST of Sgr018143 vs. NCBI nr
Match: XP_038874694.1 (Golgi to ER traffic protein 4 homolog [Benincasa hispida])

HSP 1 Score: 575.9 bits (1483), Expect = 3.2e-160
Identity = 284/319 (89.03%), Postives = 305/319 (95.61%), Query Frame = 0


Query: 1   MSRARSKRVILPPAQENIDKIGEVVEGGDCYGAQQMYKSISARYAAAQRYSEALDILQSG 60
           MSRARS+R++LPP QE+I KI +V++ GD YGAQQMYKS+SARY AA+RYSEAL ILQSG
Sbjct: 10  MSRARSRRIVLPPVQEHIIKIEDVIDTGDFYGAQQMYKSVSARYVAAERYSEALVILQSG 69

Query: 61  ACIQLKHEQVTCGAELAVLFVETLVKGKVPYDDDTLDRVRKIYKSFPQIPLPQHLGDDDD 120
           AC QLKHEQVTCG+ELAVLFVETLVKGKVPYDDDTLDRVRKIYK+FPQIPLPQHLG+DDD
Sbjct: 70  ACTQLKHEQVTCGSELAVLFVETLVKGKVPYDDDTLDRVRKIYKNFPQIPLPQHLGEDDD 129

Query: 121 VQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGPHRSGSSEIHVMLATYIYSESPEVDMT 180
           VQQLSEALGAAKTRVEGCSSFLKAALKWSMEFG HRSGS EIH+MLATYIYSESPEVDMT
Sbjct: 130 VQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGSHRSGSPEIHIMLATYIYSESPEVDMT 189

Query: 181 RVSYHFVRGNNPKKFASILVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDANGLIDALKK 240
           RVSYHFVRGNNPKKFASILVNFMGKCYPGEDDMAIARAVLMYL+LGNLRDAN L D LKK
Sbjct: 190 RVSYHFVRGNNPKKFASILVNFMGKCYPGEDDMAIARAVLMYLALGNLRDANVLFDELKK 249

Query: 241 QEEREELEFPDSELIEFIIYLLLTLERDALPLFNMLRMNYKSSIEREPALNELLDEIAEK 300
           +EER+ELE PDSELIEFIIYLLLTL+RDALPLFNML++NYKSS+EREPALNELLDEIAEK
Sbjct: 250 EEERDELELPDSELIEFIIYLLLTLQRDALPLFNMLKVNYKSSLEREPALNELLDEIAEK 309

Query: 301 FYGVRRRNPLQGMFGDFLK 320
           FYGVRRRNPLQG+FGDFLK
Sbjct: 310 FYGVRRRNPLQGIFGDFLK 328

[Close]

BLAST of Sgr018143 vs. NCBI nr
Match: XP_011656863.1 (Golgi to ER traffic protein 4 homolog isoform X1 [Cucumis sativus] >KGN46554.1 hypothetical protein Csa_004968 [Cucumis sativus])

HSP 1 Score: 568.5 bits (1464), Expect = 5.2e-158
Identity = 279/319 (87.46%), Postives = 302/319 (94.67%), Query Frame = 0


Query: 1   MSRARSKRVILPPAQENIDKIGEVVEGGDCYGAQQMYKSISARYAAAQRYSEALDILQSG 60
           MSRARS+R++LPP QE+I KI +V++ GD YGAQQMYKS+SARY AA+RYSEALDILQSG
Sbjct: 10  MSRARSRRIVLPPVQEHIIKIEDVIDTGDYYGAQQMYKSVSARYVAAERYSEALDILQSG 69

Query: 61  ACIQLKHEQVTCGAELAVLFVETLVKGKVPYDDDTLDRVRKIYKSFPQIPLPQHLGDDDD 120
           AC QLKHEQ+TCG+ELAVLFV+TLVKGKVPYDD+TLDRVRKIYK+FPQIPLPQHLG+DDD
Sbjct: 70  ACTQLKHEQITCGSELAVLFVDTLVKGKVPYDDNTLDRVRKIYKNFPQIPLPQHLGEDDD 129

Query: 121 VQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGPHRSGSSEIHVMLATYIYSESPEVDMT 180
           +QQLSEALGAAKTRVEGCSSFLKAALKWSMEFG  RSGS EIH+MLATYIYSESPEVDMT
Sbjct: 130 MQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGSQRSGSPEIHIMLATYIYSESPEVDMT 189

Query: 181 RVSYHFVRGNNPKKFASILVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDANGLIDALKK 240
           RVSYHF+RG+NPKKFASILVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDAN L D LKK
Sbjct: 190 RVSYHFIRGDNPKKFASILVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDANVLFDELKK 249

Query: 241 QEEREELEFPDSELIEFIIYLLLTLERDALPLFNMLRMNYKSSIEREPALNELLDEIAEK 300
            EEREELE PDSELIEFI+YLLLTL+RDALPLFNMLR NYKSS+EREP LNELLDEIAEK
Sbjct: 250 VEEREELELPDSELIEFIVYLLLTLQRDALPLFNMLRANYKSSLEREPVLNELLDEIAEK 309

Query: 301 FYGVRRRNPLQGMFGDFLK 320
           FYGVRRRNPLQG+FGDFLK
Sbjct: 310 FYGVRRRNPLQGIFGDFLK 328

[Close]

BLAST of Sgr018143 vs. NCBI nr
Match: XP_023006614.1 (Golgi to ER traffic protein 4 homolog isoform X1 [Cucurbita maxima])

HSP 1 Score: 567.8 bits (1462), Expect = 8.8e-158
Identity = 281/319 (88.09%), Postives = 300/319 (94.04%), Query Frame = 0


Query: 1   MSRARSKRVILPPAQENIDKIGEVVEGGDCYGAQQMYKSISARYAAAQRYSEALDILQSG 60
           MSRARS+R++LPP QE+I KI +VV+ GD YGAQQMYKS+SARY AA+RYSEALDILQSG
Sbjct: 10  MSRARSRRIVLPPVQEHIIKIEDVVDSGDYYGAQQMYKSVSARYVAAERYSEALDILQSG 69

Query: 61  ACIQLKHEQVTCGAELAVLFVETLVKGKVPYDDDTLDRVRKIYKSFPQIPLPQHLGDDDD 120
           AC QLKHEQVTCG ELAVLFVETLVKGKVPY D+TLDRVRKIY++FPQIPLPQH G+DDD
Sbjct: 70  ACTQLKHEQVTCGGELAVLFVETLVKGKVPYGDNTLDRVRKIYQNFPQIPLPQHFGEDDD 129

Query: 121 VQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGPHRSGSSEIHVMLATYIYSESPEVDMT 180
           VQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGPH+SGS EIHVMLATY+YSESPEVDMT
Sbjct: 130 VQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGPHKSGSPEIHVMLATYVYSESPEVDMT 189

Query: 181 RVSYHFVRGNNPKKFASILVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDANGLIDALKK 240
           RV+YH VRGNNPKKFAS+LVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDAN LID LKK
Sbjct: 190 RVTYHLVRGNNPKKFASMLVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDANCLIDELKK 249

Query: 241 QEEREELEFPDSELIEFIIYLLLTLERDALPLFNMLRMNYKSSIEREPALNELLDEIAEK 300
           QEE  ELEFPDSELIEFIIYLLLTL+RDALPLFNMLR NYK SIEREP+LNE LDEIAEK
Sbjct: 250 QEECGELEFPDSELIEFIIYLLLTLQRDALPLFNMLRANYKPSIEREPSLNEFLDEIAEK 309

Query: 301 FYGVRRRNPLQGMFGDFLK 320
           FYGVRRRNPLQG+FGDFLK
Sbjct: 310 FYGVRRRNPLQGIFGDFLK 328

[Close]

BLAST of Sgr018143 vs. NCBI nr
Match: XP_008459732.1 (PREDICTED: Golgi to ER traffic protein 4 homolog isoform X1 [Cucumis melo])

HSP 1 Score: 566.6 bits (1459), Expect = 2.0e-157
Identity = 279/319 (87.46%), Postives = 303/319 (94.98%), Query Frame = 0


Query: 1   MSRARSKRVILPPAQENIDKIGEVVEGGDCYGAQQMYKSISARYAAAQRYSEALDILQSG 60
           MSRARS+R++LPP QE+I KI +V++ GD YGAQQMYKS+SARY AA+RYSEALDILQSG
Sbjct: 10  MSRARSRRIVLPPVQEHIIKIEDVIDTGDYYGAQQMYKSVSARYVAAERYSEALDILQSG 69

Query: 61  ACIQLKHEQVTCGAELAVLFVETLVKGKVPYDDDTLDRVRKIYKSFPQIPLPQHLGDDDD 120
           AC QLK EQ+TCG+ELAVLFVETLVKGKVPYDD+TLDRVRKIYK+FPQIPLPQHLG+DDD
Sbjct: 70  ACTQLKLEQITCGSELAVLFVETLVKGKVPYDDNTLDRVRKIYKNFPQIPLPQHLGEDDD 129

Query: 121 VQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGPHRSGSSEIHVMLATYIYSESPEVDMT 180
           +QQLSEALGAAKTRVEGCSSFLKAALKWSMEFG  RSGS EIH+MLATYIYSESPEVDMT
Sbjct: 130 MQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGSQRSGSPEIHIMLATYIYSESPEVDMT 189

Query: 181 RVSYHFVRGNNPKKFASILVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDANGLIDALKK 240
           RVSYHFVRG+NPKKFAS LVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDAN L D LKK
Sbjct: 190 RVSYHFVRGDNPKKFASTLVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDANVLFDELKK 249

Query: 241 QEEREELEFPDSELIEFIIYLLLTLERDALPLFNMLRMNYKSSIEREPALNELLDEIAEK 300
           +EEREELE PDS+LIEFI+YLLLTL+RDALPLFNMLR+NYKSS+EREPALNELLDEIAEK
Sbjct: 250 EEEREELELPDSDLIEFIVYLLLTLQRDALPLFNMLRVNYKSSLEREPALNELLDEIAEK 309

Query: 301 FYGVRRRNPLQGMFGDFLK 320
           FYGVRRRNPLQG+FGDFLK
Sbjct: 310 FYGVRRRNPLQGIFGDFLK 328

[Close]

BLAST of Sgr018143 vs. NCBI nr
Match: KAG6575235.1 (Golgi to ER traffic protein 4-like protein, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 565.8 bits (1457), Expect = 3.3e-157
Identity = 279/319 (87.46%), Postives = 300/319 (94.04%), Query Frame = 0


Query: 1   MSRARSKRVILPPAQENIDKIGEVVEGGDCYGAQQMYKSISARYAAAQRYSEALDILQSG 60
           MSRARS+R++LPP QE+I KI +VV+ GD YGAQQMYKS+SARY AA+RYSEALDILQSG
Sbjct: 175 MSRARSRRIVLPPVQEHIMKIEDVVDSGDYYGAQQMYKSVSARYVAAERYSEALDILQSG 234

Query: 61  ACIQLKHEQVTCGAELAVLFVETLVKGKVPYDDDTLDRVRKIYKSFPQIPLPQHLGDDDD 120
           AC QLKHEQVTCG ELAVLFVETL+KGKVPY D+TL+RVRKIY++FPQIPLPQH G+DDD
Sbjct: 235 ACTQLKHEQVTCGGELAVLFVETLIKGKVPYGDNTLERVRKIYQNFPQIPLPQHFGEDDD 294

Query: 121 VQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGPHRSGSSEIHVMLATYIYSESPEVDMT 180
           VQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGPH+SGS EIHVMLATY+YSESPEVDMT
Sbjct: 295 VQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGPHKSGSPEIHVMLATYVYSESPEVDMT 354

Query: 181 RVSYHFVRGNNPKKFASILVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDANGLIDALKK 240
           RV+YH VRGNNPKKFAS+LVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDAN LID LKK
Sbjct: 355 RVTYHLVRGNNPKKFASMLVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDANCLIDELKK 414

Query: 241 QEEREELEFPDSELIEFIIYLLLTLERDALPLFNMLRMNYKSSIEREPALNELLDEIAEK 300
           QEE  ELEFPDSELIEFIIYLLLTL+RDALPLFNMLR NYK SIEREP+LNE LDEIAEK
Sbjct: 415 QEECGELEFPDSELIEFIIYLLLTLQRDALPLFNMLRANYKPSIEREPSLNEFLDEIAEK 474

Query: 301 FYGVRRRNPLQGMFGDFLK 320
           FYGVRRRNPLQG+FGDFLK
Sbjct: 475 FYGVRRRNPLQGIFGDFLK 493

[Close]

BLAST of Sgr018143 vs. ExPASy Swiss-Prot
Match: Q6GKV1 (Protein GET4 OS=Arabidopsis thaliana OX=3702 GN=MDC12.19 PE=1 SV=1)

HSP 1 Score: 428.7 bits (1101), Expect = 8.4e-119
Identity = 211/322 (65.53%), Postives = 264/322 (81.99%), Query Frame = 0


Query: 1   MSRARSKRVILPPAQENIDKIGEVVEGGDCYGAQQMYKSISARYAAAQRYSEALDILQSG 60
           MSR R KR  LPP QE+IDK+ +V+E G+ YGA QMYKSISARY  AQR+SEALDIL SG
Sbjct: 1   MSRERIKRE-LPPVQEHIDKLRKVIEEGNYYGALQMYKSISARYVTAQRFSEALDILFSG 60

Query: 61  ACIQLKHEQVTCGAELAVLFVETLVKGKVPYDDDTLDRVRKIYKSFPQIPLPQHL---GD 120
           ACI+L+H  V CGA+LA+LFV+TLVK K P +D+TLDR+R I+K FP++P+P HL    D
Sbjct: 61  ACIELEHGLVNCGADLAILFVDTLVKAKSPCNDETLDRIRCIFKLFPRVPVPPHLVDVSD 120

Query: 121 DDDVQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGPHRSGSSEIHVMLATYIYSESPEV 180
           D+DVQ L E+LG A++RVE  +SFL+AA+KWS EFG  R+G  E+H ML  Y+Y+E PE+
Sbjct: 121 DEDVQNLQESLGEARSRVENLTSFLRAAIKWSAEFGGPRTGYPELHAMLGDYLYTECPEL 180

Query: 181 DMTRVSYHFVRGNNPKKFASILVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDANGLIDA 240
           DM R+S HFVR  +P+KFAS+LVNFMG+CYPGEDD+AIARAVLMYLS+GN++DAN ++D 
Sbjct: 181 DMVRISRHFVRAEDPEKFASMLVNFMGRCYPGEDDLAIARAVLMYLSMGNMKDANFMMDE 240

Query: 241 LKKQEEREELEFPDSELIEFIIYLLLTLERDALPLFNMLRMNYKSSIEREPALNELLDEI 300
           +KKQ E +  E  +S+LI+FI YLL TL+RDALPLFNMLR+ YKSSI+R+  LNELLDEI
Sbjct: 241 IKKQAETKNPELSESDLIQFISYLLETLQRDALPLFNMLRVKYKSSIDRDQLLNELLDEI 300

Query: 301 AEKFYGVRRRNPLQGMFGDFLK 320
           AE+FYGV+R+NPLQGMFGD  K
Sbjct: 301 AERFYGVQRKNPLQGMFGDIFK 321

[Close]

BLAST of Sgr018143 vs. ExPASy Swiss-Prot
Match: Q54TH4 (Golgi to ER traffic protein 4 homolog OS=Dictyostelium discoideum OX=44689 GN=DDB_G0281815 PE=3 SV=1)

HSP 1 Score: 146.4 bits (368), Expect = 8.3e-34
Identity = 96/299 (32.11%), Postives = 149/299 (49.83%), Query Frame = 0


Query: 28  GDCYGAQQMYKSISARYAAAQRYSEALDILQSGACIQLKHEQVTCGAELAVLFVETLVKG 87
           G+ Y   Q YK++  R++  ++Y E + +L+SG    L+++Q  C A+LA L +E     
Sbjct: 16  GNYYDILQSYKALYNRFSTQKKYKETVTLLESGCNKFLEYKQWNCAADLAKLLIECYKNF 75

Query: 88  KVPYDDDTLDRVRKIYKSFPQIPLPQHLGDDDDVQQLSEALGAAKTRVEGCSSFLKAALK 147
           K+ Y D++ + + KI+K+F                         K    G  SF++ A++
Sbjct: 76  KIQYSDESKEPIIKIFKNF-------------------------KGECAGKISFMRDAIE 135

Query: 148 WSMEFGPHRSGSSEIHVMLATYIYSESPEVDMTRVSYHFVRGNNPKKFASILVNFMGKCY 207
           WS + G    GS E H +LA  +  E   +D  +   HF+ GN+   F  +L N+     
Sbjct: 136 WSSKNGGDSKGSEEFHTLLAITLSEEGDYIDAQK---HFIFGNDYFSFCEMLKNWTEDVD 195

Query: 208 PGEDDMAIARAVLMYLSLGNLRDANGLIDALKKQEEREELEFPDSELIEFIIYLLLTLER 267
             E D+ I RA+   L L  L+ A+ L +        + ++   S L+ F  +LLLTLER
Sbjct: 196 EEEKDLYITRAIFGLLCLKKLKQASDLYNLF----TTKVIKGDPSPLLNFDRFLLLTLER 255

Query: 268 DALPLFNMLRMNYKSSIEREPALNELLDEIAEKFYGVRRRNPLQ--GMFGDFLKNLTMG 325
           DALPLFN+LR  Y+ S++R+P   + LD+IA  FY V    P+Q  G     L NL  G
Sbjct: 256 DALPLFNLLRQKYERSLKRDPQFKKFLDQIANIFYNV----PIQSGGGLSGMLSNLLSG 278

[Close]

BLAST of Sgr018143 vs. ExPASy Swiss-Prot
Match: A0MT11 (Golgi to ER traffic protein 4 homolog OS=Salmo salar OX=8030 GN=get4 PE=2 SV=1)

HSP 1 Score: 126.3 bits (316), Expect = 8.9e-28
Identity = 86/313 (27.48%), Postives = 165/313 (52.72%), Query Frame = 0


Query: 20  KIGEVVEGGDCYGAQQMYKSISARYAAAQRYSEALDILQSGACIQLKHEQVTCGAELAVL 79
           K+   VE GD Y A QMY+++  RY +  ++++A +++ +GA +   + Q+   A+L++L
Sbjct: 24  KLRASVEKGDYYEAHQMYRTLFFRYISQAKHTDARELMYNGAQLFFSYNQLNSAADLSML 83

Query: 80  FVETLVKGKVPYDDDTLDRVRKIYKSFPQIPLPQHLGDDDDVQQLSEALGAAKTRVEGCS 139
            +E+L K +   +D+ L+ + K++           L D +  +++               
Sbjct: 84  VLESLEKSEAKVEDEDLEHLAKLFS----------LMDPNSPERV--------------- 143

Query: 140 SFLKAALKWSMEFGPHRSGSSEIHVMLATYIYSESPEVDMTRVSYHFVRGNNPKKFASIL 199
           +F+  ALKWS   G  + G+ ++H +LA  ++ E    + +   YHF+  ++ +  A +L
Sbjct: 144 AFVSRALKWSTG-GSGKLGAPKLHQLLAVTLWKEQ---NYSESRYHFLHSSDGEGCAQML 203

Query: 200 VNFMG-KCYPGEDDMAIARAVLMYLSLGNLRDANGLIDALKKQEEREELEFPDSE-LIEF 259
           V +   + +  E DM +A+AVL +L L N   A+ +     ++    E + P  + L+ F
Sbjct: 204 VEYSAQRGFRSEVDMFVAQAVLQFLCLKNKNSASVVFSTYTQKHPSIEKDPPFVQPLLNF 263

Query: 260 IIYLLLTLERDALPLFNMLRMNYKSSIEREPALNELLDEIAEKFYGV--RRRNPLQGMFG 319
           I +LLL ++   L +F +L   Y+ S++R+P  NE LD I + F+GV  ++ +   G+ G
Sbjct: 264 IWFLLLAVDGGKLTVFTVLCEQYQPSLKRDPMYNEYLDRIGQLFFGVPPKQSSSYGGLLG 306

Query: 320 DFLKNLTMGCADD 329
           + L +L MG  +D
Sbjct: 324 NLLNSL-MGSGED 306

[Close]

BLAST of Sgr018143 vs. ExPASy Swiss-Prot
Match: B5KFI0 (Golgi to ER traffic protein 4 homolog OS=Taeniopygia guttata OX=59729 GN=GET4 PE=2 SV=1)

HSP 1 Score: 125.9 bits (315), Expect = 1.2e-27
Identity = 90/313 (28.75%), Postives = 160/313 (51.12%), Query Frame = 0


Query: 20  KIGEVVEGGDCYGAQQMYKSISARYAAAQRYSEALDILQSGACIQLKHEQVTCGAELAVL 79
           K+   VE GD Y A QMY+++  RY +  +++EA +++ SGA +   H Q    A+L++L
Sbjct: 30  KLRASVEKGDYYEAHQMYRTLFFRYMSQGKHAEARELMYSGALLFFSHNQQNSAADLSML 89

Query: 80  FVETLVKGKVPYDDDTLDRVRKIYKSFPQIPLPQHLGDDDDVQQLSEALGAAKTRVEGCS 139
            +E+L K      +D L+ + K++           L D +  +++               
Sbjct: 90  VLESLEKSDAKVAEDLLENLAKLFS----------LMDPNSPERV--------------- 149

Query: 140 SFLKAALKWSMEFGPHRSGSSEIHVMLATYIYSESPEVDMTRVSYHFVRGNNPKKFASIL 199
           +F+  ALKWS   G  + G  ++H +LA  ++ E    + +   YHF+   + +  A++L
Sbjct: 150 AFVSRALKWS-SGGSGKLGHPKLHQLLAITLWKEQ---NYSESRYHFLHSTDGEGCANML 209

Query: 200 VNF-MGKCYPGEDDMAIARAVLMYLSLGNLRDANGLIDALKKQEEREELEFPDSE-LIEF 259
           V +   + Y  E DM +A+AVL +L L N   A+ +     ++    E   P  + L+ F
Sbjct: 210 VEYSSSRGYRSEVDMFVAQAVLQFLCLKNKTSASVVFTTYTQKHPSIEKGPPFVQPLLNF 269

Query: 260 IIYLLLTLERDALPLFNMLRMNYKSSIEREPALNELLDEIAEKFYGV--RRRNPLQGMFG 319
           I +LLL ++   L +F +L   Y+ S++R+P  NE LD I + F+GV  ++ +   G+ G
Sbjct: 270 IWFLLLAVDGGKLTVFTVLCEQYQPSLKRDPMYNEYLDRIGQLFFGVPPKQTSSYGGLLG 312

Query: 320 DFLKNLTMGCADD 329
           + L +L MG  +D
Sbjct: 330 NLLNSL-MGTGED 312

[Close]

BLAST of Sgr018143 vs. ExPASy Swiss-Prot
Match: A4QNE0 (Golgi to ER traffic protein 4 homolog OS=Xenopus tropicalis OX=8364 GN=get4 PE=2 SV=1)

HSP 1 Score: 125.6 bits (314), Expect = 1.5e-27
Identity = 91/313 (29.07%), Postives = 160/313 (51.12%), Query Frame = 0


Query: 20  KIGEVVEGGDCYGAQQMYKSISARYAAAQRYSEALDILQSGACIQLKHEQVTCGAELAVL 79
           K+   VE GD Y A QMY+++  RY +  ++ EA +++ SGA +   H Q    A+L++L
Sbjct: 27  KLRASVEKGDYYEAHQMYRTLFFRYMSQSKHIEARELMYSGALLFFSHSQQNSAADLSML 86

Query: 80  FVETLVKGKVPYDDDTLDRVRKIYKSFPQIPLPQHLGDDDDVQQLSEALGAAKTRVEGCS 139
            +E+L K +V   ++ L+ + K++           L D +  +++               
Sbjct: 87  VLESLEKHEVKVTEELLENLAKLFS----------LMDPNSPERV--------------- 146

Query: 140 SFLKAALKWSMEFGPHRSGSSEIHVMLATYIYSESPEVDMTRVSYHFVRGNNPKKFASIL 199
           +F+  ALKWS   G  + G  ++H  LA  ++ E    +     YHF+  ++ +  A++L
Sbjct: 147 AFVSRALKWS-SGGSGKFGHPKLHQFLAITLWKEQ---NYYESRYHFLHSSDGEGCANML 206

Query: 200 VNFMG-KCYPGEDDMAIARAVLMYLSLGNLRDANGLIDALKKQEEREELEFPDSE-LIEF 259
           V +   + Y  E DM +A+AVL +L L N   A+ +     ++    E   P  + L+ F
Sbjct: 207 VEYSSTRGYRSEVDMFVAQAVLQFLCLKNKTSASVVFTTYTQKHPSIERGPPFVQPLLNF 266

Query: 260 IIYLLLTLERDALPLFNMLRMNYKSSIEREPALNELLDEIAEKFYGV--RRRNPLQGMFG 319
           I +LLL +E   L +F +L   Y+ S++R+P  NE LD I + F+GV  ++ +   G+ G
Sbjct: 267 IWFLLLAVEGGKLTVFTVLCEQYQPSLKRDPMYNEYLDRIGQLFFGVPPKQSSSYGGLLG 309

Query: 320 DFLKNLTMGCADD 329
           + L +L MG  +D
Sbjct: 327 NLLNSL-MGSGED 309

[Close]

BLAST of Sgr018143 vs. ExPASy TrEMBL
Match: A0A0A0KCK7 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_6G108520 PE=3 SV=1)

HSP 1 Score: 568.5 bits (1464), Expect = 2.5e-158
Identity = 279/319 (87.46%), Postives = 302/319 (94.67%), Query Frame = 0


Query: 1   MSRARSKRVILPPAQENIDKIGEVVEGGDCYGAQQMYKSISARYAAAQRYSEALDILQSG 60
           MSRARS+R++LPP QE+I KI +V++ GD YGAQQMYKS+SARY AA+RYSEALDILQSG
Sbjct: 10  MSRARSRRIVLPPVQEHIIKIEDVIDTGDYYGAQQMYKSVSARYVAAERYSEALDILQSG 69

Query: 61  ACIQLKHEQVTCGAELAVLFVETLVKGKVPYDDDTLDRVRKIYKSFPQIPLPQHLGDDDD 120
           AC QLKHEQ+TCG+ELAVLFV+TLVKGKVPYDD+TLDRVRKIYK+FPQIPLPQHLG+DDD
Sbjct: 70  ACTQLKHEQITCGSELAVLFVDTLVKGKVPYDDNTLDRVRKIYKNFPQIPLPQHLGEDDD 129

Query: 121 VQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGPHRSGSSEIHVMLATYIYSESPEVDMT 180
           +QQLSEALGAAKTRVEGCSSFLKAALKWSMEFG  RSGS EIH+MLATYIYSESPEVDMT
Sbjct: 130 MQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGSQRSGSPEIHIMLATYIYSESPEVDMT 189

Query: 181 RVSYHFVRGNNPKKFASILVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDANGLIDALKK 240
           RVSYHF+RG+NPKKFASILVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDAN L D LKK
Sbjct: 190 RVSYHFIRGDNPKKFASILVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDANVLFDELKK 249

Query: 241 QEEREELEFPDSELIEFIIYLLLTLERDALPLFNMLRMNYKSSIEREPALNELLDEIAEK 300
            EEREELE PDSELIEFI+YLLLTL+RDALPLFNMLR NYKSS+EREP LNELLDEIAEK
Sbjct: 250 VEEREELELPDSELIEFIVYLLLTLQRDALPLFNMLRANYKSSLEREPVLNELLDEIAEK 309

Query: 301 FYGVRRRNPLQGMFGDFLK 320
           FYGVRRRNPLQG+FGDFLK
Sbjct: 310 FYGVRRRNPLQGIFGDFLK 328

[Close]

BLAST of Sgr018143 vs. ExPASy TrEMBL
Match: A0A6J1L2N7 (Golgi to ER traffic protein 4 homolog isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111499290 PE=3 SV=1)

HSP 1 Score: 567.8 bits (1462), Expect = 4.3e-158
Identity = 281/319 (88.09%), Postives = 300/319 (94.04%), Query Frame = 0


Query: 1   MSRARSKRVILPPAQENIDKIGEVVEGGDCYGAQQMYKSISARYAAAQRYSEALDILQSG 60
           MSRARS+R++LPP QE+I KI +VV+ GD YGAQQMYKS+SARY AA+RYSEALDILQSG
Sbjct: 10  MSRARSRRIVLPPVQEHIIKIEDVVDSGDYYGAQQMYKSVSARYVAAERYSEALDILQSG 69

Query: 61  ACIQLKHEQVTCGAELAVLFVETLVKGKVPYDDDTLDRVRKIYKSFPQIPLPQHLGDDDD 120
           AC QLKHEQVTCG ELAVLFVETLVKGKVPY D+TLDRVRKIY++FPQIPLPQH G+DDD
Sbjct: 70  ACTQLKHEQVTCGGELAVLFVETLVKGKVPYGDNTLDRVRKIYQNFPQIPLPQHFGEDDD 129

Query: 121 VQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGPHRSGSSEIHVMLATYIYSESPEVDMT 180
           VQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGPH+SGS EIHVMLATY+YSESPEVDMT
Sbjct: 130 VQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGPHKSGSPEIHVMLATYVYSESPEVDMT 189

Query: 181 RVSYHFVRGNNPKKFASILVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDANGLIDALKK 240
           RV+YH VRGNNPKKFAS+LVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDAN LID LKK
Sbjct: 190 RVTYHLVRGNNPKKFASMLVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDANCLIDELKK 249

Query: 241 QEEREELEFPDSELIEFIIYLLLTLERDALPLFNMLRMNYKSSIEREPALNELLDEIAEK 300
           QEE  ELEFPDSELIEFIIYLLLTL+RDALPLFNMLR NYK SIEREP+LNE LDEIAEK
Sbjct: 250 QEECGELEFPDSELIEFIIYLLLTLQRDALPLFNMLRANYKPSIEREPSLNEFLDEIAEK 309

Query: 301 FYGVRRRNPLQGMFGDFLK 320
           FYGVRRRNPLQG+FGDFLK
Sbjct: 310 FYGVRRRNPLQGIFGDFLK 328

[Close]

BLAST of Sgr018143 vs. ExPASy TrEMBL
Match: A0A1S3CAY3 (Golgi to ER traffic protein 4 homolog isoform X1 OS=Cucumis melo OX=3656 GN=LOC103498774 PE=3 SV=1)

HSP 1 Score: 566.6 bits (1459), Expect = 9.5e-158
Identity = 279/319 (87.46%), Postives = 303/319 (94.98%), Query Frame = 0


Query: 1   MSRARSKRVILPPAQENIDKIGEVVEGGDCYGAQQMYKSISARYAAAQRYSEALDILQSG 60
           MSRARS+R++LPP QE+I KI +V++ GD YGAQQMYKS+SARY AA+RYSEALDILQSG
Sbjct: 10  MSRARSRRIVLPPVQEHIIKIEDVIDTGDYYGAQQMYKSVSARYVAAERYSEALDILQSG 69

Query: 61  ACIQLKHEQVTCGAELAVLFVETLVKGKVPYDDDTLDRVRKIYKSFPQIPLPQHLGDDDD 120
           AC QLK EQ+TCG+ELAVLFVETLVKGKVPYDD+TLDRVRKIYK+FPQIPLPQHLG+DDD
Sbjct: 70  ACTQLKLEQITCGSELAVLFVETLVKGKVPYDDNTLDRVRKIYKNFPQIPLPQHLGEDDD 129

Query: 121 VQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGPHRSGSSEIHVMLATYIYSESPEVDMT 180
           +QQLSEALGAAKTRVEGCSSFLKAALKWSMEFG  RSGS EIH+MLATYIYSESPEVDMT
Sbjct: 130 MQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGSQRSGSPEIHIMLATYIYSESPEVDMT 189

Query: 181 RVSYHFVRGNNPKKFASILVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDANGLIDALKK 240
           RVSYHFVRG+NPKKFAS LVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDAN L D LKK
Sbjct: 190 RVSYHFVRGDNPKKFASTLVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDANVLFDELKK 249

Query: 241 QEEREELEFPDSELIEFIIYLLLTLERDALPLFNMLRMNYKSSIEREPALNELLDEIAEK 300
           +EEREELE PDS+LIEFI+YLLLTL+RDALPLFNMLR+NYKSS+EREPALNELLDEIAEK
Sbjct: 250 EEEREELELPDSDLIEFIVYLLLTLQRDALPLFNMLRVNYKSSLEREPALNELLDEIAEK 309

Query: 301 FYGVRRRNPLQGMFGDFLK 320
           FYGVRRRNPLQG+FGDFLK
Sbjct: 310 FYGVRRRNPLQGIFGDFLK 328

[Close]

BLAST of Sgr018143 vs. ExPASy TrEMBL
Match: A0A6J1H5V6 (Golgi to ER traffic protein 4 homolog OS=Cucurbita moschata OX=3662 GN=LOC111460396 PE=3 SV=1)

HSP 1 Score: 565.8 bits (1457), Expect = 1.6e-157
Identity = 279/319 (87.46%), Postives = 300/319 (94.04%), Query Frame = 0


Query: 1   MSRARSKRVILPPAQENIDKIGEVVEGGDCYGAQQMYKSISARYAAAQRYSEALDILQSG 60
           MSRARS+R++LPP QE+I KI +VV+ GD YGAQQMYKS+SARY AA+RYSEALDILQSG
Sbjct: 10  MSRARSRRIVLPPVQEHIMKIEDVVDSGDYYGAQQMYKSVSARYVAAERYSEALDILQSG 69

Query: 61  ACIQLKHEQVTCGAELAVLFVETLVKGKVPYDDDTLDRVRKIYKSFPQIPLPQHLGDDDD 120
           AC QLKHEQVTCG ELAVLFVETL+KGKVPY D+TL+RVRKIY++FPQIPLPQH G+DDD
Sbjct: 70  ACTQLKHEQVTCGGELAVLFVETLIKGKVPYGDNTLERVRKIYQNFPQIPLPQHFGEDDD 129

Query: 121 VQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGPHRSGSSEIHVMLATYIYSESPEVDMT 180
           VQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGPH+SGS EIHVMLATY+YSESPEVDMT
Sbjct: 130 VQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGPHKSGSPEIHVMLATYVYSESPEVDMT 189

Query: 181 RVSYHFVRGNNPKKFASILVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDANGLIDALKK 240
           RV+YH VRGNNPKKFAS+LVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDAN LID LKK
Sbjct: 190 RVTYHLVRGNNPKKFASMLVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDANCLIDELKK 249

Query: 241 QEEREELEFPDSELIEFIIYLLLTLERDALPLFNMLRMNYKSSIEREPALNELLDEIAEK 300
           QEE  ELEFPDSELIEFIIYLLLTL+RDALPLFNMLR NYK SIEREP+LNE LDEIAEK
Sbjct: 250 QEECGELEFPDSELIEFIIYLLLTLQRDALPLFNMLRANYKPSIEREPSLNEFLDEIAEK 309

Query: 301 FYGVRRRNPLQGMFGDFLK 320
           FYGVRRRNPLQG+FGDFLK
Sbjct: 310 FYGVRRRNPLQGIFGDFLK 328

[Close]

BLAST of Sgr018143 vs. ExPASy TrEMBL
Match: A0A6J1HL00 (Golgi to ER traffic protein 4 homolog OS=Cucurbita moschata OX=3662 GN=LOC111464505 PE=3 SV=1)

HSP 1 Score: 558.9 bits (1439), Expect = 2.0e-155
Identity = 277/319 (86.83%), Postives = 298/319 (93.42%), Query Frame = 0


Query: 1   MSRARSKRVILPPAQENIDKIGEVVEGGDCYGAQQMYKSISARYAAAQRYSEALDILQSG 60
           MSRARS R++LPP QE+I KI +V++ GD YGAQQMYKS+S+RY AA++YSEAL+IL SG
Sbjct: 10  MSRARSSRIVLPPVQEHIMKIDDVIDDGDYYGAQQMYKSVSSRYVAAEKYSEALEILLSG 69

Query: 61  ACIQLKHEQVTCGAELAVLFVETLVKGKVPYDDDTLDRVRKIYKSFPQIPLPQHLGDDDD 120
           AC QLKHEQVTCGAELAVLFVETLVKGKVP DD+TL RVRKIYK+FPQIPLPQ LG+DDD
Sbjct: 70  ACSQLKHEQVTCGAELAVLFVETLVKGKVPCDDNTLGRVRKIYKNFPQIPLPQQLGEDDD 129

Query: 121 VQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGPHRSGSSEIHVMLATYIYSESPEVDMT 180
           VQQLSEALGAAKTRVEGCSSFLKAALKWSMEFG HRSGS EIH+MLATY+YSESPEVDMT
Sbjct: 130 VQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGSHRSGSPEIHIMLATYVYSESPEVDMT 189

Query: 181 RVSYHFVRGNNPKKFASILVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDANGLIDALKK 240
           RVSYHFVRGNNP+ FASILVNF+GKCYPGEDDMAIARAVLMYLSLGNLRDAN LID LKK
Sbjct: 190 RVSYHFVRGNNPEMFASILVNFVGKCYPGEDDMAIARAVLMYLSLGNLRDANRLIDELKK 249

Query: 241 QEEREELEFPDSELIEFIIYLLLTLERDALPLFNMLRMNYKSSIEREPALNELLDEIAEK 300
            EER+ELEFPDSELIEFIIYLLLTL+RDALPLFNMLR NYK SIEREPALNE LDEIAEK
Sbjct: 250 HEERDELEFPDSELIEFIIYLLLTLQRDALPLFNMLRANYKPSIEREPALNEFLDEIAEK 309

Query: 301 FYGVRRRNPLQGMFGDFLK 320
           FYGVRRRNPLQG+FGDFLK
Sbjct: 310 FYGVRRRNPLQGIFGDFLK 328

[Close]

BLAST of Sgr018143 vs. TAIR 10
Match: AT5G63220.1 (unknown protein; CONTAINS InterPro DOMAIN/s: Uncharacterised protein family UPF0363 (InterPro:IPR007317); Has 304 Blast hits to 301 proteins in 161 species: Archae - 0; Bacteria - 0; Metazoa - 110; Fungi - 121; Plants - 35; Viruses - 0; Other Eukaryotes - 38 (source: NCBI BLink). )

HSP 1 Score: 428.7 bits (1101), Expect = 5.9e-120
Identity = 211/322 (65.53%), Postives = 264/322 (81.99%), Query Frame = 0


Query: 1   MSRARSKRVILPPAQENIDKIGEVVEGGDCYGAQQMYKSISARYAAAQRYSEALDILQSG 60
           MSR R KR  LPP QE+IDK+ +V+E G+ YGA QMYKSISARY  AQR+SEALDIL SG
Sbjct: 1   MSRERIKRE-LPPVQEHIDKLRKVIEEGNYYGALQMYKSISARYVTAQRFSEALDILFSG 60

Query: 61  ACIQLKHEQVTCGAELAVLFVETLVKGKVPYDDDTLDRVRKIYKSFPQIPLPQHL---GD 120
           ACI+L+H  V CGA+LA+LFV+TLVK K P +D+TLDR+R I+K FP++P+P HL    D
Sbjct: 61  ACIELEHGLVNCGADLAILFVDTLVKAKSPCNDETLDRIRCIFKLFPRVPVPPHLVDVSD 120

Query: 121 DDDVQQLSEALGAAKTRVEGCSSFLKAALKWSMEFGPHRSGSSEIHVMLATYIYSESPEV 180
           D+DVQ L E+LG A++RVE  +SFL+AA+KWS EFG  R+G  E+H ML  Y+Y+E PE+
Sbjct: 121 DEDVQNLQESLGEARSRVENLTSFLRAAIKWSAEFGGPRTGYPELHAMLGDYLYTECPEL 180

Query: 181 DMTRVSYHFVRGNNPKKFASILVNFMGKCYPGEDDMAIARAVLMYLSLGNLRDANGLIDA 240
           DM R+S HFVR  +P+KFAS+LVNFMG+CYPGEDD+AIARAVLMYLS+GN++DAN ++D 
Sbjct: 181 DMVRISRHFVRAEDPEKFASMLVNFMGRCYPGEDDLAIARAVLMYLSMGNMKDANFMMDE 240

Query: 241 LKKQEEREELEFPDSELIEFIIYLLLTLERDALPLFNMLRMNYKSSIEREPALNELLDEI 300
           +KKQ E +  E  +S+LI+FI YLL TL+RDALPLFNMLR+ YKSSI+R+  LNELLDEI
Sbjct: 241 IKKQAETKNPELSESDLIQFISYLLETLQRDALPLFNMLRVKYKSSIDRDQLLNELLDEI 300

Query: 301 AEKFYGVRRRNPLQGMFGDFLK 320
           AE+FYGV+R+NPLQGMFGD  K
Sbjct: 301 AERFYGVQRKNPLQGMFGDIFK 321

[Close]

BLAST of Sgr018143 vs. TAIR 10
Match: AT1G34070.1 (CONTAINS InterPro DOMAIN/s: Retrotransposon gag protein (InterPro:IPR005162); BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT5G48050.1); Has 648 Blast hits to 647 proteins in 29 species: Archae - 0; Bacteria - 0; Metazoa - 16; Fungi - 25; Plants - 607; Viruses - 0; Other Eukaryotes - 0 (source: NCBI BLink). )

HSP 1 Score: 45.8 bits (107), Expect = 1.1e-04
Identity = 20/85 (23.53%), Postives = 48/85 (56.47%), Query Frame = 0


Query: 350 FYIKIKELADKFSAIGEPLSYKDHLGYILEGLGPEYNAFVTSIQNTTDGPSLEDILSLML 409
           +Y K+K+LAD    +  P++ ++ + Y+L GL P+++  +  I++    PS +D  +++ 
Sbjct: 134 YYRKMKKLADSLRNVDVPVTDRNLVMYVLNGLNPKFDNIINVIKHRQPFPSFDDAATMLQ 193

Query: 410 AYESRLEKQSAVEQLNLIHANIANI 435
             E RL++       ++ H++ + +
Sbjct: 194 EEEDRLKRAIKPNPTHVDHSSSSTV 218

The following BLAST results are available for this feature:

BLAST of Sgr018143 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038874694.1	3.2e-160	89.03	Golgi to ER traffic protein 4 homolog [Benincasa hispida]	[more]
XP_011656863.1	5.2e-158	87.46	Golgi to ER traffic protein 4 homolog isoform X1 [Cucumis sativus] >KGN46554.1 h...	[more]
XP_023006614.1	8.8e-158	88.09	Golgi to ER traffic protein 4 homolog isoform X1 [Cucurbita maxima]	[more]
XP_008459732.1	2.0e-157	87.46	PREDICTED: Golgi to ER traffic protein 4 homolog isoform X1 [Cucumis melo]	[more]
KAG6575235.1	3.3e-157	87.46	Golgi to ER traffic protein 4-like protein, partial [Cucurbita argyrosperma subs...	[more]

BLAST of Sgr018143 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q6GKV1	8.4e-119	65.53	Protein GET4 OS=Arabidopsis thaliana OX=3702 GN=MDC12.19 PE=1 SV=1	[more]
Q54TH4	8.3e-34	32.11	Golgi to ER traffic protein 4 homolog OS=Dictyostelium discoideum OX=44689 GN=DD...	[more]
A0MT11	8.9e-28	27.48	Golgi to ER traffic protein 4 homolog OS=Salmo salar OX=8030 GN=get4 PE=2 SV=1	[more]
B5KFI0	1.2e-27	28.75	Golgi to ER traffic protein 4 homolog OS=Taeniopygia guttata OX=59729 GN=GET4 PE...	[more]
A4QNE0	1.5e-27	29.07	Golgi to ER traffic protein 4 homolog OS=Xenopus tropicalis OX=8364 GN=get4 PE=2...	[more]

BLAST of Sgr018143 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A0A0KCK7	2.5e-158	87.46	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_6G108520 PE=3 SV=1	[more]
A0A6J1L2N7	4.3e-158	88.09	Golgi to ER traffic protein 4 homolog isoform X1 OS=Cucurbita maxima OX=3661 GN=...	[more]
A0A1S3CAY3	9.5e-158	87.46	Golgi to ER traffic protein 4 homolog isoform X1 OS=Cucumis melo OX=3656 GN=LOC1...	[more]
A0A6J1H5V6	1.6e-157	87.46	Golgi to ER traffic protein 4 homolog OS=Cucurbita moschata OX=3662 GN=LOC111460...	[more]
A0A6J1HL00	2.0e-155	86.83	Golgi to ER traffic protein 4 homolog OS=Cucurbita moschata OX=3662 GN=LOC111464...	[more]

BLAST of Sgr018143 vs. TAIR 10


Match Name	E-value	Identity	Description
AT5G63220.1	5.9e-120	65.53	unknown protein; CONTAINS InterPro DOMAIN/s: Uncharacterised protein family UPF0...	[more]
AT1G34070.1	1.1e-04	23.53	CONTAINS InterPro DOMAIN/s: Retrotransposon gag protein (InterPro:IPR005162); BE...	[more]

InterPro

Analysis Name: InterPro Annotations of Monk fruit (Qingpiguo) v1
Date Performed: 2022-08-01

Position :

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IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 228..248
None	No IPR available	PFAM	PF14223	Retrotran_gag_2	coord: 352..417 e-value: 2.3E-7 score: 30.6
None	No IPR available	PANTHER	PTHR12875:SF1	GOLGI TO ER TRAFFIC PROTEIN 4 HOMOLOG ISOFORM X1	coord: 1..321
IPR011990	Tetratricopeptide-like helical domain superfamily	GENE3D	1.25.40.10	Tetratricopeptide repeat domain	coord: 12..321 e-value: 2.8E-79 score: 268.8
IPR007317	Golgi to ER traffic protein 4	PFAM	PF04190	DUF410	coord: 48..318 e-value: 2.9E-67 score: 227.2
IPR007317	Golgi to ER traffic protein 4	PANTHER	PTHR12875	UNCHARACTERIZED	coord: 1..321

Relationships

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


Feature Name	Unique Name	Type
Sgr018143.1	Sgr018143.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0045048	protein insertion into ER membrane
cellular_component	GO:0005829	cytosol
molecular_function	GO:0005515	protein binding