PI0022833 (gene) Melon (PI 482460) v1

Overview


Name	PI0022833
Type	gene
Organism	Cucumis metuliferus (Melon (PI 482460) v1)
Description	SAM domain-containing protein
Location	chr09: 16514980 .. 16535009 (-)
RNA-Seq Expression	PI0022833
Synteny	PI0022833

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonfive_prime_UTRpolypeptideCDSthree_prime_UTR

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

ATTTTTCTCCCTTGAAAAAAATTCAATTTCCCTTTGCTTTCTTCTTCATCGTCCTGACTTTTCATTCCGTTGTCAATAAAGCCATCTTCAGTACAATTTGGGAGTTAAACCCCAGCGCTCTTGTTGGATGTTCCTATTCAACCATTCCAATTCGATCCTAACCCCACTCTCTCTCTTATTCGTATTTTCATTTCGATCCGAAGCCAACGTTTTTCCTGCTAGGGTCCTTCGGGGGTCTAGATTTTCTTCCGAGATTTGGGAGCTTTCAAAACAGCTTAATCTGTCTGCTATTCTTCTGCCAATTCTTCGTGTTCAGTTTAGGGATTCTGTACTTGCTCATCGGCCATGCTCTTCAACGAATTAGCGAGTTCTTGACAGCATAAGGGCATATCTTTCTCCTGGGGTTTCTGATTTCAACATGTCAGCAGCTTCAAGGGGTAGAGTTACCATTACACTCGGCCGTAGCGGACAGGTTAGCTGTCACTTTGTTTGACTGTTCTTCGGTTATCTAGTGGTTGGTCGTGTTTTCTCTTAATGGGACATGAGCGTGATTCTCGTTTATTGCTTCATAAGAGTCATCTGTATAAGTTTCATTGCATAGTGTTGTTGCCGAGAAGTCCGGCGCAGAATGGAAAGAAATTTTCTTTGTTTTTCTAATTATTCCTTTCTGTGCCGAGAAAAGCTCAGCTCAAGTGGCATCAGTATGTGTTAGGACCAAGAGGTCCCTGGTTCAAATGCCCCATCTCATTTGTACTAATTACTCTTTTCTTGCTGATTGAATCTGGAAACGTTGTTAAAGTCGTTTTTCTGGTCATATTTTGTTCCATACATACCTTTATCTATCACATTGTAGGTAGTAAAAAAGGCCGGCCCAGGGACTGATGTTTCCGTCTCTGATTCTTGGCCTGTATCTGGAACTAAGCGGTCTGTAAGAGATAGGTTGGGAAGTAGCCCTGATAGTGATCTGTTTTATGGAAGCCAACTCAATAACAAACGGTATGTTGTTCTTTCCTTTTACTTTTTATCTGCTGCCTTAAGTTAACTTAGAATTCTGGTGTATTTTGAATGGATGCTTGAAAAAAGGACGTTAATTGCATTTGAAAAAAATATATTAATTGCAAAATACTTTAAATTGTTGGTCATTTAACAGAAATGTTGGGCAATTTATATGACGTCCTTAGTTTTTGGAGTCTGGATTAATTTCTTTTGGTTCTATTTCCTTGTTCCATCTATTATCTTCATTTTTTTTGGCTCCCATTCAAAATTTATGTGTATTATTTTCTTAGCAGATTGCGAGGAGATGATGGGATGTCAAATTGGAGTTCTAATGGCGGGTTGGATGGTATTGAACATAATCAGCTTAATTTTGTTCTCCTTCATGTTAATGATGGTCTAATACACTCTTTATTTTTCTTTTGTTTATTAAATCAGTGCCACATATTGGTAAAGATGACCTTCGGTATAAACTCTTGCAAAAAGATGCATTCAGACGTGCTCAAAGAAATGATAAGAAGTGTTTAGATCTTCGGGAGAAGCTACCAAAGGCAGATCAAGCTCCTATACGACATCGTAATCCACCATTGCATAATACACATATCTTACGCCGAACCCCTTCAACTAGAAGTGCAGATGACTTACCTCAGAAGGACTCGTTAGGCAGTTCTTATTCCCCATGGACCATGGATAATTTGAGACAAAGATCACCTGCTAGAATTGTAGAATCGTCGAGGCACTACTCTCTACAAAGAGATGATGAGAAACTTCAGAGAAGGCCAGCTAACCTTTCATTTGAGACTGCAAGATCAGTCGGCTATGTAGCCAAAGATGTTCACAATGCTTCAGGTTCTGTTAGTACTGCAACGTATGTGACGAACTCTCTATTGCCCCCTACATCTGCAAAGCCTGTGGCACCGGTTGTACCATTACATCCTCCGCCAAGCGGCATTGCACACAAAACTCTCTATCCCGTATGATTTACTTTTATTCTTCTTACCATTATTAAAATCTTATGGCTTTTGGGTTTTGTCTTTTCTGTAACTTGATTTTTCCGAACCTGATTTGAAGTAGCTGCTGCATATTTTGATTGACTTGGGTTGTATTGTACAATTTAACTACTGTAATTGTTGTATGTCATTGTAGGCTGTTCATTTTATAAGAAAGTTTGAAATATCTTCCACAAATTATATTATTTAACTTATTATTAAACTTCTGAATTGTTTTTGAGAAGCAAATTGTAGTTACTAGAGTTAGATTTCAGTAGTTGAATGGCTGTACAGTGTTTTTAAAGCTCAAGGTGTACTGTGGTGCAACAGTTGTCCGGAGCTTAAGCTCAAGTTGTGTTATGTTCAAGGCCAACTTCTTAACTTGTGGTATTCTTCCTTGCTAATTGGGTGTAGTATGCAAGAATGCAAGTACCCACATTGGCGTCAATTTAGTATGTTCTATCTTCTACATGGTTTGAATCATTGACTCCCTAGGGATATTTAATTAGCGAATTATAAAAATGGTAAATAACTTATCAATGAGTAACCTTTCAAAGTAATAAATGCTATTATTTGGTTTTCCTAATCCTAGTTACATGCATTGTAGGTAGTGAAATACCTGATATTATTAATTTTTCCTTCCTTTTCATGGAGTTCTGCTTGTATTGGATTTTATTAATCTTTCTGGTGAAGATAATGTTTTATTGAAAGAAAGATATATTTTAACTTTGTTGGACTGCTTACTGGAAGTACTTTCCTATTTTATTTTTAGTTCCCAAAGTTAACAGATGAAGTGTTTAACATTAAGCCTTCTTGTTTTCTATTAACTTGTTATTTACAGGGCGACGAACTTCAAACTATAGATGGCCTGTTGCAGTCTCTAGGATTGGGAAAATATTCCATTCTTTTTAAGGCTGAGGAAGTATGTTAAAATTCCCTTTTTGTTGAAATTTTTCTTGAGCTACACATGTCATAGGGTTTGCTTCACTCTAACATACATATCAATTTCTATCTTAATTTTTCAGTTATATCTTGTAACTTCGGTGCCACAGTTGTTTTCTTCTTTTTTATGTGGAATGTAGCATCATGAATCACAAGACGAGGACATTTTACCTGTAAAATTTTCTACTACGACCTGATGTCTATCATACAAAATTACAAATTACTTTCATACTTTGACAAGCTTTCTATGTTAGAACTTGAGTTGCTGCGATTACTGATAAATGTTGCCTGAGAATTTCTATGTCAAGGAGTTTGCTGCATTGAAACTTAAATGCTAACTTCCCTAGGTTATTTTCACCATTGCTTTTTGTTAGTGATTTGTGACTGGCGTTAGAGCAAGACTCTGACCTCTTGAGAAATATATGAATTTTTTATTTGCCCTCTTTCTTATCTGGTTAATTTAATACAGAACTCTCTTTATAAATTATCTATCCTATCACATCACAAGCCAATTTATGTAAAATACTCTGTCCCTTTCAAAAGAAGAATGATTGTCCCCTACTGATATCTCAAAGATGTGGTGTTTCAGTTATTTCTTCTTCTTCATCAACAATAGTTTCACTGTTTGTAACACTCTCATATGCTCTCTCTCTCTCAAGATGTTTATAATGGCTTTCATAAAAGTAATGATGTTTTCAATATATGCGTGGTTGAATCGTTTATAAAGCTTTTGATCTGCGAAGATAGCCTCAGTTTTTGTTGTCACCATCATATATATGGATATTTTTTTTGTAATCAAAGTTGTGTAAGTTGAAGTTCAAATCTTCATATTTGTTGACTCTAAATGTTTTCAATGGTCTACCATATCTTCCTGTAAATCTCTGGTTTATTGGATTTATGATGCAGGTTGATATGACTGCCTTGAAGCAAATGGGGGAGAATGATCTCAAAGAGCTTGGAATACCTATGGTATGTCTGTTGTTCATGTTCCTCATCTTATATCTTGGGTTTCTATTGTATGTCTGTTGTTCGTGTTCATCTTATATCTAGGGTTTATATGATTTTAAAGTTTTTGTGGATTGAAGTGGATCTCTAGGAGTGAGCATCACAAATTGAAAAATCGAGCCTATTGGCTGAAACTAGTCGAATTGAATTCGGTCAGTCAGTTTAAAGGTATATGTCGGTCAATGTTGGTCGGCAAGCCCAATAAGGGCTCAAACCCATTGACTGTAGTAGAAATTCAGAAAAAAAAAGAAAGCCAAAAGGTTGTGTGCAATGCTGAACACTAACGTTGCTGCTGATGCAACATTTAGCTTCTTGAGAAGACTAGAAGTTCATTCTTCCCAAGGTGATATTTTTCTTAAAAGGCTAATTAACTAATTTTCATTTTTCCTTTTACTTCTCACAAGTTTTGTCTTTTCCATTTTCTTCTTTTCTTCTCTTCTCCACTTCTCCTTTCTAGTGGTTAGCTTCAAGTGGTTTCATTTCATTTGGTGTCCGTCATTTGTTGACTGATAGGGGATTGATGGAGATTATTTCTCTTGTGTGTTCGAGAGGAGAGTTTGATTTTATGCTAGAGAGAAGGGACATGTGTGTGTGGAGTCTTGACCCTTTAGAGGGGCTATCTTGTAAATCTTCTTTGGCATTTGTTGGAACCTCTCCCACTAGTGAAACTATCTTTGATGCTTTGTGGAGGATTAAGATTTCGAAGCTTCACCTAGAAAATTTTACTCGGTCGAGTGAACCCTATGAATCAGCTTTTGAGAAAGTTTCCTTTGTTAGTTGGTCCATTATTTTGTATTCTTGGTTATAAGGTGGGGGAAGACTTGGATCACGTGCTTCATAGTTGTGAGTTTGTGAGGATTTTGACTAGCAACTTTAGATTTAAACTTAGACTTGCTAGTGGAACTCTCTTCCTTCCAAGGTAAAGTAGTTTTAGGAGAAGAGTTCTTGATCTGAATTTTGATGGCTATCTGAAGGAGATCCCCAGTGTCGTAAGAAGGATGCTTCTCTTTGATAGAGTCTAGGCACAAACCTTTTTCTCCGAGCTCTTTGAGTTCAAGCCATGATTCTGCAGGACCTTCATTGTACCTTCTACTTAACATTATTTTGACTCACCTCTTAGTTTCATAATCTTTGAAACGTGTAATGGCTAATAACTTCCTTATCATAACTAATGTTCTAGTAAAGACAAGTTCAACTCTTTCCCAATCCAAAATCTCGTCGGAATTGAACTTGGTAATTTTGCGTTTGATGCCTCCTAAGCCTCTTTCGTCCCTCCTATGGCAGATTCCTCTCTTAGAATCGTATTGGTTTTGAATTTTTCTGTCCCGCAAAAACATTCTAGTTATTAGGTTGATATCCTCTGTATTGATTGTATAGTTAGTTTGGTGCCATTCTTCTTCTTTCATGCTTGAAGTACCATTGACCTCTATGTGATGTTCTCATTTTCTAGCTTCTTGAGTTTATGGGATGAATTTGGCCTTTTGGGAGGTGATGTTTGGTTAGGTTTTTCAAGGCTTCGAACCCTTGTGTTCAGTCTTTGTAGGGATTCAATTAGGTGGTCTAAGTTTTGGATAAATTGGGTGAATCTTGAAATAAGGCTTCTCTACTAACTCTATCATCACACAATCTTGAGAAACTTGGTTGCAAAACAAAGTTAGAAATAGAATAATAATAAAGTCAAAAGGAGGTGCTCTCCATATTAGGGTAGAGTTTTTGTGTTCACTTCCTTGCTAATCCTACGCTCACTTTGCAAGCCAAGTAGAAGTTGAGACCTAAGCTTGATTTCTTGTTGTGAAATAACACTTGAGATATGCTCAAGAAAGAGCACCCTTGAGACCTAAGCTTGATTTCAAGTTGAATGCTTAATGCTTAAAGAAAAGGAAAGAAAAAAAAAAACAAATGTATACTTGCAAATGTTTAAAAATATTATGAAAGATAAGTTAATGTCGGAAATATGTTGGAAATAAGGGGCTAGTTGAGCCTCAAGGGTACTTTTGTAATTTATTGTATCCTAGTTTTATTTCCTTATTTGTTAGGGCTTTTTGTAGCCTATATATATTCTTCCCTCTTGTATTCTTTGGATTATTAGAAAATAATAAGAGCAGCTTCTATTGTGGTTTTTTCTCCATATACTAGGGTTTTCCACGTATACCTTGTGTTTGTCTTCTTCTTTTCAATATGGTATTGGAGCATGGTGACGAAACCCTAGCCGCCATTTGCGAAAACCAACCAGTGGAAGATAACCTTAGTTTGCCCTTCTTAAGCCACAACTGCTGCCGACCACCGTTGCTGCCTTCGTCGAAGTCGTCATTTTTCCTGTTGTCGATATTGCCGCTGCTGTCCAAGCTGCCATTGATTGTTATCTTTAGTCCTTGCATATCCATTCAATTCTAGTGCCGCCACAACCCTTTGATGGAAATCCTTGCTGAAACATACACCGTGAAAACAAGATTAGTGAGTCGTTTTCCTATCACAGAGGTAAATTCCTTGTCGCAGCAACAAGCTTCTCACAGCAACCAGGGTTTCCTCATCATGCGTCGCCTAGTTATGAGCATCAAGGTTTAGTTGGTTTATCTTTGGTAATGGTTCAACAATAGTTGGTTAATCTTCTGACATCAGCACCAAATGCTGCTCTTAGGGCAGCCCTTGGTGCTTCCACAAACTCCACAAATTATGCCCCTTCTTCAGTCTTTCCGATGTATTAGGAGAACCTAGTAACTTCTTTCCTTACCTTAATTGCTACAAATTATTTATCTGGCTCCATGCAAAATTCCATAGGAGTAATTGGAGGGGAGAAATTGAATGGCCAAAATTATTTATCGTGGTCTCAATCCATTAAGGTGGCCTTTGAGGGGCTTTCACAAATTTGGGTACATAACAGGAGAGGTACCGAGACCTAGACCAGGAGATCCCAAGAGCGAATCTGGAAAGGAGAGGACTCTCTTCTTCGGTCTGTGTTAATTAGTAGTATGAAACCTCAAATTGGGGAACCTTTGTTGTATGCCGCTACCGCTCTAGACATATGGGATACAGTTTAGAAGTTATACTCATAGAGGCATAATACATCTCGCCTTTATGCTTTACATAAGCAGATTCATGAGTGCAAGTAGGGGACATTGGATGTTACTTCATATTTTAACAAATTGTCCTTGATTTGGTAGGAGATGGATTTGTGTCGAGAGATTGTTTGGGACTGCCCTTGTGGAGGTGTTCAGTACTCCATAATTGAGGAAGTTGATTGTGTGTATGATTTCCTTCATTGATAGAGGTGTGTTTTGAGGTTTGTCTAGAGGAAGATTGCACAAGTGCAATAGACATCGTAATTTTCCTGCCACTGATTCTGCTGCCTTCAGTGCGAAGTCCTCTAGTTCTGATAGTGATAAGCAAAATGGAAAGCTTGGCCTGGTGTGTGAACATTGCAAGAAACCTTGGCATACGAAAGACAACTGTTGGAAGTTACACGGTCAACCACCAAATGGTAAGAAACATCCGCCAAATGACAAGCATAATTATGGTAGGGCTCTTAGGAGTGAATTTGTCGGAACGTCACACACCTCAACCCCTGCAGGGAATCAAGGTGATCCTGATACTTCTTCTCTTGGATCTATTGCACAATTAGGTAACTCTCAATCCTTCAGTCTTATCAGCATCGATGGGAAGAAACCCTGGATACTTGATTCAGGTGCTACAGACCATTTAACTGGACCTCTAAACATTTTATTTCACATCTTCCCTGTCCAGGCAATGAAAACATTAGGATTGCAGATGGGTCCTCTTGAGGGTCTCACTTTACAGAATGTTCTACATGTGCCTAAGATATCTTACAATTGACTGTTTATTAGTAAGATAACCAGGGATCTACATTGCCAAGCTATCTTCTCACTTGATACTGTTTCTTTTCAGGACTTGAGCTCGGGGAAGATGATTGGCACTGCCCGACATAGTAGGGGACTTTATTTCCTTGATGATGATGCTTCCTCTAGGAATTGTCATAGGGACTAGTTTATTGTCGTTTTATATTTCTACATCTGAAAAAGATTGTATGTTGTGGCACTTCCGTCTTGGCTACCCAAATTTTAAATATATGAAATATTATTTCCTCATTTATTCTCTAAAGTGGATGTCACTTCCTTGTCTTGTGATGTGTGTATTTGTGCAAAACAACATAGAATCTCGTTTTCATCTCAGCCCTACAGGCCTACCTAGTCTTTTACCCTCATTCATAGTGATGTTTGGGGACCCTCGTGGATCTCCACCACTTCGGGGAAATGCTGGTTTTTGTGACCTATTGATGATCATACTTGTCTCACATGAGTCTTTCTCCTTATTGATAAATCTGAGGTCTCATCAATATTTCAACAATTTTACACAACCAGTAAGACAAATCAATGCCAAAATTGCTATTCTGCGTAGTGATAACGGTCGTGAGTTCTTGAATAATACCTTTCATGAATTTCTGTTCTCTAAAGGAATTGTCCAACAAAGATCCTGTGCCTATACTCCTCAACCGAACGTGGTGGCTGAATGAAGAAACCGTCACCTCCTTGAGGTTGCTTGCTCTCTCATGCTGTCTACTTCTCTTCCCTCCTACTTATGGGGGGATGCAGTCCTCATTGTTGCTCATCTTATCAATAGAATGTCATCTCGCGTCCTCCACTTCCAAATGCCTCTCGAATGTCTCAAGAAATTCTACCCTACCACACGACTTGTTCTTGATGTTCCTCTCTGTGTGTTCGGGTGCACTGCCTTCGTTCATGGTAATGGCCCAAACCATACTAAGTTTGCTCCTCGCGCTTAGTCATGTGTTTTGTGGGGTATCCTTTGCGCTAGAAAGGTTATAAGTGTTAGCATCCTCCTTCTTGAAAGTATTTTGTGTCCATGGATGCCATCTTCCTTGAGGACAAACCCGTCTTTCTTGTGGCCCTTTTCAGGGGGAGAGTGTGAGTGAAGAGGCTAACTGACCCATTCTCTTCATTCCTTTAGCTTCTACTGAGCCTCCTGAACCCATCCTCTATGACACCATTCTACCAACCAATCTAAGTCCCTTGGATAACTTACCGACCCAATCAAGTAAATGGTACAACCTACTGCTCCGTCGACTTCCGTCCATGAATCTGAACCAACACAAGCTCAAAGTATGATTGAACTTAATAATAATAACTTTTGTGTTGAGGATGATATTATTGATGTGGTTGAGGAGGGCAGGACTAACATGATACCTCCAGAAGAGAACAGGGTTGCTAGAAATGATGAAACTCTAGCAGAAAAACAGGTGAGTGAGATCAGCCGGGATGACTTAGGCTAAACAGGAAGTTATGATCCCTCTCTTGACATGCCCAATGCCTTGAGAAAGGGTACTAGGTCCTGTACGAAGCACTCTATGTGTAATTACATGTCTTATAGTAATCTATAGCCTAAGTTCAAGGCGTTCATTGCAAGCCTCGATATTGCAACAGTACCAAAGAACATACTTGAAGCTACGGAGAGTCCTGAGTGGAAGACTGCTGTCATGGAAGAAGTGGGAGTACTTGAGAAGAATTAAACATAGGATTTTTGCACTCTTCCTAAAGGGCACAAGATTGTGGGATGTAAATGGGTATTTATTCTAAAATACAAACTAGATGGGACCTTAGATAGTACAAGGGCAGGCTTGTTGGAAAAGGGTTCACTCAGACTTATAAGGTATGTTATTTAGAGACTTTCTCCTGTGGCAAAGTTAAACATAGTCAGGGTTCTTTTCTTTGTTGCAGTGAACAAAGAGTGGCCTCTCCATCAACTTGATGTAAAGAGTGCTTATCCTTCAAAGGATGCAAAGAAGCTGAAGTGTTTTCACTGAAGGACCAGAAGTCAATGTACTATGCTTAGGAAAAGAAGTAACTATTATCAACAAAAAAAAACATCCACCAATGGACAATGCAAAACAACGTCAGATAAGACATCACTTGGATCAAGGCCATTATCAAAATCTGAAGCAGTGTAAAAATAAATCACGTGAAATCGAAATCTTCATCTTTGCTGTAGTAATATCAACATTGTCTATATAAAAAAAAGTGTACATGAGTCCTCCTCCCAGTTTTGAAGTTCAATTTAATCACCTGTAACAATCCCCACGGTGTGTTTCGACAGATTTACCACCTTTGTTAAATCTCAAGGCTTCCCTTAGGGACATTCCCATCACACACTATTTACAAAAAGGTTCGGATCCAGGAAAATTGTTGTGTTGATTGTGTATGTCGATGATATTGTCCTGTCAGGAGATGATACTATTGAGATTACCAGGTTGGAAAAGAAGATGGGTGACAAACTTGAAATCAAAGACCTAGGAAATCTGATCTAGTTCCTTGGGATGGAGGTGGTGAGATCAAGGGAAGGAATCTCCGTTTCACAAAGGAAATATACCCTTGACCTGATAAAAAATACGAGTATGACTGGATGCAGACCTACTGATACTCCTATGGAATTCAATGCGAAATTTGGAAATTTTGTTGAAAAAGTTCCTGTTGGTAAAGAGAAGTATCAGTGTTTAGTGGGAAAGTTGATTTATCTATCCCACACTAGACTAGATATCTTCTATGCGGTTAGTACTATGAGTCAGTTTATGCAGACACCCTATAAAGAACACATGGAAGCTGTGAATCGTATTCTGAGGTATTTGAAAATTACTCTAGGTAAAGGTCTGATGTTTAGGAAAACTGGCAGAAAATGTATTGAGGCTATACCGACTCTGATTGGGTAGGATTAGTTACTGACCGAAAGTCCACTTCGGGATACTGTACCTTTGTGTGGGGTAACCTTGTTACTTGGAGGAGTAAAAAGTAGAGTATTGTTGCTAGGAGTAGTGTTGCAACTGATTACAGAGCTATGAGTTTGGGAAATCTGTGAAGAGATCTAGCTGCAGAAAGTTTTGTCTGATCTTCACCTGGACAGTGAGTTACCTATGAAGCTCTTATGAGATAATAAAGCTGCTATAGGCATAGCTAATAACCCAGTTCAATATGACAGAACGAAACATGGAAGACTGACATACATTTTATAAAGGAGAAACTTGTTAATGACTGTATTTGTATTCCGTACATTCCGTCCAATCAGAATTGTTGATGTTCTCACCAAAGAATTACTCAGACAGAACTTTGACACTTGTGTTAGTAAGATGGGTCTAATTGACATCTACGCTCCAACTTGAGAGGGAGTGTTGGAAATAAGGGGCTAGTTGATAGTTTATAGCCTCAAGGATATTTTTGTAATTTATTGTACCCTAGTTTTATTTCCTTACTTGTTAGGGCTTGTTGTAGCCTACATATATTCTTCCCCCTTATTAGAAAATGATAAGAGCGACTTCTATCGTGTTTTTTTCCTCCCTATACTAGGGCTTTCCATGTATACCTTGTGTTTGTCTTCTTCCTCTTTTCAATAATTAACATTCATACAAGATTTGCACACAAACTATTATCTCATCTTCCTCCCCTCCCGTCCACCATTGATAGAAAAACCTTCTCTTTAGAACTCTCTGACAGCAGCTTTTTGGCATTGCTCCCAAAAGACCACTAATAAAATAAATTTCTACAACTCTAATCTGTGCTACCAACTACAATGTAGTATAAGTGGCAAGATCGGGTTGTCTTCACAAGCTAGGACAATTCTAGCAACACTTGAATTTAGAGATGCCACAGAGGGGTTGTGTTTGAGTTTATAACGAATTTAAATGGTTGAACTAAGATTGTATAAAAATAAAGCGGGATTGAAATGGTTGATTTGAATAAAAAGGTCTAGCTTAGAGATTCAGAATCCACCCATTGATATGGTTGATCATAGACTTCTAAAACATGAATTGGTTTGCTGATTTAGTTCTTAGCTCATGAACTCAAGAAGCCCTAAGTTACATGCCGTAATATGTCAACTAATGACTTAATCAACCTAGATGCTCAAGTAATTAGGTCCAATAAGTGTCCATATTAATCAAGCAACCACATTAAGCAAGGTAATCTAGCTAAGTTGATTCAATAACCAGAAAGCCCTTAGTTGCTAATCTATTAGTTCTTGAAATTAATTAATCATGCAATATGTCTTGTGAATAGATTATTCTGAACAACCAAACATCCACAACCAAGCATGCTTTAATCAGTACTCTTGAAATAATGAAATCAAAGATGCATAACAATGGCAATCAAAGAATAAATGAGAGTTGGCCAAGAACTCATACATTCAATGCATACACATTAAGCATTCATTCAAGAATAGTACAATATCAGCACAAGTAACATTAAGAGCTAAAATGAAAATCTCATAACCCAGGTTTCAATCCTTCCCTAAGCTAGAATATACTCATCTAGCCACTCATAATGTGGTAGGAAGAATCTTTGAGATGAAAATAAATGCAATTCAAGTAGATTTAGCTGGGAATAAGAAAATACAAAGAAAATGGTTGTGGAGGCTGCATTTGAGGATGACCTAATCGGGCAAATTGTATTTATAAAATTGTCCTTGGTTCAAATTGTTTGATTCTGTTTTTTTCTTGTGGTTGAGGTTTGTGGTTGGATCAGGGGTCTTTCTTGAGCTTGTTTCTATTTTGAGAGTCTTTGTTTTAGATGCTGGAATTTTTGTTTGAAGGGAAGGTTAAAGCTTCAGTTTTCAAATTTACAGTAGTATCACTTGGGGCAACATATTATATTCGCTCACAGTTGAAGATGGTCCCAGTTTGAGCATTCATTGATTTTGCTAGCTTAGATAGTGCCATTGGGAATATTCTCAAGTTGTTTAGTCTGTTTTTGGCAGTTTTGTCCAGAAAGGTGGATCAAAGGGTCTTTCTTGGCTTGTCGTTTGACTTGACAGTTCATGTTGAAGTTGCTTGGTTTAATTTTTTCTTGAGATGCACTCTCTTCAAAGATTTTGCTGTTTTCTCCATCCAAGACTTAAGTCTTAACTTGATTGCTTTATTTTTCCAAATTACTGTTAATTATTTGAATTGTATTGTTGTATCTTAGTATTTTCTTTCTATTCCTTTGTCCCTTGTTGTTGGTAGCTTGTTCTTGTATTTGGTATTGCTAAGATTGCTATGGGGATGTTAAACTTGTCGAGATGCTAGGGTGCCCTTGTTGATCCTCTAGCTCTTTCTACTATTGTATTTTTGTTTGTACTTTGAGCACTAGTCTCATTTCATTAATTAAATGAATATGCTTATTTCCATTTCAAAAAAAGAAAAAGAAAAAGAAAAAAGAAGAAGAAAAAAGAAGAAAAAAGAAGAAGAAAAAAGAAAAAGAAAAAAGAAAACTGGCTTGGCGTCGCAACGCTGCGCGCACGTCCATTTCGTCTATCGAGTTTCGAGCACCAAGATGCTCCAAGATAACTCCGCGATGCTACACCATATGCAAGCTACTACCTTCAAGCATTGAGCCCAACGCATAGGGAGGTTAGCTGTGCTTGGCCAGGGGCAATTTTGGCCATTTTGTTCTTTCCACAATTGATGCTCTAGAGCTCCGTTTCGATTAATTTTTCATCCCGTTTTGGCTCCAGTGGTCTATTCTACCTTCTAGTTGCTCGAAACCTATAAAATACAATAATAAACACGCAAAGTCTAAGAACGAGCCTGGATTAAGCTAGGGAAATTAGCACTTTTCGAGGGCTAATAATCTCCCATGGAATTAGGACTGAAACATCTAGGGACAAGTCTTTCACTCTCTTAAAAAAGAATCCCTCACGTGGTTGCACTCAACCTTGTTTTCCTTGATTGAAGCTCCTTTGAATCAAAAGTTCTTCATCAGGTCTTGCTTGAATGAATATGATATATGGGTGGAAAAAATCGCTAATTGAAAAGGTCATTTTACTGAGATGCCAAGCTCAGAGTAAATGAAGGGCTTAACAAGTTTATTTTGCCAAGCAGAACCAACAAGAATTGCTGGAAAGGATTTTTCGGGCTGCTCCCACCAACAAACAACATGCCATTTCTAGTTTAATAACACTGTTTTACAAAGATGCACTTTTCTAGTTTAACAACACTTTCTTACACTGTTTTACAAACAACTCATCCTTGTTCTTCAGAAATTGTCTCACCTATATCTTCTCTTTCCCAATCTGGAAAGCTAGCTACTTTCTACCCTGAAAAAGCCATCACTATTATCAGACACTTCCACGATGATTGGTTTGACATTCTTAGGGCTCTACAGCTGGAAGTAGCTGACTTCGGATCCCCCAACCCACTACAAGCACACAAGGCCATCTTAGCTATAGAAAACAAAGAACAAGGTAAGATTTTGTGCAATCTCAGAGATTGGTACAAGTTTGGATCTTTCATGGTGAAATTTGAACCATGGGGCATTTAGGCTTGCTACAAAGAACAGAAGGTGACCTATGGAGGTTGGATCAAGGTTAGAAATTTACCTATTGACAGATGGTCCTATGAATCTTTTAAACACATTGGTGATCTTGTGGGGGTTTCTTGGAAGTGGCTACAAAAACTCTATCTCATCTGGATATGATGGAGGCTTGTATAAAAGTGAGGGAAAATCATTATGGTTTCTTGTCGGCCTTTGTTCATCTTCCTCCATCTTCCTCAGAACCAATATAAGCCACCTATCACAACCCTTCTCCCCCCATCTTTCCACCTTCCCACCACCATCTTTCTTCTCCACCACCCTTGATCAATAACCCATCCGTTTCCAACCCACCTCTTCCCCTTGATTTTAGGGAGCTTTGGTCTTTTGTCTGTTTTCATGTTTCCATTTGGGCTTTGATTTTGATGACCTTTTGTAATTATGCTATAGGCATGATATTACTTAGTTGGGATCTCTTCTTGTAAAGGGAGCCCCTTTCCTTTCGGTTTGGTTTATTGTATGCCGGTATTCTTTTTCATTTATTCTGAATGAAAGCTTTTTATTTTTTAATAAAAAAACCCATCCCTTCCCCTTTCTTCTTCCGCACCTGGCCACCTTAATCGGATACTCCTTTACCACCTCCTTTGGATATTCCGTTACCCAATCCAAACCCTCTTCCTGGCCGTGCACCCACAAGAAGCAACAATATTGATCCTCCCTTCCATCCAAAGCATACCATTTTTCACCCTGACACCAAGCACTCCACAACCATTATAGCACTGCCGTTGGATGCTGACTTGGAAGCTTATCTCTCTAGCCCCATGCCTTGCTCACCTTCATCACACCAGGAATACATAGGAGGAAATTTGTATGATTATTTTCATCAACGTAGTTTTGAGCCTATCAACCCTACTCCTCATTTGATGGCATTGGCTCTGTGATTTAGAAATCTTGGCCTCTGTATAAAAGTGATCCCTACTAGCAAACATTCCAACCAATTATCAACTAAGAAAAAGAAAAAATTGAGAGAATTTTGAAATCTAGAGAATTCTATCTCATATAGCAAAAAACAAAAGCTTCGCTTAGAGAGGGTTCTACATCAGCATGAGTCTGTTTTGTCATATCCGAATTATTGGTTTTGTTGAGGCTTCCATCATATTATCATTGATCAATCATCTGCAGTTTTAACAAAGCCAAATTTTCTTTTTTGGATATGCACCATTCTCGAGCCCCTTTTTTATGGTTTGTTTATGGGCTCTTTCTTATTATTTTGGTCTTCTTTGTAACTGAAATGCGGGTTTATTTGAGCAGACTCAAACTGATGTAGAATCTTTTCTCTAAGTTGTGCCTTTTTGACATAAGAAATAGAATTTTCTAAGTTTTGAAGCTCTTTCAATCCTTATTTCTTTCTTTGTTGATAATCGGTTGATCACCTTTATGTAAAGGCCAAGATCTCTAAACCATGAAGCTAAGGCCATCAAATGAGGAGTAGGGTTGAAAGGTGCCAAACTATTATAAGGAAAATATTTGACAGTGTGGGGTTCCATCTCAAAACCAATTGGTGATAAGAGGAGTAGTCCATCTATCTTATAAGGAGTGTGAGTCCCCTTGGTTTTTCCAATGTGGGATTCTCAACATCTTAACAGATAATAGTCATACCATTTTTCTCCAATGTGATCATGGTGTGGAGGAGGCATTTCATGTCGGCTTCTGATGGCAGTGCAACAATGTCTCTCTGTGGAGTGTTTTGTGCTAGGGTGAAAGATAGTTGTTTGGTAGAGGTAGATGGTTCATCGATATTGTTGCTTCTAAAGGAAGGGTTTGTGCTGGCAACTGAAGGAAGATTTTCCAATGGGGGTGGGGGGAGATGGATTGGTATCAAACAGACGATTTCCTAATGGCAGGAGGAAGAATCATGGGATGGGTTGGTGTTTTGATGGGCCGGTGACCAAAGGTAGGAGGAAGAGAGATGAGATGGGTGAAGGCAAATTTAATTATATATCATCTAACACCCCCCTTGTGTTTTTTTGCTCTTAGTATAATACTCTTGTTTTTTGAGCTTAAAGTCTGATTTATTTGTTTATGTTTAAAAAAAAACTCCCTCACTTGTGGGCTTGAAATATGTGAAAGGCGCTACAAGTGGAAATGAATATTAGTTGGGCTTGAACACAAGATCTCTTTGAACCAACTTCCTTTGATACCATGAAGATTTGAGTGAAATAAAATATTTTGTATTTCAATGCATAATTGTTAGATACGTAGCCTTCTTATATAGGAAGAAAGGTTCAATAAAAACAAGGAAAGAATTACAAAAAGAACAAAACGAGATCTTTGTGATTTTACATGTCCCATAAAGTTGTTGCACTTCGGAACCAAAGCACAGTTATTTTTTTTCAAATATAATTGATTCTGTCGCAGCTTGTCGAAAACCATTCGAAGATGAACCTGGTGCTCTTCTAGACTGTGATTGTAAATGTCAATGTTATCAAGATAAACCACCACAAACTTATCAAGGTACTCATGGAATACCTAGTTCATCAAGGTGCAAAAGGTCGCAGGGGAGTTTGTGAAAACCAAATGGCATTGCAAGGAACTTGAAAGCCCTATACCTTGTCATGCAAGTAGTCTTTGGCTCATCCCTTTGTGTTATACGAACTTGATAATAGTCTAACTGAAGATTGAGCTTCGTGAAATACCGAGCTCCATTCAGTTGCCCAAACAGATCGAATATGATCGGGAGCGGATACTTTTTTCGAACAGTGACTTTTTTAGAGCCTGTAGTCAATATATAGTCGGACCGTCCCATCTTTCTTCTTCTAGAACAAGACGGGCCCATAAGGCACTTTCGCAGGGTGAATGAATCCGACAGTCAGTAACTTGTCAATTGTTTTCTGAGTTCGGCAAGCTCAAGCAAAGCCATTCAATATGCATTCTTTGCTAGGGGTTTGGCTCTCAGAACTAATTCGAATCTCGTGGTTGATTCCCCATCGAGGGGGAAAAGTTTTTGGCAAACTTGGCGGAATAACTTCAACATACTCATTTAGATCTTTTTGGATTTCCATTGGAACAGACTCAGATTCAGTAGGCTCATCCACCATTAGGATAGCCATAAATGTGGGCTCCTATTTGCTGAGTCCTTTCTTCAACTGTTAGGTTGCTTGATTTTAGTTGGGACATTGTTGTTTGTGATTATCATACATTTGGCCAAAGGCATAGGGATGACTTTATGTTCTAAGAGGAACTGGGCCTTGTCTGATTCAAGCTTGATTGATTCGATCCTCAAGAAGGACCTGTACTTGTGGTCTGGGGTTTCTTGTCGTTTTCGAAGTTCTCTGGGGGACTAGGCTTGTAGGCCTTATTCTCAGGTTCGATGTTGGTGCATTTCTCTTTTGGGGGGTTGATTGCCATTGTAGTATAACCTCTCTGCAACAGCAAGAGCGGAGAAAAGATCTTGGACTTTCTGTCATATAGTTTAGTTTTGGCCCACGGTTTGTGCCCTTCCACAAAACATAATACTTTATCGTTCTCGGACAAGTCTTAGATTCCCAACATAACAACAAAAAACTATTTAACATAAACCTTGATGGTTCCTCTATGTTTAAGTTCACACAGTTTTCTTTCTACAATAAATTCAACATTCTCGGGGATGAACTGAGCCTTAATTCTTTCTTAAGGTCTTCCCACTTATCAATGACACATTGAACATTTTGGATGTCATACACTTTGGACCTCCACCACTGCTTTGCATCATTAGGTAGATGCATGGAGGTTAACGTTACTTTAGTTTCTTCGAAGAAAGTTCCACTGGCTTTAAAGTATTGTTCCATATCGAACATGAAATTTTCCAGCTCTTTGGCACCAAAGTTCCCATTGAAGGCCTTGGGTTTTGGGATCTTGAACTTGTTGGGAACAACACTCGCTTGATTTGGGTCTGGTTCCCCACTGCTCGCATCGTTAAGTTCACTTGCATCTTCATCTCAACCATCTCAACTTTGATGGTCTTTATAGTTGCTCTAAAGTCGTCAGATAGGTCATTGAACAACTTTATCCGACATTGAACAACTTGAGCATAGTCTTTTGGGAATAGTCTAGCTCATTGACGCGCTCTTCTATGTGTGCAATAGATCTCGTGAAGCTACCCCATGCCCAAAACTACCTGGCTGTGTAGCTTTATGTTCTAGCAAATCAACCTTCAACTTCAATTTGTTTATCGGTAGCCATCTATTCGGTCATTCAGTGCATCTAATCTTTCCACCTTTTCATCCAAACCATCTAGTCGGGTTTAAATGAATCTCACTTCATTTGGCAATTTTTTCAGATACAAGACCTCTTCAATCCTGATCAGTCGCTCAGACTGCGACTTCGACAATTGTTTCGTTGTCGACATGATTGTGTCTCTCTAGCCTAGGAGTTAACAAAAGCTATGATACCACTTGTGGACAGCTGTTTCGTTGTTGACATGATTGCGTCTCTCTTCTGGCACTTGGTCTCAATCGATGAGCAGGTTAGTCGTACAAAATCTGAAAGTCGTGGACAATTCGTATATGATGTAGTCTCCACTCACGTTTTGTGAGAAAATGTTTTTGTATAACTTAAGAGAAGCATTGAAAACATCATTAAAGAGCATCGAAGACTGTCAATAACAAGAAAGCTTGGTTTGTAAAGAGTACAACAAGGGGGGTTTGACTAATGTGTTCCCCTATAATACATTTTAAACAATTTTAAATGTGACAAGGGGGGTTTGACTAGTGTGTTCCCCTATAATACATTTTAAACAATTTTAAATGTGACTAGCTATCATATGGAAGATAGTGAGCGGTCACTTGAAGAAAAAACAAGAAAGAAATGAAATCAACATGCTAAACTAAGTACGAAGCATAAGCACAAGGTGGTTGAAGATAGTTGTGGGCATGCGGCCATAGGCAACTCGTCCTTGGCTATCTTTTCGTGTCGCAAACATCTCCTTGGCTAGAAACGGACTGTAGCTATCCATTTCATTTTCTTCAGAATTATTATTAGTGGGCATGAGGCATATGGTCGCTTTGGTTTATTTTATTTTATCTATTTGTTAGATTTCTACCTTTTATTTTGTTGTCTCTTGTTTGCCACATAATTTATAGTCACCCTGGAGCTTATTTGTTGATTTCAGGGACCTAGAAAGAAAATACTTCTTGCTATTGCTCCACGTTCCAAGCGACAACCTTGACGATAAAGCATCTCTTTCATTGGCTGGTTTAGTTCTGACCCTGATATTTTGAAGACTGAGACTCATACCGTATGTTCCTTAGATGTTAGTGGTAAGAGAATGGTTCTTGGATCTGTCCTATCTTTTTCTTTCTGTTTTTTTTTCCTTAACAATCCAACAACATTCTTATATAATGCTGGGGGCATAACTTTTGTTTGCACTCCCATTCAGATACATTTTTGCAAAGTCTCAGAATACCCATATATGATAAAGTCTGGTATAACAATAGTGTCTCAAATTACAGCGAGGGTTTATGTTGAGAGAGATTTGTATATTTCCAAATGCTTAGTCTACACATTCTCCTAGTGAAGGACAAAGCCATTCAAAATTTGCGAATTTGCATTGGGATTCAGCTATTCTGATGTGAGCTTGGACTTTGGATCACATAGTCCATGCGGAAGAGGATTTGTTTCTAAAAAAACCACTTTATTATGCATTTTGAACACGTTAACACTTGGTTATGTGTTTTCTTTTATTACATGTTTTCTTTGGGTGGAAAGCGTATATAATTGGGTTTTTAACCATTAGTTTTTCTTCTGATTGTATAAT

mRNA sequence

ATTTTTCTCCCTTGAAAAAAATTCAATTTCCCTTTGCTTTCTTCTTCATCGTCCTGACTTTTCATTCCGTTGTCAATAAAGCCATCTTCAGTACAATTTGGGAGTTAAACCCCAGCGCTCTTGTTGGATGTTCCTATTCAACCATTCCAATTCGATCCTAACCCCACTCTCTCTCTTATTCGTATTTTCATTTCGATCCGAAGCCAACGTTTTTCCTGCTAGGGTCCTTCGGGGGTCTAGATTTTCTTCCGAGATTTGGGAGCTTTCAAAACAGCTTAATCTGTCTGCTATTCTTCTGCCAATTCTTCGTGTTCAGTTTAGGGATTCTGTACTTGCTCATCGGCCATGCTCTTCAACGAATTAGCGAGTTCTTGACAGCATAAGGGCATATCTTTCTCCTGGGGTTTCTGATTTCAACATGTCAGCAGCTTCAAGGGGTAGAGTTACCATTACACTCGGCCGTAGCGGACAGGTAGTAAAAAAGGCCGGCCCAGGGACTGATGTTTCCGTCTCTGATTCTTGGCCTGTATCTGGAACTAAGCGGTCTGTAAGAGATAGGTTGGGAAGTAGCCCTGATAGTGATCTGTTTTATGGAAGCCAACTCAATAACAAACGATTGCGAGGAGATGATGGGATGTCAAATTGGAGTTCTAATGGCGGGTTGGATGTGCCACATATTGGTAAAGATGACCTTCGGTATAAACTCTTGCAAAAAGATGCATTCAGACGTGCTCAAAGAAATGATAAGAAGTGTTTAGATCTTCGGGAGAAGCTACCAAAGGCAGATCAAGCTCCTATACGACATCGTAATCCACCATTGCATAATACACATATCTTACGCCGAACCCCTTCAACTAGAAGTGCAGATGACTTACCTCAGAAGGACTCGTTAGGCAGTTCTTATTCCCCATGGACCATGGATAATTTGAGACAAAGATCACCTGCTAGAATTGTAGAATCGTCGAGGCACTACTCTCTACAAAGAGATGATGAGAAACTTCAGAGAAGGCCAGCTAACCTTTCATTTGAGACTGCAAGATCAGTCGGCTATGTAGCCAAAGATGTTCACAATGCTTCAGGTTCTGTTAGTACTGCAACGTATGTGACGAACTCTCTATTGCCCCCTACATCTGCAAAGCCTGTGGCACCGGTTGTACCATTACATCCTCCGCCAAGCGGCATTGCACACAAAACTCTCTATCCCGGCGACGAACTTCAAACTATAGATGGCCTGTTGCAGTCTCTAGGATTGGGAAAATATTCCATTCTTTTTAAGGCTGAGGAAGTTGATATGACTGCCTTGAAGCAAATGGGGGAGAATGATCTCAAAGAGCTTGGAATACCTATGGGACCTAGAAAGAAAATACTTCTTGCTATTGCTCCACGTTCCAAGCGACAACCTTGACGATAAAGCATCTCTTTCATTGGCTGGTTTAGTTCTGACCCTGATATTTTGAAGACTGAGACTCATACCGTATGTTCCTTAGATGTTAGTGGTAAGAGAATGGTTCTTGGATCTGTCCTATCTTTTTCTTTCTGTTTTTTTTTCCTTAACAATCCAACAACATTCTTATATAATGCTGGGGGCATAACTTTTGTTTGCACTCCCATTCAGATACATTTTTGCAAAGTCTCAGAATACCCATATATGATAAAGTCTGGTATAACAATAGTGTCTCAAATTACAGCGAGGGTTTATGTTGAGAGAGATTTGTATATTTCCAAATGCTTAGTCTACACATTCTCCTAGTGAAGGACAAAGCCATTCAAAATTTGCGAATTTGCATTGGGATTCAGCTATTCTGATGTGAGCTTGGACTTTGGATCACATAGTCCATGCGGAAGAGGATTTGTTTCTAAAAAAACCACTTTATTATGCATTTTGAACACGTTAACACTTGGTTATGTGTTTTCTTTTATTACATGTTTTCTTTGGGTGGAAAGCGTATATAATTGGGTTTTTAACCATTAGTTTTTCTTCTGATTGTATAAT

Coding sequence (CDS)

ATGTCAGCAGCTTCAAGGGGTAGAGTTACCATTACACTCGGCCGTAGCGGACAGGTAGTAAAAAAGGCCGGCCCAGGGACTGATGTTTCCGTCTCTGATTCTTGGCCTGTATCTGGAACTAAGCGGTCTGTAAGAGATAGGTTGGGAAGTAGCCCTGATAGTGATCTGTTTTATGGAAGCCAACTCAATAACAAACGATTGCGAGGAGATGATGGGATGTCAAATTGGAGTTCTAATGGCGGGTTGGATGTGCCACATATTGGTAAAGATGACCTTCGGTATAAACTCTTGCAAAAAGATGCATTCAGACGTGCTCAAAGAAATGATAAGAAGTGTTTAGATCTTCGGGAGAAGCTACCAAAGGCAGATCAAGCTCCTATACGACATCGTAATCCACCATTGCATAATACACATATCTTACGCCGAACCCCTTCAACTAGAAGTGCAGATGACTTACCTCAGAAGGACTCGTTAGGCAGTTCTTATTCCCCATGGACCATGGATAATTTGAGACAAAGATCACCTGCTAGAATTGTAGAATCGTCGAGGCACTACTCTCTACAAAGAGATGATGAGAAACTTCAGAGAAGGCCAGCTAACCTTTCATTTGAGACTGCAAGATCAGTCGGCTATGTAGCCAAAGATGTTCACAATGCTTCAGGTTCTGTTAGTACTGCAACGTATGTGACGAACTCTCTATTGCCCCCTACATCTGCAAAGCCTGTGGCACCGGTTGTACCATTACATCCTCCGCCAAGCGGCATTGCACACAAAACTCTCTATCCCGGCGACGAACTTCAAACTATAGATGGCCTGTTGCAGTCTCTAGGATTGGGAAAATATTCCATTCTTTTTAAGGCTGAGGAAGTTGATATGACTGCCTTGAAGCAAATGGGGGAGAATGATCTCAAAGAGCTTGGAATACCTATGGGACCTAGAAAGAAAATACTTCTTGCTATTGCTCCACGTTCCAAGCGACAACCTTGA

Protein sequence

MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSSPDSDLFYGSQLNNKRLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQKDAFRRAQRNDKKCLDLREKLPKADQAPIRHRNPPLHNTHILRRTPSTRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIVESSRHYSLQRDDEKLQRRPANLSFETARSVGYVAKDVHNASGSVSTATYVTNSLLPPTSAKPVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMGENDLKELGIPMGPRKKILLAIAPRSKRQP

Homology

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BLAST of PI0022833 vs. ExPASy Swiss-Prot
Match: Q9Y6Y8 (SEC23-interacting protein OS=Homo sapiens OX=9606 GN=SEC23IP PE=1 SV=1)

HSP 1 Score: 52.8 bits (125), Expect = 8.8e-06
Identity = 24/52 (46.15%), Postives = 36/52 (69.23%), Query Frame = 0


Query: 265 ELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMGENDLKELGIPMGPRKKI 317
           E+ T+   L++L L +Y   F+ E++DM +L     +DLKE+GIP+GPRKKI
Sbjct: 645 EVLTLQETLEALSLSEYFSTFEKEKIDMESLLMCTVDDLKEMGIPLGPRKKI 696

[Close]

BLAST of PI0022833 vs. ExPASy Swiss-Prot
Match: Q6NZC7 (SEC23-interacting protein OS=Mus musculus OX=10090 GN=Sec23ip PE=1 SV=2)

HSP 1 Score: 52.8 bits (125), Expect = 8.8e-06
Identity = 25/53 (47.17%), Postives = 36/53 (67.92%), Query Frame = 0


Query: 264 DELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMGENDLKELGIPMGPRKKI 317
           +E  T+ G L++L L  Y   F+ E++DM +L     +DLKE+GIP+GPRKKI
Sbjct: 640 EEPLTLHGTLEALSLFDYISTFEKEKIDMESLLMCTVDDLKEMGIPLGPRKKI 692

[Close]

BLAST of PI0022833 vs. ExPASy Swiss-Prot
Match: Q99MQ1 (Protein bicaudal C homolog 1 OS=Mus musculus OX=10090 GN=Bicc1 PE=1 SV=1)

HSP 1 Score: 50.8 bits (120), Expect = 3.3e-05
Identity = 26/57 (45.61%), Postives = 38/57 (66.67%), Query Frame = 0


Query: 272 LLQSLGLGKYSILFKAEEVDMTALKQMGENDLKELGI-PMGPRKKILLAIAPRSKRQ 328
           L   LGLGKY+ +F+ +E+D+     + + DLKELGI   G R+K+LLAI+  SK +
Sbjct: 883 LFSKLGLGKYTDVFQQQEIDLQTFLTLTDQDLKELGITTFGARRKMLLAISELSKNR 939

[Close]

BLAST of PI0022833 vs. ExPASy Swiss-Prot
Match: Q9IA00 (Protein bicaudal C homolog 1-A OS=Xenopus laevis OX=8355 GN=bicc1-a PE=2 SV=1)

HSP 1 Score: 50.1 bits (118), Expect = 5.7e-05
Identity = 25/57 (43.86%), Postives = 38/57 (66.67%), Query Frame = 0


Query: 272 LLQSLGLGKYSILFKAEEVDMTALKQMGENDLKELGI-PMGPRKKILLAIAPRSKRQ 328
           L   LGLGKY+ +F+ +E+D+     + + DLKELGI   G R+K+LLAI+  +K +
Sbjct: 870 LFSKLGLGKYTDIFQQQEIDLQTFLTLTDQDLKELGISTFGARRKMLLAISELNKNR 926

[Close]

BLAST of PI0022833 vs. ExPASy Swiss-Prot
Match: Q5U4T7 (Protein bicaudal C homolog 1-B OS=Xenopus laevis OX=8355 GN=bicc1-b PE=2 SV=1)

HSP 1 Score: 50.1 bits (118), Expect = 5.7e-05
Identity = 25/57 (43.86%), Postives = 38/57 (66.67%), Query Frame = 0


Query: 272 LLQSLGLGKYSILFKAEEVDMTALKQMGENDLKELGI-PMGPRKKILLAIAPRSKRQ 328
           L   LGLGKY+ +F+ +E+D+     + + DLKELGI   G R+K+LLAI+  +K +
Sbjct: 877 LFSKLGLGKYTDIFQQQEIDLQTFLTLTDQDLKELGITTFGARRKMLLAISELNKNR 933

[Close]

BLAST of PI0022833 vs. ExPASy TrEMBL
Match: A0A1S3CPI7 (uncharacterized protein LOC103503334 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103503334 PE=4 SV=1)

HSP 1 Score: 624.8 bits (1610), Expect = 2.1e-175
Identity = 319/328 (97.26%), Postives = 323/328 (98.48%), Query Frame = 0


Query: 1   MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSSPDSDLFYGS 60
           MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSS D DLFYGS
Sbjct: 1   MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSSSDCDLFYGS 60

Query: 61  QLNNKRLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQKDAFRRAQRNDKKCLDLREKLP 120
           QLNNKRLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQK AFRRAQ ++KKCLDLREKLP
Sbjct: 61  QLNNKRLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQKGAFRRAQSDNKKCLDLREKLP 120

Query: 121 KADQAPIRHRNPPLHNTHILRRTPSTRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIVE 180
           KADQAPIRHRNPPLHNT+ILRRTP+TRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIVE
Sbjct: 121 KADQAPIRHRNPPLHNTNILRRTPTTRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIVE 180

Query: 181 SSRHYSLQRDDEKLQRRPANLSFETARSVGYVAKDVHNASGSVSTATYVTNSLLPPTSAK 240
           SSRHYSLQRDDEKLQRRPANLSFE ARSVGYVAKDVHNASGSVSTATYVTNSLLPPTSAK
Sbjct: 181 SSRHYSLQRDDEKLQRRPANLSFENARSVGYVAKDVHNASGSVSTATYVTNSLLPPTSAK 240

Query: 241 PVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMGE 300
           PVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMGE
Sbjct: 241 PVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMGE 300

Query: 301 NDLKELGIPMGPRKKILLAIAPRSKRQP 329
           NDLKELGIPMGPRKKILLAIAPRSKRQP
Sbjct: 301 NDLKELGIPMGPRKKILLAIAPRSKRQP 328

[Close]

BLAST of PI0022833 vs. ExPASy TrEMBL
Match: A0A1S3CPG7 (uncharacterized protein LOC103503334 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103503334 PE=4 SV=1)

HSP 1 Score: 620.2 bits (1598), Expect = 5.1e-174
Identity = 319/329 (96.96%), Postives = 323/329 (98.18%), Query Frame = 0


Query: 1   MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSSPDSDLFYGS 60
           MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSS D DLFYGS
Sbjct: 1   MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSSSDCDLFYGS 60

Query: 61  QLNNK-RLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQKDAFRRAQRNDKKCLDLREKL 120
           QLNNK RLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQK AFRRAQ ++KKCLDLREKL
Sbjct: 61  QLNNKRRLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQKGAFRRAQSDNKKCLDLREKL 120

Query: 121 PKADQAPIRHRNPPLHNTHILRRTPSTRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIV 180
           PKADQAPIRHRNPPLHNT+ILRRTP+TRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIV
Sbjct: 121 PKADQAPIRHRNPPLHNTNILRRTPTTRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIV 180

Query: 181 ESSRHYSLQRDDEKLQRRPANLSFETARSVGYVAKDVHNASGSVSTATYVTNSLLPPTSA 240
           ESSRHYSLQRDDEKLQRRPANLSFE ARSVGYVAKDVHNASGSVSTATYVTNSLLPPTSA
Sbjct: 181 ESSRHYSLQRDDEKLQRRPANLSFENARSVGYVAKDVHNASGSVSTATYVTNSLLPPTSA 240

Query: 241 KPVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMG 300
           KPVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMG
Sbjct: 241 KPVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMG 300

Query: 301 ENDLKELGIPMGPRKKILLAIAPRSKRQP 329
           ENDLKELGIPMGPRKKILLAIAPRSKRQP
Sbjct: 301 ENDLKELGIPMGPRKKILLAIAPRSKRQP 329

[Close]

BLAST of PI0022833 vs. ExPASy TrEMBL
Match: A0A5D3DIL1 (Protein bicaudal C-like protein 1-A-like isoform X2 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold278G00450 PE=4 SV=1)

HSP 1 Score: 587.4 bits (1513), Expect = 3.7e-164
Identity = 300/310 (96.77%), Postives = 304/310 (98.06%), Query Frame = 0


Query: 1   MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSSPDSDLFYGS 60
           MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSS D DLF GS
Sbjct: 1   MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSSSDCDLFCGS 60

Query: 61  QLNNKRLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQKDAFRRAQRNDKKCLDLREKLP 120
           QLNNKRLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQK AFRRAQ ++KKCLDLREKLP
Sbjct: 61  QLNNKRLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQKGAFRRAQSDNKKCLDLREKLP 120

Query: 121 KADQAPIRHRNPPLHNTHILRRTPSTRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIVE 180
           KADQAPIRHRNPPLHNT+ILRRTP+TRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIVE
Sbjct: 121 KADQAPIRHRNPPLHNTNILRRTPTTRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIVE 180

Query: 181 SSRHYSLQRDDEKLQRRPANLSFETARSVGYVAKDVHNASGSVSTATYVTNSLLPPTSAK 240
           SSRHYSLQRDDEKLQRRPANLSFE ARSVGYVAKDVHNASGSVSTATYVTNSLLPPTSAK
Sbjct: 181 SSRHYSLQRDDEKLQRRPANLSFENARSVGYVAKDVHNASGSVSTATYVTNSLLPPTSAK 240

Query: 241 PVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMGE 300
           PVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMGE
Sbjct: 241 PVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMGE 300

Query: 301 NDLKELGIPM 311
           NDLKELGIPM
Sbjct: 301 NDLKELGIPM 310

[Close]

BLAST of PI0022833 vs. ExPASy TrEMBL
Match: A0A5A7TC53 (Protein bicaudal C-like protein 1-A-like isoform X1 OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold262G00230 PE=4 SV=1)

HSP 1 Score: 582.8 bits (1501), Expect = 9.0e-163
Identity = 300/311 (96.46%), Postives = 304/311 (97.75%), Query Frame = 0


Query: 1   MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSSPDSDLFYGS 60
           MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSS D DLF GS
Sbjct: 1   MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSSSDCDLFCGS 60

Query: 61  QLNNK-RLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQKDAFRRAQRNDKKCLDLREKL 120
           QLNNK RLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQK AFRRAQ ++KKCLDLREKL
Sbjct: 61  QLNNKRRLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQKGAFRRAQSDNKKCLDLREKL 120

Query: 121 PKADQAPIRHRNPPLHNTHILRRTPSTRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIV 180
           PKADQAPIRHRNPPLHNT+ILRRTP+TRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIV
Sbjct: 121 PKADQAPIRHRNPPLHNTNILRRTPTTRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIV 180

Query: 181 ESSRHYSLQRDDEKLQRRPANLSFETARSVGYVAKDVHNASGSVSTATYVTNSLLPPTSA 240
           ESSRHYSLQRDDEKLQRRPANLSFE ARSVGYVAKDVHNASGSVSTATYVTNSLLPPTSA
Sbjct: 181 ESSRHYSLQRDDEKLQRRPANLSFENARSVGYVAKDVHNASGSVSTATYVTNSLLPPTSA 240

Query: 241 KPVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMG 300
           KPVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMG
Sbjct: 241 KPVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMG 300

Query: 301 ENDLKELGIPM 311
           ENDLKELGIPM
Sbjct: 301 ENDLKELGIPM 311

[Close]

BLAST of PI0022833 vs. ExPASy TrEMBL
Match: A0A0A0KNG4 (SAM domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_5G481620 PE=4 SV=1)

HSP 1 Score: 581.3 bits (1497), Expect = 2.6e-162
Identity = 296/310 (95.48%), Postives = 302/310 (97.42%), Query Frame = 0


Query: 1   MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSSPDSDLFYGS 60
           MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSS DSDLFYGS
Sbjct: 1   MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSSSDSDLFYGS 60

Query: 61  QLNNKRLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQKDAFRRAQRNDKKCLDLREKLP 120
           QLNNKR RGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQK AF+RAQ ++KKCLDLREKLP
Sbjct: 61  QLNNKRFRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQKGAFKRAQSDNKKCLDLREKLP 120

Query: 121 KADQAPIRHRNPPLHNTHILRRTPSTRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIVE 180
           KADQAPIRHRN PLHNT+ILRRTPSTRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIVE
Sbjct: 121 KADQAPIRHRNSPLHNTNILRRTPSTRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIVE 180

Query: 181 SSRHYSLQRDDEKLQRRPANLSFETARSVGYVAKDVHNASGSVSTATYVTNSLLPPTSAK 240
           SSRHYSLQRDDEKLQRRPANLSFE ARSVGYVAKDVHN SGSVSTATYVTNSLLPPTSAK
Sbjct: 181 SSRHYSLQRDDEKLQRRPANLSFENARSVGYVAKDVHNTSGSVSTATYVTNSLLPPTSAK 240

Query: 241 PVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMGE 300
           PVAP+VPLHPPPSGIAHKTLYPG+ELQTIDGLLQSL LGKYSILFKAEEVDMTALKQMGE
Sbjct: 241 PVAPIVPLHPPPSGIAHKTLYPGNELQTIDGLLQSLELGKYSILFKAEEVDMTALKQMGE 300

Query: 301 NDLKELGIPM 311
           NDLKELGIPM
Sbjct: 301 NDLKELGIPM 310

[Close]

BLAST of PI0022833 vs. NCBI nr
Match: XP_008465721.1 (PREDICTED: uncharacterized protein LOC103503334 isoform X2 [Cucumis melo])

HSP 1 Score: 624.8 bits (1610), Expect = 4.3e-175
Identity = 319/328 (97.26%), Postives = 323/328 (98.48%), Query Frame = 0


Query: 1   MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSSPDSDLFYGS 60
           MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSS D DLFYGS
Sbjct: 1   MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSSSDCDLFYGS 60

Query: 61  QLNNKRLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQKDAFRRAQRNDKKCLDLREKLP 120
           QLNNKRLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQK AFRRAQ ++KKCLDLREKLP
Sbjct: 61  QLNNKRLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQKGAFRRAQSDNKKCLDLREKLP 120

Query: 121 KADQAPIRHRNPPLHNTHILRRTPSTRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIVE 180
           KADQAPIRHRNPPLHNT+ILRRTP+TRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIVE
Sbjct: 121 KADQAPIRHRNPPLHNTNILRRTPTTRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIVE 180

Query: 181 SSRHYSLQRDDEKLQRRPANLSFETARSVGYVAKDVHNASGSVSTATYVTNSLLPPTSAK 240
           SSRHYSLQRDDEKLQRRPANLSFE ARSVGYVAKDVHNASGSVSTATYVTNSLLPPTSAK
Sbjct: 181 SSRHYSLQRDDEKLQRRPANLSFENARSVGYVAKDVHNASGSVSTATYVTNSLLPPTSAK 240

Query: 241 PVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMGE 300
           PVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMGE
Sbjct: 241 PVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMGE 300

Query: 301 NDLKELGIPMGPRKKILLAIAPRSKRQP 329
           NDLKELGIPMGPRKKILLAIAPRSKRQP
Sbjct: 301 NDLKELGIPMGPRKKILLAIAPRSKRQP 328

[Close]

BLAST of PI0022833 vs. NCBI nr
Match: XP_008465719.1 (PREDICTED: uncharacterized protein LOC103503334 isoform X1 [Cucumis melo])

HSP 1 Score: 620.2 bits (1598), Expect = 1.1e-173
Identity = 319/329 (96.96%), Postives = 323/329 (98.18%), Query Frame = 0


Query: 1   MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSSPDSDLFYGS 60
           MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSS D DLFYGS
Sbjct: 1   MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSSSDCDLFYGS 60

Query: 61  QLNNK-RLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQKDAFRRAQRNDKKCLDLREKL 120
           QLNNK RLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQK AFRRAQ ++KKCLDLREKL
Sbjct: 61  QLNNKRRLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQKGAFRRAQSDNKKCLDLREKL 120

Query: 121 PKADQAPIRHRNPPLHNTHILRRTPSTRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIV 180
           PKADQAPIRHRNPPLHNT+ILRRTP+TRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIV
Sbjct: 121 PKADQAPIRHRNPPLHNTNILRRTPTTRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIV 180

Query: 181 ESSRHYSLQRDDEKLQRRPANLSFETARSVGYVAKDVHNASGSVSTATYVTNSLLPPTSA 240
           ESSRHYSLQRDDEKLQRRPANLSFE ARSVGYVAKDVHNASGSVSTATYVTNSLLPPTSA
Sbjct: 181 ESSRHYSLQRDDEKLQRRPANLSFENARSVGYVAKDVHNASGSVSTATYVTNSLLPPTSA 240

Query: 241 KPVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMG 300
           KPVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMG
Sbjct: 241 KPVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMG 300

Query: 301 ENDLKELGIPMGPRKKILLAIAPRSKRQP 329
           ENDLKELGIPMGPRKKILLAIAPRSKRQP
Sbjct: 301 ENDLKELGIPMGPRKKILLAIAPRSKRQP 329

[Close]

BLAST of PI0022833 vs. NCBI nr
Match: XP_004143786.1 (uncharacterized protein LOC101207992 isoform X1 [Cucumis sativus] >KAE8648497.1 hypothetical protein Csa_009211 [Cucumis sativus])

HSP 1 Score: 615.1 bits (1585), Expect = 3.4e-172
Identity = 314/328 (95.73%), Postives = 320/328 (97.56%), Query Frame = 0


Query: 1   MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSSPDSDLFYGS 60
           MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSS DSDLFYGS
Sbjct: 1   MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSSSDSDLFYGS 60

Query: 61  QLNNKRLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQKDAFRRAQRNDKKCLDLREKLP 120
           QLNNKR RGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQK AF+RAQ ++KKCLDLREKLP
Sbjct: 61  QLNNKRFRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQKGAFKRAQSDNKKCLDLREKLP 120

Query: 121 KADQAPIRHRNPPLHNTHILRRTPSTRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIVE 180
           KADQAPIRHRN PLHNT+ILRRTPSTRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIVE
Sbjct: 121 KADQAPIRHRNSPLHNTNILRRTPSTRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIVE 180

Query: 181 SSRHYSLQRDDEKLQRRPANLSFETARSVGYVAKDVHNASGSVSTATYVTNSLLPPTSAK 240
           SSRHYSLQRDDEKLQRRPANLSFE ARSVGYVAKDVHN SGSVSTATYVTNSLLPPTSAK
Sbjct: 181 SSRHYSLQRDDEKLQRRPANLSFENARSVGYVAKDVHNTSGSVSTATYVTNSLLPPTSAK 240

Query: 241 PVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMGE 300
           PVAP+VPLHPPPSGIAHKTLYPG+ELQTIDGLLQSL LGKYSILFKAEEVDMTALKQMGE
Sbjct: 241 PVAPIVPLHPPPSGIAHKTLYPGNELQTIDGLLQSLELGKYSILFKAEEVDMTALKQMGE 300

Query: 301 NDLKELGIPMGPRKKILLAIAPRSKRQP 329
           NDLKELGIPMGPRKKILLAIAPRSKRQP
Sbjct: 301 NDLKELGIPMGPRKKILLAIAPRSKRQP 328

[Close]

BLAST of PI0022833 vs. NCBI nr
Match: XP_038890159.1 (uncharacterized protein LOC120079818 [Benincasa hispida])

HSP 1 Score: 589.3 bits (1518), Expect = 2.0e-164
Identity = 304/333 (91.29%), Postives = 316/333 (94.89%), Query Frame = 0


Query: 1   MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSSPDSDLFYGS 60
           MSAASRGRVTITLGRSGQVVKK+GPGTDVSVSDSWPVSGTKRSVRDRLGSSPDSDL YGS
Sbjct: 1   MSAASRGRVTITLGRSGQVVKKSGPGTDVSVSDSWPVSGTKRSVRDRLGSSPDSDLSYGS 60

Query: 61  QLNNKRLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQKDAFRRAQRNDKKCLDLREKLP 120
           QLN+KRLRGDDGMS+WSSN GLDV HIGKDDLRYKLLQKDAFRRAQ + KKCLDLREKLP
Sbjct: 61  QLNSKRLRGDDGMSDWSSN-GLDVSHIGKDDLRYKLLQKDAFRRAQSDSKKCLDLREKLP 120

Query: 121 KADQAPI-----RHRNPPLHNTHILRRTPSTRSADDLPQKDSLGSSYSPWTMDNLRQRSP 180
           KADQAPI     RH +PPLHNTHILRRTPSTRSADDLPQKDSLGSSYSPWTMDNLRQRSP
Sbjct: 121 KADQAPIRHLDSRHHDPPLHNTHILRRTPSTRSADDLPQKDSLGSSYSPWTMDNLRQRSP 180

Query: 181 ARIVESSRHYSLQRDDEKLQRRPANLSFETARSVGYVAKDVHNASGSVSTATYVTNSLLP 240
           ARIVESSRHYSLQRDDEKLQRRP NLSFE ARSVGY AKDVHNAS SVSTAT++TNSL+P
Sbjct: 181 ARIVESSRHYSLQRDDEKLQRRPTNLSFENARSVGYAAKDVHNASSSVSTATFMTNSLMP 240

Query: 241 PTSAKPVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTAL 300
           PT++KPVAPVVPLH PPSGIAHKTLYPGDELQ+IDGLLQSLGLGKYSILFKAEEVDMTAL
Sbjct: 241 PTTSKPVAPVVPLHTPPSGIAHKTLYPGDELQSIDGLLQSLGLGKYSILFKAEEVDMTAL 300

Query: 301 KQMGENDLKELGIPMGPRKKILLAIAPRSKRQP 329
           KQMGENDL+ELGIPMGPRKKILLAIAP SKRQP
Sbjct: 301 KQMGENDLRELGIPMGPRKKILLAIAPHSKRQP 332

[Close]

BLAST of PI0022833 vs. NCBI nr
Match: TYK23474.1 (protein bicaudal C-like protein 1-A-like isoform X2 [Cucumis melo var. makuwa])

HSP 1 Score: 587.4 bits (1513), Expect = 7.5e-164
Identity = 300/310 (96.77%), Postives = 304/310 (98.06%), Query Frame = 0


Query: 1   MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSSPDSDLFYGS 60
           MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSS D DLF GS
Sbjct: 1   MSAASRGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSSSDCDLFCGS 60

Query: 61  QLNNKRLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQKDAFRRAQRNDKKCLDLREKLP 120
           QLNNKRLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQK AFRRAQ ++KKCLDLREKLP
Sbjct: 61  QLNNKRLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQKGAFRRAQSDNKKCLDLREKLP 120

Query: 121 KADQAPIRHRNPPLHNTHILRRTPSTRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIVE 180
           KADQAPIRHRNPPLHNT+ILRRTP+TRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIVE
Sbjct: 121 KADQAPIRHRNPPLHNTNILRRTPTTRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIVE 180

Query: 181 SSRHYSLQRDDEKLQRRPANLSFETARSVGYVAKDVHNASGSVSTATYVTNSLLPPTSAK 240
           SSRHYSLQRDDEKLQRRPANLSFE ARSVGYVAKDVHNASGSVSTATYVTNSLLPPTSAK
Sbjct: 181 SSRHYSLQRDDEKLQRRPANLSFENARSVGYVAKDVHNASGSVSTATYVTNSLLPPTSAK 240

Query: 241 PVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMGE 300
           PVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMGE
Sbjct: 241 PVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQMGE 300

Query: 301 NDLKELGIPM 311
           NDLKELGIPM
Sbjct: 301 NDLKELGIPM 310

[Close]

BLAST of PI0022833 vs. TAIR 10
Match: AT1G70180.2 (Sterile alpha motif (SAM) domain-containing protein )

HSP 1 Score: 144.8 bits (364), Expect = 1.2e-34
Identity = 137/458 (29.91%), Postives = 189/458 (41.27%), Query Frame = 0


Query: 6   RGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSSPDSDLFYGSQLNNK 65
           R RVTITLGRSGQVV +A   +D+      P  GTKRSV++RLG+  DS ++ G ++ +K
Sbjct: 7   RSRVTITLGRSGQVVNRA--ASDIDDGYELPRVGTKRSVKERLGNPLDSSVYGGEEVVSK 66

Query: 66  RLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQKDAFRRAQRNDKKCLDLREKLPKADQA 125
           R RG+      +S  G D+  I ++DLR+KL+QK+A RRAQ ++   +DLREKL +++Q 
Sbjct: 67  RQRGE------ASFSGNDL-QISRNDLRFKLMQKNAQRRAQSDEGCTMDLREKLSRSEQP 126

Query: 126 PIRHRNPPLHNTHILRRTPSTRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIVE----- 185
           P      P       R   S+R+A    Q  S  SS+  W +++LR+RSP R V+     
Sbjct: 127 PRSLDTRPRMAEPRDRPLSSSRTARGSSQMISSSSSHPAWALEDLRRRSPERFVDTSRGR 186

Query: 186 ---------------------------SSRHYSLQRDDEKLQRRPANLS----------- 245
                                      S+R  S  R D ++   P ++S           
Sbjct: 187 SPPRNAGSFIGIPREPSPPRNGRRMIGSARDRSPPRSDGRIIGSPRDISPPRDAGRRFGP 246

Query: 246 ---------------------------------------------------FETARSVG- 305
                                                                 AR++G 
Sbjct: 247 PRDQSPPRNAGRVTGSPRDRSPPRNAGRRMGPPRDQSPPRSTRSFSSNSRALSPARNMGS 306

Query: 306 -----------------------------------------------YVAKDVHNASGSV 322
                                                          Y  + V N     
Sbjct: 307 YMSSSQGFSPPRNPRSYMGSSRGSPPRSNIEDFHGRSRMLDNMRASPYPVRGVLNGQAPS 366

[Close]

BLAST of PI0022833 vs. TAIR 10
Match: AT1G70180.1 (Sterile alpha motif (SAM) domain-containing protein )

HSP 1 Score: 127.1 bits (318), Expect = 2.6e-29
Identity = 127/447 (28.41%), Postives = 179/447 (40.04%), Query Frame = 0


Query: 6   RGRVTITLGRSGQVVKKAGPGTDVSVSDSWPVSGTKRSVRDRLGSSPDSDLFYGSQLNNK 65
           R RVTITLGRSGQVV +A   +D+      P  GTKRSV++RLG+  DS ++ G ++ +K
Sbjct: 7   RSRVTITLGRSGQVVNRA--ASDIDDGYELPRVGTKRSVKERLGNPLDSSVYGGEEVVSK 66

Query: 66  RLRGDDGMSNWSSNGGLDVPHIGKDDLRYKLLQKDAFRRAQRNDKKCLDLREKLPKADQA 125
           R RG+      +S  G D+  I ++DLR+KL+QK+A RRAQ ++   +DLREKL +++Q 
Sbjct: 67  RQRGE------ASFSGNDL-QISRNDLRFKLMQKNAQRRAQSDEGCTMDLREKLSRSEQP 126

Query: 126 PIRHRNPPLHNTHILRRTPSTRSADDLPQKDSLGSSYSPWTMDNLRQRSPARIVE----- 185
           P      P       R   S+R+A    Q  S  SS+  W +++LR+RSP R V+     
Sbjct: 127 PRSLDTRPRMAEPRDRPLSSSRTARGSSQMISSSSSHPAWALEDLRRRSPERFVDTSRGR 186

Query: 186 ---------------------------SSRHYSLQRDDEKLQRRPANLS----------- 245
                                      S+R  S  R D ++   P ++S           
Sbjct: 187 SPPRNAGSFIGIPREPSPPRNGRRMIGSARDRSPPRSDGRIIGSPRDISPPRDAGRRFGP 246

Query: 246 ---------------------------------------------------FETARSVG- 305
                                                                 AR++G 
Sbjct: 247 PRDQSPPRNAGRVTGSPRDRSPPRNAGRRMGPPRDQSPPRSTRSFSSNSRALSPARNMGS 306

Query: 306 -----------------------------------------------YVAKDVHNASGSV 311
                                                          Y  + V N     
Sbjct: 307 YMSSSQGFSPPRNPRSYMGSSRGSPPRSNIEDFHGRSRMLDNMRASPYPVRGVLNGQAPS 366

[Close]

BLAST of PI0022833 vs. TAIR 10
Match: AT5G48680.1 (Sterile alpha motif (SAM) domain-containing protein )

HSP 1 Score: 70.5 bits (171), Expect = 2.9e-12
Identity = 34/53 (64.15%), Postives = 42/53 (79.25%), Query Frame = 0


Query: 268 TIDGLLQSLGLGKYSILFKAEEVDMTALKQMGENDLKELGIPMGPRKKILLAI 321
           ++D  L+SLGL KYS  F+ EEVDM AL+ M ++DLK L IPMGPRKKILLA+
Sbjct: 149 SVDSFLESLGLEKYSTAFQVEEVDMDALRHMTDDDLKALLIPMGPRKKILLAL 201

[Close]

BLAST of PI0022833 vs. TAIR 10
Match: AT3G07170.1 (Sterile alpha motif (SAM) domain-containing protein )

HSP 1 Score: 67.0 bits (162), Expect = 3.2e-11
Identity = 40/86 (46.51%), Postives = 49/86 (56.98%), Query Frame = 0


Query: 238 SAKPVAPVVPLHPPPSGIAHKTLYPGDELQTIDGLLQSLGLGKYSILFKAEEVDMTALKQ 297
           S K VA         S    K     D   ++D  L+SLGL KYS  F+ EEVDM AL  
Sbjct: 119 SMKSVATETETRKTSSQATRKKSQQAD--SSVDSFLESLGLEKYSTAFQVEEVDMDALMH 178

Query: 298 MGENDLKELGIPMGPRKKILLAIAPR 324
           M ++DLK + IPMGPRKKILLA+  +
Sbjct: 179 MTDDDLKAMLIPMGPRKKILLALGSK 202

The following BLAST results are available for this feature:

BLAST of PI0022833 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9Y6Y8	8.8e-06	46.15	SEC23-interacting protein OS=Homo sapiens OX=9606 GN=SEC23IP PE=1 SV=1	[more]
Q6NZC7	8.8e-06	47.17	SEC23-interacting protein OS=Mus musculus OX=10090 GN=Sec23ip PE=1 SV=2	[more]
Q99MQ1	3.3e-05	45.61	Protein bicaudal C homolog 1 OS=Mus musculus OX=10090 GN=Bicc1 PE=1 SV=1	[more]
Q9IA00	5.7e-05	43.86	Protein bicaudal C homolog 1-A OS=Xenopus laevis OX=8355 GN=bicc1-a PE=2 SV=1	[more]
Q5U4T7	5.7e-05	43.86	Protein bicaudal C homolog 1-B OS=Xenopus laevis OX=8355 GN=bicc1-b PE=2 SV=1	[more]

BLAST of PI0022833 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A1S3CPI7	2.1e-175	97.26	uncharacterized protein LOC103503334 isoform X2 OS=Cucumis melo OX=3656 GN=LOC10...	[more]
A0A1S3CPG7	5.1e-174	96.96	uncharacterized protein LOC103503334 isoform X1 OS=Cucumis melo OX=3656 GN=LOC10...	[more]
A0A5D3DIL1	3.7e-164	96.77	Protein bicaudal C-like protein 1-A-like isoform X2 OS=Cucumis melo var. makuwa ...	[more]
A0A5A7TC53	9.0e-163	96.46	Protein bicaudal C-like protein 1-A-like isoform X1 OS=Cucumis melo var. makuwa ...	[more]
A0A0A0KNG4	2.6e-162	95.48	SAM domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_5G481620 PE=4 SV...	[more]

BLAST of PI0022833 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_008465721.1	4.3e-175	97.26	PREDICTED: uncharacterized protein LOC103503334 isoform X2 [Cucumis melo]	[more]
XP_008465719.1	1.1e-173	96.96	PREDICTED: uncharacterized protein LOC103503334 isoform X1 [Cucumis melo]	[more]
XP_004143786.1	3.4e-172	95.73	uncharacterized protein LOC101207992 isoform X1 [Cucumis sativus] >KAE8648497.1 ...	[more]
XP_038890159.1	2.0e-164	91.29	uncharacterized protein LOC120079818 [Benincasa hispida]	[more]
TYK23474.1	7.5e-164	96.77	protein bicaudal C-like protein 1-A-like isoform X2 [Cucumis melo var. makuwa]	[more]

BLAST of PI0022833 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G70180.2	1.2e-34	29.91	Sterile alpha motif (SAM) domain-containing protein	[more]
AT1G70180.1	2.6e-29	28.41	Sterile alpha motif (SAM) domain-containing protein	[more]
AT5G48680.1	2.9e-12	64.15	Sterile alpha motif (SAM) domain-containing protein	[more]
AT3G07170.1	3.2e-11	46.51	Sterile alpha motif (SAM) domain-containing protein	[more]

InterPro

Analysis Name: InterPro Annotations of Melon (PI 482460) v1
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR001660	Sterile alpha motif domain	SMART	SM00454	SAM_4	coord: 261..326 e-value: 1.3E-6 score: 37.9
IPR001660	Sterile alpha motif domain	PFAM	PF00536	SAM_1	coord: 268..320 e-value: 4.3E-13 score: 49.5
IPR001660	Sterile alpha motif domain	PROSITE	PS50105	SAM_DOMAIN	coord: 264..318 score: 8.599545
IPR013761	Sterile alpha motif/pointed domain superfamily	GENE3D	1.10.150.50		coord: 265..328 e-value: 4.6E-23 score: 82.8
IPR013761	Sterile alpha motif/pointed domain superfamily	SUPERFAMILY	47769	SAM/Pointed domain	coord: 266..321
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 126..169
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 21..53
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 150..169
None	No IPR available	PANTHER	PTHR23509:SF38	OSJNBA0060P14.15 PROTEIN	coord: 1..327
None	No IPR available	PANTHER	PTHR23509	PA-PL1 PHOSPHOLIPASE FAMILY	coord: 1..327

Relationships

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


Feature Name	Unique Name	Type
PI0022833.1	PI0022833.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
molecular_function	GO:0005515	protein binding