CmaCh11G001340 (gene) Cucurbita maxima (Rimu) v1.1

Overview


Name	CmaCh11G001340
Type	gene
Organism	Cucurbita maxima (Cucurbita maxima (Rimu) v1.1)
Description	J domain-containing protein
Location	Cma_Chr11: 720087 .. 733902 (-)
RNA-Seq Expression	CmaCh11G001340
Synteny	CmaCh11G001340

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDSthree_prime_UTR

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

ATGACATTGGATGTGTATGATATTTGGTTCCACCTTAGCTGTACAGGTTTAAAAATCTTTGGAAGGTTATAAATATTTTTGGTAATTCGAGTGGAAGGACAGCTGCGAAAATTTCCAAAAGTTATTGGGCCGGCTCAGCCCAGTTCATCATCGGGATTTCCGGACTGAAATCTCATTGCAAGTTGCAATTTCGCGCAGGAACGGATCATCGTTTTCCCTGCTCCCGCGTTGGACATACAAAACTGAGCTTCCGATCGTTGTGACCGCTTCGCTTGCACTGTTTTCCGGCCACGGAATCCTTCTGCCTGTAATTTTATTAACTTCTTCGTTGTGTCGAGGTTGCTGGTCAAGTTTCGTAAACGAATAACAAGCATACATCAAAACCGGCGGTGCCGGCGTTCTCAATGGCCTCGACAATCAAAGCCTACTCCGTGCCGTTGATTCTCTTTTCCGTAGCCGTGTTTTATCAGCTTGTTGTTATTCCTACCTCCTTTCCTACCTCACATTACGACGGTGAGACATCAGAAAGAAATTCACTGTAAAAACTTCTTTAACGATTAATATACGAAGTAAATTTCGTTTTTTTTCCTGGAATTATTTGGTCATTATTGTATGTTCTTATGTTTTAGTTTTGGGAATTAAGAGGTTTAGTCCCGTTGATGAAGTGAAAGAAGCATACGAAAAGCTCTCAGTCAAGTGGTAATTTTTCAACAGTTTTTCTTTATTGGTATTGTCGTGCCATTATACATTATGTTCGATTTTGAAATTAGTAAGCTAAATTGTGTTTCACTAATCGTTACGAATCTCAAACCTGATTGAGGATCATCTGGTGAGAAATTATATTGATGCCACATTTTTTTAGTATCTCTGGATTTTTTTCCTATTTCAGGGATCCAGGACTTGAAGTTCCCAAGGCTGTCGATTTTATAAAGGTCAGTCGTTTTTAATTTGTTCTCCAGAAGTCGCATCCTTCTTGTCAAATCATCCAAAATTTAAACTTAGTGAAATCCTGATAGTGATCCCATTTTGGTCATCTTTTGTGGTACATATATTAGAGTCTTATTATTAGGAATACTTGAGTTGGATCTTCTGTCATTACTTTTCTCCTTAGTGCTGGTCGTATACTTTGAACATTTTGTCTTTTAGTCCCTGCGCGTCTAGAATTTTGAATGGTGCGTGAGGAGAAAGAATAATAACATTTAGTCGGACAAATTGCTATGGAATGATTTAATAAAATTAGGGCTAAATTAGATTTTGGATGGGATTGGTGGTAGGATTTTGCAGTTGAGTACAACAGGTTAGAACTAAGACTAAAGGCCAATTGTTTGTTTGTGTTCATTTATCAAAATTTGTTATCCAGTCAATCAGGCAACTCATTCAAATTTTATCTACTGGAGTTGTCATGTTAACCTTCCATCAAAACTGCAAGAACTGGAAACTAGCTTATTTGAAGTTGAGGAACATAAATGAAATTTTACTTAACAGATACCATTATAAAAGTACATGAATTTATAGTTTAAACCTTTTCAATAATATTGTCTAAGCTTTCTTTTGTTGCATAGTACGATGAGAGGGATTTCTTGTTTTAAGTATTTTTGTCTGATTTAAATGTAAATGATACAAACTTTTAAAATATTCCAGTTGGTAAGCATGCCCGTTGCCTACATTTGATTTTTGCTGTTAATGTTGCATTGTACTTTTTCCCTCCTGCATGATATAGATTTCCATCCAATGTTGGGGAAATGAGGTGCATTTTATCTAACTATTTATGCTGAACTGTATAGGATCCTCATTAGGCAGTGGGTCTCAATCCGTTTGATCCTCTATATATTGTTATTGATTATTGACTTTGTTTTTCTTCTTTCTCTGAACTTCAATATTGATGGTTTGACATAAATTATGCATGTTAATGAAAAGATCGTTTTTAAACTGTCATAAGTAACATTGTTCAATCTTAGTCATGATTATCCATTTCATGTATTGATTTGTTCGAGTTTGTTTCGGGAATCACCCTAGCTTCCTTAGATGGATGTCTTTATCTTTACTTCCATTTTCTTTCTTTCTTTCATTCAAGTTGCTTCTTATAACAAAAATGTCTAAATAAAATAAATTGATTAACTCTGCTCGTGATTCTAACCATTAAGCATGAAATTGAATTTTAAATTAAAATTTTGTATGTTATTTGAAATACTGTACCTTCAAAATTTTGTATGTCATTTGAAACACTGTACCTCTCCAAGTACATTTAGCTAATGTATGTAGTTGGAAGGTGGACTCAGACACCAAAGCTAGATTATTAGGTTGCACCGTATGTATATACTTCGTATTATAATTTTATGGCGAAAAATTCACTATTTTAGTCTTCTTATCATGGGTTGTCCGCAGTAAGTTTTTAACCTTGCCTTGATTTGCAGGTTCAATATGCTTATGAATTGCTAAAAAATAATTTATGGAAACGTAATTATGATCTTTTTGGCATCGATGAACAACAGGTGAGTAGTTGATAAATAATTTGTGTTATTATTATTTTTATATTAGTTTACTTAACAATTAACATAATGGATGCAGGGTGTTCTTGAAAAGGTCAAAGTGCAATATGCAGGAAAAAAGTTTTCAGAAATAAGTCTTCCATTGTTAGATGAAGTTGATTTAAGTGAGTTCCATTTACAATCATTACAGCTTCTATTAAGTTTTTTTTATTATTTTTTTTTATGTGAAACGCTGATGTATTTATCCCCTATCTGGTGCAGATACTGAAGACCACAACCTTAATTTCATTACATCCAATGATGTTCGATCTTTATTTAATCATGATAAGGCATCAGTAATTATGGTAATTCTTAATTAAGAATTTTGCAGTGCATATGTGTTGCCAACCCTTTTTTCAAGGAAGCCCTTATAGTTTGAGATTCTAAGATAAACGAATTGCACAATATTTTCCATACAAGATCAAGTGATTCATTCTATGTGCTTTTTGTTTGGTTATTAAAGGATGTAGATTATTACGCTTTATGTTAGTATTAAAAGAAAAGAAAGTTACGTAATGTATGCTTATCTTTCGAAGTTTCTTTTAGCCAGGATTATGTATATGAAGGAAGACATTTAAATTTACTGTTATTTTATTGTACGTTACTGATTTATAAATATCCAGTTATCGTTATTTATTACTCATCTAGAACTGACACGAGTATTATTCTGAAGCAAGCATTCAAGTTAGGTTGCTTGCATTCTTTCCACTCTTGAATTTTATCCGGTTCTCCAGTGTTGTTCTCCCTCTCCTCAACCTGTCGTATAGTTATTTTAGGTGAATAGGATGATTGCTTATATATATATATATTTTAAGGTCTGGCTTACTAATATTAGAGTTAACATGGTGCACTCAGCCAACGTATTGTAATATTATTTTTTCAAATTGGGAGCTTTTAAAAACTTGGATAACTCCTTTAGGCTTTTGTTTTCCCTCGCTCCCAGCAAGTATATATTATAGTGGTGGTGACAGAATAGCTTGGGATCTAAATTTCTTGTTGTTGATTTTTTTTTTTCAGTTGTATTCATTTGGAAGCAAACTCTGCGCCCAATTTTCTGATGTTTGGAAAAGAATTGGTACGTACTTCATCTGAATTCCATATTTAATGGATGAGAAATTTTTACATTGGGGAGGGGGGAGAAAAGTTTTCTTATTTTGATGTACACCATTAAATAAATGTCAAGAAAAGTGAATTTACACAAAAAACCAACATAAGCCGAAGAAGTCACAAAACCATCTCACAATAACAAGATCATAATTTGAAACTCTTTTTGGAGAGAAGTCCATCCTGAGGTACTAGAGAGGCTATTTGGGATGAGTTTCGTAATCTTGTTGGTATTTGTGTTGAATGTTGGAGTCCGGTTGGTGACTTTATTAAGGTATTAGAGGCTTTTTGGGATGAGTTTTGTAATCTCGTTGGTATTTGTGTTGAATGTTGGAGTCTTGGTGGCTTCATTGATACTAGGTTTCCTTTAAAATTTGAGTGGAGGCAGAGGCACCAAGTCCATGAAAGTTTCAATAGATTCTTTGAGGACTATAATCTCATTGATCTGCCTTTAGTAATGGAACTTTCACTTGGTCCAACCTGAGGCATAAGATGGTGTGTTGCAGACTCGATGAGTTCCTTTTTTCCAACGGGTGGTTGGATTTACTCCTTAGCTCTAAACAGTCTCTAGGCCCTAGAAGTCTGTCAGACCATTGGCTCATTTCCTTTGAGTCTGGTCATCACAAATGGGGCCCAAGTGCATTTTGATTAAAAAATATGTGGCTTTCCAATCCATCTTTTAAATTTGTGGTGGAATTCTGGGTGATGGGTAAGTGGAAAGGTATTTTATTATTATTTTTTCTTTATAAGGAAGTTAAGGTCCCTTAAAGAGCATTTGAGAGTTTGGAATCACACTAATTTTGGGGGTATCAAGCTCAAGAAAGTCACCTATGAAGGGTTTCCTTTGATGAGGTGATTGACAAAGAGACTGAAATTGTTGAAAAAACATATTTTCTCTCTCTCTCTCCCTCTCGTACTCTCTCTCCAGATTTGTAAGCTCCCCCATCCGCATTAACCTTTGAAGGAGTTAGATTGGTGTCATATCATTGTTAGTAATAATAATATGTTTGAAGCACCTTTTACCTTAGAGGAGATCAGGATAGTAGATTTTTTGTTTGATCGAGATAATTCCCTTGGCCCAAATGGCTTTTCTATGACTTCTCTATTAAGTTTATTGAGAGATATTGATGACAATGCTGCTTCCCAATGAATTCATTGATGACAATTGTTAAAATTTGAAATTTCAGCTTTACAAAAATCTCCCAAGCTCTAGTTACAAACAGCCAAGGGAGGTGTTGAAACCTCAGTATCTCCCAATGAAACTCCAACTTTACTAATCATCTTGTTCGTCTAGGGTGGGTTGTGAGGTGAATCTCTTGCCTTGTACCTTGGGCTTCCTTTAGGTGATGATTTGAGGTGTGTTTCATTTTGGAATTTGGTCATGGAGAAGTTTATGAAGTGTCTGTCTTTTTGAAAAAAAGGCTTCCTTTTCCAAGGGAGGGAGACTTCCCTTATCCTAGCTGTCTTGATTGAAATTTTTGTGTATTACCTTTCCCTTCTTAAAATCCCTATGTCAATGAGTAAAAATCTGGAAAAAGTCTAAATTTTTTATAGGAGAGGTGAGGGGTCACACTTAATCGGTTTGGAGGTGGTTTCATGGCCTTTGGAATGAGGCTATTTAGCAAGAGGTCGGGACTTTGTGGCACAGAGTCATTCTAAGTATGACTCACCCCTTCGAGTGGTTTTTTTTGGCAATTGGCTTAAAGGGTGTTCTAGAAACCCTTGAAAAGCTACATTGCTGGGTTTTCCTCTTCTCCCAGTTTGTAAAATGTTCCATTGGGGATGAATTATTTCCTATTTTTGGCAGGACTTCTGGGTGGGGGGAGAAACCAGTTTGAAATTCTTCCCACCATCTGCTATCTTCCAGACGAGGTTGCATGAATCTTAAGAAATCTCCCTCCCTCTTCCTTCACTCCTGCTTCCTTGGTGGATTGAACATACTAGCATTAATGGTCCATTACTTTGAGTATATACTTATATTTTTCTGTAACAATTTGTTATATTTTCATATATGTTCATTCTCAGTTACTTTGCTGGATGGAGTTGCTAATACTGCAGTAGTGGAGCTTGGTGAAGCTCAACTTGCTGCTTACTTTGCAGAGAAAAAGCCTACTGGACAACCGTTCTTTAGGAACGGTAAGTTTATATTTAGGCTTAGTTTGAATTGTTGTAGCTTCTAAAATAATTGTTATCAGTTCTGCTTTTATAAAAATCACTGTAATATAAAGTAAATCAGTTTTTGGTAAGTTTCAGCTTTAAAGAAGAAAGAATAGGTTAATGTGTTTGGAAAGTTAATACTATTTTGTTACAGCTGGACTATAAATAACGAAAATCTGCATTGCATATTGCTAGTTTGATATTTAATTTTAAAGTTTTTATGAGAATTAATTTAAATTTCATATAATTTAAATTATAATACTGTGTTTAGTCTAGATTTTCTCTATTTTGATAAGAGAAACAAGAAAAAATGTCACTTCAATTTAAATTTAAAAAAAGTAAGAAAAATAAATTCAATGGAATTAAAATAAGATAACAGAGGAAACAAATTAAATTTAAAAAAAAATGAGGATCGATGGTGAATCATGTCTCAACAAAGTGGAGCTATGGGAGAATTAAATGCTTAGTTAGAAAGCTAAACTGAAAAGTTACTTAGTGTCGTTTACAACTCAACGTATTGAAACAGTAATTTTATAATCAGTTTTACCAAACACAAATTGGTTAAATGTCTTTTATAATCACTCTCATGATCTTCAAAATCAATGGCAAACGCAGCTTCAGTCTCCCAAGTCCATAGTTCTATAAAGGAATTGGAGAGAATAACTTGATTGGACGCCTTTTTTTCCCTCTGCGACTATCTCTGGCTGTGTTCTTTGTGAACTTATAAAGATGCAAAGCTTAAAAGCTTGTATAAAGATATCGAAATTGAATGGTGAAGTTCTGAGTTTATCCATGGTTACAGTTCTTATTTGGTTCTTATTCTGAAGGACCTCATCAATTTGTTCTATTTCATTACACAGGATTCTATAAGAATCAAAGAATTAAATCTACGCGATTTTGATTCATTATGTGATACTAAATAACAACTAGAATCTTATTTACATATGTATTCTGTATTACGTGGTTATTTGTTATTTTACTCTGATTTGTTCATTAACTGTGTTGTTTTCTTAGTTACTTTCCTGTGAATTGGTTTATTATAGGAATAAAATAATGGGGCATATTGTTATATATGAAAGAAAGGAGATCTAAGAAACACTCTTCTATAGATGTCTCTCGTTAACTCTAAATACGCTCTTCTATGTAGACGTCTATCATTAAATTTAAATAGCCTAATTTTTACTGCTTTTCATAATTTATAACTGTACAATATGTCTTGATTTTTTCTTTCTGTGGGTATTTCTCTACTTCATATGTTCTTCATTTTATAATATGCAGGACTACCATCACTTGTTGCCTTTCCTCTCGGTTGTAAATCAGTTGATTGCATTAATAGGTAATGGAGTTTTCAATGGGGTTCAAATTTCAAGCTTAGATTGTAGATCAATTGTGGAACTCTTCCTTTCTGGAAAACGAACAAGTATACTAAAGAATAGGCTATGGTTTCTTTGAATTACCCTTGAGCGCTAGGTGAGTTGAATAAGCTTCCAGCTGGCCAAATCAAAGAGGGACATGTAATTATGTTTAGTGTTAAAAGTCCAAATGCAAGCATTTAACTTTACTCCACCATAAGCTACATCAGTAATCCTTAACATCAGTATGAATCCTTGTACATTTTTTTTGGCAAAAGGGTAATTTTAATTTATACCTTACACTTCATGCAGATACAAATCCTCGTTTCTCTATTACAAATCTCTTTTTGAAGTATTTGAATATATTTCTTCCTAGGTTCGATGGGGAGCTTTCTGCTGATGATATTACAGATTGGGTTGCAACAACTGTACTGCATCTACCTCGAATTCTTTACTACTCAAAGGACACATTGGTAATGCTCACTATTCAGGATTTCATAGTTTTATTTATTTTTCTTTTTCCATGGTTAAATGTATTGGGTGGCCATGGTGTTCTATGTCAGTGTTACAGTTTTTGCGCCTATTCTACAATCTTGGTCCAGAATATTTTTAGTTTGCTGCTTTTTTATTATTATTTTCTTTGATGGTACCATCAGATTATATCCACAAGTTTTAATTTGATGGTAGTACTTTCACCAGTTGTTCACATTAGATTGATGTATGGATGGTTTTCACTCTCAGGGACAAAACTTTTTGGCAAAGAGTAGTCCCCACAAGGTATTATTTATTGCTTACCTTTCTCTACCTCCCCCCTCTTCTCCTTTATTTTAAGAACTATAGAAGTACGATTACATGTAACTTTGTAATTGTTGATAATGTATTGATTTGAGCTCTGCTTCCTCAAGTTGCATTGATTCCTAATTAGCTGACATCAATGTACAATCTTTCTACTGGAAAATAGGTCAAAGTTATTATTTTCTCAGAAACTGGAGAACGTGCTGTACCATTCATACGTCAAACTGCTAAGAACTACTGGGATTCAGTTTCATTTGCATTTGTGCTTTGGCGAGAAGAGGATTCATCTGTCTGGTTGGATGCGTGAGTGCATGGTCCTCTCTTTTCCTTTGATGCGTGGTGCACTATTTGCTTGTAGTCTGTTTATATTTAGTATCGTCTTTCTACGTAAAACTCGGTTGCTGGTATGTCTTAAAATTTGTGGTTAGTTTTAATTTTACCACTAAAAGCTTCTTCCTGTAATTGCTGTTTTGTTTCCATCAGAACTTGATGGCGTATTTATGTTTGAACCTAGGTTTGGGGTGGAATTTGCACCTGCTATGATATTCTTGAAAGATCCAGGGGTGAAGCCTATTGTGCACCATGGTATATGACTTTTTTTCTTCTTTTTTTTTTCGTGCCTTATACCATTTGTGTGCATTCTCTTTATACTTTGCTACGTGCATTATTTGACTACTGCACTTCTTGCATCAGGCTCTATCAACAGTACCTCATTTGTACAGCTTATTGAACAGAATAAACAACAAGGTACCATAGTTTCTTTAGATTCTCCTTTTGGTAATAGGTCAATTCATTTGTTCTATTGAATCAACAGCACAATGATTTCTTAGAGTTTTTCATGCATAATAATTTGTGGAAGTTCATTAGTTTTTTTTAGGCTTTTTTACATGTTACTCTTAAATTATTTTATGCTTACTTTTCTGTAATCCATTTTCTTAAACTACAATTCTTGTTCTACTTGTCTTTTTAAGCAATTCCTCAATTAAGAAGTCGGACATCAATGGAGCTGGGATGCGATGCTCGTGGTTATTCTCGTGCTGGATCTGAAACATTGACGTGGTACTGTGCTATTATAGCTGGAAGACTGGGTACAGAACTCAACAAAATGCGTGAAGTAAGCTTTTTTCCTATGATTAGTTTTCTTGCATCAGTGGTGGCAGTGGTTGTCGTTCATCAAATTTGAAACGGAGTATATAAATTTGAAATGATAATTTAGTTTTAAGGATTTGTAATTACAATTTGATTAGATTTGTATGTTAACCATGGGATTTTAGGGGTGTTCTCGTTATTGCCTAAGAAGTTGAAAGATAAATTTCGTTACTAAAAGACAAATTATCCTAATTTTTTTAAATATACTAGCCACTAAACATATTGTACGTATGTACTAACAAGAAAAATATTCATTATTTAAGATAAATTTTGAGTAATACTATCAATATTTAATTTGAAGATTTCTGAAGTTGCACAGCATTATTTATCATTGAATAATTGATTCTCTCAAAAGTTAGGTAGTGTTAGGTTTTTCTTGATGAATATGTTCTCTCATAATAGCATCATAGGTGTTGCAATCTTAGTTGAGAACATGATATCTTAAATTACTCCTGATGATTTCGTGGGGATTATAGTGTCTTGTGGTACCGGCCGAAGCTAATTCTTTGTCCACACCTCTACGTGAAGTGCACATAGGATGATGTTACACTATAAAAACACTTAAATCAAGTTGTGATAAGCCAGCTCAAATTTATATCTATGCAAACTATTTATTTTACTTGTTAGGAATGTTGTAATTGTGTAAAAGTTAGACAATACGCAGGGTTAAAGAAACTTTAACTACTGATAGTGAAGCTTACGAAGCTGATGAAGGCCCAATGGTATCTCCAGCTGCAGTTGCACTAAAAAACAAACGTTTGTCCTTCACTTGGCTTGATGGTGAAGCCCAAAAGGTGACTCCCATTCCTTGGCATAACATTAAATTATAAACTGGAATGTGAGAAACAGGGTAGCAGTGGACCTATGGTCGATCCTTGCTTTGGCTTACTCATTTGAAAATCCAAGTTTTGCATTTTTCCAGCTCTGCTATGAGCCATCTATAGTATCTTGATCCCATTTTGTTCTGATCCTTTTTATATTCAGTTTATCGTGATATCTTATGTGCTACATGGGAAGTCTAGTCACACCAGAATATTCTGACTGTATCTTCAAATTCTTAATAAACCTCAAAATAATTTGCTCTATAGATCTATAGAGTTTTGAAGGATCACAATTCACATCAGCTACTGATCTGATTGTTCCATTTTTCTTGGGGTTTTCTTGTTTATCTTTGAACTCGATAGGAATGTGAAACAACAAAGAAATCTTGTTCAAGTTAAGCCACTCTTGGCATCTTTCTTAATGGTGGAAAGCAATATGAATAATTTAAATTCTATGTACTTCAAACATAAAATTTTAAGACTGAATAATCTCAAAGACTATCGGGAGGGTTAAAAGATGATAATGTAGATATTTTTTTTATGGTAGCAAGTTAAGTAAAGTTCCAAAGGGTACATCCACACTTGCATCAGACCTCCCAAAATCCCTGAAAAAGATTCACCGTCCTCCCATATATTATAAGTACAAGAAAGCTTCCTAATCGAAGCAATAACTGAAAAGGGATAACTACAAAAATCTTTATCTGTAGAAATCCATTATGAACAGCCAAGTTTTTGCACATTCAAATACTTCTTCCTGTTCTCTTGAAACACCCCTTGAAATTCTACTATTTCTTTGCAAACATAAGCTCCCTAAAATTGCTTTAACATTCCCCACAGTTATTTTAGTTAAATTACCATTTATATTAATAGGTTATAAGATTTAATGAAAATGTAATTTTTTTTCCGTAATGACAGACAACATATTAATGAAGTAGCTGATTTGCATTTCTCTGAAGATGCATCCATACTTTTATGAAGCATCAGACTTCAGAGTTGCAAAAATATTTCAAAGAGGAAGAAGAAGAAAAAGAAACCCACAACATCATTCTTATTTCTTATACCTTGTTGTGCCTCGTCATAAGCATTATCAAGTGAATTAATTGAAAAGTTTATGATTTTATCTAATTCTTTTTGTCTTTCCCATCAAATCCAAAAGTTATTTATGTCTTAGCTCTTGGATGTAAATGTTCTTTCTTGACTTTGGATGTCTAAGCTGTCATGCTTCAATATTTTCCTCTATATTCCCAACACAAATGTGTTTTTCGCATATCCTAAGCATGCCCTCTTGAGACACATATTTTAGCGTATCTCCAATGTGTCAGAAACTATAAAATAATAATAAGATGTATCATACACTTCATCGTGTGCCCAAAGTGTGTCCATGTTTGAAATTGATACTGTGCTAGATAATGTTGGCTCTCTATTTTGATAATGTCCAAGCTACCTCCTCTTCCTCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCCCCCCCCCCCCCCCCCCTCCTCCTTTTCTTCTTCTCATTATCTTTCACTGACAAATTCCTTCATTTTCTCTAGAAATATTGTTTCTTTTACATCAGTTCTGAATCTAGCTATGAAACTTGTGGACCAAGGAGAGATCTCAGTGATGTGCCTCGATTATTTATTGTGCGGTATAAAAGGGATGCAACTAAAGCAAAGGAGATAAAGCCAAGAAGTTTGTTTGATACATCGTCCGAGGATCTGGATCTTGCCGCACAGCTCGTGGCCCTTTACAATGGTTCATCTGAGATTTCAGAGGTTAGTCTTTTTCTTTTTTCCGATAATTCATTGATCTCATTAATCACTGACATACGTTAAGAAGCTTGTGATGATGCCTTTTCTTCCTTTAGGATTATATTATAGTATGTGCTAATGCTAACTAATTGTAGAGTTAAAAGCTTATAGTTATTAGGATAATTTTATTGTTTTCCTTCCATCGTGGACTTAAAAATTATTTCAATTCACGATAAGGGCTATTAATAAATAACATCTTAGGACTTGAACACGGGATTTCATTCTCTAATAATATTGTTATTGCCTTTGAATTTATTAAAACTTTGCAAATGATTCAGTATACTTTTCTTACTAGTACCGTTGTTATATCATATTTTGTAGATTGTTCAGTGGATCTCTAAAATAATCGACGATGGCGATTCAAAGGATCTACCCTTTTATGTAAGCCACTTTACAGATTTTTATTAATTTTATTTAGTTGAACCTATTTGCTCGTATGATAGAATCCCAAGTCTACTAATTTTTCCATTTCTTTGATGGAATTTATTTTAATGCTTATTGAACATTTATTCGAATGGATCAATTTGCTTCATGTTGTAAGAATATCTAAAGATGCTTAAGGTTGAAGAATGCACTTGAGACCACGGCACCTGGTCTATGATCCTGTGAAGGCTCTTATTTTGTAGCTTCAGGAGAGGGGCTTTTTCAACTCCTTTTACATAGGCTGAAGTGTATATTCACTTTTTTTTTTTATAAGATCCCCGTTTCATATTAAAAAGAAATGGAAAAATGAAAAAGAACGAGGCGTGGGGACTAGTTTTGACTATTTAGCTCAAGTTTATCTTCGTGTTTTCAAATGGGCAGAGAGTGAAGTCTCCTGAACTCGTTCTTGAAGATCCGGAGCCTATGAGGTTTGGACGTGCTGGGAGTAGTTTTATAGACAATGTGTTGAAGTGGATTGCACACATCAAAGTTGCAATCTATGACCGCCTAGACGACCCAAGAATTGGTCCAGTCTTTTTTCTTGCTTCGTTATTGTCCTTCGGCACAATATGGCTGAGGAAGTCTCAACCCACTCTCCCATCGCGACCAGCTAGGCAACCAGACCTCCCAAATGAATCCACTCAACCAAGTCAACCATCTGCTAAGGTAAGTGAGTGAGGCTCAAAAATTTTAAATGCTCAAATGGGCTGTGTTTTATAACTTGACCGACAATGTTTGGATAGAGCCTTTTTAATGTATCGCATGTTGGAATGGTAACTAAGATGATGGTATATATGTACATCATCTTAATTTGTTAATGTTTTTTCCGGTATACGTTTTCAGGAAGGAAGCAAAGCTAGAAGAAGAAACCGTTCAAGAACCGCATCAGAAGGTGACATACCTCCTTCCATCACTGATTTTGAGCCTCCAAATGCTTATCAGATGCCACAACTTTCAGGTTCTGATTCTGAATAGTGAGATTATATTCGGGTCAAGTGAGTCAAACTTCTCGAATCATCAATGGAAGTCCTCATCAATTCTTCATTTTCTCAGAGCCAGTTTCACCTTCATCATAGATTGAATGAACTAAATATTTTGCCAAACCTTCCATTTATAGCTTATAGCATTATTTATTGCAACTTTACCAGCTTCTTTGAGTGTCTATCTCCAGCTTCTTATGAAAAGAACACTAGTGATTTCCTTTTTATGACCATGAATTAAGCAATGCTTAAATTATATTATTATCACAGGTGGCTAATTTTCCAATTCTCCACTTGAATCATTCGGTTTTATGAATGAGCTGTTTAATTAGTG

mRNA sequence

ATGACATTGGATGACAGCTGCGAAAATTTCCAAAAGTTATTGGGCCGGCTCAGCCCAGTTCATCATCGGGATTTCCGGACTGAAATCTCATTGCAAGTTGCAATTTCGCGCAGGAACGGATCATCGTTTTCCCTGCTCCCGCGTTGGACATACAAAACTGAGCTTCCGATCGTTGTGACCGCTTCGCTTGCACTGTTTTCCGGCCACGGAATCCTTCTGCCTCATACATCAAAACCGGCGGTGCCGGCGTTCTCAATGGCCTCGACAATCAAAGCCTACTCCGTGCCGTTGATTCTCTTTTCCGTAGCCGTGTTTTATCAGCTTGTTGTTATTCCTACCTCCTTTCCTACCTCACATTACGACGTTTTGGGAATTAAGAGGTTTAGTCCCGTTGATGAAGTGAAAGAAGCATACGAAAAGCTCTCAGTCAAGTGGGATCCAGGACTTGAAGTTCCCAAGGCTGTCGATTTTATAAAGGTTCAATATGCTTATGAATTGCTAAAAAATAATTTATGGAAACGTAATTATGATCTTTTTGGCATCGATGAACAACAGGGTGTTCTTGAAAAGGTCAAAGTGCAATATGCAGGAAAAAAGTTTTCAGAAATAAGTCTTCCATTGTTAGATGAAGTTGATTTAAATACTGAAGACCACAACCTTAATTTCATTACATCCAATGATGTTCGATCTTTATTTAATCATGATAAGGCATCAGTAATTATGTTGTATTCATTTGGAAGCAAACTCTGCGCCCAATTTTCTGATGTTTGGAAAAGAATTGTTACTTTGCTGGATGGAGTTGCTAATACTGCAGTAGTGGAGCTTGGTGAAGCTCAACTTGCTGCTTACTTTGCAGAGAAAAAGCCTACTGGACAACCGTTCTTTAGGAACGGACTACCATCACTTGTTGCCTTTCCTCTCGGTTGTAAATCAGTTGATTGCATTAATAGGTTCGATGGGGAGCTTTCTGCTGATGATATTACAGATTGGGTTGCAACAACTGTACTGCATCTACCTCGAATTCTTTACTACTCAAAGGACACATTGGGACAAAACTTTTTGGCAAAGAGTAGTCCCCACAAGGTCAAAGTTATTATTTTCTCAGAAACTGGAGAACGTGCTGTACCATTCATACGTCAAACTGCTAAGAACTACTGGGATTCAGTTTCATTTGCATTTGTGCTTTGGCGAGAAGAGGATTCATCTGTCTGGTTGGATGCGTTTGGGGTGGAATTTGCACCTGCTATGATATTCTTGAAAGATCCAGGGGTGAAGCCTATTGTGCACCATGCAATTCCTCAATTAAGAAGTCGGACATCAATGGAGCTGGGATGCGATGCTCGTGGTTATTCTCGTGCTGGATCTGAAACATTGACGTGGTACTGTGCTATTATAGCTGGAAGACTGGGTACAGAACTCAACAAAATGCGTGAAACAATACGCAGGGTTAAAGAAACTTTAACTACTGATAGTGAAGCTTACGAAGCTGATGAAGGCCCAATGGTATCTCCAGCTGCAGTTGCACTAAAAAACAAACGTTTGTCCTTCACTTGGCTTGATGGTGAAGCCCAAAAGAAATATTGTTTCTTTTACATCAGTTCTGAATCTAGCTATGAAACTTGTGGACCAAGGAGAGATCTCAGTGATGTGCCTCGATTATTTATTGTGCGGTATAAAAGGGATGCAACTAAAGCAAAGGAGATAAAGCCAAGAAGTTTGTTTGATACATCGTCCGAGGATCTGGATCTTGCCGCACAGCTCGTGGCCCTTTACAATGGTTCATCTGAGATTTCAGAGATTGTTCAGTGGATCTCTAAAATAATCGACGATGGCGATTCAAAGGATCTACCCTTTTATAGAGTGAAGTCTCCTGAACTCGTTCTTGAAGATCCGGAGCCTATGAGGTTTGGACGTGCTGGGAGTAGTTTTATAGACAATGTGTTGAAGTGGATTGCACACATCAAAGTTGCAATCTATGACCGCCTAGACGACCCAAGAATTGGTCCAGTCTTTTTTCTTGCTTCGTTATTGTCCTTCGGCACAATATGGCTGAGGAAGTCTCAACCCACTCTCCCATCGCGACCAGCTAGGCAACCAGACCTCCCAAATGAATCCACTCAACCAAGTCAACCATCTGCTAAGGAAGGAAGCAAAGCTAGAAGAAGAAACCGTTCAAGAACCGCATCAGAAGGTGACATACCTCCTTCCATCACTGATTTTGAGCCTCCAAATGCTTATCAGATGCCACAACTTTCAGGTTCTGATTCTGAATAGTGAGATTATATTCGGGTCAAGTGAGTCAAACTTCTCGAATCATCAATGGAAGTCCTCATCAATTCTTCATTTTCTCAGAGCCAGTTTCACCTTCATCATAGATTGAATGAACTAAATATTTTGCCAAACCTTCCATTTATAGCTTATAGCATTATTTATTGCAACTTTACCAGCTTCTTTGAGTGTCTATCTCCAGCTTCTTATGAAAAGAACACTAGTGATTTCCTTTTTATGACCATGAATTAAGCAATGCTTAAATTATATTATTATCACAGGTGGCTAATTTTCCAATTCTCCACTTGAATCATTCGGTTTTATGAATGAGCTGTTTAATTAGTG

Coding sequence (CDS)

ATGACATTGGATGACAGCTGCGAAAATTTCCAAAAGTTATTGGGCCGGCTCAGCCCAGTTCATCATCGGGATTTCCGGACTGAAATCTCATTGCAAGTTGCAATTTCGCGCAGGAACGGATCATCGTTTTCCCTGCTCCCGCGTTGGACATACAAAACTGAGCTTCCGATCGTTGTGACCGCTTCGCTTGCACTGTTTTCCGGCCACGGAATCCTTCTGCCTCATACATCAAAACCGGCGGTGCCGGCGTTCTCAATGGCCTCGACAATCAAAGCCTACTCCGTGCCGTTGATTCTCTTTTCCGTAGCCGTGTTTTATCAGCTTGTTGTTATTCCTACCTCCTTTCCTACCTCACATTACGACGTTTTGGGAATTAAGAGGTTTAGTCCCGTTGATGAAGTGAAAGAAGCATACGAAAAGCTCTCAGTCAAGTGGGATCCAGGACTTGAAGTTCCCAAGGCTGTCGATTTTATAAAGGTTCAATATGCTTATGAATTGCTAAAAAATAATTTATGGAAACGTAATTATGATCTTTTTGGCATCGATGAACAACAGGGTGTTCTTGAAAAGGTCAAAGTGCAATATGCAGGAAAAAAGTTTTCAGAAATAAGTCTTCCATTGTTAGATGAAGTTGATTTAAATACTGAAGACCACAACCTTAATTTCATTACATCCAATGATGTTCGATCTTTATTTAATCATGATAAGGCATCAGTAATTATGTTGTATTCATTTGGAAGCAAACTCTGCGCCCAATTTTCTGATGTTTGGAAAAGAATTGTTACTTTGCTGGATGGAGTTGCTAATACTGCAGTAGTGGAGCTTGGTGAAGCTCAACTTGCTGCTTACTTTGCAGAGAAAAAGCCTACTGGACAACCGTTCTTTAGGAACGGACTACCATCACTTGTTGCCTTTCCTCTCGGTTGTAAATCAGTTGATTGCATTAATAGGTTCGATGGGGAGCTTTCTGCTGATGATATTACAGATTGGGTTGCAACAACTGTACTGCATCTACCTCGAATTCTTTACTACTCAAAGGACACATTGGGACAAAACTTTTTGGCAAAGAGTAGTCCCCACAAGGTCAAAGTTATTATTTTCTCAGAAACTGGAGAACGTGCTGTACCATTCATACGTCAAACTGCTAAGAACTACTGGGATTCAGTTTCATTTGCATTTGTGCTTTGGCGAGAAGAGGATTCATCTGTCTGGTTGGATGCGTTTGGGGTGGAATTTGCACCTGCTATGATATTCTTGAAAGATCCAGGGGTGAAGCCTATTGTGCACCATGCAATTCCTCAATTAAGAAGTCGGACATCAATGGAGCTGGGATGCGATGCTCGTGGTTATTCTCGTGCTGGATCTGAAACATTGACGTGGTACTGTGCTATTATAGCTGGAAGACTGGGTACAGAACTCAACAAAATGCGTGAAACAATACGCAGGGTTAAAGAAACTTTAACTACTGATAGTGAAGCTTACGAAGCTGATGAAGGCCCAATGGTATCTCCAGCTGCAGTTGCACTAAAAAACAAACGTTTGTCCTTCACTTGGCTTGATGGTGAAGCCCAAAAGAAATATTGTTTCTTTTACATCAGTTCTGAATCTAGCTATGAAACTTGTGGACCAAGGAGAGATCTCAGTGATGTGCCTCGATTATTTATTGTGCGGTATAAAAGGGATGCAACTAAAGCAAAGGAGATAAAGCCAAGAAGTTTGTTTGATACATCGTCCGAGGATCTGGATCTTGCCGCACAGCTCGTGGCCCTTTACAATGGTTCATCTGAGATTTCAGAGATTGTTCAGTGGATCTCTAAAATAATCGACGATGGCGATTCAAAGGATCTACCCTTTTATAGAGTGAAGTCTCCTGAACTCGTTCTTGAAGATCCGGAGCCTATGAGGTTTGGACGTGCTGGGAGTAGTTTTATAGACAATGTGTTGAAGTGGATTGCACACATCAAAGTTGCAATCTATGACCGCCTAGACGACCCAAGAATTGGTCCAGTCTTTTTTCTTGCTTCGTTATTGTCCTTCGGCACAATATGGCTGAGGAAGTCTCAACCCACTCTCCCATCGCGACCAGCTAGGCAACCAGACCTCCCAAATGAATCCACTCAACCAAGTCAACCATCTGCTAAGGAAGGAAGCAAAGCTAGAAGAAGAAACCGTTCAAGAACCGCATCAGAAGGTGACATACCTCCTTCCATCACTGATTTTGAGCCTCCAAATGCTTATCAGATGCCACAACTTTCAGGTTCTGATTCTGAATAG

Protein sequence

MTLDDSCENFQKLLGRLSPVHHRDFRTEISLQVAISRRNGSSFSLLPRWTYKTELPIVVTASLALFSGHGILLPHTSKPAVPAFSMASTIKAYSVPLILFSVAVFYQLVVIPTSFPTSHYDVLGIKRFSPVDEVKEAYEKLSVKWDPGLEVPKAVDFIKVQYAYELLKNNLWKRNYDLFGIDEQQGVLEKVKVQYAGKKFSEISLPLLDEVDLNTEDHNLNFITSNDVRSLFNHDKASVIMLYSFGSKLCAQFSDVWKRIVTLLDGVANTAVVELGEAQLAAYFAEKKPTGQPFFRNGLPSLVAFPLGCKSVDCINRFDGELSADDITDWVATTVLHLPRILYYSKDTLGQNFLAKSSPHKVKVIIFSETGERAVPFIRQTAKNYWDSVSFAFVLWREEDSSVWLDAFGVEFAPAMIFLKDPGVKPIVHHAIPQLRSRTSMELGCDARGYSRAGSETLTWYCAIIAGRLGTELNKMRETIRRVKETLTTDSEAYEADEGPMVSPAAVALKNKRLSFTWLDGEAQKKYCFFYISSESSYETCGPRRDLSDVPRLFIVRYKRDATKAKEIKPRSLFDTSSEDLDLAAQLVALYNGSSEISEIVQWISKIIDDGDSKDLPFYRVKSPELVLEDPEPMRFGRAGSSFIDNVLKWIAHIKVAIYDRLDDPRIGPVFFLASLLSFGTIWLRKSQPTLPSRPARQPDLPNESTQPSQPSAKEGSKARRRNRSRTASEGDIPPSITDFEPPNAYQMPQLSGSDSE

Homology

[Close]

BLAST of CmaCh11G001340 vs. ExPASy Swiss-Prot
Match: Q498R3 (DnaJ homolog subfamily C member 10 OS=Rattus norvegicus OX=10116 GN=Dnajc10 PE=2 SV=2)

HSP 1 Score: 65.5 bits (158), Expect = 3.0e-09
Identity = 57/251 (22.71%), Postives = 108/251 (43.03%), Query Frame = 0


Query: 95  VPLILFSVAVFYQLVVIPTSFPTSHYDVLGIKRFSPVDEVKEAYEKLSVKWDPGLEV--P 154
           V  I   + V Y ++V+ T    + Y +LG+ + +   E+++A++KL++K  P      P
Sbjct: 14  VKRISLCLLVLYVVIVVGTD--QNFYSLLGVSKTASSREIRQAFKKLALKLHPDKNPNNP 73

Query: 155 KA-VDFIKVQYAYELLKNNLWKRNYDLFGIDEQQGVLEKVKVQYAGKKFSEISLPLLDEV 214
            A  DF+K+  AYE+LK+   ++ YD +G   ++G+ +    QY    +      + D  
Sbjct: 74  NAHGDFLKINRAYEVLKDEDLRKKYDKYG---EKGLEDNQGGQYESWSYYRYDFGIYD-- 133

Query: 215 DLNTEDHNLNFITSNDVRSLFNHDKASVIMLYSFGSKLCAQFSDVWKRIVTLLDGVANTA 274
               +D  +  +   +  +  N  +   +  YS G   C   +  W+     +DG+    
Sbjct: 134 ----DDPEIITLERREFDAAVNSGELWFVNFYSPGCSHCHDLAPTWREFAKEVDGLLRIG 193

Query: 275 VVELGEAQLAAYFAEKKPTGQPFFRNGLPSLVAFPLGCKSVDCINRFDGELSADDITDW- 334
            V  G+ ++                N  PSL  F  G  +V    +++G+ S + +  + 
Sbjct: 194 AVNCGDDRMLCRMKGV---------NSYPSLFIFRSGMAAV----KYNGDRSKESLVSFA 240

Query: 335 ---VATTVLHL 339
              V TTV  L
Sbjct: 254 MQHVRTTVTEL 240

[Close]

BLAST of CmaCh11G001340 vs. ExPASy Swiss-Prot
Match: Q9DC23 (DnaJ homolog subfamily C member 10 OS=Mus musculus OX=10090 GN=Dnajc10 PE=1 SV=2)

HSP 1 Score: 63.2 bits (152), Expect = 1.5e-08
Identity = 51/233 (21.89%), Postives = 101/233 (43.35%), Query Frame = 0


Query: 98  ILFSVAVFYQLVVIPTSFPTSHYDVLGIKRFSPVDEVKEAYEKLSVKWDPGLEV--PKA- 157
           I   + + Y +VV+ T    + Y +LG+ + +   E+++A++KL++K  P      P A 
Sbjct: 17  ISLCLLILYVVVVVGTD--QNFYSLLGVSKTASSREIRQAFKKLALKLHPDKNPNNPNAH 76

Query: 158 VDFIKVQYAYELLKNNLWKRNYDLFGIDEQQGVLEKVKVQYAGKKFSEISLPLLDEVDLN 217
            DF+K+  AYE+LK+   ++ YD +G   ++G+ +    QY    +      + D     
Sbjct: 77  GDFLKINRAYEVLKDEDLRKKYDKYG---EKGLEDNQGGQYESWSYYRYDFGIYD----- 136

Query: 218 TEDHNLNFITSNDVRSLFNHDKASVIMLYSFGSKLCAQFSDVWKRIVTLLDGVANTAVVE 277
            +D  +  +   +  +  N  +   +  YS G   C   +  W+     +DG+     V 
Sbjct: 137 -DDPEIITLERREFDAAVNSGELWFVNFYSPGCSHCHDLAPTWREFAKEVDGLLRIGAVN 196

Query: 278 LGEAQLAAYFAEKKPTGQPFFRNGLPSLVAFPLGCKSVDCINRFDGELSADDI 328
            G+ ++                N  PSL  F  G  +V    +++G+ S + +
Sbjct: 197 CGDDRMLCRMKGV---------NSYPSLFIFRSGMAAV----KYNGDRSKESL 225

[Close]

BLAST of CmaCh11G001340 vs. ExPASy Swiss-Prot
Match: Q8CP18 (Chaperone protein DnaJ OS=Staphylococcus epidermidis (strain ATCC 12228 / FDA PCI 1200) OX=176280 GN=dnaJ PE=3 SV=1)

HSP 1 Score: 57.8 bits (138), Expect = 6.3e-07
Identity = 28/70 (40.00%), Postives = 43/70 (61.43%), Query Frame = 0


Query: 119 HYDVLGIKRFSPVDEVKEAYEKLSVKWDPGLEVPKAVD--FIKVQYAYELLKNNLWKRNY 178
           +Y+VLG+ + +  DE+K+AY KLS K+ P +   +  D  F ++  AYE+L +   + NY
Sbjct: 6   YYEVLGVNKSASKDEIKKAYRKLSKKYHPDINKEEGADEKFKEISEAYEVLSDENKRANY 65

Query: 179 DLFGIDEQQG 187
           D FG D  QG
Sbjct: 66  DQFGHDGPQG 75

[Close]

BLAST of CmaCh11G001340 vs. ExPASy Swiss-Prot
Match: Q5HNW7 (Chaperone protein DnaJ OS=Staphylococcus epidermidis (strain ATCC 35984 / RP62A) OX=176279 GN=dnaJ PE=3 SV=1)

HSP 1 Score: 57.0 bits (136), Expect = 1.1e-06
Identity = 28/70 (40.00%), Postives = 43/70 (61.43%), Query Frame = 0


Query: 119 HYDVLGIKRFSPVDEVKEAYEKLSVKWDPGLEVPKAVD--FIKVQYAYELLKNNLWKRNY 178
           +Y+VLG+ + +  DE+K+AY KLS K+ P +   +  D  F ++  AYE+L +   + NY
Sbjct: 6   YYEVLGVNKSASKDEIKKAYRKLSKKYHPDINKEEGADEKFKEISEAYEVLSDENKRVNY 65

Query: 179 DLFGIDEQQG 187
           D FG D  QG
Sbjct: 66  DQFGHDGPQG 75

[Close]

BLAST of CmaCh11G001340 vs. ExPASy Swiss-Prot
Match: A7X2Y0 (Chaperone protein DnaJ OS=Staphylococcus aureus (strain Mu3 / ATCC 700698) OX=418127 GN=dnaJ PE=3 SV=1)

HSP 1 Score: 56.2 bits (134), Expect = 1.8e-06
Identity = 28/70 (40.00%), Postives = 44/70 (62.86%), Query Frame = 0


Query: 119 HYDVLGIKRFSPVDEVKEAYEKLSVKWDPGLEVPKAVD--FIKVQYAYELLKNNLWKRNY 178
           +Y+VLGI + +  DE+K+AY KLS K+ P +   +  D  F ++  AYE+L ++  + +Y
Sbjct: 6   YYEVLGISKDASKDEIKKAYRKLSKKYHPDINKEEGADEKFKEISEAYEVLSDDNKRASY 65

Query: 179 DLFGIDEQQG 187
           D FG D  QG
Sbjct: 66  DQFGHDGPQG 75

[Close]

BLAST of CmaCh11G001340 vs. TAIR 10
Match: AT1G18700.1 (DNAJ heat shock N-terminal domain-containing protein )

HSP 1 Score: 702.2 bits (1811), Expect = 4.5e-202
Identity = 359/709 (50.63%), Postives = 487/709 (68.69%), Query Frame = 0


Query: 77  SKPAVPAFSMASTIKAYSVPLILFSVAVFYQLVVIPTSFPTSHYDVLGIKRFSPVDEVKE 136
           +K    + SM S +KAY+VP+ LF +A+F+QL ++P SFP SHYDVLG+K +S VD+VK+
Sbjct: 2   AKETPASSSMPSGLKAYTVPIFLFVLAMFFQLFLLPRSFPPSHYDVLGVKMYSSVDDVKD 61

Query: 137 AYEKLSVKWDPGLEVPKAVDFIKVQYAYELLKNNLWKRNYDLFGIDEQQGVLEKVKVQYA 196
           AY+ ++ KWD G  V    DF+K+QYAYELL N +WKR+YDL+ IDE   ++E+++ QYA
Sbjct: 62  AYQTVASKWDSGSGVSLPADFVKIQYAYELLTNLVWKRDYDLYAIDESVHIIEELEKQYA 121

Query: 197 GKKFSEISLPLLDEVDLNTEDHNLNFITSNDVRSLFNHDKASVIMLYSFGSKLCAQFSDV 256
            + F++I LPLL+ V    E      ITS D  S F   K  +I +YS GS   AQF+ V
Sbjct: 122 VEDFAKIKLPLLEVVSYEPEREGFMSITSQDFASKFQDSKPWLIQVYSSGSNSSAQFATV 181

Query: 257 WKRIVTLLDGVANTAVVELGEAQLAAYFAEKKPTGQPFFRNGLPSLVAFPLGCKSVDCIN 316
           W+RIV LLDGVAN A++ELG+ QL  Y AEKKPTGQ FFR GLPS+ +FP  CK+ DC+ 
Sbjct: 182 WRRIVALLDGVANHAMLELGDVQLVTYLAEKKPTGQVFFRKGLPSIFSFPPNCKTADCLI 241

Query: 317 RFDGELSADDITDWVATTVLHLPRILYYSKDTLGQNFLAKSSPHKVKVIIFSETGERAVP 376
           RF+GELSAD ITDW ATTVL LPR+ Y++K+TL   FL+K  P+KVKVI+FS+TGERA P
Sbjct: 242 RFEGELSADAITDWFATTVLGLPRVFYHTKETLVSKFLSKVPPNKVKVILFSQTGERATP 301

Query: 377 FIRQTAKNYWDSVSFAFVLWREEDSSVWLDAFGVEFAPAMIFLKDPGVKPIVHHA----- 436
            +RQ AK+YW+  S + VLWREED+S W +A  VE APA++ +KDPG KP+V+H      
Sbjct: 302 IVRQAAKDYWNFASLSHVLWREEDASFWWNALEVESAPAIVIMKDPGSKPVVYHGSGNRT 361

Query: 437 -------------IPQLRSRTSMELGCDARGYSRAGSETLTWYCAIIAGRLGTELNKMRE 496
                        +PQLRS TSMELGCDARGYSRAG + +TWYCAI+ GR   ELNKMRE
Sbjct: 362 WFLDILEQNKQLLLPQLRSTTSMELGCDARGYSRAGYDKVTWYCAILVGRQSVELNKMRE 421

Query: 497 TIRRVKETLTTDSEAYEADEGPMVSPAAVALKNKRLSFTWLDGEAQKKYCFFYISSESSY 556
           T+ RV++ L+   ++ +A + P ++PAA A K+KRLSF WLDGEAQ KYCFFY+ SE+SY
Sbjct: 422 TMCRVQDALSKYDDSDDASKDPSITPAASAHKSKRLSFAWLDGEAQNKYCFFYVQSETSY 481

Query: 557 ETCGPRRDLSDVPRLFIVRYKRDATKAKEIK------PRSLFDTSSEDLDLAAQLVALYN 616
           +TCG RR   DVPR+ IVRY R+AT+    +      P++++ + ++D+D AAQLV  Y+
Sbjct: 482 DTCGTRRAPIDVPRILIVRYHRNATETANAEQKSSKWPKTVWQSEADDVDPAAQLVVSYD 541

Query: 617 GSSEISEIVQWISKIIDDGDSKDLPFYRVKSPELVLEDPEPMRFGRAGSSFIDNVLKWIA 676
           G++EI +I++W+SK++DDGD+++LPFYR K+PELV E  EPM   R+G        + + 
Sbjct: 542 GTAEIPQIIKWLSKMVDDGDNRNLPFYRAKTPELVPESAEPM---RSGVPKTVKATQKLL 601

Query: 677 HIKVAIYDRLDDPRIGPVFFLASLLSFGTIWLRKSQPTLPSRPARQPDLPNESTQPSQPS 736
            +   I D L DPR+GP   L +LLS G +W  +S+ +      +QP   N+ + P+QP+
Sbjct: 602 SLWNRIKDYLADPRMGPTLLLGALLSAGNVWWMRSRSS-----TQQPAQTNQPS-PNQPA 661

Query: 737 ----AKEGSKARRRNRSRTASEGDIPPSITDFEPPNAYQMPQLSGSDSE 758
                K+  + +R  R R A E ++P SITD EP +A Q+   SGSDS+
Sbjct: 662 DNVEEKKKKERKREQRRRNAKEEEVPASITDNEPKDAVQILS-SGSDSD 700

[Close]

BLAST of CmaCh11G001340 vs. TAIR 10
Match: AT1G18700.2 (DNAJ heat shock N-terminal domain-containing protein )

HSP 1 Score: 699.1 bits (1803), Expect = 3.8e-201
Identity = 354/700 (50.57%), Postives = 481/700 (68.71%), Query Frame = 0


Query: 77  SKPAVPAFSMASTIKAYSVPLILFSVAVFYQLVVIPTSFPTSHYDVLGIKRFSPVDEVKE 136
           +K    + SM S +KAY+VP+ LF +A+F+QL ++P SFP SHYDVLG+K +S VD+VK+
Sbjct: 2   AKETPASSSMPSGLKAYTVPIFLFVLAMFFQLFLLPRSFPPSHYDVLGVKMYSSVDDVKD 61

Query: 137 AYEKLSVKWDPGLEVPKAVDFIKVQYAYELLKNNLWKRNYDLFGIDEQQGVLEKVKVQYA 196
           AY+ ++ KWD G  V    DF+K+QYAYELL N +WKR+YDL+ IDE   ++E+++ QYA
Sbjct: 62  AYQTVASKWDSGSGVSLPADFVKIQYAYELLTNLVWKRDYDLYAIDESVHIIEELEKQYA 121

Query: 197 GKKFSEISLPLLDEVDLNTEDHNLNFITSNDVRSLFNHDKASVIMLYSFGSKLCAQFSDV 256
            + F++I LPLL+ V    E      ITS D  S F   K  +I +YS GS   AQF+ V
Sbjct: 122 VEDFAKIKLPLLEVVSYEPEREGFMSITSQDFASKFQDSKPWLIQVYSSGSNSSAQFATV 181

Query: 257 WKRIVTLLDGVANTAVVELGEAQLAAYFAEKKPTGQPFFRNGLPSLVAFPLGCKSVDCIN 316
           W+RIV LLDGVAN A++ELG+ QL  Y AEKKPTGQ FFR GLPS+ +FP  CK+ DC+ 
Sbjct: 182 WRRIVALLDGVANHAMLELGDVQLVTYLAEKKPTGQVFFRKGLPSIFSFPPNCKTADCLI 241

Query: 317 RFDGELSADDITDWVATTVLHLPRILYYSKDTLGQNFLAKSSPHKVKVIIFSETGERAVP 376
           RF+GELSAD ITDW ATTVL LPR+ Y++K+TL   FL+K  P+KVKVI+FS+TGERA P
Sbjct: 242 RFEGELSADAITDWFATTVLGLPRVFYHTKETLVSKFLSKVPPNKVKVILFSQTGERATP 301

Query: 377 FIRQTAKNYWDSVSFAFVLWREEDSSVWLDAFGVEFAPAMIFLKDPGVKPIVHHA----- 436
            +RQ AK+YW+  S + VLWREED+S W +A  VE APA++ +KDPG KP+V+H      
Sbjct: 302 IVRQAAKDYWNFASLSHVLWREEDASFWWNALEVESAPAIVIMKDPGSKPVVYHGSGNRT 361

Query: 437 -------------IPQLRSRTSMELGCDARGYSRAGSETLTWYCAIIAGRLGTELNKMRE 496
                        +PQLRS TSMELGCDARGYSRAG + +TWYCAI+ GR   ELNKMRE
Sbjct: 362 WFLDILEQNKQLLLPQLRSTTSMELGCDARGYSRAGYDKVTWYCAILVGRQSVELNKMRE 421

Query: 497 TIRRVKETLTTDSEAYEADEGPMVSPAAVALKNKRLSFTWLDGEAQKKYCFFYISSESSY 556
           T+ RV++ L+   ++ +A + P ++PAA A K+KRLSF WLDGEAQ KYCFFY+ SE+SY
Sbjct: 422 TMCRVQDALSKYDDSDDASKDPSITPAASAHKSKRLSFAWLDGEAQNKYCFFYVQSETSY 481

Query: 557 ETCGPRRDLSDVPRLFIVRYKRDATKAKEIK------PRSLFDTSSEDLDLAAQLVALYN 616
           +TCG RR   DVPR+ IVRY R+AT+    +      P++++ + ++D+D AAQLV  Y+
Sbjct: 482 DTCGTRRAPIDVPRILIVRYHRNATETANAEQKSSKWPKTVWQSEADDVDPAAQLVVSYD 541

Query: 617 GSSEISEIVQWISKIIDDGDSKDLPFYRVKSPELVLEDPEPMRFGRAGSSFIDNVLKWIA 676
           G++EI +I++W+SK++DDGD+++LPFYR K+PELV E  EPM   R+G        + + 
Sbjct: 542 GTAEIPQIIKWLSKMVDDGDNRNLPFYRAKTPELVPESAEPM---RSGVPKTVKATQKLL 601

Query: 677 HIKVAIYDRLDDPRIGPVFFLASLLSFGTIWLRKSQPTLPSRPARQPDLPNESTQPSQPS 736
            +   I D L DPR+GP   L +LLS G +W  +S+ +      +QP   N+ + P+QP+
Sbjct: 602 SLWNRIKDYLADPRMGPTLLLGALLSAGNVWWMRSRSS-----TQQPAQTNQPS-PNQPA 661

Query: 737 ----AKEGSKARRRNRSRTASEGDIPPSITDFEPPNAYQM 749
                K+  + +R  R R A E ++P SITD EP +A Q+
Sbjct: 662 DNVEEKKKKERKREQRRRNAKEEEVPASITDNEPKDAVQI 692

[Close]

BLAST of CmaCh11G001340 vs. TAIR 10
Match: AT1G18700.4 (DNAJ heat shock N-terminal domain-containing protein )

HSP 1 Score: 692.2 bits (1785), Expect = 4.7e-199
Identity = 359/724 (49.59%), Postives = 487/724 (67.27%), Query Frame = 0


Query: 77  SKPAVPAFSMASTIKAYSVPLILFSVAVFYQLVVIPTSFPTSHYD--------------- 136
           +K    + SM S +KAY+VP+ LF +A+F+QL ++P SFP SHYD               
Sbjct: 2   AKETPASSSMPSGLKAYTVPIFLFVLAMFFQLFLLPRSFPPSHYDGTQFSKLAFSLDYFL 61

Query: 137 VLGIKRFSPVDEVKEAYEKLSVKWDPGLEVPKAVDFIKVQYAYELLKNNLWKRNYDLFGI 196
           VLG+K +S VD+VK+AY+ ++ KWD G  V    DF+K+QYAYELL N +WKR+YDL+ I
Sbjct: 62  VLGVKMYSSVDDVKDAYQTVASKWDSGSGVSLPADFVKIQYAYELLTNLVWKRDYDLYAI 121

Query: 197 DEQQGVLEKVKVQYAGKKFSEISLPLLDEVDLNTEDHNLNFITSNDVRSLFNHDKASVIM 256
           DE   ++E+++ QYA + F++I LPLL+ V    E      ITS D  S F   K  +I 
Sbjct: 122 DESVHIIEELEKQYAVEDFAKIKLPLLEVVSYEPEREGFMSITSQDFASKFQDSKPWLIQ 181

Query: 257 LYSFGSKLCAQFSDVWKRIVTLLDGVANTAVVELGEAQLAAYFAEKKPTGQPFFRNGLPS 316
           +YS GS   AQF+ VW+RIV LLDGVAN A++ELG+ QL  Y AEKKPTGQ FFR GLPS
Sbjct: 182 VYSSGSNSSAQFATVWRRIVALLDGVANHAMLELGDVQLVTYLAEKKPTGQVFFRKGLPS 241

Query: 317 LVAFPLGCKSVDCINRFDGELSADDITDWVATTVLHLPRILYYSKDTLGQNFLAKSSPHK 376
           + +FP  CK+ DC+ RF+GELSAD ITDW ATTVL LPR+ Y++K+TL   FL+K  P+K
Sbjct: 242 IFSFPPNCKTADCLIRFEGELSADAITDWFATTVLGLPRVFYHTKETLVSKFLSKVPPNK 301

Query: 377 VKVIIFSETGERAVPFIRQTAKNYWDSVSFAFVLWREEDSSVWLDAFGVEFAPAMIFLKD 436
           VKVI+FS+TGERA P +RQ AK+YW+  S + VLWREED+S W +A  VE APA++ +KD
Sbjct: 302 VKVILFSQTGERATPIVRQAAKDYWNFASLSHVLWREEDASFWWNALEVESAPAIVIMKD 361

Query: 437 PGVKPIVHHA------------------IPQLRSRTSMELGCDARGYSRAGSETLTWYCA 496
           PG KP+V+H                   +PQLRS TSMELGCDARGYSRAG + +TWYCA
Sbjct: 362 PGSKPVVYHGSGNRTWFLDILEQNKQLLLPQLRSTTSMELGCDARGYSRAGYDKVTWYCA 421

Query: 497 IIAGRLGTELNKMRETIRRVKETLTTDSEAYEADEGPMVSPAAVALKNKRLSFTWLDGEA 556
           I+ GR   ELNKMRET+ RV++ L+   ++ +A + P ++PAA A K+KRLSF WLDGEA
Sbjct: 422 ILVGRQSVELNKMRETMCRVQDALSKYDDSDDASKDPSITPAASAHKSKRLSFAWLDGEA 481

Query: 557 QKKYCFFYISSESSYETCGPRRDLSDVPRLFIVRYKRDATKAKEIK------PRSLFDTS 616
           Q KYCFFY+ SE+SY+TCG RR   DVPR+ IVRY R+AT+    +      P++++ + 
Sbjct: 482 QNKYCFFYVQSETSYDTCGTRRAPIDVPRILIVRYHRNATETANAEQKSSKWPKTVWQSE 541

Query: 617 SEDLDLAAQLVALYNGSSEISEIVQWISKIIDDGDSKDLPFYRVKSPELVLEDPEPMRFG 676
           ++D+D AAQLV  Y+G++EI +I++W+SK++DDGD+++LPFYR K+PELV E  EPM   
Sbjct: 542 ADDVDPAAQLVVSYDGTAEIPQIIKWLSKMVDDGDNRNLPFYRAKTPELVPESAEPM--- 601

Query: 677 RAGSSFIDNVLKWIAHIKVAIYDRLDDPRIGPVFFLASLLSFGTIWLRKSQPTLPSRPAR 736
           R+G        + +  +   I D L DPR+GP   L +LLS G +W  +S+ +      +
Sbjct: 602 RSGVPKTVKATQKLLSLWNRIKDYLADPRMGPTLLLGALLSAGNVWWMRSRSS-----TQ 661

Query: 737 QPDLPNESTQPSQPS----AKEGSKARRRNRSRTASEGDIPPSITDFEPPNAYQMPQLSG 758
           QP   N+ + P+QP+     K+  + +R  R R A E ++P SITD EP +A Q+   SG
Sbjct: 662 QPAQTNQPS-PNQPADNVEEKKKKERKREQRRRNAKEEEVPASITDNEPKDAVQILS-SG 715

[Close]

BLAST of CmaCh11G001340 vs. TAIR 10
Match: AT1G18700.3 (DNAJ heat shock N-terminal domain-containing protein )

HSP 1 Score: 668.3 bits (1723), Expect = 7.2e-192
Identity = 351/709 (49.51%), Postives = 477/709 (67.28%), Query Frame = 0


Query: 77  SKPAVPAFSMASTIKAYSVPLILFSVAVFYQLVVIPTSFPTSHYDVLGIKRFSPVDEVKE 136
           +K    + SM S +KAY+VP+ LF +A+F+QL ++P SFP SHYDVLG+K +S VD+VK+
Sbjct: 2   AKETPASSSMPSGLKAYTVPIFLFVLAMFFQLFLLPRSFPPSHYDVLGVKMYSSVDDVKD 61

Query: 137 AYEKLSVKWDPGLEVPKAVDFIKVQYAYELLKNNLWKRNYDLFGIDEQQGVLEKVKVQYA 196
           AY+ ++ KWD G  V    DF+K+QYAYELL N +WKR+YDL+ IDE   ++E+++ QYA
Sbjct: 62  AYQTVASKWDSGSGVSLPADFVKIQYAYELLTNLVWKRDYDLYAIDESVHIIEELEKQYA 121

Query: 197 GKKFSEISLPLLDEVDLNTEDHNLNFITSNDVRSLFNHDKASVIMLYSFGSKLCAQFSDV 256
            + F++I LPLL+ V    E      ITS D  S F   K  +I +YS GS   AQF+ V
Sbjct: 122 VEDFAKIKLPLLEVVSYEPEREGFMSITSQDFASKFQDSKPWLIQVYSSGSNSSAQFATV 181

Query: 257 WKRIVTLLDGVANTAVVELGEAQLAAYFAEKKPTGQPFFRNGLPSLVAFPLGCKSVDCIN 316
           W+RIV LLDGVAN A++ELG+ QL  Y AEKKPTGQ FFR    ++V     C   D   
Sbjct: 182 WRRIVALLDGVANHAMLELGDVQLVTYLAEKKPTGQVFFRK---AMVYISERCN--DYTL 241

Query: 317 RFDGELSADDITDWVATTVLHLPRILYYSKDTLGQNFLAKSSPHKVKVIIFSETGERAVP 376
            F+GELSAD ITDW ATTVL LPR+ Y++K+TL   FL+K  P+KVKVI+FS+TGERA P
Sbjct: 242 GFEGELSADAITDWFATTVLGLPRVFYHTKETLVSKFLSKVPPNKVKVILFSQTGERATP 301

Query: 377 FIRQTAKNYWDSVSFAFVLWREEDSSVWLDAFGVEFAPAMIFLKDPGVKPIVHHA----- 436
            +RQ AK+YW+  S + VLWREED+S W +A  VE APA++ +KDPG KP+V+H      
Sbjct: 302 IVRQAAKDYWNFASLSHVLWREEDASFWWNALEVESAPAIVIMKDPGSKPVVYHGSGNRT 361

Query: 437 -------------IPQLRSRTSMELGCDARGYSRAGSETLTWYCAIIAGRLGTELNKMRE 496
                        +PQLRS TSMELGCDARGYSRAG + +TWYCAI+ GR   ELNKMRE
Sbjct: 362 WFLDILEQNKQLLLPQLRSTTSMELGCDARGYSRAGYDKVTWYCAILVGRQSVELNKMRE 421

Query: 497 TIRRVKETLTTDSEAYEADEGPMVSPAAVALKNKRLSFTWLDGEAQKKYCFFYISSESSY 556
           T+ RV++ L+   ++ +A + P ++PAA A K+KRLSF WLDGEAQ KYCFFY+ SE+SY
Sbjct: 422 TMCRVQDALSKYDDSDDASKDPSITPAASAHKSKRLSFAWLDGEAQNKYCFFYVQSETSY 481

Query: 557 ETCGPRRDLSDVPRLFIVRYKRDATKAKEIK------PRSLFDTSSEDLDLAAQLVALYN 616
           +TCG RR   DVPR+ IVRY R+AT+    +      P++++ + ++D+D AAQLV  Y+
Sbjct: 482 DTCGTRRAPIDVPRILIVRYHRNATETANAEQKSSKWPKTVWQSEADDVDPAAQLVVSYD 541

Query: 617 GSSEISEIVQWISKIIDDGDSKDLPFYRVKSPELVLEDPEPMRFGRAGSSFIDNVLKWIA 676
           G++EI +I++W+SK++DDGD+++LPFYR K+PELV E  EPM   R+G        + + 
Sbjct: 542 GTAEIPQIIKWLSKMVDDGDNRNLPFYRAKTPELVPESAEPM---RSGVPKTVKATQKLL 601

Query: 677 HIKVAIYDRLDDPRIGPVFFLASLLSFGTIWLRKSQPTLPSRPARQPDLPNESTQPSQPS 736
            +   I D L DPR+GP   L +LLS G +W  +S+ +      +QP   N+ + P+QP+
Sbjct: 602 SLWNRIKDYLADPRMGPTLLLGALLSAGNVWWMRSRSS-----TQQPAQTNQPS-PNQPA 661

Query: 737 ----AKEGSKARRRNRSRTASEGDIPPSITDFEPPNAYQMPQLSGSDSE 758
                K+  + +R  R R A E ++P SITD EP +A Q+   SGSDS+
Sbjct: 662 DNVEEKKKKERKREQRRRNAKEEEVPASITDNEPKDAVQILS-SGSDSD 695

[Close]

BLAST of CmaCh11G001340 vs. TAIR 10
Match: AT1G24120.1 (ARG1-like 1 )

HSP 1 Score: 45.4 bits (106), Expect = 2.3e-04
Identity = 32/120 (26.67%), Postives = 57/120 (47.50%), Query Frame = 0


Query: 120 YDVLGIKRFSPVDEVKEAYEKLSVKWDPGLEV--PKAVDFIK-VQYAYELLKNNLWKRNY 179
           Y+VLG+ R S   E+K AY KL++K+ P      P A D  K V ++Y +L +   +R +
Sbjct: 22  YEVLGVLRNSTDQEIKSAYRKLALKYHPDKTANDPVAADMFKEVTFSYNILSDPEKRRQF 81

Query: 180 DLFGIDEQQGVLEKVKVQYA---------GKKFSEISLPLLDEVDLNTEDHNLNFITSND 228
           D  G +  +   +++++  +            FS++ +P+   V     +  LN   S D
Sbjct: 82  DSAGFEAVEAESQELELDLSSLGAVNTVFAALFSKLGVPIKTSVSATILEEALNGRVSVD 141

The following BLAST results are available for this feature:

BLAST of CmaCh11G001340 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q498R3	3.0e-09	22.71	DnaJ homolog subfamily C member 10 OS=Rattus norvegicus OX=10116 GN=Dnajc10 PE=2...	[more]
Q9DC23	1.5e-08	21.89	DnaJ homolog subfamily C member 10 OS=Mus musculus OX=10090 GN=Dnajc10 PE=1 SV=2	[more]
Q8CP18	6.3e-07	40.00	Chaperone protein DnaJ OS=Staphylococcus epidermidis (strain ATCC 12228 / FDA PC...	[more]
Q5HNW7	1.1e-06	40.00	Chaperone protein DnaJ OS=Staphylococcus epidermidis (strain ATCC 35984 / RP62A)...	[more]
A7X2Y0	1.8e-06	40.00	Chaperone protein DnaJ OS=Staphylococcus aureus (strain Mu3 / ATCC 700698) OX=41...	[more]

BLAST of CmaCh11G001340 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G18700.1	4.5e-202	50.63	DNAJ heat shock N-terminal domain-containing protein	[more]
AT1G18700.2	3.8e-201	50.57	DNAJ heat shock N-terminal domain-containing protein	[more]
AT1G18700.4	4.7e-199	49.59	DNAJ heat shock N-terminal domain-containing protein	[more]
AT1G18700.3	7.2e-192	49.51	DNAJ heat shock N-terminal domain-containing protein	[more]
AT1G24120.1	2.3e-04	26.67	ARG1-like 1	[more]

InterPro

Analysis Name: InterPro Annotations of Cucurbita maxima (Rimu) v1.1
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR036869	Chaperone J-domain superfamily	GENE3D	1.10.287.110	DnaJ domain	coord: 115..197 e-value: 4.6E-10 score: 41.5
IPR036869	Chaperone J-domain superfamily	SUPERFAMILY	46565	Chaperone J-domain	coord: 106..180
IPR001623	DnaJ domain	PFAM	PF00226	DnaJ	coord: 119..177 e-value: 5.4E-9 score: 36.0
IPR001623	DnaJ domain	PROSITE	PS50076	DNAJ_2	coord: 118..180 score: 12.476402
IPR001623	DnaJ domain	CDD	cd06257	DnaJ	coord: 119..169 e-value: 1.56914E-8 score: 49.4661
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 690..757
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 690..714
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 743..757
None	No IPR available	PANTHER	PTHR44303:SF2	DNAJ HOMOLOG SUBFAMILY C MEMBER 16	coord: 99..755
None	No IPR available	PANTHER	PTHR44303	DNAJ HOMOLOG SUBFAMILY C MEMBER 16	coord: 99..755

Relationships

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


Feature Name	Unique Name	Type
CmaCh11G001340.1	CmaCh11G001340.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

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