CmaCh11G001080 (gene) Cucurbita maxima (Rimu) v1.1

Overview


Name	CmaCh11G001080
Type	gene
Organism	Cucurbita maxima (Cucurbita maxima (Rimu) v1.1)
Description	BAH domain ;TFIIS helical bundle-like domain
Location	Cma_Chr11: 577583 .. 588139 (-)
RNA-Seq Expression	CmaCh11G001080
Synteny	CmaCh11G001080

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.

ATGGATCTAGGCAATTCAGAACAATTTGGGCTTGGATATGTGAAAAGGCCCACTAGTTCTGAATTAATTAATTTAAAATTTAGTTTGATTTTTAATATTTGTGAGAAAATAAATAAATAAATAAAACCTGTGGTGTTTTACGTACCGCGTTCAGTTCTCAAATTCTCTCGCACTACGCACTCCCGCGTCACCGCTGCTATCTCGTCGCCGTTTACTCGCCGGAACCCAGATCGTTGCCGCTTTCTGGGTCCAAGCCTTGTTTTTGCAGTTCATAATATATCATCCCTTCTGGGTACAGTCCGTCGAACTGTAATAAGACTACGAACTTCAGAATCGGAGGTGAGTGAATCGGAGCCTTCGCCGTCATTTTGGGACAGACGTTGTTTTCTTTTCTTCGCTATCTCCTTCTCAGTTGTTGCTGCTCCCCGGCACGGCCCCATCGGAAGTTTAATTTTCGTTACTATCTCCATTTAGTCTGTAACCAGACGCCGCCTCACGCCAGTCTTCTTCGGCAGCCCCTCATTGTTTGGTCTCGTTGACCACGTATGCCCATTAACAAATATAGAAAAAAATTCTTCTCGTTGTCCAAGTTTGAAATCTGGTCTGATTTGAAATCTTTTTAAAATCTGGGGTTTCAAGCAGAGGGAAAAGAATTTTGTAGAAAATTGAATTGAACCAAACCAAATTTATGTCCAGCACTTATTGTTAGGGTTTCAGAAAGCTTAAATCTAAAGATGGTATTTCATTTTCAGATTATGTATTTTTAATGTTTTTGGATTGTCTGTAAACTCACTGTTTTAGTCTCTGAATTCAAGCAGCATTGGTGCAGCATGCTTCTGACACGAATATTTGGGCGGACATTTCTAGCTGCTGCTAGATCAGAAACTTCTGCTGCTACAGCTGCTGCTGGCTCTACAGCTAGGACAGGGTACAATCCGCTCGAGGAGTTTTTTGAGGCACATAGAAGTCCAGACGATGACAAACCTGTTGTATATGGTATATTCTTATATTTCCATTGAGCTTTGGCCTTTGTTATTAACCATCAATAAATTTGTATTTTGGTTCATTCAATTCGCAAAAATTTGCCTCAATATACTTTTTGTTGGGGATGAAAATATATACCTGGGTGTCTGGTCGGATATAGTGGAATTTGAACTTCAAGTCGTGGAGGGTCTACTCACTCATGGGAATGAATACAAATTGTTTAGATACAGCCACAACGCTACAAGAAAATACCTTCCTTGTTGTGCATGGAGTCTGAAGGCATCTTTTAAGAAAACAAGATTAGAAGTGGCCATGGACTACCCAGTACTTAGTCAAAGTTTAAATAATTGGTCGCTGGGGACTCTGGATTCAGCTTCATTGATAAAACATAAAAAACATATATATTGAGTTTCATGGTAGAATTCTCCTTCTTTGTTTTCTTTGAAAACGTGGTTGTTTGTAGAATTACCCGATTCGTTACAAAGTGAAATTAGGAGCCAGGACTTTAAACAGATGTCGGCTGCCATGATCATGTCTGATTTATCTACTTAGCTTCTATACCTTTTGGCTGTCACAGCATTCTTATTGCTGAAACTATGTAATGTGTGCCATATGATCGACCGTTGAAAATTTTATGTGGAGTTTTGAAATTTTTACAAATTGCTCTCAGTGTGGTTGCGCACCAGATACAAGTGTTATGTTCATATTCTAGCATGGTGTCTGTTCATTCAGTTACTCTCTTAGTACAAATTTGAATGCTTCCTCTTTGTCAAGAGGCTTTTGTTTAAGGATTTTAGATGCTTACTTTCCTCATCTCAATTCTCAGACTTGATCTTTGCACAAAGTTGCTATATATATATATATATATATTATATATATATATATAGGCCCTACTTCAAAGGAATAACGATGTCTTTTAAAAGTTAAAACAATAGGAATATCCCTAAAATTGTTTGACTCCATTACTATAGGCTTGATACTTTTGTATCTTATGAGTTTCGTGATATATAACTCTGTATGGTTAGCTCGTGGACGTACGGTTTGTTCTGGATGCTTGCAAACAGAAATGTCCCTTGCTTGGTAATTTTCTTCAGTATGTGACTGATTGAAATTTATAGTAAAGATAAACAATTGTGGGTTAAAAGACAAAACTCACTTTTCTTGAACAATGGAAGGCAAGAAAAGGCCCTTGATGAGAATTTAGTAGTTAGAACAAGTGGGTCCACTAGAATCTCATGCCTGAGATCTTGGGCTTTCTTCAAAACACAATATTGAGATTCTCATTGCAATGTCTATGCTGTCAGGTCGAAGTTGGAAGGCTTCAGAACTGCGGCTCAAGTCTTGGGACGATCTTAACAAGTTATGGTATGTCCTGTTGAAGGAGAAAAATATGTTGATGACACAGCGGCAGATGCTTAACGCACAAAATCTAAGGTTTCCTAATCCAGAACGCATTCCCAAGGTAAATAGAGGCGCAATATGCTTTCTATGTTTTGTTATATTTGTTCCCTTAGAACTGTTAATAGCTATATCGTTTAACTACTTCTCTAGTCTAATATCGACGTTGGTTGCTGATGATCGTAATTTAGGTGAGGAAATCAATGTGTCGAATCAAACAGGTACTTACCGAGAGAGCCATCGATGAACCAGATCCTCGGAGATGCGCAGAGTTGAAGAGGATGGTAAATGCCCTTTGATAATAAGCTAATCAATGATTCGAACCCAGCCTTGTACGTGGTGGTGTTCGCCGTCCCGGTAACAAAGGGAGGAAGTCGGGCGTCTATCAATTGAGTTGATTATGTAATCGAGGATCTCGTTAGGACTCTAATCTAGTTTTAAAAGACAGATATTGGAAGTTTTGGAGATAGTTATGAATTGTGGGAACATCATGATGGACAAGATTATTGTAGAAGATTTAGATGTGATGTGTGTGCTGAAAATGAAAGAGTTGACAAAGAAAAAAGGGTAAATAATGATGGTTTGATGTTGTTGTGTTGGGTAAATGAGAGAATGTTGATTAGACTTGCTCTGCTTTTCTATTAGCTTCTTAATCAAGATTGTTTATGTTCATGAGGGACCTTTCTTTCTCCTCTTCTTCTTCAAGATTTGCCACGTGGTGCACTCTTATTGGAGCGATGTACTCAAACCTCACTCAGGAAATTTTACATTAGATGCCTTTTGGCGACAGACAGAGAGGGTCGAGCGTCACCGACTGGGTAACCCAATCACCCCTTGGAAGAGAATGCCCGTATGGGGAAGGGGTTGTGGGACCCATACAATGACGAAATCAGGCAGCTAAGGCCCTTGGATTGAATGTCAGAGCCTAGTAATTAAAATCAAAAGTCAAATTTTAAATTTTTTTTTTTTTATAATAAAAAAGAGCATTTTGGGGCACGTTGTACCAGGTCAGTTGGGGCTGTGGGGGGAGTTGCATCACCGCCATGTCTATTTATCATTTACTCACCCAAATTGCCCGATCTGCCCGGGACTGCCCGGTCTCGGCTCCCTACCAAGTACCAAGTACACATTTCCTTTCTGCCTTCTGTTTTTCTCTTTCGTTCTTTTTTTTTTTTCCCCCTACTCCTCTCCCTCATTATCCCCCGTTCTATGTGCGCATTCGTTTTTCTCTCTCTAGATTCTCGCACTCTTCTCTCTCTCTCTCTCTCTCTTTCTTTCTAGGTTGAAAGGCGGCTCGAAATCTTTAATCGTCTTCTTCTTGCGCCTGCTTGGATCGGGACCTTAATTGGATCAGTCTTGGTTAGATAAGGTAAACCCTAGAATCGTATTTATTGGTACGCCGGTGTGGGATTTCCAAATCCCTCTTTCCTCTATCGGGACATGATACCAGGGCAGCGTTTTGTATTGATCTAGGGTTTCTCGGTAAGCGGATAGTTTTGAATTGCCTTTCGTCTGATGAATTAGGGTTAGGATTGATGGTACTCGTTCGGCGTGAAGGTGGGATCGAGGTTGGAATTGGGGAAAATGCAAGGCTATGCATGGGCGTCGAGGTGAGAACTGGAAACGGAGTCGGCACATGTGGACAGTCCCCACACGCGGTACCCAGATCGTAGAAGCAGATGGTTCTTCGTCATCGTCTTCATCTGCACCTACTTCGTTTTGCAAGGTAATGTTTTCTGTTTCTTTGTCCCGATTGTCCTTTTTTAAGGTATTCCCTTTGTGGTTCAGCTTTCTTTGTGCTTTTGTTTTAGCTCGTGCTGGCAAACAAAGCATTCGCTGTTGTAGGGAAATGAAAAGGTTGAAGAAATTGCTGGTTGCGTAAATGTTGGAGGGAGGAATTGTTTTTAGTTCTAATGTTCATTCTTTCTCTATGGAGGAATTTAGTAAAATGTCTCTGAAGCCCTGGGTGCGGCATGGATTTTTTTTTAATTTAAATTTTTGTGGATCTTGGCACTCGATGAGCGGTCTGGAGGCTTCAGAAACAGTCTCATGATTATTACAAAAAAATATGTAACTGATTTTCTGCTCGGCATTACCGAATGCGAATGTAGATTCTTTGTCTTTAGGACGGGGCGTTAATTCATTGAAACTAGCCAATTTTTTTTTTTCCCTTCCAACCGATGGATGTTTTGCCATCGACCCATCTGTTTTAGGTTTGATGCTAATCCCAAGGCATATTTGCTTCACCAGGGGCAGGATGTTCATGATCTTAACTTCAGCTGTTTCTTATTACCTTTTTTATTTTGAGAAATGGGTTTGTATATGGTGATCGAATAAGACATCTTATTGACTAGTTTGAATCAAGAAGCAATTCAATGTGTTTCAACAAACATTTTCTCTTAAAATATTGTTTGGACATGTATTAGATGATATAATTGAATCCACGTATGCTGATATATGGGAATTGTTCTCATGAGGAAAACATTGCTGTTTTTTATACTTAAAAGGTGCAAGCTTTTTCCCCTCATGGGTTTTTTTTGGGAGCTGGGAAGGAATACATCATGTGCTATAATATTATGTAGCTTCCTCTAGTCTTGCTTGCTATTTCCAATATTTTAGTTACCCTTAAAATTTCAAATGTCTATTGGCAGGCACATCTTTTTGATGACTCACTATTCTCTACTATCCTTGAACAGGGTGGACGTAGGATTAGTGTTGGTGATTGTGCTCTTTTCAAACCCCCCAAAGACTCCCCACCTTTTATTGGCATAATCCGGTGGTTGACTACTGGTAAGGAGAATAAATTGAAGTTGGGTGTGAATTGGCTTTATCGATCTTCTGAATTAAAGCTCGGCAAAGGCATCCTTTTGGAAGCTGCGCCCAACGAAGTGTTCTATTCCTTTCACAAGGATGAAATTCCTGCTGCATCTTTACTCCACCCGTGTAAAGTTGCATTCCTTCCTAAGGACATCAAACTTCCATCAGGAATTTCGTCATTTGTGTGCCGGAGAGTGTATGACATAAGGAATAAGTGTTTACGGTGGCTAACTGATCAGGATTATATTAATGTAAGCTCCTGATGCTTTATTCATTATTCTCTATTAGTTGGTGTGATATTAGGTTAATTGTATTTGTTTTATTAGGAACATCGGGAAGAAGTGGATCAATTATTAGACAAGACGAGGTTAGAAATGCATGCTTCAGTCCAACCTGGTGGCCGATCACCTAAGCGTACTAGTGGTCCAACATCAACATCTCAGTTAAAAGCTAATTCAGATAGTGTTCAAGCCGCCTTTCCTTCTCACACGAAAGGCAAGAAAAGAGAGAGGAGTGACCAGGGATTAGAATCTGTTAAACATGAACGCATCGTAAAAGCTGATGAAGGGGATTCTGCTAACTGCAGATTGGAAAATACTTTAAAGTTTGAGATCACAAAAATTGCTGAAAAAGGGAGCTTAGTTGATTCTGAAGCTGTCGAGAAATTGGTGCAGCTTATGCTGTCTGATAGTGACAAAAAAATTGATTTGGCTGGCAGATCAGCACTTGCAGGTGTGATAGCTGCCACAGATAAGGTTGAGTGCCTTAATCAGTTTGTACATCTTAAGGGTTTACCTGTGCTTGATGAATGGCTCCAAGAGGTTCACAAGGGAAAAATTGGCAGTGGCGGTAGCCCCAAGGATAGCGATAAAGCAGTTGAGGAATTTCTACTGATTTTGCTTCGAGCCCTTGATAAACTACCTGTAAATCTTCCTGCTTTGCAGATGTGCCATATTGGAAAGTCTGTGAATCATTTACGCTCACATAAGAACTTGGAAATTCAGAAGAAAGCAAGGAGCTTAGTGGACACATGGAAAAAACGTGTTGAAGCTGAAATGAACATTAATGATGCAAAGTCTGGTTCAAACCAAGCTGTTGCATGGAGTGCAAGAACTCGATCATCTGAAGTTGCTCATGGTGGGAGGAACCAAGATGCATCCTCTGAAGTTGCCATGAAGAGCTCAGTTTCTCAGCTTTCTACATCCAAATCTGCTTCAGTTAAGCTTGCTCAGGATGATAGTGTTACAAGATCTGCATCTGCCTCTCCTGGTTCTATGAAACCAGTTTTATCACCCGCATCAGCAAGTATTAACTCGAAAGATGGATCATCCAGAAATCCTGGTGTTTGTGGCACAGCTGATCTTTCTCAAACTATTGCCAGGGATGAAAAGAGTAGCAGTTCCAGTCAGTCCCATAATAATAGTCAATCTTGTTCTAGTGAACATGGTAAAAGTGGTGGTTTAGGGAAGGAGGATGCCAGAAGCTCTACTGCTGGTTCAATGAGTGTGAATAAGATCTCAGGTGGTGGATCTCGACAGCGCAAATCAGTCAATGGATTTCCTAGCACTGTTCTCTCTGGGGCTCAACGAGATGTAGGGTCAGGAAAAAGTTCTTTGCACCGAAACACAGTTTTAGAGAGATCATCTCAATCGGGAACAACCTTTGAAAAGGCATCTGATGGACCTATTGGTGAGGGAAACAGTCCTAAATTGATAGTAAAGATCACCAATCGAGGCCGGAGTCCTGCACACAGTGTTAGTGGTGGATCGTTTGAAGATCCTTCAATAATGAATAGCAGGGCTTCTTCTCCTCCACTTTCAGAGAAGCATGATCAATTTGATCACAGTAAGAGTGATACCTGTCAGCCTAATATTACTGGAGATGTGAATGTCGGGCCCTGGCAGAATAGTGATGTAAAGGATATGGTGACCGGCTCTGATGATGGCGATGGATCTCCTGCTGCTGTACATGGTGAGGATCGATGTCAGGCTGTCAAGGACATAAAAGTTTCAAGGGCGAATGATCATAAAAATGGGAAGTTACATGAAGCTTCTTTGAGCTCCATAAATGCTTTAATTGAGAGTTGTATTAAATGCTCCGAAGCTAATATGCCTACCTCACTCATGGATAATGTTGGAATGAATTTACTTGCTAGTGTAGCTGCCGTTGAGATGTCAAAGTCTGATTTTGTTTTGCCTTCTGATACACAAGGAAATATCTCTGCAGTTGACCGAACCTCCAGAAGCAGTGATTGTAAAGTTAAAGCATCTTATCCTGAAGAGGATGCTAGAGATAACATCCAGTCGAATGATGCTATGGATGTTTCTGAGCAGGGCGTGATCACTACTTCTTTTGGAGCTAAAATTGTGGATGGAAGGTGTGCTTCACAATCTGAAGAGAAACCTGTTGGAGATTTGAGTGGTCATTCAAAATCATCTGGTGTAAATTTGCAACCAACTGCTGTGCCATTTCCAGATGGTTGTATAAAAATGAACGAGGCTGGAGGGCCTATCTCTCCTTCTAGGATGCCAGAGAAGGGCTCTGAGATGGAGGGGGCTAAACCAGTTGAAGACAGTAAGGCAGCTGATGTAGTTGATGGAGATAGCAGTTCTAAATCTAAACCTAAGCCAAGCAGTTCTTTGCCTGATGGTAGTGTGGTTGGCGATGGTATCTCAAATCGCGAAGTTGAAGCGGATGTTGTTAATGACCCTTTGCATAGGTTGCAAGAAGTTGATGGCAATTCAAACGATAGACTGCATGGTGTTAGTACATCTGACCGAAGGCTATCTTCTAAGTTGAACTGCGATTCTGCCAAATTAAGGAATGATGAATTACTTCAGGCTTCAGGCTCTTCAAGTAATTTGATTTCTGTAAGTGCAAGTGAGATGAAGGCCGAGAAGAATGATGAAACCAACACATCAGCTGATGTGAAACTTGAAAAACCTCAAAGCGACCTGGATCCTATGGTATCTGAATCTCGAAGTGTAGGTGGCTCATGTTCAGCGACCAACCTTGAGGGCGAGCACATGGAGGAGAATTTGGAATCTAAATTTAATAAGGAGAAAAATGGAGGACAAACACATCATTGGCAATCTATTCTCACTCCTGTTCGAGAAACTGAGCAGCCTCTTCCATCCAAGAGGTCCAAATTAGCTGATGCTGAAGCAGAAGAAGCAGAGGAGTCTACATCCACTGCTGCAGATGCTGGTTCCATGTCTGCTTCAGGAGCGCCAGATATGGATGCTAAGTTGGAATTTGATTTGAATGAAGGCTTTAATGTAGATGATGGAAAATGCAGTGAGCCAAGCAGCATTCCTGCTTCAATTACAACTGTTCAGTTAATTAGTCCGTTACCTTTTCCTGTATCTATATCTAATGTGGCAAGCAACATTCCTGCTTCAATTACAGTTGCAGCTGCAGCAAAAAGACCCTTTGTACCACCTGACGATCTATTGAGGAGTAAAGGGGAACTTGGCTGGAAAGGATCAGCCGCCACAAGTGCTTTTCGACCTGCTGAACCTAGAAAAATTCTAGAAATGCCACTAGGTGTTCCAACTGCTTCACTTCCTGATGCTGCAGCCAGTAAAATTTCACGACCCCCATTGGATATTGACTTGAATGTTCCTGATGAAAGGACTCTTGAGGATATGAATCCCCAGATATTTTCTGAGGAGGTGGCTTCTAAGTCTGGCCTGGTTAATAATCGTGATCTAGCACGTGATATAGGTTCCACACATGGGCGTTGTTCTGGTGGGCTAGATCTTGACTTAAACCGAGTTGATGATGCTCCTGATCCAAGCAGCTTCTCCTTGAACAACTGTCGTAGAATAGAAACTCCTCTTAGTGTTAAATCATCAACTGTTCGTCTCAATGACAAGGTGAATTTTCACAGGGACTTTGATTTGAATGGGCCTATTGCTGATGAGAGCACTACTGAACCGTCAATATTTCCTCAGCATGCTAGAAGCCATATGCCATCCCAGCCAACTGTTTCTGGCCTTTGGATGAACAATGCAGAAATAGGAAATTTTCCATCCTGGTTTCCTCCAGGAAATGCTTATTCAGCTGTTGCAATTCCATCAATTATGCCTGATAGAGCAGAACAGGCTTTTCCAGTTGCAACAAATGGACCGCCCAGGATTTTGGGACCCACAAGTGGTACCAGTCCATATAGCACCGATGTCTTTAGAGGCCAAGTATTATCATCTTCTCCTGCAGTGCCGTTTCCTTCAACTTTTCAATATCCTGTCCTTTCTTTTGGAAACAGCTTTCCTCTACCCTCGGCCACATTTTCAGGCAACGCAACAACATATGTTGATTCGTCATCTGGTGGCAGGCTTTGCTTCCCTGCAGTCGCTTCACAGTTCTTAGCTCCTCCCGGTGCAGTTTCAACGCATTATCCAAGACCTTTTGTTGTCAGTCACTTGGATGGCAGCAACAATACTAGTTCTGATAGTAGTAGAAAGTGGGGGAGACAAGGTTTAGATCTAAATGCTGGCCCTATTGTTCCAGACGTTGAAGGAAGAGAGGAATCATCGTCCTTGGTACCAAGGCAACTATCTGTTGCCAGTTCGCAAGCCACCACCGAGGAGCATATGAGGATTTACCAGCCAGCAATTGGCATGATGAAGAGAAAAGAGCCAGAGGGAGGGTGGGATGGGTACAAACAGTCATCATGGTAGCAGAAAGATCCTGTTGAATCCTCAAAGCTGGTGAGTTTGTTTAGATCTTTCTAGTTTTGACCGCGGGGAAAGATGTTGTAAGGGTGGGATGGGGGTACATGGTGTTGGATGGCGCTTTAATATGAATATATGTAATGTATATTCCATGATTTATATTCTAATGTTGAAAGTGTTAATTATCTGTTTTTCAGTGCTTTGAGGATTGGCATTGAGCTGACTTCCACTGCTGGTTGTCATCTTTGTGTGCTTTTTGGAGGAGGTGGTGAGTAGTATCTCATGTTCTTCATGGTCTCCAACCCCACACCTTTTCTCTGTATCAGTTGTGACTAAAAAAAGAATGTCTGGGGCCTTCAAGCTTCTTGTCACTTGAATTTGTTCTGGGTGGCTGCAGATAATTTCATCTTTGTAGATATTTAACTGTTGGAAAAGCATGCTCTATCTGATAATTGGTGCCGATAAAGGTGTTCAGTGCATCAATTTAATATACTGTTGAACTCAAAATCTTTCCCATCCTTTTTGCAGCTATTTCACCAATATGAACCGGTGAATTGCCTTGATCATATTTATAATTTCATTTTTTTTTCCCTGAAGCCAGAGAGTTCTACCCTCGTTTTGTTTTGTTTTTTTTTCTTTTTAATTTTGTGTTGCAAATAATCAATGGCCAGGTTATGAAACA

mRNA sequence

ATGGATCTAGGCAATTCAGAACAATTTGGGCTTGGATATGTGAAAAGGCCCACTATTCTCAAATTCTCTCGCACTACGCACTCCCGCGTCACCGCTGCTATCTCGTCGCCGTTTACTCGCCGGAACCCAGATCGTTGCCGCTTTCTGGGTCCAAGCCTTGTTTTTGCAGTTCATAATATATCATCCCTTCTGGGTACAGTCCGTCGAACTGTAATAAGACTACGAACTTCAGAATCGGAGGTGAGTGAATCGGAGCCTTCGCCGTCATTTTGGGACAGACGTTGTTTTCTTTTCTTCGCTATCTCCTTCTCAGTTGTTGCTGCTCCCCGGCACGGCCCCATCGGAAGTTTAATTTTCTCTGTAACCAGACGCCGCCTCACGCCAGTCTTCTTCGGCAGCCCCTCATTGTTTGGTCTCGTTGACCACCATTGGTGCAGCATGCTTCTGACACGAATATTTGGGCGGACATTTCTAGCTGCTGCTAGATCAGAAACTTCTGCTGCTACAGCTGCTGCTGGCTCTACAGCTAGGACAGGGTACAATCCGCTCGAGGAGTTTTTTGAGGCACATAGAAGTCCAGACGATGACAAACCTGTTGTATATGGTCGAAGTTGGAAGGCTTCAGAACTGCGGCTCAAGTCTTGGGACGATCTTAACAAGTTATGGTATGTCCTGTTGAAGGAGAAAAATATGTTGATGACACAGCGGCAGATGCTTAACGCACAAAATCTAAGGTTTCCTAATCCAGAACGCATTCCCAAGGTGAGGAAATCAATGTGTCGAATCAAACAGGTACTTACCGAGAGAGCCATCGATGAACCAGATCCTCGGAGATGCGCAGAGTTGAAGAGGATGCTAATCAATGATTCGAACCCAGCCTTGTACGTGGTGGTGTTCGCCGTCCCGAGCATTTTGGGGCACGTTGTACCAGGTCAGTTGGGGCTGTGGGGGGAGTTGCATCACCGCCATGTCTATTTATCATTTACTCACCCAAATTGCCCGATCTGCCCGGGACTGCCCGGTCTCGGCTCCCTACCAAGTACCAAGTGGGATCGAGGTTGGAATTGGGGAAAATGCAAGGCTATGCATGGGCGTCGAGGTGAGAACTGGAAACGGAGTCGGCACATGTGGACAGTCCCCACACGCGGTACCCAGATCGTAGAAGCAGATGGTTCTTCGTCATCGTCTTCATCTGCACCTACTTCGTTTTGCAAGGGTGGACGTAGGATTAGTGTTGGTGATTGTGCTCTTTTCAAACCCCCCAAAGACTCCCCACCTTTTATTGGCATAATCCGGTGGTTGACTACTGGTAAGGAGAATAAATTGAAGTTGGGTGTGAATTGGCTTTATCGATCTTCTGAATTAAAGCTCGGCAAAGGCATCCTTTTGGAAGCTGCGCCCAACGAAGTGTTCTATTCCTTTCACAAGGATGAAATTCCTGCTGCATCTTTACTCCACCCGTGTAAAGTTGCATTCCTTCCTAAGGACATCAAACTTCCATCAGGAATTTCGTCATTTGTGTGCCGGAGAGTGTATGACATAAGGAATAAGTGTTTACGGTGGCTAACTGATCAGGATTATATTAATGAACATCGGGAAGAAGTGGATCAATTATTAGACAAGACGAGGTTAGAAATGCATGCTTCAGTCCAACCTGGTGGCCGATCACCTAAGCGTACTAGTGGTCCAACATCAACATCTCAGTTAAAAGCTAATTCAGATAGTGTTCAAGCCGCCTTTCCTTCTCACACGAAAGGCAAGAAAAGAGAGAGGAGTGACCAGGGATTAGAATCTGTTAAACATGAACGCATCGTAAAAGCTGATGAAGGGGATTCTGCTAACTGCAGATTGGAAAATACTTTAAAGTTTGAGATCACAAAAATTGCTGAAAAAGGGAGCTTAGTTGATTCTGAAGCTGTCGAGAAATTGGTGCAGCTTATGCTGTCTGATAGTGACAAAAAAATTGATTTGGCTGGCAGATCAGCACTTGCAGGTGTGATAGCTGCCACAGATAAGGTTGAGTGCCTTAATCAGTTTGTACATCTTAAGGGTTTACCTGTGCTTGATGAATGGCTCCAAGAGGTTCACAAGGGAAAAATTGGCAGTGGCGGTAGCCCCAAGGATAGCGATAAAGCAGTTGAGGAATTTCTACTGATTTTGCTTCGAGCCCTTGATAAACTACCTGTAAATCTTCCTGCTTTGCAGATGTGCCATATTGGAAAGTCTGTGAATCATTTACGCTCACATAAGAACTTGGAAATTCAGAAGAAAGCAAGGAGCTTAGTGGACACATGGAAAAAACGTGTTGAAGCTGAAATGAACATTAATGATGCAAAGTCTGGTTCAAACCAAGCTGTTGCATGGAGTGCAAGAACTCGATCATCTGAAGTTGCTCATGGTGGGAGGAACCAAGATGCATCCTCTGAAGTTGCCATGAAGAGCTCAGTTTCTCAGCTTTCTACATCCAAATCTGCTTCAGTTAAGCTTGCTCAGGATGATAGTGTTACAAGATCTGCATCTGCCTCTCCTGGTTCTATGAAACCAGTTTTATCACCCGCATCAGCAAGTATTAACTCGAAAGATGGATCATCCAGAAATCCTGGTGTTTGTGGCACAGCTGATCTTTCTCAAACTATTGCCAGGGATGAAAAGAGTAGCAGTTCCAGTCAGTCCCATAATAATAGTCAATCTTGTTCTAGTGAACATGGTAAAAGTGGTGGTTTAGGGAAGGAGGATGCCAGAAGCTCTACTGCTGGTTCAATGAGTGTGAATAAGATCTCAGGTGGTGGATCTCGACAGCGCAAATCAGTCAATGGATTTCCTAGCACTGTTCTCTCTGGGGCTCAACGAGATGTAGGGTCAGGAAAAAGTTCTTTGCACCGAAACACAGTTTTAGAGAGATCATCTCAATCGGGAACAACCTTTGAAAAGGCATCTGATGGACCTATTGGTGAGGGAAACAGTCCTAAATTGATAGTAAAGATCACCAATCGAGGCCGGAGTCCTGCACACAGTGTTAGTGGTGGATCGTTTGAAGATCCTTCAATAATGAATAGCAGGGCTTCTTCTCCTCCACTTTCAGAGAAGCATGATCAATTTGATCACAGTAAGAGTGATACCTGTCAGCCTAATATTACTGGAGATGTGAATGTCGGGCCCTGGCAGAATAGTGATGTAAAGGATATGGTGACCGGCTCTGATGATGGCGATGGATCTCCTGCTGCTGTACATGGTGAGGATCGATGTCAGGCTGTCAAGGACATAAAAGTTTCAAGGGCGAATGATCATAAAAATGGGAAGTTACATGAAGCTTCTTTGAGCTCCATAAATGCTTTAATTGAGAGTTGTATTAAATGCTCCGAAGCTAATATGCCTACCTCACTCATGGATAATGTTGGAATGAATTTACTTGCTAGTGTAGCTGCCGTTGAGATGTCAAAGTCTGATTTTGTTTTGCCTTCTGATACACAAGGAAATATCTCTGCAGTTGACCGAACCTCCAGAAGCAGTGATTGTAAAGTTAAAGCATCTTATCCTGAAGAGGATGCTAGAGATAACATCCAGTCGAATGATGCTATGGATGTTTCTGAGCAGGGCGTGATCACTACTTCTTTTGGAGCTAAAATTGTGGATGGAAGGTGTGCTTCACAATCTGAAGAGAAACCTGTTGGAGATTTGAGTGGTCATTCAAAATCATCTGGTGTAAATTTGCAACCAACTGCTGTGCCATTTCCAGATGGTTGTATAAAAATGAACGAGGCTGGAGGGCCTATCTCTCCTTCTAGGATGCCAGAGAAGGGCTCTGAGATGGAGGGGGCTAAACCAGTTGAAGACAGTAAGGCAGCTGATGTAGTTGATGGAGATAGCAGTTCTAAATCTAAACCTAAGCCAAGCAGTTCTTTGCCTGATGGTAGTGTGGTTGGCGATGGTATCTCAAATCGCGAAGTTGAAGCGGATGTTGTTAATGACCCTTTGCATAGGTTGCAAGAAGTTGATGGCAATTCAAACGATAGACTGCATGGTGTTAGTACATCTGACCGAAGGCTATCTTCTAAGTTGAACTGCGATTCTGCCAAATTAAGGAATGATGAATTACTTCAGGCTTCAGGCTCTTCAAGTAATTTGATTTCTGTAAGTGCAAGTGAGATGAAGGCCGAGAAGAATGATGAAACCAACACATCAGCTGATGTGAAACTTGAAAAACCTCAAAGCGACCTGGATCCTATGGTATCTGAATCTCGAAGTGTAGGTGGCTCATGTTCAGCGACCAACCTTGAGGGCGAGCACATGGAGGAGAATTTGGAATCTAAATTTAATAAGGAGAAAAATGGAGGACAAACACATCATTGGCAATCTATTCTCACTCCTGTTCGAGAAACTGAGCAGCCTCTTCCATCCAAGAGGTCCAAATTAGCTGATGCTGAAGCAGAAGAAGCAGAGGAGTCTACATCCACTGCTGCAGATGCTGGTTCCATGTCTGCTTCAGGAGCGCCAGATATGGATGCTAAGTTGGAATTTGATTTGAATGAAGGCTTTAATGTAGATGATGGAAAATGCAGTGAGCCAAGCAGCATTCCTGCTTCAATTACAACTGTTCAGTTAATTAGTCCGTTACCTTTTCCTGTATCTATATCTAATGTGGCAAGCAACATTCCTGCTTCAATTACAGTTGCAGCTGCAGCAAAAAGACCCTTTGTACCACCTGACGATCTATTGAGGAGTAAAGGGGAACTTGGCTGGAAAGGATCAGCCGCCACAAGTGCTTTTCGACCTGCTGAACCTAGAAAAATTCTAGAAATGCCACTAGGTGTTCCAACTGCTTCACTTCCTGATGCTGCAGCCAGTAAAATTTCACGACCCCCATTGGATATTGACTTGAATGTTCCTGATGAAAGGACTCTTGAGGATATGAATCCCCAGATATTTTCTGAGGAGGTGGCTTCTAAGTCTGGCCTGGTTAATAATCGTGATCTAGCACGTGATATAGGTTCCACACATGGGCGTTGTTCTGGTGGGCTAGATCTTGACTTAAACCGAGTTGATGATGCTCCTGATCCAAGCAGCTTCTCCTTGAACAACTGTCGTAGAATAGAAACTCCTCTTAGTGTTAAATCATCAACTGTTCGTCTCAATGACAAGGTGAATTTTCACAGGGACTTTGATTTGAATGGGCCTATTGCTGATGAGAGCACTACTGAACCGTCAATATTTCCTCAGCATGCTAGAAGCCATATGCCATCCCAGCCAACTGTTTCTGGCCTTTGGATGAACAATGCAGAAATAGGAAATTTTCCATCCTGGTTTCCTCCAGGAAATGCTTATTCAGCTGTTGCAATTCCATCAATTATGCCTGATAGAGCAGAACAGGCTTTTCCAGTTGCAACAAATGGACCGCCCAGGATTTTGGGACCCACAAGTGGTACCAGTCCATATAGCACCGATGTCTTTAGAGGCCAAGTATTATCATCTTCTCCTGCAGTGCCGTTTCCTTCAACTTTTCAATATCCTGTCCTTTCTTTTGGAAACAGCTTTCCTCTACCCTCGGCCACATTTTCAGGCAACGCAACAACATATGTTGATTCGTCATCTGGTGGCAGGCTTTGCTTCCCTGCAGTCGCTTCACAGTTCTTAGCTCCTCCCGGTGCAGTTTCAACGCATTATCCAAGACCTTTTGTTGTCAGTCACTTGGATGGCAGCAACAATACTAGTTCTGATAGTAGTAGAAAGTGGGGGAGACAAGGTTTAGATCTAAATGCTGGCCCTATTGTTCCAGACGTTGAAGGAAGAGAGGAATCATCGTCCTTGGTACCAAGGCAACTATCTGTTGCCAGTTCGCAAGCCACCACCGAGGAGCATATGAGGATTTACCAGCCAGCAATTGGCATGATGAAGAGAAAAGAGCCAGAGGGAGGGTGGGATGGGTACAAACAGTCATCATGGTAGCAGAAAGATCCTGTTGAATCCTCAAAGCTGTGCTTTGAGGATTGGCATTGAGCTGACTTCCACTGCTGGTTGTCATCTTTGTGTGCTTTTTGGAGGAGGTGGTGAGTAGTATCTCATGTTCTTCATGGTCTCCAACCCCACACCTTTTCTCTGTATCAGTTGTGACTAAAAAAAGAATGTCTGGGGCCTTCAAGCTTCTTGTCACTTGAATTTGTTCTGGGTGGCTGCAGATAATTTCATCTTTGTAGATATTTAACTGTTGGAAAAGCATGCTCTATCTGATAATTGGTGCCGATAAAGGTGTTCAGTGCATCAATTTAATATACTGTTGAACTCAAAATCTTTCCCATCCTTTTTGCAGCTATTTCACCAATATGAACCGGTGAATTGCCTTGATCATATTTATAATTTCATTTTTTTTTCCCTGAAGCCAGAGAGTTCTACCCTCGTTTTGTTTTGTTTTTTTTTCTTTTTAATTTTGTGTTGCAAATAATCAATGGCCAGGTTATGAAACA

Coding sequence (CDS)

ATGGATCTAGGCAATTCAGAACAATTTGGGCTTGGATATGTGAAAAGGCCCACTATTCTCAAATTCTCTCGCACTACGCACTCCCGCGTCACCGCTGCTATCTCGTCGCCGTTTACTCGCCGGAACCCAGATCGTTGCCGCTTTCTGGGTCCAAGCCTTGTTTTTGCAGTTCATAATATATCATCCCTTCTGGGTACAGTCCGTCGAACTGTAATAAGACTACGAACTTCAGAATCGGAGGTGAGTGAATCGGAGCCTTCGCCGTCATTTTGGGACAGACGTTGTTTTCTTTTCTTCGCTATCTCCTTCTCAGTTGTTGCTGCTCCCCGGCACGGCCCCATCGGAAGTTTAATTTTCTCTGTAACCAGACGCCGCCTCACGCCAGTCTTCTTCGGCAGCCCCTCATTGTTTGGTCTCGTTGACCACCATTGGTGCAGCATGCTTCTGACACGAATATTTGGGCGGACATTTCTAGCTGCTGCTAGATCAGAAACTTCTGCTGCTACAGCTGCTGCTGGCTCTACAGCTAGGACAGGGTACAATCCGCTCGAGGAGTTTTTTGAGGCACATAGAAGTCCAGACGATGACAAACCTGTTGTATATGGTCGAAGTTGGAAGGCTTCAGAACTGCGGCTCAAGTCTTGGGACGATCTTAACAAGTTATGGTATGTCCTGTTGAAGGAGAAAAATATGTTGATGACACAGCGGCAGATGCTTAACGCACAAAATCTAAGGTTTCCTAATCCAGAACGCATTCCCAAGGTGAGGAAATCAATGTGTCGAATCAAACAGGTACTTACCGAGAGAGCCATCGATGAACCAGATCCTCGGAGATGCGCAGAGTTGAAGAGGATGCTAATCAATGATTCGAACCCAGCCTTGTACGTGGTGGTGTTCGCCGTCCCGAGCATTTTGGGGCACGTTGTACCAGGTCAGTTGGGGCTGTGGGGGGAGTTGCATCACCGCCATGTCTATTTATCATTTACTCACCCAAATTGCCCGATCTGCCCGGGACTGCCCGGTCTCGGCTCCCTACCAAGTACCAAGTGGGATCGAGGTTGGAATTGGGGAAAATGCAAGGCTATGCATGGGCGTCGAGGTGAGAACTGGAAACGGAGTCGGCACATGTGGACAGTCCCCACACGCGGTACCCAGATCGTAGAAGCAGATGGTTCTTCGTCATCGTCTTCATCTGCACCTACTTCGTTTTGCAAGGGTGGACGTAGGATTAGTGTTGGTGATTGTGCTCTTTTCAAACCCCCCAAAGACTCCCCACCTTTTATTGGCATAATCCGGTGGTTGACTACTGGTAAGGAGAATAAATTGAAGTTGGGTGTGAATTGGCTTTATCGATCTTCTGAATTAAAGCTCGGCAAAGGCATCCTTTTGGAAGCTGCGCCCAACGAAGTGTTCTATTCCTTTCACAAGGATGAAATTCCTGCTGCATCTTTACTCCACCCGTGTAAAGTTGCATTCCTTCCTAAGGACATCAAACTTCCATCAGGAATTTCGTCATTTGTGTGCCGGAGAGTGTATGACATAAGGAATAAGTGTTTACGGTGGCTAACTGATCAGGATTATATTAATGAACATCGGGAAGAAGTGGATCAATTATTAGACAAGACGAGGTTAGAAATGCATGCTTCAGTCCAACCTGGTGGCCGATCACCTAAGCGTACTAGTGGTCCAACATCAACATCTCAGTTAAAAGCTAATTCAGATAGTGTTCAAGCCGCCTTTCCTTCTCACACGAAAGGCAAGAAAAGAGAGAGGAGTGACCAGGGATTAGAATCTGTTAAACATGAACGCATCGTAAAAGCTGATGAAGGGGATTCTGCTAACTGCAGATTGGAAAATACTTTAAAGTTTGAGATCACAAAAATTGCTGAAAAAGGGAGCTTAGTTGATTCTGAAGCTGTCGAGAAATTGGTGCAGCTTATGCTGTCTGATAGTGACAAAAAAATTGATTTGGCTGGCAGATCAGCACTTGCAGGTGTGATAGCTGCCACAGATAAGGTTGAGTGCCTTAATCAGTTTGTACATCTTAAGGGTTTACCTGTGCTTGATGAATGGCTCCAAGAGGTTCACAAGGGAAAAATTGGCAGTGGCGGTAGCCCCAAGGATAGCGATAAAGCAGTTGAGGAATTTCTACTGATTTTGCTTCGAGCCCTTGATAAACTACCTGTAAATCTTCCTGCTTTGCAGATGTGCCATATTGGAAAGTCTGTGAATCATTTACGCTCACATAAGAACTTGGAAATTCAGAAGAAAGCAAGGAGCTTAGTGGACACATGGAAAAAACGTGTTGAAGCTGAAATGAACATTAATGATGCAAAGTCTGGTTCAAACCAAGCTGTTGCATGGAGTGCAAGAACTCGATCATCTGAAGTTGCTCATGGTGGGAGGAACCAAGATGCATCCTCTGAAGTTGCCATGAAGAGCTCAGTTTCTCAGCTTTCTACATCCAAATCTGCTTCAGTTAAGCTTGCTCAGGATGATAGTGTTACAAGATCTGCATCTGCCTCTCCTGGTTCTATGAAACCAGTTTTATCACCCGCATCAGCAAGTATTAACTCGAAAGATGGATCATCCAGAAATCCTGGTGTTTGTGGCACAGCTGATCTTTCTCAAACTATTGCCAGGGATGAAAAGAGTAGCAGTTCCAGTCAGTCCCATAATAATAGTCAATCTTGTTCTAGTGAACATGGTAAAAGTGGTGGTTTAGGGAAGGAGGATGCCAGAAGCTCTACTGCTGGTTCAATGAGTGTGAATAAGATCTCAGGTGGTGGATCTCGACAGCGCAAATCAGTCAATGGATTTCCTAGCACTGTTCTCTCTGGGGCTCAACGAGATGTAGGGTCAGGAAAAAGTTCTTTGCACCGAAACACAGTTTTAGAGAGATCATCTCAATCGGGAACAACCTTTGAAAAGGCATCTGATGGACCTATTGGTGAGGGAAACAGTCCTAAATTGATAGTAAAGATCACCAATCGAGGCCGGAGTCCTGCACACAGTGTTAGTGGTGGATCGTTTGAAGATCCTTCAATAATGAATAGCAGGGCTTCTTCTCCTCCACTTTCAGAGAAGCATGATCAATTTGATCACAGTAAGAGTGATACCTGTCAGCCTAATATTACTGGAGATGTGAATGTCGGGCCCTGGCAGAATAGTGATGTAAAGGATATGGTGACCGGCTCTGATGATGGCGATGGATCTCCTGCTGCTGTACATGGTGAGGATCGATGTCAGGCTGTCAAGGACATAAAAGTTTCAAGGGCGAATGATCATAAAAATGGGAAGTTACATGAAGCTTCTTTGAGCTCCATAAATGCTTTAATTGAGAGTTGTATTAAATGCTCCGAAGCTAATATGCCTACCTCACTCATGGATAATGTTGGAATGAATTTACTTGCTAGTGTAGCTGCCGTTGAGATGTCAAAGTCTGATTTTGTTTTGCCTTCTGATACACAAGGAAATATCTCTGCAGTTGACCGAACCTCCAGAAGCAGTGATTGTAAAGTTAAAGCATCTTATCCTGAAGAGGATGCTAGAGATAACATCCAGTCGAATGATGCTATGGATGTTTCTGAGCAGGGCGTGATCACTACTTCTTTTGGAGCTAAAATTGTGGATGGAAGGTGTGCTTCACAATCTGAAGAGAAACCTGTTGGAGATTTGAGTGGTCATTCAAAATCATCTGGTGTAAATTTGCAACCAACTGCTGTGCCATTTCCAGATGGTTGTATAAAAATGAACGAGGCTGGAGGGCCTATCTCTCCTTCTAGGATGCCAGAGAAGGGCTCTGAGATGGAGGGGGCTAAACCAGTTGAAGACAGTAAGGCAGCTGATGTAGTTGATGGAGATAGCAGTTCTAAATCTAAACCTAAGCCAAGCAGTTCTTTGCCTGATGGTAGTGTGGTTGGCGATGGTATCTCAAATCGCGAAGTTGAAGCGGATGTTGTTAATGACCCTTTGCATAGGTTGCAAGAAGTTGATGGCAATTCAAACGATAGACTGCATGGTGTTAGTACATCTGACCGAAGGCTATCTTCTAAGTTGAACTGCGATTCTGCCAAATTAAGGAATGATGAATTACTTCAGGCTTCAGGCTCTTCAAGTAATTTGATTTCTGTAAGTGCAAGTGAGATGAAGGCCGAGAAGAATGATGAAACCAACACATCAGCTGATGTGAAACTTGAAAAACCTCAAAGCGACCTGGATCCTATGGTATCTGAATCTCGAAGTGTAGGTGGCTCATGTTCAGCGACCAACCTTGAGGGCGAGCACATGGAGGAGAATTTGGAATCTAAATTTAATAAGGAGAAAAATGGAGGACAAACACATCATTGGCAATCTATTCTCACTCCTGTTCGAGAAACTGAGCAGCCTCTTCCATCCAAGAGGTCCAAATTAGCTGATGCTGAAGCAGAAGAAGCAGAGGAGTCTACATCCACTGCTGCAGATGCTGGTTCCATGTCTGCTTCAGGAGCGCCAGATATGGATGCTAAGTTGGAATTTGATTTGAATGAAGGCTTTAATGTAGATGATGGAAAATGCAGTGAGCCAAGCAGCATTCCTGCTTCAATTACAACTGTTCAGTTAATTAGTCCGTTACCTTTTCCTGTATCTATATCTAATGTGGCAAGCAACATTCCTGCTTCAATTACAGTTGCAGCTGCAGCAAAAAGACCCTTTGTACCACCTGACGATCTATTGAGGAGTAAAGGGGAACTTGGCTGGAAAGGATCAGCCGCCACAAGTGCTTTTCGACCTGCTGAACCTAGAAAAATTCTAGAAATGCCACTAGGTGTTCCAACTGCTTCACTTCCTGATGCTGCAGCCAGTAAAATTTCACGACCCCCATTGGATATTGACTTGAATGTTCCTGATGAAAGGACTCTTGAGGATATGAATCCCCAGATATTTTCTGAGGAGGTGGCTTCTAAGTCTGGCCTGGTTAATAATCGTGATCTAGCACGTGATATAGGTTCCACACATGGGCGTTGTTCTGGTGGGCTAGATCTTGACTTAAACCGAGTTGATGATGCTCCTGATCCAAGCAGCTTCTCCTTGAACAACTGTCGTAGAATAGAAACTCCTCTTAGTGTTAAATCATCAACTGTTCGTCTCAATGACAAGGTGAATTTTCACAGGGACTTTGATTTGAATGGGCCTATTGCTGATGAGAGCACTACTGAACCGTCAATATTTCCTCAGCATGCTAGAAGCCATATGCCATCCCAGCCAACTGTTTCTGGCCTTTGGATGAACAATGCAGAAATAGGAAATTTTCCATCCTGGTTTCCTCCAGGAAATGCTTATTCAGCTGTTGCAATTCCATCAATTATGCCTGATAGAGCAGAACAGGCTTTTCCAGTTGCAACAAATGGACCGCCCAGGATTTTGGGACCCACAAGTGGTACCAGTCCATATAGCACCGATGTCTTTAGAGGCCAAGTATTATCATCTTCTCCTGCAGTGCCGTTTCCTTCAACTTTTCAATATCCTGTCCTTTCTTTTGGAAACAGCTTTCCTCTACCCTCGGCCACATTTTCAGGCAACGCAACAACATATGTTGATTCGTCATCTGGTGGCAGGCTTTGCTTCCCTGCAGTCGCTTCACAGTTCTTAGCTCCTCCCGGTGCAGTTTCAACGCATTATCCAAGACCTTTTGTTGTCAGTCACTTGGATGGCAGCAACAATACTAGTTCTGATAGTAGTAGAAAGTGGGGGAGACAAGGTTTAGATCTAAATGCTGGCCCTATTGTTCCAGACGTTGAAGGAAGAGAGGAATCATCGTCCTTGGTACCAAGGCAACTATCTGTTGCCAGTTCGCAAGCCACCACCGAGGAGCATATGAGGATTTACCAGCCAGCAATTGGCATGATGAAGAGAAAAGAGCCAGAGGGAGGGTGGGATGGGTACAAACAGTCATCATGGTAG

Protein sequence

MDLGNSEQFGLGYVKRPTILKFSRTTHSRVTAAISSPFTRRNPDRCRFLGPSLVFAVHNISSLLGTVRRTVIRLRTSESEVSESEPSPSFWDRRCFLFFAISFSVVAAPRHGPIGSLIFSVTRRRLTPVFFGSPSLFGLVDHHWCSMLLTRIFGRTFLAAARSETSAATAAAGSTARTGYNPLEEFFEAHRSPDDDKPVVYGRSWKASELRLKSWDDLNKLWYVLLKEKNMLMTQRQMLNAQNLRFPNPERIPKVRKSMCRIKQVLTERAIDEPDPRRCAELKRMLINDSNPALYVVVFAVPSILGHVVPGQLGLWGELHHRHVYLSFTHPNCPICPGLPGLGSLPSTKWDRGWNWGKCKAMHGRRGENWKRSRHMWTVPTRGTQIVEADGSSSSSSSAPTSFCKGGRRISVGDCALFKPPKDSPPFIGIIRWLTTGKENKLKLGVNWLYRSSELKLGKGILLEAAPNEVFYSFHKDEIPAASLLHPCKVAFLPKDIKLPSGISSFVCRRVYDIRNKCLRWLTDQDYINEHREEVDQLLDKTRLEMHASVQPGGRSPKRTSGPTSTSQLKANSDSVQAAFPSHTKGKKRERSDQGLESVKHERIVKADEGDSANCRLENTLKFEITKIAEKGSLVDSEAVEKLVQLMLSDSDKKIDLAGRSALAGVIAATDKVECLNQFVHLKGLPVLDEWLQEVHKGKIGSGGSPKDSDKAVEEFLLILLRALDKLPVNLPALQMCHIGKSVNHLRSHKNLEIQKKARSLVDTWKKRVEAEMNINDAKSGSNQAVAWSARTRSSEVAHGGRNQDASSEVAMKSSVSQLSTSKSASVKLAQDDSVTRSASASPGSMKPVLSPASASINSKDGSSRNPGVCGTADLSQTIARDEKSSSSSQSHNNSQSCSSEHGKSGGLGKEDARSSTAGSMSVNKISGGGSRQRKSVNGFPSTVLSGAQRDVGSGKSSLHRNTVLERSSQSGTTFEKASDGPIGEGNSPKLIVKITNRGRSPAHSVSGGSFEDPSIMNSRASSPPLSEKHDQFDHSKSDTCQPNITGDVNVGPWQNSDVKDMVTGSDDGDGSPAAVHGEDRCQAVKDIKVSRANDHKNGKLHEASLSSINALIESCIKCSEANMPTSLMDNVGMNLLASVAAVEMSKSDFVLPSDTQGNISAVDRTSRSSDCKVKASYPEEDARDNIQSNDAMDVSEQGVITTSFGAKIVDGRCASQSEEKPVGDLSGHSKSSGVNLQPTAVPFPDGCIKMNEAGGPISPSRMPEKGSEMEGAKPVEDSKAADVVDGDSSSKSKPKPSSSLPDGSVVGDGISNREVEADVVNDPLHRLQEVDGNSNDRLHGVSTSDRRLSSKLNCDSAKLRNDELLQASGSSSNLISVSASEMKAEKNDETNTSADVKLEKPQSDLDPMVSESRSVGGSCSATNLEGEHMEENLESKFNKEKNGGQTHHWQSILTPVRETEQPLPSKRSKLADAEAEEAEESTSTAADAGSMSASGAPDMDAKLEFDLNEGFNVDDGKCSEPSSIPASITTVQLISPLPFPVSISNVASNIPASITVAAAAKRPFVPPDDLLRSKGELGWKGSAATSAFRPAEPRKILEMPLGVPTASLPDAAASKISRPPLDIDLNVPDERTLEDMNPQIFSEEVASKSGLVNNRDLARDIGSTHGRCSGGLDLDLNRVDDAPDPSSFSLNNCRRIETPLSVKSSTVRLNDKVNFHRDFDLNGPIADESTTEPSIFPQHARSHMPSQPTVSGLWMNNAEIGNFPSWFPPGNAYSAVAIPSIMPDRAEQAFPVATNGPPRILGPTSGTSPYSTDVFRGQVLSSSPAVPFPSTFQYPVLSFGNSFPLPSATFSGNATTYVDSSSGGRLCFPAVASQFLAPPGAVSTHYPRPFVVSHLDGSNNTSSDSSRKWGRQGLDLNAGPIVPDVEGREESSSLVPRQLSVASSQATTEEHMRIYQPAIGMMKRKEPEGGWDGYKQSSW

Homology

[Close]

BLAST of CmaCh11G001080 vs. ExPASy Swiss-Prot
Match: Q8K2Y7 (39S ribosomal protein L47, mitochondrial OS=Mus musculus OX=10090 GN=Mrpl47 PE=1 SV=2)

HSP 1 Score: 79.0 bits (193), Expect = 6.9e-13
Identity = 43/87 (49.43%), Postives = 58/87 (66.67%), Query Frame = 0


Query: 183 LEEFFEAHRSPDDDKPVVYGRSWKASELRLKSWDDLNKLWYVLLKEKNMLMTQRQMLNAQ 242
           LEEFF+  ++  ++K V  G SW   +LR KS +DL+KLWYVLLKE+NML+T  Q    Q
Sbjct: 66  LEEFFDDPKNWGEEK-VKSGASWTCQQLRNKSNEDLHKLWYVLLKERNMLLTLEQEAKRQ 125

Query: 243 NLRFPNPERIPKVRKSMCRIKQVLTER 270
            L  P+PER+ KV  SM  + +V+ ER
Sbjct: 126 RLPMPSPERLEKVVDSMDNVDKVVQER 151

[Close]

BLAST of CmaCh11G001080 vs. ExPASy Swiss-Prot
Match: Q08DT6 (39S ribosomal protein L47, mitochondrial OS=Bos taurus OX=9913 GN=MRPL47 PE=2 SV=1)

HSP 1 Score: 78.2 bits (191), Expect = 1.2e-12
Identity = 43/87 (49.43%), Postives = 58/87 (66.67%), Query Frame = 0


Query: 183 LEEFFEAHRSPDDDKPVVYGRSWKASELRLKSWDDLNKLWYVLLKEKNMLMTQRQMLNAQ 242
           LEEFF+  ++  ++K V  G SW   +LR KS +DL+KLWYVLLKE+NML+T  Q    Q
Sbjct: 66  LEEFFDDPKNWGEEK-VKSGASWTCQQLRNKSNEDLHKLWYVLLKERNMLLTLEQEAKRQ 125

Query: 243 NLRFPNPERIPKVRKSMCRIKQVLTER 270
            L  P+PER+ KV  SM  + +V+ ER
Sbjct: 126 RLPMPSPERLEKVVDSMDALDKVVQER 151

[Close]

BLAST of CmaCh11G001080 vs. ExPASy Swiss-Prot
Match: Q9HD33 (39S ribosomal protein L47, mitochondrial OS=Homo sapiens OX=9606 GN=MRPL47 PE=1 SV=2)

HSP 1 Score: 76.3 bits (186), Expect = 4.5e-12
Identity = 42/87 (48.28%), Postives = 57/87 (65.52%), Query Frame = 0


Query: 183 LEEFFEAHRSPDDDKPVVYGRSWKASELRLKSWDDLNKLWYVLLKEKNMLMTQRQMLNAQ 242
           LEEFF+  ++   +K V  G +W   +LR KS +DL+KLWYVLLKE+NML+T  Q    Q
Sbjct: 64  LEEFFDDPKNWGQEK-VKSGAAWTCQQLRNKSNEDLHKLWYVLLKERNMLLTLEQEAKRQ 123

Query: 243 NLRFPNPERIPKVRKSMCRIKQVLTER 270
            L  P+PER+ KV  SM  + +V+ ER
Sbjct: 124 RLPMPSPERLDKVVDSMDALDKVVQER 149

[Close]

BLAST of CmaCh11G001080 vs. TAIR 10
Match: AT3G48050.1 (BAH domain ;TFIIS helical bundle-like domain )

HSP 1 Score: 1243.0 bits (3215), Expect = 0.0e+00
Identity = 818/1665 (49.13%), Postives = 1067/1665 (64.08%), Query Frame = 0


Query: 362  MHGRRGE--NWKRSRHMWTVPTRGTQIVEADGSSSSSSSAPTSFCKGGRRISVGDCALFK 421
            MHGR  E  +  R RHM    +R    VE  GSS  S S+ TSF K GR+ISVGDCALFK
Sbjct: 1    MHGRVCERRHKSRRRHMLISSSRVIATVEGGGSSCLSLSSSTSFSKDGRKISVGDCALFK 60

Query: 422  PPKDSPPFIGIIRWLTTGKENKLKLGVNWLYRSSELKLGKGILLEAAPNEVFYSFHKDEI 481
            PP+D PPFIGIIR +   +E+KLKLGVNWLYR +ELKLGKGILLEA PNE+FYSFH+D I
Sbjct: 61   PPQDCPPFIGIIRLIIAEEEDKLKLGVNWLYRPTELKLGKGILLEAEPNELFYSFHEDNI 120

Query: 482  PAASLLHPCKVAFLPKDIKLPSGISSFVCRRVYDIRNKCLRWLTDQDYINEHREEVDQLL 541
            PAASLLHPCKVAFLP+ ++LPSGISSFVCRRVYD+ N+ L WLTDQDYI++ + EVD+LL
Sbjct: 121  PAASLLHPCKVAFLPRGVELPSGISSFVCRRVYDVTNERLWWLTDQDYIDDRQLEVDKLL 180

Query: 542  DKTRLEMHASVQPGGRSPKRTSGPTSTSQLKANSDSVQ--AAFPSHTKGKKRERSDQGLE 601
             KTR EMH ++Q GGRSPK  + PT TSQ K   D +Q   +F S  KG+KRER D G E
Sbjct: 181  CKTRSEMHTTLQQGGRSPKSMNSPT-TSQPK---DGIQNSNSFLSQGKGRKRERMDHGSE 240

Query: 602  SVKHERIVKADEGDSANCRLENTLKFEITKIAEKGSLVDSEAVEKLVQLMLSD-SDKKID 661
            SVK ER  + D+  S   R E+ LK EI K  EKG LVDSE VEKLVQLML + ++KKID
Sbjct: 241  SVKRERSSRVDDSGSGPLRTESGLKSEILKFTEKGGLVDSEGVEKLVQLMLPERNEKKID 300

Query: 662  LAGRSALAGVIAATDKVECLNQFVHLKGLPVLDEWLQEVHKGKIGSGGSPKDSDKAVEEF 721
            L GR+ LAGV+AATDK +CL++FV L+GLPV DEWLQEVHKGK+G GGSPKDSD+ V++F
Sbjct: 301  LVGRAILAGVVAATDKFDCLSRFVQLRGLPVFDEWLQEVHKGKVGDGGSPKDSDRLVDDF 360

Query: 722  LLILLRALDKLPVNLPALQMCHIGKSVNHLRSHKNLEIQKKARSLVDTWKKRVEAEMNIN 781
            LL+LLRALDKLPVNL ALQ C+IGKSVNHLRSHKN EI KKARSLVDTWKKRVEAEM   
Sbjct: 361  LLVLLRALDKLPVNLNALQTCNIGKSVNHLRSHKNSEIGKKARSLVDTWKKRVEAEM--- 420

Query: 782  DAKSGSNQAVAWSARTRSSEVAHGGRNQDASSEVAMKSSVSQLSTSKSASVKLAQDDSVT 841
            DAKSGSNQ V+W  R     ++HGGR+   S+E A K+S S L  SKS SVK  Q ++  
Sbjct: 421  DAKSGSNQGVSWPGR-----LSHGGRHSGGSAE-ANKTSSSHLHASKSVSVK-QQVENNL 480

Query: 842  RSASASPGSMKPVLSPASASINSKDGSSRNPGVCGTADLSQTIARDEKSSSSSQSHNNSQ 901
            +  + SPGS +   SP S    SKDG  RN G  G +++   + +DEKSSSSSQSHNNSQ
Sbjct: 481  KCVATSPGSTRSAPSPGSGGNVSKDGQQRNAGAGGVSEVLAAV-KDEKSSSSSQSHNNSQ 540

Query: 902  SCSSEHGKSGGL-GKEDARSSTAGSMSVNKISGGGSRQRKSVNGFPSTVLSGAQRDVGSG 961
            SCSSEH K+G L GKEDARSSTAGS ++ K SGG SR RKS N F  +  S + R  G  
Sbjct: 541  SCSSEHAKTGNLCGKEDARSSTAGS-TLKKCSGGSSRHRKSNNVFQGSSSSASPRGAGLS 600

Query: 962  KS-SLHRNTVLERSSQSGTTFEKASDGPIGEGNSPKLIVKITNRGRSPAHSVSGGSFEDP 1021
            +S S HRN   E+ SQS  T EK  + P+ EG+  KLIVK+ NRGRSPA SVSGGS EDP
Sbjct: 601  RSFSSHRNVPSEKISQSSLTSEKTLEVPLTEGSGNKLIVKLPNRGRSPAQSVSGGSLEDP 660

Query: 1022 SIMNSRASSPPLSEKHDQFDHS---KSDTCQPNITGDVNVGPWQNSDVKDMVTGSDDGDG 1081
            + +NSR SSP  + K +  D++   K+ + +PN++  +N   WQ++++KD++TGS +  G
Sbjct: 661  APVNSRVSSPVHAVKQELCDNNGREKNHSYRPNVSSVLNAESWQSNELKDILTGSQEAAG 720

Query: 1082 SPAAVHGEDRCQAVKDI---------KVSRANDHKNGKLHEASLSSINALIESCIKCSEA 1141
            SP  V G++R   +KD            S  N+ K+G+ H  +LSS+NALIESC++ SE 
Sbjct: 721  SP-LVAGDERGGDLKDSDKASGNVKGTSSLGNEFKSGERHGGTLSSMNALIESCVRYSET 780

Query: 1142 NMPTSLMDNVGMNLLASVAAVEMSKSDFVLPSDTQGNISAVDRTSR-SSDCKVKAS--YP 1201
            N   +  D+VGMNLLASVAA EMSKS    PS +Q   S ++  S   ++ K+ AS   P
Sbjct: 781  NASLAGSDDVGMNLLASVAADEMSKSPVASPSVSQPPNSVMNENSTVGNNTKLMASDGLP 840

Query: 1202 EEDARDNIQSNDAMDVSEQGVITTSFGAKIVDGRCASQSEEKPVGDLSGHSKSSGVNLQP 1261
             E     + ++ + +  EQ V  +S G ++     +    E   GD    S S   +LQ 
Sbjct: 841  HEQ-HQAVCTSVSTEQGEQHV--SSSGTQLE----SEIKNESKTGDRDKSSNSDTEDLQR 900

Query: 1262 TAVPFPDGCIKMNE-AGGPISPSRMPEKGSEMEGAKPVEDSKAADVVDGDSSSKSKPKPS 1321
                  D C++ N+ + G ++   +P K  +    K + DS + ++ D  +  KS+   +
Sbjct: 901  LV----DQCLESNDNSDGVVASPALPTKAVK---EKILNDSDSGELKDIKTDVKSEADCT 960

Query: 1322 SSLPDGSVVGDGISNREVEADVVNDPLHRLQEVDGNSNDR--LHGV--STSDRRLSSKLN 1381
            S            S + V + ++ +     ++VD  + ++  L GV     + +  + L+
Sbjct: 961  SD-----------STKRVASSMLTECRDVSKKVDSVAVEQTPLEGVDDDKKEEKPPTALS 1020

Query: 1382 CDSAKLRNDELLQASGSSSNLISVS----ASEMKAEKNDETNTSADVKLEKPQSDLDPMV 1441
             +  K   +++  +SG S ++ +VS     +EM            DVK  K   D     
Sbjct: 1021 SELVKKVEEDVPVSSGISRDMDAVSIGRPITEMVNNVAFNHMDQKDVKKIKQDCDTSVGA 1080

Query: 1442 SESRSVGGSCSATNLEGEHMEENLESKFNKEKNGGQTHHWQSILTPVRETEQPLPSKRSK 1501
             +  S G   S T  + E +E NLE+   KE+  G        L+P +E E        K
Sbjct: 1081 IKDTSAGLDSSVTKGKVEPVEGNLENSEVKERYSGL--RATPGLSP-KEAEDLERPNGPK 1140

Query: 1502 LADAEAEEAEESTSTAADAGSMS--ASGAPDMDAKLEFDLNEGFNVDDGKCSEPSSIPAS 1561
             +DA+ +EA E TS A DA S+S  AS   +MDA++EFDLNEGF+ DD K  + ++   S
Sbjct: 1141 TSDADGDEAGECTSAARDASSVSAAASAGSEMDARVEFDLNEGFDGDDAKHGDSNNFSGS 1200

Query: 1562 I----TTVQLISPLPFPVSISNVASNIPASITVAAAAKRPFVPPDDLLRSKGELGWKGSA 1621
            +    T +Q +  LPFPV  + V+S   ASITVAAAAK PFVPP+DLLR+KG +GW+GSA
Sbjct: 1201 VFLTPTPLQPVKTLPFPV--APVSSGTRASITVAAAAKGPFVPPEDLLRNKGAVGWRGSA 1260

Query: 1622 ATSAFRPAEPRKILEMPLGVPTASLPDA--AASKISRPPLDIDLNVPDERTLEDMNPQIF 1681
            ATSAFRPAEPRK  ++ L +   S  DA  +A K +R  LD DLNVPDER LED+  Q  
Sbjct: 1261 ATSAFRPAEPRKPQDVLLSINNTSTSDASTSAGKQTRTFLDFDLNVPDERVLEDLASQRS 1320

Query: 1682 SEEVASKSGLVNNRDLARD--IGSTHGRCSGGLDLDLNRVDDAPDPSSFSLNNCRRIETP 1741
                   S + N+ D  R   +GS     SGGLDLDLN+VDD+ D  S+++N+  R+++ 
Sbjct: 1321 GNPTNCTSDITNSFDQVRSGVMGSALDHSSGGLDLDLNKVDDSTDMISYTMNSSHRLDSS 1380

Query: 1742 LSVKSSTVRLNDKVNFHRDFDLN-GPIADESTTEPS-IFPQHARSHMPSQPTVSGLWMNN 1801
                   V+L       RDFDLN GP+ D++  EPS +  QH+RS +PSQP++SG+ +N 
Sbjct: 1381 F----QQVKL-PSTGGRRDFDLNDGPVGDDAAVEPSMVLNQHSRSGLPSQPSLSGIRVNG 1440

Query: 1802 AEIGNFPSWFPPGNAYSAVAIPSIMPDRAEQAFP-VATNGPPRILGPTSGTSPYSTDVFR 1861
              + +F +WFP  NAYSAV++P IMP+R +Q FP +AT GP R+LGPT+G S ++ + +R
Sbjct: 1441 ENMASFSTWFPAANAYSAVSMPPIMPERGDQPFPMIATRGPQRMLGPTTGVSSFTPEGYR 1500

Query: 1862 GQVLSSSPAVPFPS-TFQYPVLSFGNSFPLPSATFSGNATTYVDSSSGGRLCFPAVASQF 1921
            G VLSSSPA+PF S TFQYPV  FGNSFP+ SA F G +T ++DSSS GR CFP V SQ 
Sbjct: 1501 GPVLSSSPAMPFQSTTFQYPVFPFGNSFPVTSANFPGASTAHMDSSSSGRACFPGVNSQI 1560

Query: 1922 LAPPGAVSTHYPRPFVVSHLD-GSNNTSSDSSRKWGRQGLDLNAGPIVPDVEGREESSSL 1981
            L P   V ++YPRP++V   + GSN    D+  KW R GLDLN+GP   + EGR+E S+L
Sbjct: 1561 LGPGVPVPSNYPRPYIVGLPNGGSNGGVLDNGAKWFRSGLDLNSGPGGHETEGRDE-STL 1612

[Close]

BLAST of CmaCh11G001080 vs. TAIR 10
Match: AT3G48050.2 (BAH domain ;TFIIS helical bundle-like domain )

HSP 1 Score: 1243.0 bits (3215), Expect = 0.0e+00
Identity = 818/1665 (49.13%), Postives = 1067/1665 (64.08%), Query Frame = 0


Query: 362  MHGRRGE--NWKRSRHMWTVPTRGTQIVEADGSSSSSSSAPTSFCKGGRRISVGDCALFK 421
            MHGR  E  +  R RHM    +R    VE  GSS  S S+ TSF K GR+ISVGDCALFK
Sbjct: 1    MHGRVCERRHKSRRRHMLISSSRVIATVEGGGSSCLSLSSSTSFSKDGRKISVGDCALFK 60

Query: 422  PPKDSPPFIGIIRWLTTGKENKLKLGVNWLYRSSELKLGKGILLEAAPNEVFYSFHKDEI 481
            PP+D PPFIGIIR +   +E+KLKLGVNWLYR +ELKLGKGILLEA PNE+FYSFH+D I
Sbjct: 61   PPQDCPPFIGIIRLIIAEEEDKLKLGVNWLYRPTELKLGKGILLEAEPNELFYSFHEDNI 120

Query: 482  PAASLLHPCKVAFLPKDIKLPSGISSFVCRRVYDIRNKCLRWLTDQDYINEHREEVDQLL 541
            PAASLLHPCKVAFLP+ ++LPSGISSFVCRRVYD+ N+ L WLTDQDYI++ + EVD+LL
Sbjct: 121  PAASLLHPCKVAFLPRGVELPSGISSFVCRRVYDVTNERLWWLTDQDYIDDRQLEVDKLL 180

Query: 542  DKTRLEMHASVQPGGRSPKRTSGPTSTSQLKANSDSVQ--AAFPSHTKGKKRERSDQGLE 601
             KTR EMH ++Q GGRSPK  + PT TSQ K   D +Q   +F S  KG+KRER D G E
Sbjct: 181  CKTRSEMHTTLQQGGRSPKSMNSPT-TSQPK---DGIQNSNSFLSQGKGRKRERMDHGSE 240

Query: 602  SVKHERIVKADEGDSANCRLENTLKFEITKIAEKGSLVDSEAVEKLVQLMLSD-SDKKID 661
            SVK ER  + D+  S   R E+ LK EI K  EKG LVDSE VEKLVQLML + ++KKID
Sbjct: 241  SVKRERSSRVDDSGSGPLRTESGLKSEILKFTEKGGLVDSEGVEKLVQLMLPERNEKKID 300

Query: 662  LAGRSALAGVIAATDKVECLNQFVHLKGLPVLDEWLQEVHKGKIGSGGSPKDSDKAVEEF 721
            L GR+ LAGV+AATDK +CL++FV L+GLPV DEWLQEVHKGK+G GGSPKDSD+ V++F
Sbjct: 301  LVGRAILAGVVAATDKFDCLSRFVQLRGLPVFDEWLQEVHKGKVGDGGSPKDSDRLVDDF 360

Query: 722  LLILLRALDKLPVNLPALQMCHIGKSVNHLRSHKNLEIQKKARSLVDTWKKRVEAEMNIN 781
            LL+LLRALDKLPVNL ALQ C+IGKSVNHLRSHKN EI KKARSLVDTWKKRVEAEM   
Sbjct: 361  LLVLLRALDKLPVNLNALQTCNIGKSVNHLRSHKNSEIGKKARSLVDTWKKRVEAEM--- 420

Query: 782  DAKSGSNQAVAWSARTRSSEVAHGGRNQDASSEVAMKSSVSQLSTSKSASVKLAQDDSVT 841
            DAKSGSNQ V+W  R     ++HGGR+   S+E A K+S S L  SKS SVK  Q ++  
Sbjct: 421  DAKSGSNQGVSWPGR-----LSHGGRHSGGSAE-ANKTSSSHLHASKSVSVK-QQVENNL 480

Query: 842  RSASASPGSMKPVLSPASASINSKDGSSRNPGVCGTADLSQTIARDEKSSSSSQSHNNSQ 901
            +  + SPGS +   SP S    SKDG  RN G  G +++   + +DEKSSSSSQSHNNSQ
Sbjct: 481  KCVATSPGSTRSAPSPGSGGNVSKDGQQRNAGAGGVSEVLAAV-KDEKSSSSSQSHNNSQ 540

Query: 902  SCSSEHGKSGGL-GKEDARSSTAGSMSVNKISGGGSRQRKSVNGFPSTVLSGAQRDVGSG 961
            SCSSEH K+G L GKEDARSSTAGS ++ K SGG SR RKS N F  +  S + R  G  
Sbjct: 541  SCSSEHAKTGNLCGKEDARSSTAGS-TLKKCSGGSSRHRKSNNVFQGSSSSASPRGAGLS 600

Query: 962  KS-SLHRNTVLERSSQSGTTFEKASDGPIGEGNSPKLIVKITNRGRSPAHSVSGGSFEDP 1021
            +S S HRN   E+ SQS  T EK  + P+ EG+  KLIVK+ NRGRSPA SVSGGS EDP
Sbjct: 601  RSFSSHRNVPSEKISQSSLTSEKTLEVPLTEGSGNKLIVKLPNRGRSPAQSVSGGSLEDP 660

Query: 1022 SIMNSRASSPPLSEKHDQFDHS---KSDTCQPNITGDVNVGPWQNSDVKDMVTGSDDGDG 1081
            + +NSR SSP  + K +  D++   K+ + +PN++  +N   WQ++++KD++TGS +  G
Sbjct: 661  APVNSRVSSPVHAVKQELCDNNGREKNHSYRPNVSSVLNAESWQSNELKDILTGSQEAAG 720

Query: 1082 SPAAVHGEDRCQAVKDI---------KVSRANDHKNGKLHEASLSSINALIESCIKCSEA 1141
            SP  V G++R   +KD            S  N+ K+G+ H  +LSS+NALIESC++ SE 
Sbjct: 721  SP-LVAGDERGGDLKDSDKASGNVKGTSSLGNEFKSGERHGGTLSSMNALIESCVRYSET 780

Query: 1142 NMPTSLMDNVGMNLLASVAAVEMSKSDFVLPSDTQGNISAVDRTSR-SSDCKVKAS--YP 1201
            N   +  D+VGMNLLASVAA EMSKS    PS +Q   S ++  S   ++ K+ AS   P
Sbjct: 781  NASLAGSDDVGMNLLASVAADEMSKSPVASPSVSQPPNSVMNENSTVGNNTKLMASDGLP 840

Query: 1202 EEDARDNIQSNDAMDVSEQGVITTSFGAKIVDGRCASQSEEKPVGDLSGHSKSSGVNLQP 1261
             E     + ++ + +  EQ V  +S G ++     +    E   GD    S S   +LQ 
Sbjct: 841  HEQ-HQAVCTSVSTEQGEQHV--SSSGTQLE----SEIKNESKTGDRDKSSNSDTEDLQR 900

Query: 1262 TAVPFPDGCIKMNE-AGGPISPSRMPEKGSEMEGAKPVEDSKAADVVDGDSSSKSKPKPS 1321
                  D C++ N+ + G ++   +P K  +    K + DS + ++ D  +  KS+   +
Sbjct: 901  LV----DQCLESNDNSDGVVASPALPTKAVK---EKILNDSDSGELKDIKTDVKSEADCT 960

Query: 1322 SSLPDGSVVGDGISNREVEADVVNDPLHRLQEVDGNSNDR--LHGV--STSDRRLSSKLN 1381
            S            S + V + ++ +     ++VD  + ++  L GV     + +  + L+
Sbjct: 961  SD-----------STKRVASSMLTECRDVSKKVDSVAVEQTPLEGVDDDKKEEKPPTALS 1020

Query: 1382 CDSAKLRNDELLQASGSSSNLISVS----ASEMKAEKNDETNTSADVKLEKPQSDLDPMV 1441
             +  K   +++  +SG S ++ +VS     +EM            DVK  K   D     
Sbjct: 1021 SELVKKVEEDVPVSSGISRDMDAVSIGRPITEMVNNVAFNHMDQKDVKKIKQDCDTSVGA 1080

Query: 1442 SESRSVGGSCSATNLEGEHMEENLESKFNKEKNGGQTHHWQSILTPVRETEQPLPSKRSK 1501
             +  S G   S T  + E +E NLE+   KE+  G        L+P +E E        K
Sbjct: 1081 IKDTSAGLDSSVTKGKVEPVEGNLENSEVKERYSGL--RATPGLSP-KEAEDLERPNGPK 1140

Query: 1502 LADAEAEEAEESTSTAADAGSMS--ASGAPDMDAKLEFDLNEGFNVDDGKCSEPSSIPAS 1561
             +DA+ +EA E TS A DA S+S  AS   +MDA++EFDLNEGF+ DD K  + ++   S
Sbjct: 1141 TSDADGDEAGECTSAARDASSVSAAASAGSEMDARVEFDLNEGFDGDDAKHGDSNNFSGS 1200

Query: 1562 I----TTVQLISPLPFPVSISNVASNIPASITVAAAAKRPFVPPDDLLRSKGELGWKGSA 1621
            +    T +Q +  LPFPV  + V+S   ASITVAAAAK PFVPP+DLLR+KG +GW+GSA
Sbjct: 1201 VFLTPTPLQPVKTLPFPV--APVSSGTRASITVAAAAKGPFVPPEDLLRNKGAVGWRGSA 1260

Query: 1622 ATSAFRPAEPRKILEMPLGVPTASLPDA--AASKISRPPLDIDLNVPDERTLEDMNPQIF 1681
            ATSAFRPAEPRK  ++ L +   S  DA  +A K +R  LD DLNVPDER LED+  Q  
Sbjct: 1261 ATSAFRPAEPRKPQDVLLSINNTSTSDASTSAGKQTRTFLDFDLNVPDERVLEDLASQRS 1320

Query: 1682 SEEVASKSGLVNNRDLARD--IGSTHGRCSGGLDLDLNRVDDAPDPSSFSLNNCRRIETP 1741
                   S + N+ D  R   +GS     SGGLDLDLN+VDD+ D  S+++N+  R+++ 
Sbjct: 1321 GNPTNCTSDITNSFDQVRSGVMGSALDHSSGGLDLDLNKVDDSTDMISYTMNSSHRLDSS 1380

Query: 1742 LSVKSSTVRLNDKVNFHRDFDLN-GPIADESTTEPS-IFPQHARSHMPSQPTVSGLWMNN 1801
                   V+L       RDFDLN GP+ D++  EPS +  QH+RS +PSQP++SG+ +N 
Sbjct: 1381 F----QQVKL-PSTGGRRDFDLNDGPVGDDAAVEPSMVLNQHSRSGLPSQPSLSGIRVNG 1440

Query: 1802 AEIGNFPSWFPPGNAYSAVAIPSIMPDRAEQAFP-VATNGPPRILGPTSGTSPYSTDVFR 1861
              + +F +WFP  NAYSAV++P IMP+R +Q FP +AT GP R+LGPT+G S ++ + +R
Sbjct: 1441 ENMASFSTWFPAANAYSAVSMPPIMPERGDQPFPMIATRGPQRMLGPTTGVSSFTPEGYR 1500

Query: 1862 GQVLSSSPAVPFPS-TFQYPVLSFGNSFPLPSATFSGNATTYVDSSSGGRLCFPAVASQF 1921
            G VLSSSPA+PF S TFQYPV  FGNSFP+ SA F G +T ++DSSS GR CFP V SQ 
Sbjct: 1501 GPVLSSSPAMPFQSTTFQYPVFPFGNSFPVTSANFPGASTAHMDSSSSGRACFPGVNSQI 1560

Query: 1922 LAPPGAVSTHYPRPFVVSHLD-GSNNTSSDSSRKWGRQGLDLNAGPIVPDVEGREESSSL 1981
            L P   V ++YPRP++V   + GSN    D+  KW R GLDLN+GP   + EGR+E S+L
Sbjct: 1561 LGPGVPVPSNYPRPYIVGLPNGGSNGGVLDNGAKWFRSGLDLNSGPGGHETEGRDE-STL 1612

[Close]

BLAST of CmaCh11G001080 vs. TAIR 10
Match: AT3G48060.1 (BAH domain ;TFIIS helical bundle-like domain )

HSP 1 Score: 1213.7 bits (3139), Expect = 0.0e+00
Identity = 807/1661 (48.59%), Postives = 1058/1661 (63.70%), Query Frame = 0


Query: 362  MHGRRGE--NWKRSRHMWTVPTRGTQIVEADGSSSSSSSAPTSFCKGGRRISVGDCALFK 421
            MHGR  E  +  R RHM    +R    VE  GSS  S S+ TSF K GR+ISVGDCALFK
Sbjct: 1    MHGRVCERRHKSRRRHMLISSSRVIATVEGGGSSCLSLSSSTSFSKDGRKISVGDCALFK 60

Query: 422  PPKDSPPFIGIIRWLTTGKENKLKLGVNWLYRSSELKLGKGILLEAAPNEVFYSFHKDEI 481
            PP+D PPFIGIIR +   +E+KLKLGVNWLYR +ELKLGKGILLEA PNE+FYSFH+D I
Sbjct: 61   PPQDCPPFIGIIRLIIAEEEDKLKLGVNWLYRPTELKLGKGILLEAEPNELFYSFHEDNI 120

Query: 482  PAASLLHPCKVAFLPKDIKLPSGISSFVCRRVYDIRNKCLRWLTDQDYINEHREEVDQLL 541
            PAASLLHPCKVAFLP+ ++LPSGISSFVCRRVYD+ N+ L WLTDQDYI++ + EVD+LL
Sbjct: 121  PAASLLHPCKVAFLPRGVELPSGISSFVCRRVYDVTNERLWWLTDQDYIDDRQLEVDKLL 180

Query: 542  DKTRLEMHASVQPGGRSPKRTSGPTSTSQLKANSDSVQAAFPSHTKGKKRERSDQGLESV 601
             KTR EMH ++Q GGRSPK  + PT TSQ K    +  + F S +KG+KRER D G ESV
Sbjct: 181  CKTRSEMHTTLQQGGRSPKSMNSPT-TSQPKDGIQNNNSLF-SQSKGRKRERMDHGSESV 240

Query: 602  KHERIVKADEGDSANCRLENTLKFEITKIAEKGSLVDSEAVEKLVQLMLSD-SDKKIDLA 661
            K ER  + D+  S   R E+ L  EI K  EKG LVDSE VEKLVQLML + ++KKIDL 
Sbjct: 241  KRERSSRVDDSGSGPLRTESGLTSEILKFTEKGGLVDSEGVEKLVQLMLPERNEKKIDLV 300

Query: 662  GRSALAGVIAATDKVECLNQFVHLKGLPVLDEWLQEVHKGKIGSGGSPKDSDKAVEEFLL 721
            GR+ LAG +AAT++ +CL++FV L+GLPV DEWLQEVHKGK+G GGSPKDSD+ V++FLL
Sbjct: 301  GRAILAGFVAATNRFDCLSRFVQLRGLPVFDEWLQEVHKGKVGDGGSPKDSDRLVDDFLL 360

Query: 722  ILLRALDKLPVNLPALQMCHIGKSVNHLRSHKNLEIQKKARSLVDTWKKRVEAEMNINDA 781
            +LLRALDKLPVNL ALQ C+IGKSVNHLRSHKN EI KKARSLVDTWKKRVEAEM   DA
Sbjct: 361  VLLRALDKLPVNLNALQTCNIGKSVNHLRSHKNSEIGKKARSLVDTWKKRVEAEM---DA 420

Query: 782  KSGSNQAVAWSARTRSSEVAHGGRNQDASSEVAMKSSVSQLSTSKSASVKLAQDDSVTRS 841
            KSGSNQ V+W  R     ++HGGR+   S+E A K+S S L  SKS SVK  Q ++  + 
Sbjct: 421  KSGSNQGVSWPGR-----LSHGGRHSGGSAE-ANKTSSSHLHASKSVSVK-QQVENNLKC 480

Query: 842  ASASPGSMKPVLSPASASINSKDGSSRNPGVCGTADLSQTIARDEKSSSSSQSHNNSQSC 901
             + SPGS +   SP S    SKDG  RN G  G +++   + +DEKSSSSSQSHNNSQSC
Sbjct: 481  VATSPGSTRSAPSPGSGGNVSKDGQQRNAGAGGVSEVLAAV-KDEKSSSSSQSHNNSQSC 540

Query: 902  SSEHGKSGGL-GKEDARSSTAGSMSVNKISGGGSRQRKSVNGFPSTVLSGAQRDVGSGKS 961
            SSEH K+G L GKEDARSSTAGS ++ K SGG SR RKS N F  +  S + R  G  +S
Sbjct: 541  SSEHAKTGNLCGKEDARSSTAGS-TLKKCSGGSSRHRKSNNVFQGSSSSASPRGAGLSRS 600

Query: 962  -SLHRNTVLERSSQSGTTFEKASDGPIGEGNSPKLIVKITNRGRSPAHSVSGGSFEDPSI 1021
             S HRN   E+ SQS  T EK  + P+ EG+  KLIVK+  RGRSPA SVSGGS EDP+ 
Sbjct: 601  FSSHRNVPSEKISQSSLTSEKTLEVPLTEGSGNKLIVKLP-RGRSPAQSVSGGSLEDPAP 660

Query: 1022 MNSRASSPPLSEKHDQFDHS---KSDTCQPNITGDVNVGPWQNSDVKDMVTGSDDGDGSP 1081
            +NSR SSP  + K +  D++   K+ + + +++  +N   WQ++++KD++TGS +  GSP
Sbjct: 661  VNSRVSSPVHTVKQELCDNNWREKNHSYRADVSSVLNAESWQSNELKDILTGSQEATGSP 720

Query: 1082 AAVHGEDRCQAVKD-------IKV--SRANDHKNGKLHEASLSSINALIESCIKCSEANM 1141
              V G++R  A+KD       +K   S  N+ K+G+ H  +LSS+NALIESC++ SE N 
Sbjct: 721  LVVAGDEREGALKDSDKASGNVKATSSLGNEFKSGERHGGTLSSMNALIESCVRYSETNA 780

Query: 1142 PTSLMDNVGMNLLASVAAVEMSKSDFVLPSDTQGNISAVDRTSR-SSDCKVKAS----YP 1201
              +  D+VGMNLLASVAA EMSKS    PS +Q   S ++  S   ++ K+ AS    + 
Sbjct: 781  SLAGSDDVGMNLLASVAADEMSKSPVASPSVSQPPNSLMNENSTVGNNTKLMASDGLPHK 840

Query: 1202 EEDARDNIQSNDAMDVSEQGVITTSFGAKIVDGRCASQSEEKPVGDLSGHSKSSGVNLQP 1261
            +  A     SN      EQG    S     ++    ++S+    GD    S S   +LQ 
Sbjct: 841  QHQAVRPTLSN------EQGEQHVSSSGTQLESEIKNESK---TGDRVKSSNSDTEDLQ- 900

Query: 1262 TAVPFPDGCIKMNE-AGGPISPSRMPEKGSEMEGAKPVEDSKAADVVDGDSSSKSKPKPS 1321
                F D  ++ NE + G ++   +P K   +     ++DS + +V D  +  KS+   +
Sbjct: 901  ---RFVDQRLESNENSDGVVASPPLPTK---VIKENILDDSDSGEVKDIKTDVKSEADCT 960

Query: 1322 SSLPDGSVVGDGISNREVEADVVNDPLHRLQEVDGNSNDRLHGVSTSDRRLSSKLNCDSA 1381
            S L    V    ++     + +V+        ++G  +D+       + +  + L+ +  
Sbjct: 961  SDLTK-RVASSMLTECRDVSKMVDSVAVEHTPLEGVDDDK------KEEKPPTALSSELV 1020

Query: 1382 KLRNDELLQASGSSSNLISVSASEMKAE--KNDETNTSADVKLEKPQSDLDPMVS--ESR 1441
            K   +++  +SG S  + +VS      E   N   N      ++K + D D  V   +  
Sbjct: 1021 KKVEEDVPVSSGISRGMDAVSIDRPITEMVNNIAFNHMDQKDIKKIKQDFDTSVGAVKDA 1080

Query: 1442 SVGGSCSATNLEGEHMEENLESKFNKEKNGGQTHHWQSILTPVRETEQPLPSKRSKLADA 1501
            S G   S T  + E +E NLE+    E+  G        L+P +E E        K +DA
Sbjct: 1081 SAGLDSSVTKGKVEPVEGNLENIEIMERYSGL--RATPGLSP-KEAEDLKRPNAPKTSDA 1140

Query: 1502 EAEEAEESTSTAADAGSM----SASGAPDMDAKLEFDLNEGFNVDDGKCSEPSSIPASI- 1561
            + +EA E TS A DA S+    SAS   +MDA++EFDLNEGF+ DD +  + ++   S+ 
Sbjct: 1141 DGDEAGECTSAARDASSVSAAASASAGSEMDARVEFDLNEGFDGDDAQHGDSNNFSGSVV 1200

Query: 1562 ---TTVQLISPLPFPVSISNVASNIPASITVAAAAKRPFVPPDDLLRSKGELGWKGSAAT 1621
               T +Q ++ LPFPV  + V+S IPASITVAAA K PFVPP+DLLR KG +GW+GSAAT
Sbjct: 1201 LTPTPLQPVNTLPFPV--APVSSGIPASITVAAAVKGPFVPPEDLLRYKGAVGWRGSAAT 1260

Query: 1622 SAFRPAEPRKILEMPLGVPTASLPDA--AASKISRPPLDIDLNVPDERTLEDMNPQIFSE 1681
            SAFRPAEPRK  ++ L +   S  DA  +A K +R  LD DLNVPDER LED+  Q    
Sbjct: 1261 SAFRPAEPRKAQDVLLSINNTSTSDASTSAGKQTRTFLDFDLNVPDERVLEDLASQRSGN 1320

Query: 1682 EVASKSGLVNNRDLARD--IGSTHGRCSGGLDLDLNRVDDAPDPSSFSLNNCRRIETPLS 1741
                 SG+ NN D  R   +GS     SGG  LDLN+VDD  D +S+++N+  R+++   
Sbjct: 1321 PTNCTSGITNNFDQVRSGVMGSALDHSSGG--LDLNKVDDLTDMNSYTMNSSHRLDSSF- 1380

Query: 1742 VKSSTVRLNDKVNFHRDFDLN-GPIADESTTEPS-IFPQHARSHMPSQPTVSGLWMNNAE 1801
                 V+L       RDFDLN GP+ D++  EPS +  QH+RS +PSQP++SG+ +N   
Sbjct: 1381 ---QQVKL-PSTGGRRDFDLNDGPVGDDAAVEPSMVLNQHSRSGLPSQPSLSGIRVNGEN 1440

Query: 1802 IGNFPSWFPPGNAYSAVAIPSIMPDRAEQAFP-VATNGPPRILGPTSGTSPYSTDVFRGQ 1861
            + +F +WFP  NAYSAV++P IMP+R +Q FP +AT GP R+LGPT+G S +S + +RG 
Sbjct: 1441 MASFSTWFPAANAYSAVSMPPIMPERGDQPFPMIATRGPQRMLGPTTGVSSFSPEGYRGP 1500

Query: 1862 VLSSSPAVPFPS-TFQYPVLSFGNSFPLPSATFSGNATTYVDSSSGGRLCFPAVASQFLA 1921
            VLSSSPA+PF S TFQYPV  FGNSFP+  A F G +T ++DSSS GR  FP V SQ L 
Sbjct: 1501 VLSSSPAMPFQSTTFQYPVFPFGNSFPVTPANFPGASTAHMDSSSSGRAYFPGVNSQILG 1560

Query: 1922 PPGAVSTHYPRPFVVSHLD-GSNNTSSDSSRKWGRQGLDLNAGPIVPDVEGREESSSLVP 1979
            P   V ++YPRP++V   + GSN    D+S KW R GLDLN+GP   + EGR+E S+LV 
Sbjct: 1561 PGVPVPSNYPRPYIVGLPNGGSNGGVLDNSAKWFRSGLDLNSGPGGHETEGRDE-STLVS 1610

[Close]

BLAST of CmaCh11G001080 vs. TAIR 10
Match: AT1G07830.1 (ribosomal protein L29 family protein )

HSP 1 Score: 211.8 bits (538), Expect = 4.8e-54
Identity = 112/142 (78.87%), Postives = 121/142 (85.21%), Query Frame = 0


Query: 147 MLLTRIFGRTFLAA--ARSETSAATAAAGSTARTGYNPLEEFFEAHRSPDDDKPVVYGRS 206
           M LTR  GR FLAA  ARSE++ A AAA ST RT  NPLEEFFE  RS D+DKPVVYGR 
Sbjct: 1   MFLTRFVGRRFLAAASARSESTTA-AAAASTIRTPTNPLEEFFEFDRSQDEDKPVVYGRG 60

Query: 207 WKASELRLKSWDDLNKLWYVLLKEKNMLMTQRQMLNAQNLRFPNPERIPKVRKSMCRIKQ 266
           WKASELRLKSWDDL KLWYVLLKEKNMLMTQRQML AQN++FPNPERIPKVR+SMCRIK 
Sbjct: 61  WKASELRLKSWDDLQKLWYVLLKEKNMLMTQRQMLQAQNMQFPNPERIPKVRRSMCRIKH 120

Query: 267 VLTERAIDEPDPRRCAELKRML 287
           VLTERAI+EPD RR AE+KRM+
Sbjct: 121 VLTERAIEEPDSRRSAEMKRMV 141

[Close]

BLAST of CmaCh11G001080 vs. TAIR 10
Match: AT4G11560.1 (bromo-adjacent homology (BAH) domain-containing protein )

HSP 1 Score: 92.0 bits (227), Expect = 5.6e-18
Identity = 48/124 (38.71%), Postives = 72/124 (58.06%), Query Frame = 0


Query: 422 KDSPPFIGIIRWLTTGKENKLKLGVNWLYRSSEL-KLGKGILLEAAPNEVFYSFHKDEIP 481
           K   P++ II+ +T  K+  + +   W YR  E  K G G    +   E+FYSFH+DE+P
Sbjct: 144 KSQKPYVAIIKDITQTKDGSMMILGQWFYRPEEAEKRGGGNWQSSDTRELFYSFHRDEVP 203

Query: 482 AASLLHPCKVAFLPKDIKLPSGISS--FVCRRVYDIRNKCLRWLTDQDYINEHREEVDQL 541
           A S++H C V F+P   +LP   ++  F+ R+VYD   K L  LTD+DY +  + E+D L
Sbjct: 204 AESVMHRCVVYFVPAHKQLPKRKNNPGFIVRKVYDTVEKKLWKLTDKDYEDSKQREIDVL 263

Query: 542 LDKT 543
           + KT
Sbjct: 264 VKKT 267

The following BLAST results are available for this feature:

BLAST of CmaCh11G001080 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q8K2Y7	6.9e-13	49.43	39S ribosomal protein L47, mitochondrial OS=Mus musculus OX=10090 GN=Mrpl47 PE=1...	[more]
Q08DT6	1.2e-12	49.43	39S ribosomal protein L47, mitochondrial OS=Bos taurus OX=9913 GN=MRPL47 PE=2 SV...	[more]
Q9HD33	4.5e-12	48.28	39S ribosomal protein L47, mitochondrial OS=Homo sapiens OX=9606 GN=MRPL47 PE=1 ...	[more]

BLAST of CmaCh11G001080 vs. TAIR 10


Match Name	E-value	Identity	Description
AT3G48050.1	0.0e+00	49.13	BAH domain ;TFIIS helical bundle-like domain	[more]
AT3G48050.2	0.0e+00	49.13	BAH domain ;TFIIS helical bundle-like domain	[more]
AT3G48060.1	0.0e+00	48.59	BAH domain ;TFIIS helical bundle-like domain	[more]
AT1G07830.1	4.8e-54	78.87	ribosomal protein L29 family protein	[more]
AT4G11560.1	5.6e-18	38.71	bromo-adjacent homology (BAH) domain-containing protein	[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
IPR001025	Bromo adjacent homology (BAH) domain	SMART	SM00439	BAH_4	coord: 408..523 e-value: 8.7E-23 score: 91.7
IPR001025	Bromo adjacent homology (BAH) domain	PFAM	PF01426	BAH	coord: 410..517 e-value: 4.2E-8 score: 33.1
IPR001025	Bromo adjacent homology (BAH) domain	PROSITE	PS51038	BAH	coord: 408..523 score: 17.213169
IPR003617	Transcription elongation factor, TFIIS/CRSP70, N-terminal, sub-type	SMART	SM00509	TFS2_5	coord: 692..771 e-value: 9.4E-21 score: 85.0
IPR043151	Bromo adjacent homology (BAH) domain superfamily	GENE3D	2.30.30.490		coord: 396..628 e-value: 3.6E-26 score: 94.2
IPR010729	Ribosomal protein L47, mitochondrial	PFAM	PF06984	MRP-L47	coord: 183..269 e-value: 4.1E-33 score: 113.3
IPR035441	TFIIS/LEDGF domain superfamily	GENE3D	1.20.930.10	Conserved domain common to transcription factors TFIIS, elongin A, CRSP70	coord: 636..773 e-value: 6.4E-24 score: 86.3
IPR035441	TFIIS/LEDGF domain superfamily	SUPERFAMILY	47676	Conserved domain common to transcription factors TFIIS, elongin A, CRSP70	coord: 674..783
IPR038340	MRP-L47 superfamily, mitochondrial	GENE3D	6.10.330.20		coord: 178..277 e-value: 4.7E-29 score: 102.4
IPR017923	Transcription factor IIS, N-terminal	PFAM	PF08711	Med26	coord: 720..769 e-value: 2.6E-10 score: 40.1
IPR017923	Transcription factor IIS, N-terminal	PROSITE	PS51319	TFIIS_N	coord: 686..772 score: 21.100527
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1038..1056
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1898..1949
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1445..1459
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 776..1056
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 776..903
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1319..1334
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1408..1422
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 915..977
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1336..1350
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1267..1290
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1934..1949
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1440..1499
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1214..1350
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 548..603
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1380..1423
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 583..603
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 554..580
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1383..1407
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1463..1477
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1011..1026
None	No IPR available	PANTHER	PTHR46548	BAH AND TFIIS DOMAIN-CONTAINING PROTEIN-RELATED	coord: 362..1980
None	No IPR available	PANTHER	PTHR46548:SF1	BAH AND TFIIS DOMAIN-CONTAINING PROTEIN-RELATED	coord: 362..1980
None	No IPR available	CDD	cd00427	Ribosomal_L29_HIP	coord: 208..269 e-value: 1.95589E-13 score: 64.4311
None	No IPR available	CDD	cd00183	TFIIS_I	coord: 694..770 e-value: 2.8114E-17 score: 76.193
IPR036049	Ribosomal protein L29/L35 superfamily	SUPERFAMILY	46561	Ribosomal protein L29 (L29p)	coord: 205..272

Relationships

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


Feature Name	Unique Name	Type
CmaCh11G001080.1	CmaCh11G001080.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006325	chromatin organization
biological_process	GO:0006412	translation
cellular_component	GO:0005761	mitochondrial ribosome
cellular_component	GO:0005634	nucleus
cellular_component	GO:0005840	ribosome
molecular_function	GO:0003682	chromatin binding
molecular_function	GO:0003735	structural constituent of ribosome