CmaCh16G006420 (gene) Cucurbita maxima (Rimu) v1.1

Overview
NameCmaCh16G006420
Typegene
OrganismCucurbita maxima (Cucurbita maxima (Rimu) v1.1)
Descriptiontransmembrane and coiled-coil domain-containing protein 4-like
LocationCma_Chr16: 3331440 .. 3343985 (+)
RNA-Seq ExpressionCmaCh16G006420
SyntenyCmaCh16G006420
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide
Hold the cursor over a type above to highlight its positions in the sequence below.
ATGCAGGAATATTGTGGGAATAAGATCGGCAACGATTACAGGTCGTAAAAGCTGGACAGACATTTCTGCAACTGATCCTGAAATATGGCCAAATGAGCAATTGTTTTAACACATTATGTAGTTCTAGTTCGAGAAATGAAGATTCAGTGTAGTTGTAGATCTCCCTGTGGAACAGACGGCCGCCATTCAGCGGCGGAATAGATGGTCTTCTTTCAGGTTTCAGGCCGCCACCCAAAGGGCAGCGGAGTCTGTAAATATTAATTATTATGGAGGAGAAATGATAAAAACTATGCAATAGAGGAGAGGAGGAGCTCCATGCATTTTTTTAAGCATATGTAGTTGATAGTTCCATTGTTATACACTGCACATTCGGTTTTTACATTCATTATTCGTCCGGGAAAGTCGATCCTTTTAACATTATTGTAACTTTTACAACATGAAAGCTGCACCATTTAGAAGGCCTGTGGAATAATATGAATATCAATAATACCTGATTGTTTAGACTTTTTCACATTCTCAGGGTATTTATTTACATCCTTTTCTTCTTCTTCTTGGCGTAATTGCTTTCTGGGAACCATTGTTTGCTTGAACTTCTATGATAATCTTAGGTTTGAGAGGCTTGAATTCATTGTTTTTGTGAGATCCCAGGTCGATTGAAGAAGGGAATGAAATACTCTTTACAAGGGTATGAAAATCTCTATCTAGTAGACGCATTTTAAAACCGTGAGGTTGATGACTATGTGTAACGGGCCAAAGTAGATAATATCTTTTAGCAGTGGGCTTGGAATGCTACAAATGGTATTAGAGTTAGGCACCGAGTTTTGTACAAACGAGGATGCTAGGCCTCAAAAGGGTGGATTGTGGATCCTATATCGGTTAGAGAGAAACATTCGTTATATAAAAGTATAGAAACTTCTTCCTACTAGACGCGTTTTAAAATCATGAGGCTAACAACAATATACAATGGGCCAAAACGTAACGATAATAAGGGCAAAACAGACCATATATTTTAGCAATAGGCTTAAAAGCAAAGTAATTGTTTCAACCCAAATAAATACTTTTAAGAGTTAAAAAAAAATAATTAATACTTCATTTAGAACCAATGAAGAAGCTATACGTATGAAAGTATAAAATTGGTAATACTGCAAAGATACCGATTTAAAAAAAAAAAAAAAAAAAAAAAACACGAACTACGAAGAGGCGATTTCCATCACAGGGAATAGGAAGCAACGGTAAACGACGCTTCCGGGACCGGAGCGATTGTGACAGGGAGCTTCAGAATTTGATTCATATTACATCAATCGCTCTTGGCGACTCGGTCATTGTCGTCGATCAATCGCCATCTCCTGATGATATTAACTTGGGGAACCCATTAATCCATTTCGCCGTCTTTGCCTGAATGCTTCAGCGTCTCGTTTTATAGTTCTTGATCCATGCAGATGACATCCTTCTTGGCACCTACTCAACGCTATGCCTCCGGAGCATTGTTTGCACTTGCTCTTCATCAGGCCCAGATCCATCAGACGCGCCCTTTAGGGCATTCCGATGATGAACCTCTGGTGGAGGAGCGAACGAGTAGTTGTAGCGGCAGTAGCAGTGATTCGGTCTCTGATGATCCCGAGCTTTGGGTCCATGAGTCATCGGGCCTACTTCGTCCTGTATTCATGTTCGTTCCTACCTTGTTCATTTCCGTGTGAAATTTACTAATTGTCTTTTGTTGTTCATTCTACAATTGGCTTTCGCGTCGTTTGGTTGATTTTGCTTCTGGCATGCTGTTTCAGTTTTTTTCCTGATCGATCATATTTGATTTTGGATGTTGTTATTGGTAAATTTTTTTCGTTATATGATTGATTTGAATAGATTAAGAAGATGAATTAACTCAACAATATTTCAGATTCACGGGTGGTTTAACATGATGAAAATTCAGAGTTTGGGAACGCAACTGTTTAATCTGTGAAATTCAGAAACTAGTTTTTTTGAATGGTACTTGTTGGATGTGACCCTTGATTTGAACGGTGTCGAAACAAGGAAAAGAGGAAAAGGAAAACCTTGAGGGAAAGTCCGGAGAGGATAATATCTGCTAGCCTTGGGCTTGGGCCGTTACAAATGATATCAAAGCTAGACACCGGGCGATATGCCAGTGAGGAGGCTGAACTCCGAAGGGGGGTGGAAATGAGCATGTGCCAGCAAGGACGTTGGCCCCGAAGGGAGGTGGATTTGGTGGGGGTCCAACATTGATTGGAGAAAGGAACGAGTGCCAGCGAGGACGATGACCCCAAAAGGGGGTGGATTGTGAGATCCCACATCGGTTGGGGAGGAGAACGAAACACCTTATAAGGGTGTGGAAACCTCTCCCTAGCATACACATTTTAAAAACCTTGAGGAGAAGCCCAAAGAGACAATATCTGCTAGCGGTGAGCTTGGGCCATTACAGTCCTTGGTGTTGGTTTTCCATCAATGAAATTTATTGATTTTTCTTTTTATGTGGAAAAACTAATTTTCCTCGAGATTGTTAAATGTTTAAAAGAAATGGAGCCATAACATGTCTAGAAGTAGAATGTTTAAAAGAAATGAAACCATAAGTATTGTTTCATTTTAAGAAGAGCAAAGCTTAAGAACATGGGATTTTCTATTTCAATGTTTTCCTAGTTATTTATTTTGCAAGAATTTGTTGGTCGATCTTCCCAGGAATGTCTCAATGTTGATTTTCACGCAATCAGGTTTTTAGAGATCGACTCTGCAGCTTGGCCTGGACTCGAGGAAACTTCAGGATCCGGTACAGCTAAGCATCACATTGGAGCAGTACGTTATCTTATTTCTCTTTCTGAGCTGCTGCCCATAAATTATGATACCATTAATCTATTAATCATCATTGCACTTTTTTTTTAATCGTTTGCTGTGGCATAGCTTATTAGACTTATCTATTTCATATGTCTCTGCGTGTAAATACGTTATAGATATTATACGTGATTCCCATTGTGTAATTTGATCTGTAACACATTTTTATATAACTTCTGTCTCAGTTCTTGCGGTTGCTATCAGAGGACAAAGAAAATTCTTCTGAGATGATAGAACGGGAACTTGCTCTATCAAAATCTGTTGATGGTATAGCAGATAACATGGAGAAGAATTTTATAAGTTCTCAGTCTAATGAAAAGTGTCTTGAATATGAACATGAATGGCGAGAGAAGTGCTTGTCTTCCAAGGAAAAATTGAATTTTGAAGAATTTGACAAGCAAACAGAAGGCACTGATGGTAATGCAGTGGTTGTTAAACGGCCAGATGGTGGAGCATGGATTGAGACTATTGAGCAACCAATTGAAGAGGAAAAAATGCTTAGCTACCGGAGAAAAGTGGTTGTTCTCTATGAGCTTCTATCTGCTTGTTTGGCTGACTTAAGCGTAGACGACAAGAAAAAATCCCGGAAAAGAAAAGGTTATGATGCCCGGCATCGTGTGGCTTTGAGGTTATTATCAACCTGGGTAGATATCAAGTGGATAAAACTGGTTTGCACGCTCAACTTTTGTTATTTATTTATTTGCCATTATTACAGAGATCGCACTTTCCTCACTACTTATCACCTTCTGTGCTGCAGACAAAAAAAGGAAAAAAAGAGCACCCTGTACTAGTTTCTTTAATCAAGATTCTCTAAACCCACTTTTCCCAATTCCCTTGTATTCCATCTTCAAATTTTCATAAAGATACCACAGCTCCCATTGCATCCTTCTCCAATTCATCTTTCTTATAGTTAATTGTAGGAATCAGATTTTTATAACTCTATCTCCCCTGTGGTACTTTTCTTTCCTTCAATATTTCCTTTTTGGTATGAGTGTTAGTTGTAGTCCTGCCTGTGTCAAGTACTTCACCAAACTTTCATATAGCAATATTTATTTCATGAACTGTTGGTGAAGGTCCTCTGTAACTTCCATCATAAACAATCGTTTTCTGTTCCTTTATTTTCCACTGATCTTTCTGTGAATAAGAAATTTTAAAAAAAATTTCCTTTTCAAATAATTTAACTAGTCCAACATTATGTTTCTTATCATTAATTTGTTCATTTTTTAATTCACCAGTTTCCTCCTTTTACTCACAAACAGGACGATGAGTCTAACTAATACAGGAAGCATCATAATCACCCAACATATTTTCTTCAAAATCTGCATCCTCAATTCTTTTTAGAACCTTTATTGACTTCTTCCTCGACCACTTTTTTTTTCACAGAGCTGGTCCAAAAACTGAGATTTATTATTATTGTTGTTGTTGTTGCTGCTGCTGCTACAAACAATATAGGTGCTCGAACCTTGAATGAAAAATAGTAGATTTTAGTGTGATACAATTGCCTATAAATCATAAATTGTACTTTTTCTTCAGTAAAATATGTGGACCCAATTTATAATTTAGTATTGCTTTCAGTATATCTCATACCACAACTACGTGAACTTGCATTCAGGTTTTTTTCTCTGCATTCTCTTCTAGCATCACCTGAGCAATTTTCATCAACTAAGTTTTTTTTTTTTAATCATTTTTAGATGATTTGTTTTCTCTTCTCTCATTCCTCCCCTCCTTATGGGTGACATTTTCTGCTTTGCAGGAAGCAATTGAGACAATGGTTGCTTGCTCAGCTATGGCTATGGCTAAAAGCGTGGCAGAGATAGGTCATGAAAGCCCTACAAAGGAGAGTCACTGGGCTAAGTGGAAACGTGGTGGTATTATTGGTGCAGCTGCATTAACTGGAGGGACCTTGATGGCAATTACGGGAGGTACATGGTCTCTGAATTTCAGTATTCTATCATGTATAAGAACTACCAAAGATTCTAGGAAAATATGTTCTAGTTTAATGTTTTCTGTTATTAGTAAGGAGATTTTATTTTTGTTTTCAGGATTAGCTGCACCAGCAATTGCTGCAGGTTTTAGTGCCTTAGCTCCAACATTGGGTACCATCATCCCCGTCATTGGTGCAAGCGGATTCGCTGCAGCTGCCAGTGCTGCCGGGACTGTTGCTGGATCCGTGGCTGTTGCTGCATCCTTTGGTGGTAAGATAATACATAAAAAGTTGGAAGTAATTACATCATATAGAGTGGAAGTGGGAGTTTAGATTTACTTAAACAAATTTCTATTCATTCTATTGTTAACCTTTCGTCTTTGTTTTCTGTATTCCAACGTAATGACTATGGTAGTGATGCCAAACATCATTCCAGGGCTCCTGCTTGTTGTTATGCTCGCTAGTTCTATGCTGTAATTAAATTCATTATTCACATAACCTTATCAGACTGAAAATAATTAAAGTATTTTTAGGCAAGCTTGATGTTTTGAAAATAATCTATTGAGAACTATGCTAATACCTCTGTCTAAATATTGTTCCAACTCAGCTGCTGGAGCAGGACTTACAGGAACCAAAATGGCTAGGAGAATTGGGAGCATTGATGAGTTTGAATTTAAACCAATTGGAGAAAATCATAACAAAGGCGTGAGTATCTTGTTTGTTGCTTGGTGCATTTCGGATCTATATTAGACACTTCTGTGCGATTTGTTTAATTCTATCACAAATTCATATCACTTGTTTTCCAACATGGAAATTGATAACATCTACTTATTTCAGAGATTGGCAGTTGAGATAACTGTGTCAGGTTTTGCCTTCGATGAGAAAGATTTCATAAGGCCATGGGAAGGACTAAATAACAACTTGGAAAGGTACACCATGGTCTTAAACATACTCAATTAGGTTATCTCGAATGTGTGACGATGTAGTTGAAGCATATTTTGGATTTTTACTCAAATCTTTTCTTGCTTGCTCTTTAACCTGACCCTACGGTGGCACTTAATTTAAAAACTATATATTCTAATATTGTTTTATCGGGATGAACGAGCTTATTTTCTTTCCTCTGCTAATGTTTAGGTATGCACTGCAGTGGGAATCTAAAAATATAATTGCAGTGAGCACTGCAATTCAGGATTGGCTTACTTCAAGTAATTTATCTTTGAATTCCTATGCTGTTGTGACTATTAGTCAATAAAAAATTCTTCCTGCCTAAATGATGATTTTCTTTTGCTTGATAATAGGACTTGCAATGGAGTTGATGACGCGTGGTGCAATGATGACTGTTTTGAGCTCTCTTTTAGTAGCACTGGCTTGGCCAGCTACCTTACTTTCGGCTACTGATTTCATAGACAGCAAGTGGACAATTGCCGTTGACAGGTTATGATTCCTTTGATTGAAGGAGCTACCTTCAGGTTCTAAACAAGTTTTGAGCGCCAGGTGTTTTTAGAATATATAGTAGGCGTGCAAGTTGTTCATCAATCTGGTTTCTGAAATATTAACGCTTCAAGTTTTTGCTCAAGTACATATTCTTTGTTGATATTAGCCAATACTGAAATTTCTAGTTAGGACTGGAAACATTTGTGATGGAGCTAGTTACTAGTTGGTGGTAGTAGTTTATAAAGGAATGACGGCAAGATGGAAATGAGGAAAGTCTTCTGTTATTTCATGAGTGGAACCCCTCTTCCTAACTATAACCTGCAACGTAAATCAAAAAAAATATCCAGCCAACACAATAAACAGAGGAACAATATGGTATCTGATTGCTAGCTTAATCCAAGAGTTAAAGAGAAAGAAGAAGAAAACACATAGATGCCTTGAGAGAGCTGCTGGTTCTCCCTCATCCTGATGGTTCCTCCAATTCTTGTACAAAAAATCACTACGCAAATCCCTTCACCTTATAACAACTTTCTCTGACTTCGGTACTCTTGCTTTCTCAACCTTTCGAACTGTCAACTTCTCCTTTTCCCTTTTTACCCCTCCTGCAGTTGTTTTTTTACCTGTTGGGGCCTAACAATGCCCTCGTGGACTCTAGCACCTTGTTTTTCAGCGTGCCCCTTCCAGTTGATAAGCCACCGAGTCTCCCACCACTTGGAAAACTAACTCCCTCCATGGCTTATCAGCAAATTTCTTGGCCCGTTCTTGTGTTTGGCTCAAATGGTTCTTTAGGGCTTGTAATGTCTGATCTCTCTCAACAAACTGCACCCCTAAAGAGTTGTTGGTGGTTCTCCATAGGGGGGCTGCCGATCATAAACAATATGGAATGGGGTTGTATAAATGGAGTTGTGGTATGTCGTGTTATACTAGCATTCTGTCCATGGATACAGTACGTCTTGAGGTACCTGTTTACAAACTCGGATTGCCCATCTGATTGGGGATGAAAATTTGTCCTCCTCAGTTGGGTTCCTTGAATTTTGAACATTTCCGTCTAAAAATGGCTTACAAAAATCTTGTCGCAATCAAAGACAATTGAATTAGGATATCCATGCAGATGAACTACCTCTCGGATAAAAGCAGATGTGACTTCTTTAGCAGAGAAGGTATGGCTAAACAAAGTAAAATGGTCGTACTTACGTAATCAATCAACCACGATCATAATCACATCATATCCTTGTGATTTCGACGGTCCCTCGTTGAAGTAGACTCTTAGGCAACACAACCTCTATTTTAGTCCTCTGGAAAATCCAACACTTCCTCCACATATCATTTAACTTTGGCCTTCATCCTTGACCTTAATATTTCACATGTCAAGCGTTTATAAGTACAAAAGAATCAAAGTGCTCCCCTAAGATTGAGTCATGAAACATATAAAGAATTGAGGGAAGGAGGCTTGAGGTCTTAGATATCACCACCATCCTTTGTAGAGCAAGTTTCCCTGTTGCAAATTGTATCGTAATTCTTTCAGAATCTTTGCAAACTCAAAGTTTACTTCTTGGATCTCTTTCCAGACCTTGACTAAATAAATGATGAAAAGAATAGAGAAGTTTGTTAGCTAAGCTATTTATGAATGTCTGGACAATGCATCGGCTACCTTGTTCTCGAGTCCAGTTCGATGCACAATTCCAAAGTCATACCAAAGTGTTCCGTAACCCTCTTTTTGAATTACGACTGAATCTCTTTCTAGCTAAGCTGACCGTAATGCTTGTTGCTCAATTTTTACTTTGATAACACTGTTGCCATCAACTCTCATTCATCAACGGATTTAGTTTGGGCCCTCACTAACAATGTATGGCCAGAGAAAGCAACATGCCTCTCATCTTACAATTAACACAACCCCTAACCTCGTGCCTGAATCATTAGTCTTAATCACAAAAGGCAACTTGATGTCCGGCGATGCTAACATAGGGATGTCACCATAGCTCTATTAAGTCTTTTGAAGGTTGCGATAACCTCATCCATCCACTGAAAGCCTTTTTTTGCAGTAACTGGGTGAGAGGGGATGAAGTTAAACTTAGTATGAATCAATGGGGCCTAACAGATTGCTTTCATTGCCTTTCGTAACTACAGGGACTATCACAAAATTGTAGCAATAAAATTGCCTTCTTTCATGAGTTTTAGTGCAGCATTGCAATAATTAGAAGATTGAGAACAATCTAATCAAAACCTAGTATAAAGAAAAGAAAAAGAACCGTATAGCTTGCTCCTACATGATCATGCAACTCTAGCATGAGTATCAGTCATGGGAGATGAGCTCTCTGCCCAGGATGGTGAAAGTGATAAAAGAGTAGACTAGTCTTATTCCCTTCATTTCTTAGTCTAGGCTATTTATCGAGATTACATGCATGTCAAAGTCTCCCGTTCCTTTCAATTAACTGCTCTGTCTTCGTGTTATGGCCTAGCTTATTAACAGGTTTTGTGTCAGACACGTATGTATTTCCTTTCTTATATTCATCTAGAATCTGCTACATATATATGAGAGGCTTACTAGGATATCAGCTCATCGGATCTCACTGTTCTGACATTTTATTCTCACTCTAATATCTAAATTATGCTCGGACAATTTCTGAATTGTATTTTTCAAAGAAATCTTTTGCCTTTGATTTTCTGTATAGATCAGACAAAGCTGGTCGAATGCTGGCAGATGTGTTGTTGAAAGGTTTACAAGGGAACAGGTGCAACACTCTTACCTTAAAGTTAGAAGTTTGTTCTATTTTTCAGAAAATGATGATAGCTTCTCCCACGATAATTCTAGGCCTGTGACACTTGTGGGGTACTCACTGGGTGCACGTGTAATATTCAAGTGTCTCCAATATTTGGCTGAGACTGAAAAAAGCGGTAATCATCATTTCCCAATATTCTGCTCTTTTATGAATTATTTTACCATATTTAAATGTTATCAGCCGAGCTTGTGGAAAGAGTGGTTCTTCTTGGAGCACCCATATCAATTAAAGATCAGAACTGGGAAGCTGCTAGAAAGGTGACCATATGTTCTACACTACAAAGCACTTTCCTCAACTTGTTTCTTTCTATTCCTATGTGCAAGTATTTTACTAATAACTACACGTCATATCCTTTCTTTGCTACTGTTTCACAGATGGTAGCTGGAAGGTTTGTGAACGTATACTCCACAAATGATTGGATGCTTGGAATTGCTTTCCGTGCCAGGTACTGATAGAGAATTTGAAGCTGACTTGAATTCAAGTCAGCTTCTATCATCAAATATTAGATCGGAGCATTTCTCAATGGGGTTTTATACAATTGTAAGGTAGTTTTTTTTGGGGGGAAAGAAATTCTGGAAAAGCAGTGAGTTTCAAAATAATATCAATTTAGTGTGAATTCTGTTTAGACAGACGATTTTGGATAAATCAAGAAATAATTTATTTTGGTCAATTCTTATCTTTAAAAGATGAAAAACCCCAACTCACCAAATTCTATATGTTCAAGAAAATATGATATGCAAGTTTCTCTCCTGTGCATTTACGAAGCGTTCCAACTCACTTTTGTTTCCTCTACAGTCTTCTTACTCAAGGGTTAGCTGGAATTCAACCTATCGACGTCCCTGGCATTGAGAATGTAATATAACTATCTATTCTAGTTTCCTCATTGTTCACCTGTTCTTTAGAATTTTCTGATGATCATAGAATCTATAGTTTATGTTTACATTTGGTAAAATTGCAAAATTTACATTAGAAATGGTTACATTGCGTCTTCTTACTTTCAGTTTTAAGTAATTTCCTTTCGTACTTGTGTCTTTAAATTCTCAGCGACTGGTGCCGTTTTTGATCTTCAACCATTGAGCTACAAAGATAGGATTTAGATGCAATGATTTTCCTAGTTAGATAATTGTTCAGATTAAAAGTTCAGCTATGTATTAATAATCTTCTTTGTCTAGGGGAAATTTTGCATGTCCTTTTATATTTCCAGGACCCAAACTCCCAGTTCTTTTATAAAACTGCTGTTAGGGGACCGTAATGGTTATTCACTGGATTTGCAGGTTGATGTGACAGATGTGATTGAAGGTCACTCCTCCTATCTATGGGCTACTCGCCAAATCTTGGAGCAGCTTGAACTGGAAACCTATTATCCAGTTTTTAGTAGTTCTGGTAAGCAATAGGGGGAGATGATATGCATGTTCTATTCTGCGTTTGATGCTTTATAGGAGTGTTACTCTGTGTTCCCGGTGGTCGTAGTCACGACTGCCGAGGTCTGTGTCGAGTTTCGTGGGATGATGGAAAGCCAGGTGCATTCTTAATGTTCTATGTCTGAAAACCAAATGGAAAAAACGAAGGTTGCTGATTGATTTGTGATGAAGAAAAGTGTGAGGAGTCATGTAACCATTGGTTACATTAGGAGCCAGGCTTGGTCCCCTTTTATTATCATTGTAAGATTTGAGATGAACTTCGTTGCTTCTGAAAAATAAGATAATGTAGAACTTATTATGTAAATTATATGAAGGAAACTTTATAAGATGACAAATCACTCCTGAGAAGATACAATTTTCTATAGACTATTTGAAATCCCATGTTTAGATAGTTCTATGTCGTTGATTCTATCCGAACTAAAAAAATGTTTGGATCTAATGGAAATATTGTTCTTATTTACATATTTACGACGGTTCTCATTAACCATCATGTTGATTTTTAAATTCTTAATTTTATGTCCATCGAACTTTAAAAAATGTTTAATAGATCTCAAAACATTCATTTATGGTTTGATAGGTCTTGAATTTTTTAAAATTTTATATTTATTTTTTCTAAATTCATGAATCTACTAATTAAAAAATTAAAATTTTAACGTATATAAAGCTTAGGAATAAAATAAAAATTTGGGGATCTTAGACTATTTTTAAAAACTTTAAGGACTAAATTTGTAATTTAAAATAAATAATATTTATTCTATTTACTTTTTATTTATTTATATAGTCATGATTAAGAAATTATATTGAATGTATTCGTCAAAATGAACGTATGAAAAGGTTTGTGATTTAATGTCTAAATTCTTGAGTCTCCTCTTATAACCTAACCCATATTCTAAATATAGCCTCTCCAACACGTTCAGATTCAAATCAAGTTTAATTGACTAATCTAAAAATAGAGTTGAGTTAATTTTTTAAAAAACTTCATAATTTAGGTTGACTCAAAAGTTGACATTTTTTATGTCAACTCAACCAATCAAAAAATAGAGTTACAGACACTTCTATGATATTTCAGTTATTTATGTAATATGTATGGTAGATAAGTAACCTAGCTGGGTCCGATTGGGTTAAGTTGCTAACTTATAGGGTTGCTCGAATTACCAACAATATAATTAGTCCAAAAGATTTCCTCAAACTAACCCAAATCTACGGACAGGAGTTTGTATTTTTATATTTTTTAAATAAGTTACAAAATTTGGTGGGTATTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTGTCCATTTTTAATTTATTCTTTTAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTTTTTTTTTTTTTTTTTTTTTATTTATTTTAGCATATTAACATTTGATTAACTAAGAAGAAATTATTTTGCAATACCTAAGAAATTTAAATTTTCCATGTGAAAGGTGATTGGAAGCTTTGCGTCTTTGAACCGTCGGTTTTTTGTTCATCACAGGAAAAAAAAAAAAAAAAGCTTAAGAATTTGAGGCGTCTTCTTCGTTCCAATTCCTCTGAAATTGATCGACCCTCGAAGTTCTTTGTTTGCTCGCGAAGCTACCGCGGGATTTCCACGCCGTTGCTCCCTTTTGACTATTTGTTGCCTGTGATAATCTTCATCTTCATCTTTATTGGCTCTCTTCCATACAAAAAGGGGGTTTTCGCTCTATATTCTTTTTGTTAATCCGTTTGGAACTTTGAAGATCTTGTTTCTTGCTTCGATCCTGTACCGTAAAGAGGTCAGTTTAATGGCTAAATTCTTTCTTTCCTTCCTTTTCTCTTTGTTCTTTGTGGATAAGGAAAGAAATGGTCCAGCGAAATGGTAGTTATCTAGTTCTTTTGCTTGTGTTTTTTTGGGTTGTAGGTTTCGGAGTGAAATTGATTAACATAGAAAGGGTTGATGATTGAGCGATTGCATTATTAGGTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTNTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTGTAGTTTTGTTGGTTTCTTGAATTGGTGGGACTCTGTGGCAGGATTGTAA

mRNA sequence

ATGCAGGAATATTGTGGGAATAAGATCGGCAACGATTACAGATTCAGTGTAGTTGTAGATCTCCCTGTGGAACAGACGGCCGCCATTCAGCGGCGGAATAGATGGTCTTCTTTCAGGTTTCAGGCCGCCACCCAAAGGGCAGCGGAGTCTGGAATAGGAAGCAACGGTAAACGACGCTTCCGGGACCGGAGCGATTGTGACAGGGAGCTTCAGAATTTGATTCATATTACATCAATCGCTCTTGGCGACTCGATGACATCCTTCTTGGCACCTACTCAACGCTATGCCTCCGGAGCATTGTTTGCACTTGCTCTTCATCAGGCCCAGATCCATCAGACGCGCCCTTTAGGGCATTCCGATGATGAACCTCTGGTGGAGGAGCGAACGAGTAGTTGTAGCGGCAGTAGCAGTGATTCGGTCTCTGATGATCCCGAGCTTTGGGTCCATGAGTCATCGGGCCTACTTCGTCCTGTATTCATGTTTTTAGAGATCGACTCTGCAGCTTGGCCTGGACTCGAGGAAACTTCAGGATCCGGTACAGCTAAGCATCACATTGGAGCATTCTTGCGGTTGCTATCAGAGGACAAAGAAAATTCTTCTGAGATGATAGAACGGGAACTTGCTCTATCAAAATCTGTTGATGGTATAGCAGATAACATGGAGAAGAATTTTATAAGTTCTCAGTCTAATGAAAAGTGTCTTGAATATGAACATGAATGGCGAGAGAAGTGCTTGTCTTCCAAGGAAAAATTGAATTTTGAAGAATTTGACAAGCAAACAGAAGGCACTGATGGTAATGCAGTGGTTGTTAAACGGCCAGATGGTGGAGCATGGATTGAGACTATTGAGCAACCAATTGAAGAGGAAAAAATGCTTAGCTACCGGAGAAAAGTGGTTGTTCTCTATGAGCTTCTATCTGCTTGTTTGGCTGACTTAAGCGTAGACGACAAGAAAAAATCCCGGAAAAGAAAAGGTTATGATGCCCGGCATCGTGTGGCTTTGAGGTTATTATCAACCTGGGTAGATATCAAGTGGATAAAACTGGAAGCAATTGAGACAATGGTTGCTTGCTCAGCTATGGCTATGGCTAAAAGCGTGGCAGAGATAGGTCATGAAAGCCCTACAAAGGAGAGTCACTGGGCTAAGTGGAAACGTGGTGGTATTATTGGTGCAGCTGCATTAACTGGAGGGACCTTGATGGCAATTACGGGAGGATTAGCTGCACCAGCAATTGCTGCAGGTTTTAGTGCCTTAGCTCCAACATTGGGTACCATCATCCCCGTCATTGGTGCAAGCGGATTCGCTGCAGCTGCCAGTGCTGCCGGGACTGTTGCTGGATCCGTGGCTGTTGCTGCATCCTTTGGTGCTGCTGGAGCAGGACTTACAGGAACCAAAATGGCTAGGAGAATTGGGAGCATTGATGAGTTTGAATTTAAACCAATTGGAGAAAATCATAACAAAGGCAGATTGGCAGTTGAGATAACTGTGTCAGGTTTTGCCTTCGATGAGAAAGATTTCATAAGGCCATGGGAAGGACTAAATAACAACTTGGAAAGGTATGCACTGCAGTGGGAATCTAAAAATATAATTGCAGTGAGCACTGCAATTCAGGATTGGCTTACTTCAAGACTTGCAATGGAGTTGATGACGCGTGGTGCAATGATGACTGTTTTGAGCTCTCTTTTAGTAGCACTGGCTTGGCCAGCTACCTTACTTTCGGCTACTGATTTCATAGACAGCAAGTGGACAATTGCCGTTGACAGATCAGACAAAGCTGGTCGAATGCTGGCAGATGTGTTGTTGAAAGGTTTACAAGGGAACAGGCCTGTGACACTTGTGGGGTACTCACTGGGTGCACGTGTAATATTCAAGTGTCTCCAATATTTGGCTGAGACTGAAAAAAGCGCCGAGCTTGTGGAAAGAGTGGTTCTTCTTGGAGCACCCATATCAATTAAAGATCAGAACTGGGAAGCTGCTAGAAAGATGGTAGCTGGAAGGTTTGTGAACGTATACTCCACAAATGATTGGATGCTTGGAATTGCTTTCCGTGCCAGTCTTCTTACTCAAGGGTTAGCTGGAATTCAACCTATCGACGTCCCTGGCATTGAGAATGTTGATGTGACAGATGTGATTGAAGGTCACTCCTCCTATCTATGGGCTACTCGCCAAATCTTGGAGCAGCTTGAACTGGAAACCTATTATCCAGTTTTTAGTAGTTCTGGAGTGTTACTCTGTGTTCCCGGTGGTCGTAGTCACGACTGCCGAGGTCTGTGTCGAGTTTCGTGGGATGATGGAAAGCCAGGTGATTGGAAGCTTTGCGTCTTTGAACCGTCGGTTTTTTGTTCATCACAGGAAAAAAAAAAAAAAAAGCTTAAGAATTTGAGGCGTCTTCTTCGTTCCAATTCCTCTGAAATTGATCGACCCTCGAAGTTCTTTGTTTGCTCGCGAAGCTACCGCGGGATTTCCACGCCGTTGCTCCCTTTTGACTATTTGTTGCCTGTGATAATCTTCATCTTCATCTTTATTGGCTCTCTTCCATACAAAAAGGGGATCTTGTTTCTTGCTTCGATCCTGTACCGTAAAGAGGTCAGTTTAATGGCTAAATTCTTTCTTTCCTTCCTTTTCTCTTTGTTCTTTGTGGATAAGGAAAGAAATGGTCCAGCGAAATGTTTTGTTGGTTTCTTGAATTGGTGGGACTCTGTGGCAGGATTGTAA

Coding sequence (CDS)

ATGCAGGAATATTGTGGGAATAAGATCGGCAACGATTACAGATTCAGTGTAGTTGTAGATCTCCCTGTGGAACAGACGGCCGCCATTCAGCGGCGGAATAGATGGTCTTCTTTCAGGTTTCAGGCCGCCACCCAAAGGGCAGCGGAGTCTGGAATAGGAAGCAACGGTAAACGACGCTTCCGGGACCGGAGCGATTGTGACAGGGAGCTTCAGAATTTGATTCATATTACATCAATCGCTCTTGGCGACTCGATGACATCCTTCTTGGCACCTACTCAACGCTATGCCTCCGGAGCATTGTTTGCACTTGCTCTTCATCAGGCCCAGATCCATCAGACGCGCCCTTTAGGGCATTCCGATGATGAACCTCTGGTGGAGGAGCGAACGAGTAGTTGTAGCGGCAGTAGCAGTGATTCGGTCTCTGATGATCCCGAGCTTTGGGTCCATGAGTCATCGGGCCTACTTCGTCCTGTATTCATGTTTTTAGAGATCGACTCTGCAGCTTGGCCTGGACTCGAGGAAACTTCAGGATCCGGTACAGCTAAGCATCACATTGGAGCATTCTTGCGGTTGCTATCAGAGGACAAAGAAAATTCTTCTGAGATGATAGAACGGGAACTTGCTCTATCAAAATCTGTTGATGGTATAGCAGATAACATGGAGAAGAATTTTATAAGTTCTCAGTCTAATGAAAAGTGTCTTGAATATGAACATGAATGGCGAGAGAAGTGCTTGTCTTCCAAGGAAAAATTGAATTTTGAAGAATTTGACAAGCAAACAGAAGGCACTGATGGTAATGCAGTGGTTGTTAAACGGCCAGATGGTGGAGCATGGATTGAGACTATTGAGCAACCAATTGAAGAGGAAAAAATGCTTAGCTACCGGAGAAAAGTGGTTGTTCTCTATGAGCTTCTATCTGCTTGTTTGGCTGACTTAAGCGTAGACGACAAGAAAAAATCCCGGAAAAGAAAAGGTTATGATGCCCGGCATCGTGTGGCTTTGAGGTTATTATCAACCTGGGTAGATATCAAGTGGATAAAACTGGAAGCAATTGAGACAATGGTTGCTTGCTCAGCTATGGCTATGGCTAAAAGCGTGGCAGAGATAGGTCATGAAAGCCCTACAAAGGAGAGTCACTGGGCTAAGTGGAAACGTGGTGGTATTATTGGTGCAGCTGCATTAACTGGAGGGACCTTGATGGCAATTACGGGAGGATTAGCTGCACCAGCAATTGCTGCAGGTTTTAGTGCCTTAGCTCCAACATTGGGTACCATCATCCCCGTCATTGGTGCAAGCGGATTCGCTGCAGCTGCCAGTGCTGCCGGGACTGTTGCTGGATCCGTGGCTGTTGCTGCATCCTTTGGTGCTGCTGGAGCAGGACTTACAGGAACCAAAATGGCTAGGAGAATTGGGAGCATTGATGAGTTTGAATTTAAACCAATTGGAGAAAATCATAACAAAGGCAGATTGGCAGTTGAGATAACTGTGTCAGGTTTTGCCTTCGATGAGAAAGATTTCATAAGGCCATGGGAAGGACTAAATAACAACTTGGAAAGGTATGCACTGCAGTGGGAATCTAAAAATATAATTGCAGTGAGCACTGCAATTCAGGATTGGCTTACTTCAAGACTTGCAATGGAGTTGATGACGCGTGGTGCAATGATGACTGTTTTGAGCTCTCTTTTAGTAGCACTGGCTTGGCCAGCTACCTTACTTTCGGCTACTGATTTCATAGACAGCAAGTGGACAATTGCCGTTGACAGATCAGACAAAGCTGGTCGAATGCTGGCAGATGTGTTGTTGAAAGGTTTACAAGGGAACAGGCCTGTGACACTTGTGGGGTACTCACTGGGTGCACGTGTAATATTCAAGTGTCTCCAATATTTGGCTGAGACTGAAAAAAGCGCCGAGCTTGTGGAAAGAGTGGTTCTTCTTGGAGCACCCATATCAATTAAAGATCAGAACTGGGAAGCTGCTAGAAAGATGGTAGCTGGAAGGTTTGTGAACGTATACTCCACAAATGATTGGATGCTTGGAATTGCTTTCCGTGCCAGTCTTCTTACTCAAGGGTTAGCTGGAATTCAACCTATCGACGTCCCTGGCATTGAGAATGTTGATGTGACAGATGTGATTGAAGGTCACTCCTCCTATCTATGGGCTACTCGCCAAATCTTGGAGCAGCTTGAACTGGAAACCTATTATCCAGTTTTTAGTAGTTCTGGAGTGTTACTCTGTGTTCCCGGTGGTCGTAGTCACGACTGCCGAGGTCTGTGTCGAGTTTCGTGGGATGATGGAAAGCCAGGTGATTGGAAGCTTTGCGTCTTTGAACCGTCGGTTTTTTGTTCATCACAGGAAAAAAAAAAAAAAAAGCTTAAGAATTTGAGGCGTCTTCTTCGTTCCAATTCCTCTGAAATTGATCGACCCTCGAAGTTCTTTGTTTGCTCGCGAAGCTACCGCGGGATTTCCACGCCGTTGCTCCCTTTTGACTATTTGTTGCCTGTGATAATCTTCATCTTCATCTTTATTGGCTCTCTTCCATACAAAAAGGGGATCTTGTTTCTTGCTTCGATCCTGTACCGTAAAGAGGTCAGTTTAATGGCTAAATTCTTTCTTTCCTTCCTTTTCTCTTTGTTCTTTGTGGATAAGGAAAGAAATGGTCCAGCGAAATGTTTTGTTGGTTTCTTGAATTGGTGGGACTCTGTGGCAGGATTGTAA

Protein sequence

MQEYCGNKIGNDYRFSVVVDLPVEQTAAIQRRNRWSSFRFQAATQRAAESGIGSNGKRRFRDRSDCDRELQNLIHITSIALGDSMTSFLAPTQRYASGALFALALHQAQIHQTRPLGHSDDEPLVEERTSSCSGSSSDSVSDDPELWVHESSGLLRPVFMFLEIDSAAWPGLEETSGSGTAKHHIGAFLRLLSEDKENSSEMIERELALSKSVDGIADNMEKNFISSQSNEKCLEYEHEWREKCLSSKEKLNFEEFDKQTEGTDGNAVVVKRPDGGAWIETIEQPIEEEKMLSYRRKVVVLYELLSACLADLSVDDKKKSRKRKGYDARHRVALRLLSTWVDIKWIKLEAIETMVACSAMAMAKSVAEIGHESPTKESHWAKWKRGGIIGAAALTGGTLMAITGGLAAPAIAAGFSALAPTLGTIIPVIGASGFAAAASAAGTVAGSVAVAASFGAAGAGLTGTKMARRIGSIDEFEFKPIGENHNKGRLAVEITVSGFAFDEKDFIRPWEGLNNNLERYALQWESKNIIAVSTAIQDWLTSRLAMELMTRGAMMTVLSSLLVALAWPATLLSATDFIDSKWTIAVDRSDKAGRMLADVLLKGLQGNRPVTLVGYSLGARVIFKCLQYLAETEKSAELVERVVLLGAPISIKDQNWEAARKMVAGRFVNVYSTNDWMLGIAFRASLLTQGLAGIQPIDVPGIENVDVTDVIEGHSSYLWATRQILEQLELETYYPVFSSSGVLLCVPGGRSHDCRGLCRVSWDDGKPGDWKLCVFEPSVFCSSQEKKKKKLKNLRRLLRSNSSEIDRPSKFFVCSRSYRGISTPLLPFDYLLPVIIFIFIFIGSLPYKKGILFLASILYRKEVSLMAKFFLSFLFSLFFVDKERNGPAKCFVGFLNWWDSVAGL
Homology
[Close]
BLAST of CmaCh16G006420 vs. ExPASy Swiss-Prot
Match: Q5TGY1 (Transmembrane and coiled-coil domain-containing protein 4 OS=Homo sapiens OX=9606 GN=TMCO4 PE=1 SV=1)

HSP 1 Score: 269.2 bits (687), Expect = 1.6e-70
Identity = 169/436 (38.76%), Postives = 258/436 (59.17%), Query Frame = 0 

Query: 320 SRKRKGYDARHRVALRLLSTWVDIKWIKLEAIETMVACSAMAMAKSVAEIGHESPTKESH 379
           S K   YDAR RV +  +++ + +   +L+ +E M   S   + +  +E+   S  K+ +
Sbjct: 124 SLKDGHYDARARVLVCHMTSLLQVPLEELDVLEEMFLESLKEIKEEESEMAEASRKKKEN 183

Query: 380 WAKWKRGGIIGAAALTGGTLMAITGGLAAPAIAAGFSALAPTLGTIIPVIGASGFAAAAS 439
             KWKR  +IG A + GGT++ +TGGLAAP +AAG +           +IG++G AA  S
Sbjct: 184 RRKWKRYLLIGLATVGGGTVIGVTGGLAAPLVAAGAAT----------IIGSAGAAALGS 243

Query: 440 AAGTVAGSVAVAAS-FGAAGAGLTGTKMARRIGSIDEFEFKPIGENHNKGRLAVEITVSG 499
           AAG     +A+  S FGAAGAGLTG KM +R+G+I+EF F P+ E     +L + I V+G
Sbjct: 244 AAG-----IAIMTSLFGAAGAGLTGYKMKKRVGAIEEFTFLPLTEGR---QLHITIAVTG 303

Query: 500 FAFDEK--DFIRPWEGLNNNLERYALQWESKNIIAVSTAIQDWLTSRLAMELMTRGAMMT 559
           +    K   F  PW  L ++ E+Y L WE+K ++ +  A++  + S LA  +       T
Sbjct: 304 WLASGKYRTFSAPWAALAHSREQYCLAWEAKYLMELGNALET-ILSGLANMVAQEALKYT 363

Query: 560 VLSSLLVALAWPATLLSATDFIDSKWTIAVDRSDKAGRMLADVLLKGLQGNRPVTLVGYS 619
           VLS ++ AL WPA+LLS  + ID+ W + + RS + G+ LA +LL   QG RPVTL+G+S
Sbjct: 364 VLSGIVAALTWPASLLSVANVIDNPWGVCLHRSAEVGKHLAHILLSRQQGRRPVTLIGFS 423

Query: 620 LGARVIFKCLQYLAETEKSAELVERVVLLGAPISIKDQNWEAARKMVAGRFVNVYSTNDW 679
           LGARVI+ CLQ +A+ +    ++E V+LLGAP+  + ++WE  RK+V+GR +N Y   DW
Sbjct: 424 LGARVIYFCLQEMAQEKDCQGIIEDVILLGAPVEGEAKHWEPFRKVVSGRIINGYCRGDW 483

Query: 680 MLGIAFRASLLTQGLAGIQPIDVPG--IENVDVTDVIEGHSSYLWATRQILEQLELETYY 739
           +L   +R S +   +AG+QP+ +    +ENVD+T V+ GH  Y      IL+ + + T  
Sbjct: 484 LLSFVYRTSSVQLRVAGLQPVLLQDRRVENVDLTSVVSGHLDYAKQMDAILKAVGIRT-K 539

Query: 740 PVFSSSGVLL---CVP 748
           P +   G+LL   C+P
Sbjct: 544 PGWDEKGLLLAPGCLP 539

[Close]
BLAST of CmaCh16G006420 vs. ExPASy Swiss-Prot
Match: Q91WU4 (Transmembrane and coiled-coil domain-containing protein 4 OS=Mus musculus OX=10090 GN=Tmco4 PE=2 SV=2)

HSP 1 Score: 255.4 bits (651), Expect = 2.5e-66
Identity = 157/417 (37.65%), Postives = 244/417 (58.51%), Query Frame = 0 

Query: 320 SRKRKGYDARHRVALRLLSTWVDIKWIKLEAIETMVACSAMAMAKSVAEIGHESPTKESH 379
           S K   YDAR RV +  +++ + +   +L+ +E +   S     +  +E    S  ++  
Sbjct: 121 SLKNGHYDARARVLVCHVTSLLQVPMEELDILEEVFLESLKDAKEEESETAEASRKRKEK 180

Query: 380 WAKWKRGGIIGAAALTGGTLMAITGGLAAPAIAAGFSALAPTLGTIIPVIGASGFAAAAS 439
             KWKR  +IG A + GGT++ +TGGLAAP +AAG +           +IG++G    A+
Sbjct: 181 RRKWKRYLLIGLATVGGGTVIGVTGGLAAPLVAAGAAT----------IIGSAG----AA 240

Query: 440 AAGTVAGSVAVAASFGAAGAGLTGTKMARRIGSIDEFEFKPIGENHNKGRLAVEITVSGF 499
           A G+VAG   + + FGAAGAGLTG KM +R+G+I+EF F P+ E     +L + I ++G+
Sbjct: 241 ALGSVAGIAVMTSLFGAAGAGLTGYKMKKRVGAIEEFMFLPLTEGR---QLHITIAITGW 300

Query: 500 --AFDEKDFIRPWEGLNNNLERYALQWESKNIIAVSTAIQDWLTSRLAMELMTRGAMMTV 559
             +   + F  PW  L  + E+Y L WE+K ++ +  A++  + S LA  +       TV
Sbjct: 301 LGSGRYRTFNAPWMALARSQEQYCLAWEAKYLMELGNALET-ILSGLANMVAQEALKYTV 360

Query: 560 LSSLLVALAWPATLLSATDFIDSKWTIAVDRSDKAGRMLADVLLKGLQGNRPVTLVGYSL 619
           LS ++ AL WPA+LLS  + ID+ W + + RS + G+ LA +LL   QG RPVTL+G+SL
Sbjct: 361 LSGIVAALTWPASLLSVANVIDNPWGVCLHRSAEVGKHLAHILLSRQQGRRPVTLIGFSL 420

Query: 620 GARVIFKCLQYLAETEKSAELVERVVLLGAPISIKDQNWEAARKMVAGRFVNVYSTNDWM 679
           GARVI+ CLQ +A+ +    ++E VVLLGAP+    ++WE  R +V+GR +N Y   DW+
Sbjct: 421 GARVIYFCLQEMAQEQDCQGIIEDVVLLGAPVEGDPKHWEPFRNVVSGRIINGYCRGDWL 480

Query: 680 LGIAFRASLLTQGLAGIQPIDVPG--IENVDVTDVIEGHSSYLWATRQILEQLELET 733
           L   +R S +   +AG+QP+ +    +ENVD+T V+ GH  Y      IL+ + + T
Sbjct: 481 LSFVYRTSSVQLRVAGLQPVLLQDRRMENVDLTSVVNGHLDYAKQMDAILKVVGIRT 519

[Close]
BLAST of CmaCh16G006420 vs. ExPASy Swiss-Prot
Match: Q499U8 (Transmembrane and coiled-coil domain-containing protein 4 OS=Rattus norvegicus OX=10116 GN=Tmco4 PE=2 SV=1)

HSP 1 Score: 251.1 bits (640), Expect = 4.6e-65
Identity = 164/442 (37.10%), Postives = 254/442 (57.47%), Query Frame = 0 

Query: 312 LSVDDKKKSRKRKGYDARHRVALRLLSTWVDIKWIKLEAIETMVACSAMAMAKSVAEIGH 371
           +S D    S K   YDAR RV +  + + + +   +L+ +E +   S     +  +E   
Sbjct: 113 ISQDLLSFSLKDGHYDARARVLVCHVISLLQVPMEELDILEEVFLESLKDAKEEESETAE 172

Query: 372 ESPTKESHWAKWKRGGIIGAAALTGGTLMAITGGLAAPAIAAGFSALAPTLGTIIPVIGA 431
           ES  ++    KWKR  +IG A + GGT++ +TGGLAAP +AAG +           +IG+
Sbjct: 173 ESRKRKEKRRKWKRYLLIGLATVGGGTVIGVTGGLAAPLVAAGAAT----------IIGS 232

Query: 432 SGFAAAASAAGTVAGSVAVAASFGAAGAGLTGTKMARRIGSIDEFEFKPIGENHNKGRLA 491
           +G    A+A G+VAG   + + FGAAGAGLTG KM +R+G+I+EF F P+ +     +L 
Sbjct: 233 AG----AAALGSVAGIAVMTSLFGAAGAGLTGYKMKKRVGAIEEFMFLPLTDGK---QLH 292

Query: 492 VEITVSGF--AFDEKDFIRPWEGLNNNLERYALQWESKNIIAVSTAIQDWLTSRLAMELM 551
           + I ++G+  +   + F  PW  L  + E+Y L WE+K ++ +  A++  + S LA  + 
Sbjct: 293 ITIAITGWLGSGRYRTFNAPWMALARSQEQYCLAWEAKYLMELGNALET-ILSGLANMVA 352

Query: 552 TRGAMMTVLSSLLVALAWPATLLSATDFIDSKWTIAVDRSDKAGRMLADVLLKGLQGNRP 611
                 TVLS ++ AL  PA+LLS  + ID+ W + + RS + G+ LA +LL   QG RP
Sbjct: 353 QEALKYTVLSGIVAALTLPASLLSVANVIDNPWGVCLHRSAEVGKHLAHILLSRQQGRRP 412

Query: 612 VTLVGYSLGARVIFKCLQYLAETEKSAELVERVVLLGAPISIKDQNWEAARKMVAGRFVN 671
           VTL+G+SLGARVI+ CLQ +A+ +    ++E VVLLGAP+    + WE  R +V+GR +N
Sbjct: 413 VTLIGFSLGARVIYFCLQEMAQEQDCQGIIEDVVLLGAPVEGDPKYWEPFRNVVSGRIIN 472

Query: 672 VYSTNDWMLGIAFRASLLTQGLAGIQPIDVPG--IENVDVTDVIEGHSSYLWATRQILEQ 731
            Y   DW+L   +R S +   +AG+QP+ +    +ENVD++ V+ GH  Y      IL+ 
Sbjct: 473 GYCRGDWLLSFVYRTSSVQLRVAGLQPVLLQDRRMENVDLSSVVNGHLDYAKKMDVILKA 532

Query: 732 LELETYYPVFSSSGVLLCVPGG 750
           + + T  P +S  G+ L  PGG
Sbjct: 533 VGIRT-KPGWSEKGLPL-APGG 534

[Close]
BLAST of CmaCh16G006420 vs. ExPASy Swiss-Prot
Match: Q20035 (Uncharacterized membrane protein F35D11.3 OS=Caenorhabditis elegans OX=6239 GN=F35D11.3 PE=3 SV=2)

HSP 1 Score: 216.1 bits (549), Expect = 1.7e-54
Identity = 137/407 (33.66%), Postives = 219/407 (53.81%), Query Frame = 0 

Query: 326 YDARHRVALRLLSTWVDIKWIKLEAIETMVACSAMAMAKSVAEIGHESPTKESHWAKWKR 385
           YD+R+RV LR L+T + + W + E +E  +A + +      +E       K +   K KR
Sbjct: 158 YDSRYRVFLRHLTTLLGVVWTEFEDVEDSLASTLLEEQFVESEHSRTVREKTARNKKIKR 217

Query: 386 GGIIGAAALTGGTLMAITGGLAAPAIAAGFSALAPTLGTIIPVIGASGFAAAASAAGTVA 445
             +IGAA   GG L+ +TGGLAAP +AA    L          IG    A  A    T A
Sbjct: 218 YLMIGAAGGVGGVLIGLTGGLAAPLVAASAGML----------IGGGAVAGLA----TTA 277

Query: 446 GSVAVAASFGAAGAGLTGTKMARRIGSIDEFEFKPIGENHNKGRLAVEITVSGF----AF 505
           G+  +  + G AGAG TG KM +R+G+I+EF  + + E  +   L+  + VSG+      
Sbjct: 278 GAAVLGTTMGVAGAGFTGYKMKKRVGAIEEFSVETLSEGVS---LSCSLVVSGWIESDTS 337

Query: 506 DEKDFIRPWEGLNNNLERYALQWESKNIIAVSTAIQDWLTSRLAMELMTRGAMMTVLSSL 565
            ++ F+  W  L +  E+Y L++ES  ++ +  AI ++L S      + +  + T L+ L
Sbjct: 338 PDQAFVHQWRHLRHTKEQYTLRYESNYLMELGNAI-EYLMSFAVSVAIQQTLLETALAGL 397

Query: 566 LVALAWPATLLSATDFIDSKWTIAVDRSDKAGRMLADVLLKGLQGNRPVTLVGYSLGARV 625
           + A+AWP  L+S +  +D+ W + V R+ + G  LA+VLL    G RP+TL+G+SLGARV
Sbjct: 398 VSAVAWPVALMSVSSVLDNPWNVCVSRAAEVGEQLAEVLLSRSHGKRPITLIGFSLGARV 457

Query: 626 IFKCLQYLAETEKSAELVERVVLLGAPISIKDQNWEAARKMVAGRFVNVYSTNDWMLGIA 685
           IF CL  +++  +S  ++E V+LLGAP++   + W     +V+GR +N Y   DW+L   
Sbjct: 458 IFHCLLTMSKRSESVGIIEDVILLGAPVTASPKEWSKVCTVVSGRVINGYCETDWLLRFL 517

Query: 686 FRASLLTQGLAGIQPID---VPGIENVDVTDVIEGHSSYLWATRQIL 726
           +R       +AG  PID      I N +++ +++GH  Y     ++L
Sbjct: 518 YRTMSAQFRIAGTGPIDNRNSKKIYNYNLSHIVKGHMDYSKRLTEVL 546

[Close]
BLAST of CmaCh16G006420 vs. ExPASy Swiss-Prot
Match: O14244 (Uncharacterized membrane protein C6F6.13c OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) OX=284812 GN=SPAC6F6.13c PE=3 SV=1)

HSP 1 Score: 184.9 bits (468), Expect = 4.1e-45
Identity = 139/402 (34.58%), Postives = 216/402 (53.73%), Query Frame = 0 

Query: 326 YDARHRVALRLLSTWVDIKWIKLEAIETMVACSAMAMAKSVAEIGHESPTK-----ESHW 385
           YD R R  L  +   +DI    +   E  +  +         E G  + T+         
Sbjct: 291 YDCRSRSLLMAVGEVLDINEFDVAKFEKHIVETIQIDDTGELEAGSSANTEAVMKLRRKV 350

Query: 386 AKWKRGGIIGAAALTGGTLMAITGGLAAPAIAAGFSALAPTLGTIIPVIGASGFAAAASA 445
           ++ K+  ++G A + GG ++ ++ GL AP I+AG       +G     +G SG A +   
Sbjct: 351 SRRKKYILMGLAGIGGGLVIGLSSGLLAPIISAG-------IGAAFTTVGLSGVATSGFL 410

Query: 446 AGTVAGSVAVAASFGA-AGAGLTGTKMARRIGSIDEFEFKPIGENHNKGRLAVEITVSGF 505
           AG   GS A+  + GA +GA +  T MA R   +  FEF+P+   H + R  V +TVSG+
Sbjct: 411 AG--GGSAALITAGGAISGAHIGTTGMAHRKADVKTFEFRPL---HAQRRANVIVTVSGW 470

Query: 506 AFDEKDFIRPWEGLNNNL--ERYALQWESKNIIAVSTAIQDWLTSRLAMELMTRGAMMTV 565
              ++D +R      + +  + Y++ WE + ++A +    + L + +  + + +    TV
Sbjct: 471 MLSKEDDVRLSFATLDPIVGDIYSVFWEPE-MLASAGQTMNILATEVVTQSLQQVLGSTV 530

Query: 566 LSSLLVALAWPATLLSATDFIDSKWTIAVDRSDKAGRMLADVLLKGLQGNRPVTLVGYSL 625
           L SL+ AL WP  L      ID+ W  ++DR+   G++LAD+L     G RPVTLVGYSL
Sbjct: 531 LVSLMGALQWPLILTKLGYLIDNPWNNSLDRAKATGQLLADMLCYRSLGVRPVTLVGYSL 590

Query: 626 GARVIFKCLQYLAETEKSAELVERVVLLGAPISIKDQNWEAARKMVAGRFVNVYSTNDWM 685
           GARVI+ CL+ L E +K   ++E V L G P+  K  +W  A  +V+GRFVN Y  NDW+
Sbjct: 591 GARVIYYCLREL-EKKKEFSIIENVYLFGTPVIFKRTSWLKAASVVSGRFVNGYKKNDWI 650

Query: 686 LGIAFRASLLTQG-LAGIQPID-VPGIENVDVTDVIEGHSSY 718
           LG  FRA+    G +AG++ ID +PGIEN+DVT+++ GH +Y
Sbjct: 651 LGYLFRATSGGIGRVAGLRQIDCIPGIENIDVTNLVSGHLAY 678

[Close]
BLAST of CmaCh16G006420 vs. TAIR 10
Match: AT4G36210.3 (Protein of unknown function (DUF726) )

HSP 1 Score: 865.1 bits (2234), Expect = 4.8e-251
Identity = 465/669 (69.51%), Postives = 547/669 (81.76%), Query Frame = 0 

Query: 86  TSFLAPTQRYASGALFALALHQAQIHQTRPLG---HSDDEPLVEERTSSCSGSSSDSVSD 145
           TS L PTQRYA+GALFA+AL+QAQI+QT+PLG     DD+   EER S+C  SS DSVSD
Sbjct: 5   TSNLTPTQRYAAGALFAIALNQAQINQTQPLGTPAAEDDDGGDEERRSNC--SSGDSVSD 64

Query: 146 DPELWVHESSGLLRPVFMFLEIDSAAWPGLEETSGSGTAKHHIGAFLRLLSED-KENSSE 205
           DP LWVHE+SGLLRPVF  LEIDS AW GLE+T+ S  AKHHIGAF RLLSE+  + S+E
Sbjct: 65  DPSLWVHETSGLLRPVFRCLEIDSPAWLGLEQTACSSPAKHHIGAFTRLLSEEANDASAE 124

Query: 206 MIERELALSKSVDGIADNMEKNFISSQSNEKCLEYEHEWREKCLSSKEKLNFEEFDKQ-- 265
           M+E+E+AL+K+ D +  +++ +       EK  EYE+E REK    + K    + DK+  
Sbjct: 125 MVEQEMALAKAADAMVHSIQCSVSIDAKKEKHQEYENECREKYAVPEVKSKDVDLDKEKD 184

Query: 266 ---------TEGTDGNAVVVKRPDGGAWIETI--EQPIEEEKMLSYRRKVVVLYELLSAC 325
                     EG +   V++   DG    E +  E+ +EE  +LS++RK+ VLYELLSAC
Sbjct: 185 KKEAAESAAREGLEAGVVII---DGSHKPEVLENEKSVEEVTLLSHQRKINVLYELLSAC 244

Query: 326 LADLSVDDKKKSRKRKGYDARHRVALRLLSTWVDIKWIKLEAIETMVACSAMAMAKSVAE 385
           L+D   +DKK  R RKGYDARHRVALRLL+TW +I+WIK+EAIETMVACSAMA+ KS   
Sbjct: 245 LSDKHHEDKKCKRCRKGYDARHRVALRLLATWFNIEWIKVEAIETMVACSAMAIQKSAEM 304

Query: 386 IGHESPTKESHWAKWKRGGIIGAAALTGGTLMAITGGLAAPAIAAGFSALAPTLGTIIPV 445
            G ++ T  + WAKWKRGGIIGAAA+TGGTLMAITGGLAAPAIAAGF ALAPTLGTIIPV
Sbjct: 305 KGEDNLTPTTSWAKWKRGGIIGAAAITGGTLMAITGGLAAPAIAAGFGALAPTLGTIIPV 364

Query: 446 IGASGFAAAASAAGTVAGSVAVAASFGAAGAGLTGTKMARRIGSIDEFEFKPIGENHNKG 505
           IGA GFAAAASAAGTVAGSVAVAASFGAAGAGLTGTKMARRIG +DEFEFK IGENHN+G
Sbjct: 365 IGAGGFAAAASAAGTVAGSVAVAASFGAAGAGLTGTKMARRIGDLDEFEFKAIGENHNQG 424

Query: 506 RLAVEITVSGFAFDEKDFIRPWEGLNNNLERYALQWESKNIIAVSTAIQDWLTSRLAMEL 565
           RLAVE+ V+G  F+E+DF++PWEGL +NLERY LQWESKN+I VSTAIQDWLTSRLAMEL
Sbjct: 425 RLAVEVLVAGVVFEEEDFVKPWEGLTSNLERYTLQWESKNLILVSTAIQDWLTSRLAMEL 484

Query: 566 MTRGAMMTVLSSLLVALAWPATLLSATDFIDSKWTIAVDRSDKAGRMLADVLLKGLQGNR 625
           M +GAM TVL+SLL+ALAWPAT+L A DFIDSKW+IA+DRSDKAGR+LA+VL KGLQGNR
Sbjct: 485 MKQGAMHTVLASLLMALAWPATILVAADFIDSKWSIAIDRSDKAGRLLAEVLQKGLQGNR 544

Query: 626 PVTLVGYSLGARVIFKCLQYLAETEKSAELVERVVLLGAPISIKDQNWEAARKMVAGRFV 685
           P+TLVG+SLGARVIFKCLQ LAETE++AELVERVVLLGAPISI  +NW   RKMVAGRF+
Sbjct: 545 PITLVGFSLGARVIFKCLQALAETEQNAELVERVVLLGAPISINSENWRDVRKMVAGRFI 604

Query: 686 NVYSTNDWMLGIAFRASLLTQGLAGIQPIDVPGIENVDVTDVIEGHSSYLWATRQILEQL 738
           NVY+TNDW LGIAFRASL++QGLAGIQPI +PGIENVDVTD++EGHSSYLW T+QILE+L
Sbjct: 605 NVYATNDWTLGIAFRASLISQGLAGIQPICIPGIENVDVTDMVEGHSSYLWKTQQILERL 664

[Close]
BLAST of CmaCh16G006420 vs. TAIR 10
Match: AT2G18100.1 (Protein of unknown function (DUF726) )

HSP 1 Score: 814.7 bits (2103), Expect = 7.5e-236
Identity = 436/666 (65.47%), Postives = 532/666 (79.88%), Query Frame = 0 

Query: 86  TSFLAPTQRYASGALFALALHQAQIHQTRPLG----HSDDEPLVEERTSSCSGSSSDSVS 145
           TS L P+QRYA+ ALFA+AL+QAQI Q++PLG     S  EP+          S SD +S
Sbjct: 5   TSNLTPSQRYAASALFAIALNQAQISQSKPLGIPATGSTGEPI---------SSDSDPIS 64

Query: 146 DDPELWVHESSGLLRPVFMFLEIDSAAWPGLEETSGSGTAKHHIGAFLRLLSE----DKE 205
           D+ +LWVHE SGLLRPV   L+IDS+AW GLEE + S  AK HIGAF++LLSE    D +
Sbjct: 65  DEADLWVHEVSGLLRPVLRCLQIDSSAWHGLEEIAASTQAKDHIGAFIKLLSEDVSDDDD 124

Query: 206 NSSEMIERELALSKSVDGIADNMEKNFISSQSN-EKCLEYEHEWREKCLSSKEKLNFEEF 265
           +SSEM+E+E AL+K+ D +  N+  + +S +S  EK +E+E+E R+K    + +   E  
Sbjct: 125 DSSEMVEKETALAKAADAMDQNIRSSSLSVESKMEKHVEFENECRDKYSVPEAQSGAEVK 184

Query: 266 DKQTEGTDGNAVVVKRPDGGAWIETI--EQPIEEEKMLSYRRKVVVLYELLSACLADLSV 325
           + ++ G        +  DGG  +  +  E+P+ E  +LS+ RK+ VLYELLSACLAD   
Sbjct: 185 ETESHGEG------EIRDGGHNLGIVEHEKPVGEVALLSHERKINVLYELLSACLADKHE 244

Query: 326 DDKKKSRKRKGYDARHRVALRLLSTWVDIKWIKLEAIETMVACSAMAMAKSVAEIGHESP 385
           +++  +R+RKGYDARH VALRLL+TW D +WIK+EA+ETM ACSAMA+ KS      ES 
Sbjct: 245 ENEICTRRRKGYDARHHVALRLLATWFDFQWIKMEAVETMSACSAMALQKSSGNKEEESL 304

Query: 386 TKESHWAKWKRGGIIGAAALTGGTLMAITGGLAAPAIAAGFSALAPTLGTIIPVIGASGF 445
           +  S WAKWKRGGI+GAAALTGGTLMAITGGLAAPAIAAGF ALAPTLGTI+PVIGASGF
Sbjct: 305 SPNSEWAKWKRGGIVGAAALTGGTLMAITGGLAAPAIAAGFGALAPTLGTIVPVIGASGF 364

Query: 446 AAAASAAGTVAGSVAVAASFGAAGAGLTGTKMARRIGSIDEFEFKPIGENHNKGRLAVEI 505
           AAAA AAGTVAGSVAVAASFGAAGAGLTGTKMARR G I+EFEFK IGENHN+GRLAVEI
Sbjct: 365 AAAAEAAGTVAGSVAVAASFGAAGAGLTGTKMARRTGDIEEFEFKAIGENHNQGRLAVEI 424

Query: 506 TVSGFAFDEKDFIRPWEGLNNNLERYALQWESKNIIAVSTAIQDWLTSRLAMELMTRGAM 565
            V+GF   E+DF++PWEGL +NLERY +QWES+NIIAVSTAIQDWLTSR+AMELM +GAM
Sbjct: 425 LVAGFVLKEEDFVKPWEGLTSNLERYTVQWESENIIAVSTAIQDWLTSRVAMELMRQGAM 484

Query: 566 MTVLSSLLVALAWPATLLSATDFIDSKWTIAVDRSDKAGRMLADVLLKGLQGNRPVTLVG 625
            TVL+SLL A+ WPAT+L A DFIDS+W+IA+DRSDKAG++LA+ L KGLQGNRPVTLVG
Sbjct: 485 RTVLNSLLAAMVWPATILVAADFIDSRWSIAIDRSDKAGKLLAEALRKGLQGNRPVTLVG 544

Query: 626 YSLGARVIFKCLQYLAETEKSAELVERVVLLGAPISIKDQNWEAARKMVAGRFVNVYSTN 685
           +SLGARV+FKCLQ LAETEK+AE+VERVVLLGAPISIK++NW   RKMVAGRF+NVY+TN
Sbjct: 545 FSLGARVVFKCLQTLAETEKNAEIVERVVLLGAPISIKNENWRDVRKMVAGRFINVYATN 604

Query: 686 DWMLGIAFRASLLTQGLAGIQPIDVPGIENVDVTDVIEGHSSYLWATRQILEQLELETYY 741
           DW LG+AFRASLL+QGLAGIQP+ +PGIE+VDVTD++EGHSSYLW T+QILE+LEL+  Y
Sbjct: 605 DWTLGVAFRASLLSQGLAGIQPVCIPGIEDVDVTDMVEGHSSYLWKTQQILERLELDNSY 655

[Close]
BLAST of CmaCh16G006420 vs. TAIR 10
Match: AT4G36210.1 (Protein of unknown function (DUF726) )

HSP 1 Score: 724.9 bits (1870), Expect = 7.8e-209
Identity = 384/549 (69.95%), Postives = 453/549 (82.51%), Query Frame = 0 

Query: 202 MIERELALSKSVDGIADNMEKNFISSQSNEKCLEYEHEWREKCLSSKEKLNFEEFDKQ-- 261
           M+E+E+AL+K+ D +  +++ +       EK  EYE+E REK    + K    + DK+  
Sbjct: 1   MVEQEMALAKAADAMVHSIQCSVSIDAKKEKHQEYENECREKYAVPEVKSKDVDLDKEKD 60

Query: 262 ---------TEGTDGNAVVVKRPDGGAWIETI--EQPIEEEKMLSYRRKVVVLYELLSAC 321
                     EG +   V++   DG    E +  E+ +EE  +LS++RK+ VLYELLSAC
Sbjct: 61  KKEAAESAAREGLEAGVVII---DGSHKPEVLENEKSVEEVTLLSHQRKINVLYELLSAC 120

Query: 322 LADLSVDDKKKSRKRKGYDARHRVALRLLSTWVDIKWIKLEAIETMVACSAMAMAKSVAE 381
           L+D   +DKK  R RKGYDARHRVALRLL+TW +I+WIK+EAIETMVACSAMA+ KS   
Sbjct: 121 LSDKHHEDKKCKRCRKGYDARHRVALRLLATWFNIEWIKVEAIETMVACSAMAIQKSAEM 180

Query: 382 IGHESPTKESHWAKWKRGGIIGAAALTGGTLMAITGGLAAPAIAAGFSALAPTLGTIIPV 441
            G ++ T  + WAKWKRGGIIGAAA+TGGTLMAITGGLAAPAIAAGF ALAPTLGTIIPV
Sbjct: 181 KGEDNLTPTTSWAKWKRGGIIGAAAITGGTLMAITGGLAAPAIAAGFGALAPTLGTIIPV 240

Query: 442 IGASGFAAAASAAGTVAGSVAVAASFGAAGAGLTGTKMARRIGSIDEFEFKPIGENHNKG 501
           IGA GFAAAASAAGTVAGSVAVAASFGAAGAGLTGTKMARRIG +DEFEFK IGENHN+G
Sbjct: 241 IGAGGFAAAASAAGTVAGSVAVAASFGAAGAGLTGTKMARRIGDLDEFEFKAIGENHNQG 300

Query: 502 RLAVEITVSGFAFDEKDFIRPWEGLNNNLERYALQWESKNIIAVSTAIQDWLTSRLAMEL 561
           RLAVE+ V+G  F+E+DF++PWEGL +NLERY LQWESKN+I VSTAIQDWLTSRLAMEL
Sbjct: 301 RLAVEVLVAGVVFEEEDFVKPWEGLTSNLERYTLQWESKNLILVSTAIQDWLTSRLAMEL 360

Query: 562 MTRGAMMTVLSSLLVALAWPATLLSATDFIDSKWTIAVDRSDKAGRMLADVLLKGLQGNR 621
           M +GAM TVL+SLL+ALAWPAT+L A DFIDSKW+IA+DRSDKAGR+LA+VL KGLQGNR
Sbjct: 361 MKQGAMHTVLASLLMALAWPATILVAADFIDSKWSIAIDRSDKAGRLLAEVLQKGLQGNR 420

Query: 622 PVTLVGYSLGARVIFKCLQYLAETEKSAELVERVVLLGAPISIKDQNWEAARKMVAGRFV 681
           P+TLVG+SLGARVIFKCLQ LAETE++AELVERVVLLGAPISI  +NW   RKMVAGRF+
Sbjct: 421 PITLVGFSLGARVIFKCLQALAETEQNAELVERVVLLGAPISINSENWRDVRKMVAGRFI 480

Query: 682 NVYSTNDWMLGIAFRASLLTQGLAGIQPIDVPGIENVDVTDVIEGHSSYLWATRQILEQL 738
           NVY+TNDW LGIAFRASL++QGLAGIQPI +PGIENVDVTD++EGHSSYLW T+QILE+L
Sbjct: 481 NVYATNDWTLGIAFRASLISQGLAGIQPICIPGIENVDVTDMVEGHSSYLWKTQQILERL 540

[Close]
BLAST of CmaCh16G006420 vs. TAIR 10
Match: AT4G36210.2 (Protein of unknown function (DUF726) )

HSP 1 Score: 618.2 bits (1593), Expect = 1.0e-176
Identity = 344/549 (62.66%), Postives = 412/549 (75.05%), Query Frame = 0 

Query: 202 MIERELALSKSVDGIADNMEKNFISSQSNEKCLEYEHEWREKCLSSKEKLNFEEFDKQ-- 261
           M+E+E+AL+K+ D +  +++ +       EK  EYE+E REK    + K    + DK+  
Sbjct: 1   MVEQEMALAKAADAMVHSIQCSVSIDAKKEKHQEYENECREKYAVPEVKSKDVDLDKEKD 60

Query: 262 ---------TEGTDGNAVVVKRPDGGAWIETI--EQPIEEEKMLSYRRKVVVLYELLSAC 321
                     EG +   V++   DG    E +  E+ +EE  +LS++RK+ VLYELLSAC
Sbjct: 61  KKEAAESAAREGLEAGVVII---DGSHKPEVLENEKSVEEVTLLSHQRKINVLYELLSAC 120

Query: 322 LADLSVDDKKKSRKRKGYDARHRVALRLLSTWVDIKWIKLEAIETMVACSAMAMAKSVAE 381
           L+D   +DKK  R RKGYDARHRVALRLL+TW +I+WIK+EAIETMVACSAMA+ KS   
Sbjct: 121 LSDKHHEDKKCKRCRKGYDARHRVALRLLATWFNIEWIKVEAIETMVACSAMAIQKSAEM 180

Query: 382 IGHESPTKESHWAKWKRGGIIGAAALTGGTLMAITGGLAAPAIAAGFSALAPTLGTIIPV 441
            G ++ T  + WAKWKRGGIIGAAA+TGGTLMAITGGLAAPAIAAGF ALAPTLGTIIPV
Sbjct: 181 KGEDNLTPTTSWAKWKRGGIIGAAAITGGTLMAITGGLAAPAIAAGFGALAPTLGTIIPV 240

Query: 442 IGASGFAAAASAAGTVAGSVAVAASFGAAGAGLTGTKMARRIGSIDEFEFKPIGENHNKG 501
           IGA GFAAAASAAGTVAGSVAVAASFGAAGAGLTGTKMARRIG +DEFEFK IGENHN+G
Sbjct: 241 IGAGGFAAAASAAGTVAGSVAVAASFGAAGAGLTGTKMARRIGDLDEFEFKAIGENHNQG 300

Query: 502 RLAVEITVSGFAFDEKDFIRPWEGLNNNLERYALQWESKNIIAVSTAIQDWLTSRLAMEL 561
           RLAVE+ V+G  F+E+DF++PWEGL +NLERY LQWESKN+I VSTAIQDWLTSRLAMEL
Sbjct: 301 RLAVEVLVAGVVFEEEDFVKPWEGLTSNLERYTLQWESKNLILVSTAIQDWLTSRLAMEL 360

Query: 562 MTRGAMMTVLSSLLVALAWPATLLSATDFIDSKWTIAVDRSDKAGRMLADVLLKGLQGNR 621
           M +GAM TVL+SLL+ALAWPAT+L A DFIDSKW+IA+DRSDKAGR+LA+VL KGLQGNR
Sbjct: 361 MKQGAMHTVLASLLMALAWPATILVAADFIDSKWSIAIDRSDKAGRLLAEVLQKGLQGNR 420

Query: 622 PVTLVGYSLGARVIFKCLQYLAETEKSAELVERVVLLGAPISIKDQNWEAARKMVAGRFV 681
                                    +  +    V ++    S           MVAGRF+
Sbjct: 421 ------------------------YRFHDCCNEVNIISIFKSY----------MVAGRFI 480

Query: 682 NVYSTNDWMLGIAFRASLLTQGLAGIQPIDVPGIENVDVTDVIEGHSSYLWATRQILEQL 738
           NVY+TNDW LGIAFRASL++QGLAGIQPI +PGIENVDVTD++EGHSSYLW T+QILE+L
Sbjct: 481 NVYATNDWTLGIAFRASLISQGLAGIQPICIPGIENVDVTDMVEGHSSYLWKTQQILERL 512

The following BLAST results are available for this feature:
BLAST of CmaCh16G006420 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
Q5TGY11.6e-7038.76Transmembrane and coiled-coil domain-containing protein 4 OS=Homo sapiens OX=960... [more]
Q91WU42.5e-6637.65Transmembrane and coiled-coil domain-containing protein 4 OS=Mus musculus OX=100... [more]
Q499U84.6e-6537.10Transmembrane and coiled-coil domain-containing protein 4 OS=Rattus norvegicus O... [more]
Q200351.7e-5433.66Uncharacterized membrane protein F35D11.3 OS=Caenorhabditis elegans OX=6239 GN=F... [more]
O142444.1e-4534.58Uncharacterized membrane protein C6F6.13c OS=Schizosaccharomyces pombe (strain 9... [more]
BLAST of CmaCh16G006420 vs. TAIR 10
Match NameE-valueIdentityDescription
AT4G36210.34.8e-25169.51Protein of unknown function (DUF726) [more]
AT2G18100.17.5e-23665.47Protein of unknown function (DUF726) [more]
AT4G36210.17.8e-20969.95Protein of unknown function (DUF726) [more]
AT4G36210.21.0e-17662.66Protein of unknown function (DUF726) [more]
InterPro
Analysis Name: InterPro Annotations of Cucurbita maxima (Rimu) v1.1
Date Performed: 2021-10-25
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR007941Protein of unknown function DUF726PFAMPF05277DUF726coord: 382..730
e-value: 2.1E-100
score: 336.0
IPR007941Protein of unknown function DUF726PANTHERPTHR17920TRANSMEMBRANE AND COILED-COIL DOMAIN-CONTAINING PROTEIN 4 TMCO4coord: 85..739
IPR029058Alpha/Beta hydrolase foldGENE3D3.40.50.1820alpha/beta hydrolasecoord: 540..730
e-value: 1.1E-7
score: 33.9
IPR029058Alpha/Beta hydrolase foldSUPERFAMILY53474alpha/beta-Hydrolasescoord: 583..676
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 128..142
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 114..144
NoneNo IPR availablePANTHERPTHR17920:SF16TRANSMEMBRANE/COILED-COIL PROTEIN (DUF726)coord: 85..739

Relationships

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

Feature NameUnique NameType
CmaCh16G006420.1CmaCh16G006420.1mRNA


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
molecular_function GO:0016787 hydrolase activity