CmaCh06G016140 (gene) Cucurbita maxima (Rimu) v1.1

Overview


Name	CmaCh06G016140
Type	gene
Organism	Cucurbita maxima (Cucurbita maxima (Rimu) v1.1)
Description	protein TPLATE-like
Location	Cma_Chr06: 10043444 .. 10049804 (+)
RNA-Seq Expression	CmaCh06G016140
Synteny	CmaCh06G016140

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptidethree_prime_UTR

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

ATGGCAGCACAGTCATCGAAGCCACGTTCGTTCGCCTTTGCCACTTACAACTGCCCGCTTCAGGTTCGCTCCATTTCTTCCTCCTCCGCTCCATCAAACACCCAACAATCTCTTAATCAATTTATGCGGTTTATTCAGTCGCAAATTTCTGGTAGTAATTCTCCAAGGTTCTCGTTTCATGCTTATTGGATCACGAGCGTATCTCCATGGACATTCTCTTTGCTCAGATCCAAGCCGACCTTCGCTCCAACGACGCCCTTCGCCAATCCGGTGCTCTCCTCCAGGCACTGCAACAATCTGCTGCCGGCCGGGATATCTCCGTCATCGCCAAGTCCGCCGTTGAGGAGATCGTAGCCTCCCCTGCTTCTGCCGTCTGTAAGAAGCTCGCATTTGATCTTATTCGCTCTACTCGTCTTACTTCGGATCTTTGGGACATTGTGTGCACTGGCATTCGCACTGATTTCGACTTTCCTGACCCTGATGTCACCGCTGCTGGGGTTTCAATTCTTGCTGCGATCCCTTCCTATCGCCTTGTCAAGCTGATTAGTGACTCCCATAAAGAAATTTCTGCTTTTTTCGATTCTAATAGTGATAATTTGAGGTTCTCGATCACCGAAACTTTGGGGTGTATTCTTGCTAGGGATGACCTTGTCACGCTCTGTGAGAATAATGTTAGTTTGCTCGATAAGGTTTCCAATTGGTGGTCGCGTATTGGGAAAAACATGCTGGATAAGTCGGATGCGGTTTCGAAGGTTGCGTTCGAGTCAGTCGGAAGGTTGTTCCAGGAATTTGATTCGAAGAGAATGAGTAGGTTGGCAGGTGATAAGTTGGTGGATAGTGAAAATTCACTTGCTATTAGGTCCAATTGGATTTCATCAATGGCGGACTTCGTTTGGAAGAAGCGAAATGCATTAATGGCGAGGTCCCTGATTCTGCCTGTGGAGAGCTTTAGGGCCACTGTGTTTCCAATTGTGTATGCAGTGAAGGCTGTGGCTTCTGGGGCAGCTGAAGTCATCAGTAAGCTTTCGAAATCTTCTACTGGCAATGGAACCACTATGGACTCAAGTGCGGAGAGGTTTGTGGGAGTCTCAGATGTAGCAACCCATTTAGCGCCATTTTTAGCTTCTTCGTTGGACCCGGCATTGATTTTTGAGGTAGGGATTAATATGCTGTACTTGGCTGATGTGCCTGGAGGGAAGCCTGAGTGGGCTTCTCAGTCGATCATAGCAATTCTCACGCTCTGGGATAGGCAAGAATTCTCTTCTGCTAGAGAAAGTATTGTTCGGGCAGTTGTTACCAATCTTCACCTCCTTGATCTGCACATGCAGGTATGTGTGTTCATATTCATCTATTCTACTTTTTGTTATGCAACATGTTGTCCTGCATTTTTGTGGCGTGTAACTAAAATTATAATTGCTTCACAAGATCTCATATCTTTGCCTGGACCTTAAAAGTAGGACTGTATCCTGACATATGATGTCTGTTGTTAGTAGGTTTCATTGTTCAAGAGACTACTTCTTATGGTGAGGAACTTGAGAGCAGAGTCAGATCGTATGCATGCCTTAGCGTGTATTTGTCGTACGGCTCTCTGTGTTGACCTTTTTGCCAAGGAAAGTGTTCGTAGAGGTCAAAAACCTCTTGCAGGAACTGATATTGCTTCTTTATTTGAAGATGTTAGAATTAGAGACGATCTTAATACTGTTACAAGTAAAGGCTTGTTTAGGGAGGAATTGGTTGCTTCATTGGTGGAAAGTTGCTTTCAGTTATCTTTACCTTTGCCCGAACAGAAGAACTCTGGGATGGAAAGCAGAGTTATTGGAGCCTTGGCCTATGGAACTGGTTATGGAGCACTAAACTGGACAGAGCCTGCATTGGAGGTGGTTGAAGTCTGTAGGCCCTGTGTCAAGTGGGATTGTGATGGCCGCACATATGCAATTGATTGTTACTTGAAGTTGCTAGTTAGGCTATGCCATATATATGATACCAGAGGAGGAGTAAAAAGAATCAAGGATGGAGCATCTCAAGATCAAATTTTGAATGAGACAAGGCTGCAAAACTTGCAACGTGAACTTGTGAAAGATTTACGTGAGGTATTTCAATTTGTATATCTTTCTCTTTTCTAATATATCGACCTGTTTTTAATGGTTCTTTATTGTCAACTTAATAATGTGGCAGGTAAATACTCCAAGAATAACTGCCCGTCTTCTTTGGGTAATTTCAGAGCATATTGATCTTGAAGGGTTGGATCCCCTTCTAGCTGACGACCCTGATGACCCATTAAACATTATCGTTACAAATATCCACAAGGTCTTATCGAACGTAGATTCAGCAGTAGAGACAACAAATAGACTTCAAGATGTGCAGGGAGTGCTTTTGTGTGCTCAGCGATTAGGCTCTCGTCACCCTAGGGCTGGCCAGTTATTGACTAAAGAACTTGAAGAATTCCGAGCTAATGGCTTGGCAGATTCAGTCAACAAACACCAATGCCGTTTAATTCTACAGAGAATTAAGTATGCTTCAAACAATCCAGAAAGCAGGTCAGTATATATTGCCTTGCTAAATATCAACTTTTTTGTGGGTGGTTTTCAGTGCTCACCATACGATGGCCCTCAGTTTTCAAGGAAAATATTTTTACCTCTAACGCTAGTCCTTGCTGAACCACCCAAATAGGCTAGCACATTTTCTTCATTTCGGTGAAACAAGCATTCTCTCCCAAACTTGGACTTTTCTGTCATTTCTAATGGGATTACTGGTTACTACAATTTTCTAGGAAGGACACTTTTATTTAGGTTTGGTTATCTTTTACATTTGAAGACTGTTGAGTAAGGATGGTAGGCAGCAGAGGCTGGTTGGTTCATGTTAGCTTGTTTTTTATCCATCATCTTTGGAAAGAAGGACTCGAAGTTGGATTTGGGAGTTCACACTGCGAAACTCTTGTTTTTTCTTTTCAGATTTTTGTTCTTCTGTTTTTACTTGAAAAATAAACAAGTGACAAGTTTATTTAATGAAGTCAATTTTGCTTGATTACAGGTGGGCTGGTGTCAGTGAAGCCAGAGGAGATTACCCATTTAGCCATCACAAACTAACCGTGCAGTTCTATGAAGCAGCTGCAGCTCAGGACAGAAAATTGGAAGGTTTGGTTCACAAGGCTATTTTAGAGCTTTGGAGGCCAGATTCTAGTGAATTAACTCTTTTGCTGACAAAAGGAATTGATTCTACTCTTCTCAAGGTTCCTCCAACTGCAATTACTTTGACTGGCAGTAGTGATCCTTGCTATGTTGAAGCATATCATTTAGCAAACTCAAGCGATGGAAGGATTACTCTACATTTGAAGGTTAAAGATGTTTCTTTTCTCATTACTGCTGTTTATTTTGTTAATAGTCCATAATGTATCGGGAAAATACCTATCCCCTTAATGAACAAGGGTTCAATAGTAGAGACAAAAAATAGGATCATTAGGTTGAACCAACATTCTAGCTGCCTACAAACACCATACAAAAGTTACAAGAAGCGTCCCTAATTGTCAGTAATAGAAAAGAAAAATGAAGAGCTCTAGAACACGAAGATGTCCCACATGTAGCTATAGAAGCAGAATCACACTCAAAATCTTATGATGCAATACTTCCTTTAGTATTTTTGCCAACTCCTTGGTAAGGGCTTTATATATTAGGTAATGAGTCTAATTGCCCGAGAATCCTTCTGATATAAACCAAGACATCTCAATTATACAATATAAATTTTAAAGAAGTTGTGAAGAATGTTGTCCAAATTACCACGAGATAAATCAGGTTACATTAAGTGAAGTTTTATTAAAGTTGAACAAAGCTGAATCAAGCACCAAAAGTGTCAAAAAGAAGAATAATATTATACAATGAAAAAATCCAACTAAACAAAAGAGGCCAATTACAATTGACCTCTGATCGTTTACGTTAAGAACGAAGTAATATCTCCAAAAGAAAATTGACCTTCAATTTTCTTTAACACTCAATTACCAGTATCCTATGATATGACAGACCATGAAAGCCAAGGAAGAGCTATGCATCAAGACTGGCTTAGCTAAAGAAAGTCAATTACAAATATCCCTTATTATCTACAATCAAGAATAAAAGAATATCTGAAAATGTTTTCATGCTTCACATCCTTTTACTATCTGTTGAATATTTATTTGGTTATCTTCTGGGTGACGTGTGAGTGTATCATGTTGCAGGTTCTAAATTTAACTGAGCTTGAACTAAATCGTGTGGATATCCGAGTGGGGTTGTCTGGAGCATTATATTTCATGGATGGTTCTCCTCAAGCAGTGAGACAACTGCGTCATCTTGTGTCACAGGTACCCATTTGTAGTGTATCATTTTTCTTTTCTTTGGTTATACTTTCCATTTTTTTTAGTGGTTAGTATGTTGGACAGCAACTTTCCATTACGTGACAGAAAAAATACGGCAGCTATTTTCATTTTAAATTACTTCCGACTGTGATTGTTTAGAAGCCTATTGTAGACAAGAATATATAGCTCGATGGAATTATCAATTTAGTGAGTTTGATTGAGTCAACCACTGCCTAGCATTAAGTTTTTGAAATAAATAGATGTGCTCGTTAATGAAGATTTTGTTTCTTTTTAAGAAATATATTGATAAATGAAGCATCAGAGCAAGATAGTTATCTCTAATGATTGAAAAAAACTAGTAATTCAAATGTTGGCCCTTTTCGTTAAACAAATTTGAAAACTTGTGCTCGGAGAATGTTAAGAAACATCTTTAATAATTTATTGGTCATGACCTAATAAATTATTATGCCTTTGGGATCAATTATAAGTAACTTCTCACTTGATATTAGAAAAACCTTGTTCACTTGCTATCTCTTGCCTTGTTCCTCAAGGAAAGGCTATCTCACTACTCTGCTTCCCCCGTTTCCAGGATCCAGTTCTGTGCAGTGTGACAGTTGGTGTTTCACATTTTGAGAGATGTGCCCTCTGGGTTCAAGTCTTGTACTACCCCTTCTACGGAAGTGGTGGGGCTGGAGATTACGATGGGGATTACACGGAAGAAGACTCTAACATTATCAGACAAAAGAGAAGCTTAAGGCCAGAGCTAGGAGAACCTGTGATTTTGAGGTGTCTTCCTTACAAGATCCCGTTGACTGAGCTTCTCTCGCCACATAAAATTTCTCCTGTGGAGTTTTTCCGCCTATGGCCAAGCTTACCTGCAATTGTAGAGTATACTGGCACTTATACTTATGAGGGAACTGGCTTCAAGGCTACTGCTGCGCAGCAATATGGAGCATCTCCTTTTTTGAGTGGATTGAAATCTTTGTCCACCAAGCCTTTCCATAGTGTTTGTTCATATATTATTCGAACTTTGGCAGGGTTTCAGGTAGGTTCTGTGCTCTCTTTTATATGTTTTACTCACTAAGCTCCCTTAAGAAAAAGGGGGGAAAACCCAACTTGGACATTAAGATTGATATAAATGTTATATTCCTGGGAAGTTGAAGCTAATTCGTCTTCAATTTAACTAATAAATTGAGTTCTGTCGATCCATTACTAACTTTTCCTATTTGAATGCTTGTAGCTTTGTTTGGCTGCAAAAACATGGTATGGGGGGTTTGTGGGCATGATGATATTCGGAGCTAGTGAAGTAAGCAGAAACGTAGATCTAGGTGATGAAACAACGACCATGATTTGCAAATTCGTTGTTCGAGCATCTGATGCATCAATTACAAAGGAAATTGAAGCTGATCCTCAAGGTTGGCTAGATGATATAACTGATGGAGGTGTCGAGTACATGCCCGAAGAGGAAGTCAAGGTGGCTGCTGCAGAGAGGCTGAAGATATCAATGGAGAGGATAGCTTTGCTCAAGGCAGCTCAACCTCCACCAAAAACCCCAAAATCAGACGACGATGACGATGATGAAGAAGACAGTGAAGAAGAGAAGAAGAAGAAAGATAGTGAGGAAAACGGTAAGGGACCATCAACGTTGTCGAAATTAAGTGCAGAAGAGGTCGAGCACCTTGCACTTCAAGCTGCAGTCCTTCAGGAATGGCACATGCTATGTAAGGATAGAGCGAACAAAGCCTAATTAAGCTGCCTCATTTTTGTTTCCGTAATATGTAGATTCTCTGCCTTCTAGTTTGTTGAGGATTAGCTCATTTGTGTAATTTTGACTGCGAGTGTGCTCTCATTAGGATCCCTCCCATCACCACCACCACCCCCGGAAGGACTGCTTGTGTATTGTATCATGTATTTGTTAGTTCGGTTATCAATACGTTTTTAATATGCATCTTGTGGATTGATGAATTCTCTGGTATCAGTTTTATCTTCTTATTTGAAGGAAGGAAAAAAGGAATGTATATGTTATTTACAGTTATG

mRNA sequence

ATGGCAGCACAGTCATCGAAGCCACGTTCGTTCGCCTTTGCCACTTACAACTGCCCGCTTCAGGTTCTCGTTTCATGCTTATTGGATCACGAGCGTATCTCCATGGACATTCTCTTTGCTCAGATCCAAGCCGACCTTCGCTCCAACGACGCCCTTCGCCAATCCGGTGCTCTCCTCCAGGCACTGCAACAATCTGCTGCCGGCCGGGATATCTCCGTCATCGCCAAGTCCGCCGTTGAGGAGATCGTAGCCTCCCCTGCTTCTGCCGTCTGTAAGAAGCTCGCATTTGATCTTATTCGCTCTACTCGTCTTACTTCGGATCTTTGGGACATTGTGTGCACTGGCATTCGCACTGATTTCGACTTTCCTGACCCTGATGTCACCGCTGCTGGGGTTTCAATTCTTGCTGCGATCCCTTCCTATCGCCTTGTCAAGCTGATTAGTGACTCCCATAAAGAAATTTCTGCTTTTTTCGATTCTAATAGTGATAATTTGAGGTTCTCGATCACCGAAACTTTGGGGTGTATTCTTGCTAGGGATGACCTTGTCACGCTCTGTGAGAATAATGTTAGTTTGCTCGATAAGGTTTCCAATTGGTGGTCGCGTATTGGGAAAAACATGCTGGATAAGTCGGATGCGGTTTCGAAGGTTGCGTTCGAGTCAGTCGGAAGGTTGTTCCAGGAATTTGATTCGAAGAGAATGAGTAGGTTGGCAGGTGATAAGTTGGTGGATAGTGAAAATTCACTTGCTATTAGGTCCAATTGGATTTCATCAATGGCGGACTTCGTTTGGAAGAAGCGAAATGCATTAATGGCGAGGTCCCTGATTCTGCCTGTGGAGAGCTTTAGGGCCACTGTGTTTCCAATTGTGTATGCAGTGAAGGCTGTGGCTTCTGGGGCAGCTGAAGTCATCAGTAAGCTTTCGAAATCTTCTACTGGCAATGGAACCACTATGGACTCAAGTGCGGAGAGGTTTGTGGGAGTCTCAGATGTAGCAACCCATTTAGCGCCATTTTTAGCTTCTTCGTTGGACCCGGCATTGATTTTTGAGGTAGGGATTAATATGCTGTACTTGGCTGATGTGCCTGGAGGGAAGCCTGAGTGGGCTTCTCAGTCGATCATAGCAATTCTCACGCTCTGGGATAGGCAAGAATTCTCTTCTGCTAGAGAAAGTATTGTTCGGGCAGTTGTTACCAATCTTCACCTCCTTGATCTGCACATGCAGGTTTCATTGTTCAAGAGACTACTTCTTATGGTGAGGAACTTGAGAGCAGAGTCAGATCGTATGCATGCCTTAGCGTGTATTTGTCGTACGGCTCTCTGTGTTGACCTTTTTGCCAAGGAAAGTGTTCGTAGAGGTCAAAAACCTCTTGCAGGAACTGATATTGCTTCTTTATTTGAAGATGTTAGAATTAGAGACGATCTTAATACTGTTACAAGTAAAGGCTTGTTTAGGGAGGAATTGGTTGCTTCATTGGTGGAAAGTTGCTTTCAGTTATCTTTACCTTTGCCCGAACAGAAGAACTCTGGGATGGAAAGCAGAGTTATTGGAGCCTTGGCCTATGGAACTGGTTATGGAGCACTAAACTGGACAGAGCCTGCATTGGAGGTGGTTGAAGTCTGTAGGCCCTGTGTCAAGTGGGATTGTGATGGCCGCACATATGCAATTGATTGTTACTTGAAGTTGCTAGTTAGGCTATGCCATATATATGATACCAGAGGAGGAGTAAAAAGAATCAAGGATGGAGCATCTCAAGATCAAATTTTGAATGAGACAAGGCTGCAAAACTTGCAACGTGAACTTGTGAAAGATTTACGTGAGGTAAATACTCCAAGAATAACTGCCCGTCTTCTTTGGGTAATTTCAGAGCATATTGATCTTGAAGGGTTGGATCCCCTTCTAGCTGACGACCCTGATGACCCATTAAACATTATCGTTACAAATATCCACAAGGTCTTATCGAACGTAGATTCAGCAGTAGAGACAACAAATAGACTTCAAGATGTGCAGGGAGTGCTTTTGTGTGCTCAGCGATTAGGCTCTCGTCACCCTAGGGCTGGCCAGTTATTGACTAAAGAACTTGAAGAATTCCGAGCTAATGGCTTGGCAGATTCAGTCAACAAACACCAATGCCGTTTAATTCTACAGAGAATTAAGTATGCTTCAAACAATCCAGAAAGCAGGTGGGCTGGTGTCAGTGAAGCCAGAGGAGATTACCCATTTAGCCATCACAAACTAACCGTGCAGTTCTATGAAGCAGCTGCAGCTCAGGACAGAAAATTGGAAGGTTTGGTTCACAAGGCTATTTTAGAGCTTTGGAGGCCAGATTCTAGTGAATTAACTCTTTTGCTGACAAAAGGAATTGATTCTACTCTTCTCAAGGTTCCTCCAACTGCAATTACTTTGACTGGCAGTAGTGATCCTTGCTATGTTGAAGCATATCATTTAGCAAACTCAAGCGATGGAAGGATTACTCTACATTTGAAGGTTCTAAATTTAACTGAGCTTGAACTAAATCGTGTGGATATCCGAGTGGGGTTGTCTGGAGCATTATATTTCATGGATGGTTCTCCTCAAGCAGTGAGACAACTGCGTCATCTTGTGTCACAGGATCCAGTTCTGTGCAGTGTGACAGTTGGTGTTTCACATTTTGAGAGATGTGCCCTCTGGGTTCAAGTCTTGTACTACCCCTTCTACGGAAGTGGTGGGGCTGGAGATTACGATGGGGATTACACGGAAGAAGACTCTAACATTATCAGACAAAAGAGAAGCTTAAGGCCAGAGCTAGGAGAACCTGTGATTTTGAGGTGTCTTCCTTACAAGATCCCGTTGACTGAGCTTCTCTCGCCACATAAAATTTCTCCTGTGGAGTTTTTCCGCCTATGGCCAAGCTTACCTGCAATTGTAGAGTATACTGGCACTTATACTTATGAGGGAACTGGCTTCAAGGCTACTGCTGCGCAGCAATATGGAGCATCTCCTTTTTTGAGTGGATTGAAATCTTTGTCCACCAAGCCTTTCCATAGTGTTTGTTCATATATTATTCGAACTTTGGCAGGGTTTCAGCTTTGTTTGGCTGCAAAAACATGGTATGGGGGGTTTGTGGGCATGATGATATTCGGAGCTAGTGAAGTAAGCAGAAACGTAGATCTAGGTGATGAAACAACGACCATGATTTGCAAATTCGTTGTTCGAGCATCTGATGCATCAATTACAAAGGAAATTGAAGCTGATCCTCAAGGTTGGCTAGATGATATAACTGATGGAGGTGTCGAGTACATGCCCGAAGAGGAAGTCAAGGTGGCTGCTGCAGAGAGGCTGAAGATATCAATGGAGAGGATAGCTTTGCTCAAGGCAGCTCAACCTCCACCAAAAACCCCAAAATCAGACGACGATGACGATGATGAAGAAGACAGTGAAGAAGAGAAGAAGAAGAAAGATAGTGAGGAAAACGGTAAGGGACCATCAACGTTGTCGAAATTAAGTGCAGAAGAGGTCGAGCACCTTGCACTTCAAGCTGCAGTCCTTCAGGAATGGCACATGCTATGTAAGGATAGAGCGAACAAAGCCTAATTAAGCTGCCTCATTTTTGTTTCCGTAATATGTAGATTCTCTGCCTTCTAGTTTGTTGAGGATTAGCTCATTTGTGTAATTTTGACTGCGAGTGTGCTCTCATTAGGATCCCTCCCATCACCACCACCACCCCCGGAAGGACTGCTTGTGTATTGTATCATGTATTTGTTAGTTCGGTTATCAATACGTTTTTAATATGCATCTTGTGGATTGATGAATTCTCTGGTATCAGTTTTATCTTCTTATTTGAAGGAAGGAAAAAAGGAATGTATATGTTATTTACAGTTATG

Coding sequence (CDS)

ATGGCAGCACAGTCATCGAAGCCACGTTCGTTCGCCTTTGCCACTTACAACTGCCCGCTTCAGGTTCTCGTTTCATGCTTATTGGATCACGAGCGTATCTCCATGGACATTCTCTTTGCTCAGATCCAAGCCGACCTTCGCTCCAACGACGCCCTTCGCCAATCCGGTGCTCTCCTCCAGGCACTGCAACAATCTGCTGCCGGCCGGGATATCTCCGTCATCGCCAAGTCCGCCGTTGAGGAGATCGTAGCCTCCCCTGCTTCTGCCGTCTGTAAGAAGCTCGCATTTGATCTTATTCGCTCTACTCGTCTTACTTCGGATCTTTGGGACATTGTGTGCACTGGCATTCGCACTGATTTCGACTTTCCTGACCCTGATGTCACCGCTGCTGGGGTTTCAATTCTTGCTGCGATCCCTTCCTATCGCCTTGTCAAGCTGATTAGTGACTCCCATAAAGAAATTTCTGCTTTTTTCGATTCTAATAGTGATAATTTGAGGTTCTCGATCACCGAAACTTTGGGGTGTATTCTTGCTAGGGATGACCTTGTCACGCTCTGTGAGAATAATGTTAGTTTGCTCGATAAGGTTTCCAATTGGTGGTCGCGTATTGGGAAAAACATGCTGGATAAGTCGGATGCGGTTTCGAAGGTTGCGTTCGAGTCAGTCGGAAGGTTGTTCCAGGAATTTGATTCGAAGAGAATGAGTAGGTTGGCAGGTGATAAGTTGGTGGATAGTGAAAATTCACTTGCTATTAGGTCCAATTGGATTTCATCAATGGCGGACTTCGTTTGGAAGAAGCGAAATGCATTAATGGCGAGGTCCCTGATTCTGCCTGTGGAGAGCTTTAGGGCCACTGTGTTTCCAATTGTGTATGCAGTGAAGGCTGTGGCTTCTGGGGCAGCTGAAGTCATCAGTAAGCTTTCGAAATCTTCTACTGGCAATGGAACCACTATGGACTCAAGTGCGGAGAGGTTTGTGGGAGTCTCAGATGTAGCAACCCATTTAGCGCCATTTTTAGCTTCTTCGTTGGACCCGGCATTGATTTTTGAGGTAGGGATTAATATGCTGTACTTGGCTGATGTGCCTGGAGGGAAGCCTGAGTGGGCTTCTCAGTCGATCATAGCAATTCTCACGCTCTGGGATAGGCAAGAATTCTCTTCTGCTAGAGAAAGTATTGTTCGGGCAGTTGTTACCAATCTTCACCTCCTTGATCTGCACATGCAGGTTTCATTGTTCAAGAGACTACTTCTTATGGTGAGGAACTTGAGAGCAGAGTCAGATCGTATGCATGCCTTAGCGTGTATTTGTCGTACGGCTCTCTGTGTTGACCTTTTTGCCAAGGAAAGTGTTCGTAGAGGTCAAAAACCTCTTGCAGGAACTGATATTGCTTCTTTATTTGAAGATGTTAGAATTAGAGACGATCTTAATACTGTTACAAGTAAAGGCTTGTTTAGGGAGGAATTGGTTGCTTCATTGGTGGAAAGTTGCTTTCAGTTATCTTTACCTTTGCCCGAACAGAAGAACTCTGGGATGGAAAGCAGAGTTATTGGAGCCTTGGCCTATGGAACTGGTTATGGAGCACTAAACTGGACAGAGCCTGCATTGGAGGTGGTTGAAGTCTGTAGGCCCTGTGTCAAGTGGGATTGTGATGGCCGCACATATGCAATTGATTGTTACTTGAAGTTGCTAGTTAGGCTATGCCATATATATGATACCAGAGGAGGAGTAAAAAGAATCAAGGATGGAGCATCTCAAGATCAAATTTTGAATGAGACAAGGCTGCAAAACTTGCAACGTGAACTTGTGAAAGATTTACGTGAGGTAAATACTCCAAGAATAACTGCCCGTCTTCTTTGGGTAATTTCAGAGCATATTGATCTTGAAGGGTTGGATCCCCTTCTAGCTGACGACCCTGATGACCCATTAAACATTATCGTTACAAATATCCACAAGGTCTTATCGAACGTAGATTCAGCAGTAGAGACAACAAATAGACTTCAAGATGTGCAGGGAGTGCTTTTGTGTGCTCAGCGATTAGGCTCTCGTCACCCTAGGGCTGGCCAGTTATTGACTAAAGAACTTGAAGAATTCCGAGCTAATGGCTTGGCAGATTCAGTCAACAAACACCAATGCCGTTTAATTCTACAGAGAATTAAGTATGCTTCAAACAATCCAGAAAGCAGGTGGGCTGGTGTCAGTGAAGCCAGAGGAGATTACCCATTTAGCCATCACAAACTAACCGTGCAGTTCTATGAAGCAGCTGCAGCTCAGGACAGAAAATTGGAAGGTTTGGTTCACAAGGCTATTTTAGAGCTTTGGAGGCCAGATTCTAGTGAATTAACTCTTTTGCTGACAAAAGGAATTGATTCTACTCTTCTCAAGGTTCCTCCAACTGCAATTACTTTGACTGGCAGTAGTGATCCTTGCTATGTTGAAGCATATCATTTAGCAAACTCAAGCGATGGAAGGATTACTCTACATTTGAAGGTTCTAAATTTAACTGAGCTTGAACTAAATCGTGTGGATATCCGAGTGGGGTTGTCTGGAGCATTATATTTCATGGATGGTTCTCCTCAAGCAGTGAGACAACTGCGTCATCTTGTGTCACAGGATCCAGTTCTGTGCAGTGTGACAGTTGGTGTTTCACATTTTGAGAGATGTGCCCTCTGGGTTCAAGTCTTGTACTACCCCTTCTACGGAAGTGGTGGGGCTGGAGATTACGATGGGGATTACACGGAAGAAGACTCTAACATTATCAGACAAAAGAGAAGCTTAAGGCCAGAGCTAGGAGAACCTGTGATTTTGAGGTGTCTTCCTTACAAGATCCCGTTGACTGAGCTTCTCTCGCCACATAAAATTTCTCCTGTGGAGTTTTTCCGCCTATGGCCAAGCTTACCTGCAATTGTAGAGTATACTGGCACTTATACTTATGAGGGAACTGGCTTCAAGGCTACTGCTGCGCAGCAATATGGAGCATCTCCTTTTTTGAGTGGATTGAAATCTTTGTCCACCAAGCCTTTCCATAGTGTTTGTTCATATATTATTCGAACTTTGGCAGGGTTTCAGCTTTGTTTGGCTGCAAAAACATGGTATGGGGGGTTTGTGGGCATGATGATATTCGGAGCTAGTGAAGTAAGCAGAAACGTAGATCTAGGTGATGAAACAACGACCATGATTTGCAAATTCGTTGTTCGAGCATCTGATGCATCAATTACAAAGGAAATTGAAGCTGATCCTCAAGGTTGGCTAGATGATATAACTGATGGAGGTGTCGAGTACATGCCCGAAGAGGAAGTCAAGGTGGCTGCTGCAGAGAGGCTGAAGATATCAATGGAGAGGATAGCTTTGCTCAAGGCAGCTCAACCTCCACCAAAAACCCCAAAATCAGACGACGATGACGATGATGAAGAAGACAGTGAAGAAGAGAAGAAGAAGAAAGATAGTGAGGAAAACGGTAAGGGACCATCAACGTTGTCGAAATTAAGTGCAGAAGAGGTCGAGCACCTTGCACTTCAAGCTGCAGTCCTTCAGGAATGGCACATGCTATGTAAGGATAGAGCGAACAAAGCCTAA

Protein sequence

MAAQSSKPRSFAFATYNCPLQVLVSCLLDHERISMDILFAQIQADLRSNDALRQSGALLQALQQSAAGRDISVIAKSAVEEIVASPASAVCKKLAFDLIRSTRLTSDLWDIVCTGIRTDFDFPDPDVTAAGVSILAAIPSYRLVKLISDSHKEISAFFDSNSDNLRFSITETLGCILARDDLVTLCENNVSLLDKVSNWWSRIGKNMLDKSDAVSKVAFESVGRLFQEFDSKRMSRLAGDKLVDSENSLAIRSNWISSMADFVWKKRNALMARSLILPVESFRATVFPIVYAVKAVASGAAEVISKLSKSSTGNGTTMDSSAERFVGVSDVATHLAPFLASSLDPALIFEVGINMLYLADVPGGKPEWASQSIIAILTLWDRQEFSSARESIVRAVVTNLHLLDLHMQVSLFKRLLLMVRNLRAESDRMHALACICRTALCVDLFAKESVRRGQKPLAGTDIASLFEDVRIRDDLNTVTSKGLFREELVASLVESCFQLSLPLPEQKNSGMESRVIGALAYGTGYGALNWTEPALEVVEVCRPCVKWDCDGRTYAIDCYLKLLVRLCHIYDTRGGVKRIKDGASQDQILNETRLQNLQRELVKDLREVNTPRITARLLWVISEHIDLEGLDPLLADDPDDPLNIIVTNIHKVLSNVDSAVETTNRLQDVQGVLLCAQRLGSRHPRAGQLLTKELEEFRANGLADSVNKHQCRLILQRIKYASNNPESRWAGVSEARGDYPFSHHKLTVQFYEAAAAQDRKLEGLVHKAILELWRPDSSELTLLLTKGIDSTLLKVPPTAITLTGSSDPCYVEAYHLANSSDGRITLHLKVLNLTELELNRVDIRVGLSGALYFMDGSPQAVRQLRHLVSQDPVLCSVTVGVSHFERCALWVQVLYYPFYGSGGAGDYDGDYTEEDSNIIRQKRSLRPELGEPVILRCLPYKIPLTELLSPHKISPVEFFRLWPSLPAIVEYTGTYTYEGTGFKATAAQQYGASPFLSGLKSLSTKPFHSVCSYIIRTLAGFQLCLAAKTWYGGFVGMMIFGASEVSRNVDLGDETTTMICKFVVRASDASITKEIEADPQGWLDDITDGGVEYMPEEEVKVAAAERLKISMERIALLKAAQPPPKTPKSDDDDDDEEDSEEEKKKKDSEENGKGPSTLSKLSAEEVEHLALQAAVLQEWHMLCKDRANKA

Homology

[Close]

BLAST of CmaCh06G016140 vs. ExPASy Swiss-Prot
Match: F4J8D3 (Protein TPLATE OS=Arabidopsis thaliana OX=3702 GN=TPLATE PE=1 SV=1)

HSP 1 Score: 1901.3 bits (4924), Expect = 0.0e+00
Identity = 969/1173 (82.61%), Postives = 1055/1173 (89.94%), Query Frame = 0


Query: 35   MDILFAQIQADLRSNDALRQSGALLQALQQSAAGRDISVIAKSAVEEIVASPASAVCKKL 94
            MDILFAQIQADLRSNDALRQS ALLQALQQSAAGRDISVIAKSAVEEIVASPASAVCKKL
Sbjct: 1    MDILFAQIQADLRSNDALRQSSALLQALQQSAAGRDISVIAKSAVEEIVASPASAVCKKL 60

Query: 95   AFDLIRSTRLTSDLWDIVCTGIRTDFDFPDPDVTAAGVSILAAIPSYRLVKLISDSHKEI 154
            AFDLIRSTRLT DLWD VC+G++TD  FPDPDVTAA VSILAA+P++ L KLISD   EI
Sbjct: 61   AFDLIRSTRLTPDLWDTVCSGVKTDLHFPDPDVTAAAVSILAALPAFSLPKLISDCSSEI 120

Query: 155  SAFFDSNSDNLRFSITETLGCILARDDLVTLCENNVSLLDKVSNWWSRIGKNMLDKSDAV 214
            ++ FDS SDNLRFSITETLGCILARDDLVTLCENNV LLDKVSNWW+RIG+NMLDKSDAV
Sbjct: 121  ASCFDSPSDNLRFSITETLGCILARDDLVTLCENNVGLLDKVSNWWARIGQNMLDKSDAV 180

Query: 215  SKVAFESVGRLFQEFDSKRMSRLAGDKLVDSENSLAIRSNWISSMADFVWKKRNALMARS 274
            SKVAFESVGRLFQEFDSKRMSRLAGDKLVDSENSLAIRS W+SSM D VW+KR+ALMARS
Sbjct: 181  SKVAFESVGRLFQEFDSKRMSRLAGDKLVDSENSLAIRSKWVSSMVDIVWRKRSALMARS 240

Query: 275  LILPVESFRATVFPIVYAVKAVASGAAEVISKLSKSST----GNGTTMDSSAERFVGVSD 334
            L+LPVE+FRATVFP+V+AVKAVASG+ EVI +LSK+S+     N T +DS+AE+ VGVSD
Sbjct: 241  LVLPVETFRATVFPLVFAVKAVASGSVEVIRQLSKASSAAAAANATVVDSNAEKLVGVSD 300

Query: 335  VATHLAPFLASSLDPALIFEVGINMLYLADVPGGKPEWASQSIIAILTLWDRQEFSSARE 394
            + THLAPFLASSLDPALIFEVGINMLYLADV GGKPEWASQSIIAILTLWDRQEFSSARE
Sbjct: 301  LVTHLAPFLASSLDPALIFEVGINMLYLADVAGGKPEWASQSIIAILTLWDRQEFSSARE 360

Query: 395  SIVRAVVTNLHLLDLHMQVSLFKRLLLMVRNLRAESDRMHALACICRTALCVDLFAKESV 454
            SIVRAVVTNLHLLDLHMQVSLF+RLLLMVRNLRAESDRMHALACICRTALCV LFA+ES 
Sbjct: 361  SIVRAVVTNLHLLDLHMQVSLFRRLLLMVRNLRAESDRMHALACICRTALCVHLFARESA 420

Query: 455  RRGQKPLAGTDIASLFEDVRIRDDLNTVTSKGLFREELVASLVESCFQLSLPLPEQKNSG 514
            RRGQKPL GTDI SLFED RI+DDLN+VTSK LFREELVA LVESCFQLSLPLPEQKNSG
Sbjct: 421  RRGQKPLPGTDIISLFEDARIKDDLNSVTSKSLFREELVAMLVESCFQLSLPLPEQKNSG 480

Query: 515  MESRVIGALAYGTGYGALNWTEPALEVVEVCRPCVKWDCDGRTYAIDCYLKLLVRLCHIY 574
            MESRVIGALAYGTGYGALNWTEPALEVVEVCRPCVKWDCDGRTYA+DCYLKLLVRLCHIY
Sbjct: 481  MESRVIGALAYGTGYGALNWTEPALEVVEVCRPCVKWDCDGRTYAVDCYLKLLVRLCHIY 540

Query: 575  DTRGGVKRIKDGASQDQILNETRLQNLQRELVKDLREVNTPRITARLLWVISEHIDLEGL 634
            DTRGGVKR+KDGASQDQILNETRLQNLQRELVKDL+EVNTPRI  RL+W I+EHIDLEGL
Sbjct: 541  DTRGGVKRLKDGASQDQILNETRLQNLQRELVKDLQEVNTPRILGRLIWTIAEHIDLEGL 600

Query: 635  DPLLADDPDDPLNIIVTNIHKVLSNVDSAVETTNRLQDVQGVLLCAQRLGSRHPRAGQLL 694
            DPLLADDPDDPLNII+ NIHKVL N+D+A  T+NRLQDVQ VLLCAQR+GSRH RAGQLL
Sbjct: 601  DPLLADDPDDPLNIIIANIHKVLFNLDAAATTSNRLQDVQAVLLCAQRMGSRHARAGQLL 660

Query: 695  TKELEEFRANGLADSVNKHQCRLILQRIKYASNNPESRWAGVSEARGDYPFSHHKLTVQF 754
            TKELEE+R +  AD+V+KHQ RLILQRIKY SN PE +WAGVSE RGDYPFSHHKLTVQF
Sbjct: 661  TKELEEYRNHAAADTVSKHQTRLILQRIKYVSNLPERKWAGVSETRGDYPFSHHKLTVQF 720

Query: 755  YEAAAAQDRKLEGLVHKAILELWRPDSSELTLLLTKGIDSTLLKVPPTAITLTGSSDPCY 814
            YE +AAQDRKLEGL+HKAILELWRP  +ELTL LTKG+DST +KVPPTA  LTGSSDPCY
Sbjct: 721  YEPSAAQDRKLEGLIHKAILELWRPKPTELTLFLTKGVDSTSIKVPPTAYPLTGSSDPCY 780

Query: 815  VEAYHLANSSDGRITLHLKVLNLTELELNRVDIRVGLSGALYFMDGSPQAVRQLRHLVSQ 874
            +EAYHLA+++DGR+TLHLK++NLTELELNRVDIRVGLSGALYFMDGSPQAVRQLR+LVSQ
Sbjct: 781  IEAYHLADTNDGRVTLHLKIINLTELELNRVDIRVGLSGALYFMDGSPQAVRQLRNLVSQ 840

Query: 875  DPVLCSVTVGVSHFERCALWVQVLYYPFYGSGGAGDYDGDYTEEDSNIIRQKRSLRPELG 934
            DPV CSVTVGVS FERC  WVQVLYYPF   G  G+YDGDY EED  I++QKR  + ELG
Sbjct: 841  DPVQCSVTVGVSQFERCGFWVQVLYYPF--RGARGEYDGDYIEEDPQIMKQKRGSKAELG 900

Query: 935  EPVILRCLPYKIPLTELLSPHKISPVEFFRLWPSLPAIVEYTGTYTYEGTGFKATAAQQY 994
            EPVILRC PYKIPLTELL PHKISPVEFFRLWPSLPA+ EYTGTY YEG+GF ATAAQQY
Sbjct: 901  EPVILRCQPYKIPLTELLLPHKISPVEFFRLWPSLPAVAEYTGTYMYEGSGFMATAAQQY 960

Query: 995  GASPFLSGLKSLSTKPFHSVCSYIIRTLAGFQLCLAAKTWYGGFVGMMIFGASEVSRNVD 1054
            GASPFLSGLKSLS+KPFH VCS+IIRT+AGFQLC AAKTW+GGFVGMMIFGASEVSRN+D
Sbjct: 961  GASPFLSGLKSLSSKPFHRVCSHIIRTVAGFQLCYAAKTWHGGFVGMMIFGASEVSRNMD 1020

Query: 1055 LGDETTTMICKFVVRASDASITKEIEADPQGWLDDITDGGVEYMPEEEVKVAAAERLKIS 1114
            LGDETTTM+CKFVVRAS+ASITK+IE+D QGW DD+TDGGVEYMPE+EVK  AAE+LKIS
Sbjct: 1021 LGDETTTMMCKFVVRASEASITKQIESDIQGWCDDLTDGGVEYMPEDEVKATAAEKLKIS 1080

Query: 1115 MERIALLKAAQPPPKTPK-------SDDDDDDEEDSEEEKKKKDSEENGKG--------- 1174
            MERIALLKAAQ P KT K        ++++ +EED +EE K+K  +E GK          
Sbjct: 1081 MERIALLKAAQ-PKKTSKIEEESENEEEEEGEEEDDDEEVKEKKEKEEGKDKEEKKKKEK 1140

Query: 1175 -PSTLSKLSAEEVEHLALQAAVLQEWHMLCKDR 1187
               T SKL+AEE EH+ALQAAVLQEWH+LCKDR
Sbjct: 1141 EKGTFSKLTAEETEHMALQAAVLQEWHILCKDR 1170

[Close]

BLAST of CmaCh06G016140 vs. TAIR 10
Match: AT3G01780.1 (ARM repeat superfamily protein )

HSP 1 Score: 1901.3 bits (4924), Expect = 0.0e+00
Identity = 969/1173 (82.61%), Postives = 1055/1173 (89.94%), Query Frame = 0


Query: 35   MDILFAQIQADLRSNDALRQSGALLQALQQSAAGRDISVIAKSAVEEIVASPASAVCKKL 94
            MDILFAQIQADLRSNDALRQS ALLQALQQSAAGRDISVIAKSAVEEIVASPASAVCKKL
Sbjct: 1    MDILFAQIQADLRSNDALRQSSALLQALQQSAAGRDISVIAKSAVEEIVASPASAVCKKL 60

Query: 95   AFDLIRSTRLTSDLWDIVCTGIRTDFDFPDPDVTAAGVSILAAIPSYRLVKLISDSHKEI 154
            AFDLIRSTRLT DLWD VC+G++TD  FPDPDVTAA VSILAA+P++ L KLISD   EI
Sbjct: 61   AFDLIRSTRLTPDLWDTVCSGVKTDLHFPDPDVTAAAVSILAALPAFSLPKLISDCSSEI 120

Query: 155  SAFFDSNSDNLRFSITETLGCILARDDLVTLCENNVSLLDKVSNWWSRIGKNMLDKSDAV 214
            ++ FDS SDNLRFSITETLGCILARDDLVTLCENNV LLDKVSNWW+RIG+NMLDKSDAV
Sbjct: 121  ASCFDSPSDNLRFSITETLGCILARDDLVTLCENNVGLLDKVSNWWARIGQNMLDKSDAV 180

Query: 215  SKVAFESVGRLFQEFDSKRMSRLAGDKLVDSENSLAIRSNWISSMADFVWKKRNALMARS 274
            SKVAFESVGRLFQEFDSKRMSRLAGDKLVDSENSLAIRS W+SSM D VW+KR+ALMARS
Sbjct: 181  SKVAFESVGRLFQEFDSKRMSRLAGDKLVDSENSLAIRSKWVSSMVDIVWRKRSALMARS 240

Query: 275  LILPVESFRATVFPIVYAVKAVASGAAEVISKLSKSST----GNGTTMDSSAERFVGVSD 334
            L+LPVE+FRATVFP+V+AVKAVASG+ EVI +LSK+S+     N T +DS+AE+ VGVSD
Sbjct: 241  LVLPVETFRATVFPLVFAVKAVASGSVEVIRQLSKASSAAAAANATVVDSNAEKLVGVSD 300

Query: 335  VATHLAPFLASSLDPALIFEVGINMLYLADVPGGKPEWASQSIIAILTLWDRQEFSSARE 394
            + THLAPFLASSLDPALIFEVGINMLYLADV GGKPEWASQSIIAILTLWDRQEFSSARE
Sbjct: 301  LVTHLAPFLASSLDPALIFEVGINMLYLADVAGGKPEWASQSIIAILTLWDRQEFSSARE 360

Query: 395  SIVRAVVTNLHLLDLHMQVSLFKRLLLMVRNLRAESDRMHALACICRTALCVDLFAKESV 454
            SIVRAVVTNLHLLDLHMQVSLF+RLLLMVRNLRAESDRMHALACICRTALCV LFA+ES 
Sbjct: 361  SIVRAVVTNLHLLDLHMQVSLFRRLLLMVRNLRAESDRMHALACICRTALCVHLFARESA 420

Query: 455  RRGQKPLAGTDIASLFEDVRIRDDLNTVTSKGLFREELVASLVESCFQLSLPLPEQKNSG 514
            RRGQKPL GTDI SLFED RI+DDLN+VTSK LFREELVA LVESCFQLSLPLPEQKNSG
Sbjct: 421  RRGQKPLPGTDIISLFEDARIKDDLNSVTSKSLFREELVAMLVESCFQLSLPLPEQKNSG 480

Query: 515  MESRVIGALAYGTGYGALNWTEPALEVVEVCRPCVKWDCDGRTYAIDCYLKLLVRLCHIY 574
            MESRVIGALAYGTGYGALNWTEPALEVVEVCRPCVKWDCDGRTYA+DCYLKLLVRLCHIY
Sbjct: 481  MESRVIGALAYGTGYGALNWTEPALEVVEVCRPCVKWDCDGRTYAVDCYLKLLVRLCHIY 540

Query: 575  DTRGGVKRIKDGASQDQILNETRLQNLQRELVKDLREVNTPRITARLLWVISEHIDLEGL 634
            DTRGGVKR+KDGASQDQILNETRLQNLQRELVKDL+EVNTPRI  RL+W I+EHIDLEGL
Sbjct: 541  DTRGGVKRLKDGASQDQILNETRLQNLQRELVKDLQEVNTPRILGRLIWTIAEHIDLEGL 600

Query: 635  DPLLADDPDDPLNIIVTNIHKVLSNVDSAVETTNRLQDVQGVLLCAQRLGSRHPRAGQLL 694
            DPLLADDPDDPLNII+ NIHKVL N+D+A  T+NRLQDVQ VLLCAQR+GSRH RAGQLL
Sbjct: 601  DPLLADDPDDPLNIIIANIHKVLFNLDAAATTSNRLQDVQAVLLCAQRMGSRHARAGQLL 660

Query: 695  TKELEEFRANGLADSVNKHQCRLILQRIKYASNNPESRWAGVSEARGDYPFSHHKLTVQF 754
            TKELEE+R +  AD+V+KHQ RLILQRIKY SN PE +WAGVSE RGDYPFSHHKLTVQF
Sbjct: 661  TKELEEYRNHAAADTVSKHQTRLILQRIKYVSNLPERKWAGVSETRGDYPFSHHKLTVQF 720

Query: 755  YEAAAAQDRKLEGLVHKAILELWRPDSSELTLLLTKGIDSTLLKVPPTAITLTGSSDPCY 814
            YE +AAQDRKLEGL+HKAILELWRP  +ELTL LTKG+DST +KVPPTA  LTGSSDPCY
Sbjct: 721  YEPSAAQDRKLEGLIHKAILELWRPKPTELTLFLTKGVDSTSIKVPPTAYPLTGSSDPCY 780

Query: 815  VEAYHLANSSDGRITLHLKVLNLTELELNRVDIRVGLSGALYFMDGSPQAVRQLRHLVSQ 874
            +EAYHLA+++DGR+TLHLK++NLTELELNRVDIRVGLSGALYFMDGSPQAVRQLR+LVSQ
Sbjct: 781  IEAYHLADTNDGRVTLHLKIINLTELELNRVDIRVGLSGALYFMDGSPQAVRQLRNLVSQ 840

Query: 875  DPVLCSVTVGVSHFERCALWVQVLYYPFYGSGGAGDYDGDYTEEDSNIIRQKRSLRPELG 934
            DPV CSVTVGVS FERC  WVQVLYYPF   G  G+YDGDY EED  I++QKR  + ELG
Sbjct: 841  DPVQCSVTVGVSQFERCGFWVQVLYYPF--RGARGEYDGDYIEEDPQIMKQKRGSKAELG 900

Query: 935  EPVILRCLPYKIPLTELLSPHKISPVEFFRLWPSLPAIVEYTGTYTYEGTGFKATAAQQY 994
            EPVILRC PYKIPLTELL PHKISPVEFFRLWPSLPA+ EYTGTY YEG+GF ATAAQQY
Sbjct: 901  EPVILRCQPYKIPLTELLLPHKISPVEFFRLWPSLPAVAEYTGTYMYEGSGFMATAAQQY 960

Query: 995  GASPFLSGLKSLSTKPFHSVCSYIIRTLAGFQLCLAAKTWYGGFVGMMIFGASEVSRNVD 1054
            GASPFLSGLKSLS+KPFH VCS+IIRT+AGFQLC AAKTW+GGFVGMMIFGASEVSRN+D
Sbjct: 961  GASPFLSGLKSLSSKPFHRVCSHIIRTVAGFQLCYAAKTWHGGFVGMMIFGASEVSRNMD 1020

Query: 1055 LGDETTTMICKFVVRASDASITKEIEADPQGWLDDITDGGVEYMPEEEVKVAAAERLKIS 1114
            LGDETTTM+CKFVVRAS+ASITK+IE+D QGW DD+TDGGVEYMPE+EVK  AAE+LKIS
Sbjct: 1021 LGDETTTMMCKFVVRASEASITKQIESDIQGWCDDLTDGGVEYMPEDEVKATAAEKLKIS 1080

Query: 1115 MERIALLKAAQPPPKTPK-------SDDDDDDEEDSEEEKKKKDSEENGKG--------- 1174
            MERIALLKAAQ P KT K        ++++ +EED +EE K+K  +E GK          
Sbjct: 1081 MERIALLKAAQ-PKKTSKIEEESENEEEEEGEEEDDDEEVKEKKEKEEGKDKEEKKKKEK 1140

Query: 1175 -PSTLSKLSAEEVEHLALQAAVLQEWHMLCKDR 1187
               T SKL+AEE EH+ALQAAVLQEWH+LCKDR
Sbjct: 1141 EKGTFSKLTAEETEHMALQAAVLQEWHILCKDR 1170

The following BLAST results are available for this feature:

BLAST of CmaCh06G016140 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
F4J8D3	0.0e+00	82.61	Protein TPLATE OS=Arabidopsis thaliana OX=3702 GN=TPLATE PE=1 SV=1	[more]

BLAST of CmaCh06G016140 vs. TAIR 10


Match Name	E-value	Identity	Description
AT3G01780.1	0.0e+00	82.61	ARM repeat superfamily 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
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1118..1161
None	No IPR available	PROSITE	PS51257	PROKAR_LIPOPROTEIN	coord: 1..26 score: 5.0
IPR037501	Protein TPLATE	PANTHER	PTHR36029	TSET COMPLEX MEMBER TSTA	coord: 35..1188
IPR016024	Armadillo-type fold	SUPERFAMILY	48371	ARM repeat	coord: 37..707

Relationships

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


Feature Name	Unique Name	Type
CmaCh06G016140.1	CmaCh06G016140.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006897	endocytosis