CDS

Accession Number TCMCG028C32408
gbkey CDS
Protein Id KAF6165660.1
Location complement(join(33963..34106,34497..34568,36657..36803,37870..37929,38023..38257,40331..40468,40543..40800,40863..41031,41117..42337,42416..42584,42662..42887,43497..43858,43945..44139,44249..44458,44625..44951))
Organism Kingdonia uniflora
locus_tag GIB67_012557

Protein

Length 1310aa
Molecule type protein
Topology linear
Data_file_division PLN
dblink BioProject:PRJNA587615, BioSample:SAMN13195877
db_source JACGCM010000816.1
Definition hypothetical protein GIB67_012557 [Kingdonia uniflora]
Locus_tag GIB67_012557

EGGNOG-MAPPER Annotation

COG_category O
Description finger protein
KEGG_TC -
KEGG_Module -
KEGG_Reaction -
KEGG_rclass -
BRITE ko00000        [VIEW IN KEGG]
ko04121        [VIEW IN KEGG]
KEGG_ko ko:K16276        [VIEW IN KEGG]
EC -
KEGG_Pathway -
GOs -

Sequence

CDS:  
ATGGCGACGCCATTAACACACAGAGATGGAGGTCTTTCTCTAATGGCGTCACCTGTGACTCCTCCAATCGATCCTTCACCTTCGCCTTCATCTTCATCTTCATCTTCATCTACAACAACAACGACGACTTGTTTGAAGAATTCGGCCTTGAAATCACCGATTCTCATCTTCTTGTTCTTCCACAAAGCTATTAGGTCCGAGCTCGACGGACTTCACCGTGCAGCGATGGCGTTCGCGACGGACATCAACGGTGACATTCGGCCATTGTTGGAGAGGTATCATTTCTTAAGGTCGATTTATAAGCATCACTGCAATGCTGAAGATGAGGTTATATTTCCGGCGCTTGATATACGAGTGAAGAACGTAGCGAGGACGTATTCGCTTGAACATAAGGGGGAGAGTGATCTTTTTGATCAGTTGTTTGATTTGTTAAACTCAAATTTGAAGAATGATGAGAGTTTTAGGAGAGAGTTAGCGTCGTGTACAGGAGCACTTCAGACGTCAGTTAGTCAACATATGTTCAAGGAGGAAGAGCAGGTATTTCCGTTGCTTATTGATAAGTTTTCGTTCGAAGAGCAAGCATCATTGGTCTGGCAGTTTTTGTGTAGTATTCCCGTTAATATGATGGCAGAGTTCCTGCCATGGTTGTCATCTTCGATTTCATCGGATGAGCATCAGGATATGCTCAAGTGCTTGTGTAAGATAGTCCCAGAAGAGAAGCTTCTTCAGCAGGTCATATTCACTTGGATGGAAGGGAAAGGTGTATCCAATAGGCATAAGCGTAGTGCAGAGAGTTCTAATTTTCAGTGCTGTAAAAGTTCTGGGGATTGCTCATTAGTCAAGCAAACTGTTAAAGGGCAGTGTGCTTGTGAACCATCCAAGAATGGAAAGCGGAAACATCTAAACTGTGACATTACTGACAAGGTCGGGGCTTATCCTATAAATGAAATTTTAAACTGGCATAATGCGATAAAAAAAGAGTTAAGTGACATAGCCGAGGAGGCTAGGAAGATACAACTTTCTGGAGATTTTTCTGATTTGTCTGCTTTCAACGAGAGGCTACAATTTATTGCAGAAGTTTGTATTTTTCATAGTATCGCTGAGGACACAGTTATCTTCCCTGCAGTAGACGGGGAACTATCTTTTGTCGAGGAGCATGCCGAGGAAGAGAGTCAATTTAACAAGTTCAGGTGCTTGATAGAAAGTATTCAAAGTGCGGGGGCAAACTCATCTTTAGCTGAATTTTATACAAAGCTATGTTCTCATGCGGATCAAATAATGGACACTATACAGAAGCACTTTCACAACGAGGAAGTTCAGGTTCTTCCACTTGCCCGAAAGCATTTTAGCCCTAAAAAACAGCGAAAACTTCTGTATCAGAGTTTGTGTGTGATGCCTTTGAAATTAGTAGAGCGTGTGTTACCATGGCTAGTAGGATCACTCAGTGAAGAGGAAGCAAGGTCTTTTCTGCAGAACATACACTTAGCAGCTCCAGAATCTGATAGTGCTCTAGTTACACTTTTCTCTGGCTGGGCTTGCAAAGGTCGTTCCCAGGATGTGTGTTTGTCTTTAAGTGCAATTGGTTGCTGTCCAGTAAAAAGATTGACAGATATTGAAGAAGATTGTAGCCGTGCATCCTGTACATGTGCCTCTTCCTTGTCTAATATGGAGAAGTCCTCCTTAGTTGAAGTGGATGATGATGAAAGGCAACTTAAACGTGGAAAATTTTCAGGATCATGTGATAATGGATATGAATGTGATCCACTAAAAAGTGTAAATACGCCGAAGTTGTCATGTAGTCGTCAGACTTGTTGTGTTCCTGGGTTAGGAGTGAACACTAATAATCTGGGAATAAGTTCACTTGCCACTGTGAAGTCTTCTTTGCGATCCTTGTCTTTCAGTCCTTCAGCTCCATCGCTTAATTCGAGCCTTTTTATCTGGGAGACAGATCCCAGCTCCTCAAGCATTGGGTGCACACCACGTCCCATTGACAATATATTCAAATTTCATAAAGCCATCTGCAAGGATTTGGAGTATCTCGATATTGAATCTGGAAAGCTCATTGGTTGTGACGAGACGTTCCTTCGGCAGTTCATTGGAAGATTTCGTCTGTTATGGGGCTTATATAGAGCTCATAGTAACGCTGAGGATGAGATAGTATTCCCAGCTTTAGAATCCAAAGAAGCTCTGGAAAATGTAAGCCATGCATACACTCTCGATCATAAGCAGGAGGAGGAACTATTTGAAGATATCTCATCCGTTATTTCCGAGCTTTCACAGCTTCACGAAGGCTTGAGCAGGGACAAAGCTTCTGAAAGTTCAAATGGAAGTAACTCCAATTTTGTGCAAAAATACCACGAGCTTGCTACAAAGCTCCAGGGGATGTGCAAGTCAATAAGAGTCACATTGGACCACCATGTTTTCAGAGAGGAGCTTGAGTTATGGCCATTGTTTGACAGGCATTTCTCTGTGGAGGAACAGGACAAACTTGTTGGTCGCATAATTGGGACTACAGGTGCAGAAGTCCTCCAGTCAATGCTACCATGGGTAACTTCTGCACTTACTCAGGAGGAGCAGAATAAAATGATGGACACGTGGAAGCAAGCTACTAAAAACACAATGTTCAGTGAATGGCTTAATGAATGGTGGAAAGGTTCAGCTGAGGAATTTTCACAAACAAAAACGTCAGGGAGCTGTATTTCTCAGGAAGGCAGTGATATGCAAGAAAGTTTGGACCAGAGTGAGATGTTTAAGCCTGGATGGAAAGATATCTTCCGAATGAATCAAAATGAGCTGGAGTCTGAAATAAGAAAGGTTTCGCGAGATTCGACTCTTGATCCCAGGCGAAAAGCCTATCTTATACAAAATCTAATGACAAGTGCTTTTAGAACTAATCCTTGGATCATATATGTTAGTCGGTGGATAGCTGCTCAGCAGAAGATACCCCAAGCAGGAATAGAGGAAAGTACAAGCGGTGAAGGTCCTCCTGGATGTTCTCCCTCATTTCGAGATCCTGAGAAGCAAGTATTTGGGTGTGAGCACTACAAAAGGAACTGCAAGTTACTCGCTGCTTGCTGTAACAAGTTGTTCACGTGCAGATTCTGCCATGATAAAGTCAGCGATCACTCCATGGATAGGAAAGCGACACTAGAAATGATGTGTATGAGCTGTCTAAAGATTCAAGCAGTTGGACCAGTTTGCACAACACCTGCTTGCAATGGACGCTCGATGTCAAAGTACTACTGCAATATCTGTAAATTTTTCGATGATGAAAGGACTGTATACCATTGCCCTTTTTGCAACTTATGCCGCGTTGGAAAGGGACTTGGTGTTGATTTTTTTCATTGCATGAAGTGCAATTGTTGCCTCGGGATGAAGTTGGTCGACCACAAGTGTCGGGAAAAAGGACTGGAAACAAACTGTCCCATCTGCTGCGACTTTTTGTTCACCTCAAGTGCCGCAGTCAGAGCCCTTCCTTGTGGTCATTTTATGCACTCAGCTTGTTTTCAGGCATACACATGCAGTCACTATACCTGTCCAATATGTAGCAAATCCCTTGGAGATATGGCGGCTGACGTGGCTAGAAAGAAACCAGCTGGTGACTTGAACCCGTGTTGCTCACTTGTGGTGAAATTCAGATCTGGTGGATATGGGTTTGGGGGTTTGGACTTGGGCTTGGGCCTTGTTTGGACAGGCTGGGCTGTTGGAACATATCTGGTCTACTTTGGCATGTTGGATGCTTTGCTGGCCACTGAAGAGCTTCCAGAAGAATACAGACATCGATCTCAGGACATACTGTGCAATGACTGCGACAAAAAGGGGACCTCGCGCTTTCACTGGTTGTACCACAAATGCGGGTCTTGTGGATCTTACAACACAAGAGTAATCAGGACAGACTCAACAAACACCAGCTGCATAAACCCAAATTTGTGA
Protein:  
MATPLTHRDGGLSLMASPVTPPIDPSPSPSSSSSSSSTTTTTTCLKNSALKSPILIFLFFHKAIRSELDGLHRAAMAFATDINGDIRPLLERYHFLRSIYKHHCNAEDEVIFPALDIRVKNVARTYSLEHKGESDLFDQLFDLLNSNLKNDESFRRELASCTGALQTSVSQHMFKEEEQVFPLLIDKFSFEEQASLVWQFLCSIPVNMMAEFLPWLSSSISSDEHQDMLKCLCKIVPEEKLLQQVIFTWMEGKGVSNRHKRSAESSNFQCCKSSGDCSLVKQTVKGQCACEPSKNGKRKHLNCDITDKVGAYPINEILNWHNAIKKELSDIAEEARKIQLSGDFSDLSAFNERLQFIAEVCIFHSIAEDTVIFPAVDGELSFVEEHAEEESQFNKFRCLIESIQSAGANSSLAEFYTKLCSHADQIMDTIQKHFHNEEVQVLPLARKHFSPKKQRKLLYQSLCVMPLKLVERVLPWLVGSLSEEEARSFLQNIHLAAPESDSALVTLFSGWACKGRSQDVCLSLSAIGCCPVKRLTDIEEDCSRASCTCASSLSNMEKSSLVEVDDDERQLKRGKFSGSCDNGYECDPLKSVNTPKLSCSRQTCCVPGLGVNTNNLGISSLATVKSSLRSLSFSPSAPSLNSSLFIWETDPSSSSIGCTPRPIDNIFKFHKAICKDLEYLDIESGKLIGCDETFLRQFIGRFRLLWGLYRAHSNAEDEIVFPALESKEALENVSHAYTLDHKQEEELFEDISSVISELSQLHEGLSRDKASESSNGSNSNFVQKYHELATKLQGMCKSIRVTLDHHVFREELELWPLFDRHFSVEEQDKLVGRIIGTTGAEVLQSMLPWVTSALTQEEQNKMMDTWKQATKNTMFSEWLNEWWKGSAEEFSQTKTSGSCISQEGSDMQESLDQSEMFKPGWKDIFRMNQNELESEIRKVSRDSTLDPRRKAYLIQNLMTSAFRTNPWIIYVSRWIAAQQKIPQAGIEESTSGEGPPGCSPSFRDPEKQVFGCEHYKRNCKLLAACCNKLFTCRFCHDKVSDHSMDRKATLEMMCMSCLKIQAVGPVCTTPACNGRSMSKYYCNICKFFDDERTVYHCPFCNLCRVGKGLGVDFFHCMKCNCCLGMKLVDHKCREKGLETNCPICCDFLFTSSAAVRALPCGHFMHSACFQAYTCSHYTCPICSKSLGDMAADVARKKPAGDLNPCCSLVVKFRSGGYGFGGLDLGLGLVWTGWAVGTYLVYFGMLDALLATEELPEEYRHRSQDILCNDCDKKGTSRFHWLYHKCGSCGSYNTRVIRTDSTNTSCINPNL