|
|
Accession Number |
TCMCG028C24265 |
gbkey |
CDS |
Protein Id |
KAF6160103.1 |
Location |
join(195083..195295,195374..195585,195723..195897,196136..196255,196386..196469,196553..196624,197247..197360,197639..197739,197827..197920,198376..198543,199404..199469,199564..199620,199848..200067,200154..200293,200385..200453,200545..200601,201263..201334,201420..201467,201555..201674,201896..201961,202933..203045,203174..203258,204345..204455,204538..204633,205199..205246,205698..205766,206176..206260,207032..207108,207792..208039,208786..208929,210590..210791,211183..211273,211555..211613,211768..211916,212605..212686,212802..213179) |
Organism |
Kingdonia uniflora |
locus_tag |
GIB67_018883 |
|
|
Length |
1434aa |
Molecule type |
protein |
Topology |
linear |
Data_file_division |
PLN |
dblink |
BioProject:PRJNA587615, BioSample:SAMN13195877 |
db_source |
JACGCM010001173.1
|
Definition |
hypothetical protein GIB67_018883 [Kingdonia uniflora] |
Locus_tag |
GIB67_018883
|
CDS: ATGGATACTACTACAACTATAGCAGCAGTATATGTGCTTTTGGTCATTTTCACAAGCACTATCTGTGCAGACTCCAAGTACATCGTTTACAACACATCTGAGAGAATCGTTGCAGACAAACTCAATGTTCACTTAGTCCCTCATACGCATGACGATGTGGGTTGGTTGAAAACAGTTGATCAGTACTATGTTGGTTCCAACAATTCGATTCAGGGTGCTTGTGTCCAAAATGTATTGGATTCTGTGGTTGAAGCTCTGTTGGCTGATAAGAATCGCAAGTTCATCTATGTGGAGATGGCAAGTATCTTTTCTTCTTCTTTTAACATATGTTTCGCGGTGTTTCTTTCCAACCATTTTCTTTCATCTCAGAATGTTTATGGTTTTACTTGCAGGCGTTTTTCCAGCGTTGGTGGAATGACCAAAGCAAATGGGGGCATGTGCATGCATGACGAGGCAGCTCCACATTACATCGACATGATTGATCAGACTACTCTAGGGCATCGATTTATTAAAAGGGAATTTGGTCAGACACCAAGAATCGGATGGCAGATTGATCCTTTTGGACATTCTGCAGTGCAAGCTTACTTGTTAGGGGCAGAGGTTGGATTTGACTCTCTTTTCTTTGGACGGATTGATTATCAAGACCGAGCAAAGCGAAAAAGTGAGAAAAGTCTTGAGGTTGTTTGGCGTGGTTCTAAGACCTTTGGTTCATCAGCACAGATTTTTGCCGGTGCATTCCCTGAGAATTATGAACCTCCCAGTGGTTTCTATTTTGAAGTCAATGATGCCTCCCCTGTTGTTCAGGATAATGCCGATTTATTTGATTACAATGTTCAAGAGAGAGTCAATGACTTTGTAGCTGCTGCAGTATCCCAGGCTAACATAACTCGGACGAATCATATTATGTGGACCATGGGAACAGATTTTAAGTATCAATATGCAAACAGTTGGTTCCGCAATATGGATAAGCTCATTCATTATGTCAATATGGATGGGCGTGTCAATGCACTTTACTCAACCCCATCTATTTACACTGACTCAAAATATGCAACCAAAGAATCCTGGCCGATCAAGACGGATGATTTTTTCCCATATGCAGATCGTGAGAATGCATACTGGACAGGATACTTTACAAGTAGGCCAGCCTTAAAAAGATATGTCAGAATGATGAGTGGTTACTATCTGGCAGCGAGGCAATTGGAATATTTTAAAGGAAGGAGTAGCTCTGGACCTAACACTGACACTTTAGCAGACGCATTGGCGATTGCTCAACATCATGATGCAGTTAGTGGAACGTCACAACAACACGTGGCAAATGATTATGAAAAACGACTGTCGATGGGTTATATGGAGTGCCCTCTTTTGAATGTTAGTTATTGTCCTCCATCAGAAGTAGACTTATCTCCTGGGAAAAGCTTGGTCATTGTTATCTACAATCCTCTTGGGTGGAAAAGGGAGGATGTAGTTCGGATTCCTGTTGTCAGTGAAGCAGTTACTGTCCAGGATTCTAGCGGAAGGGAAGTTGAATCTCAGTTATTACCTTTATCCCATGCCTCTGTGGATATAAGAAATTACCATGTAAAGGCATACTTGGGAAAATCCCCAGGTGATGCTCCCAAGTATTGGCTAGCGTTCTCGGCTTCTGTACCACCTCTGGGGTATAGCAGTTATCTTGTATCACATACAAAAACTGAAGGTGTTAGTTCAACTTTATCAACTGTATACACGTCACAAGGAAGTGATAATGGTACCGTTGAAGTCGGGAAAGGAAATCTAAAGCTTATTTATTCTCTAGAGGAAGGCAAACTTACGCATTTTATTAATGGCAGAAGCTTGGTTAAAGAAGCTATAGAACAATCATACAGTTTTTATCTTGGACATGATGGCAGTGACGAAGATCCTCAGGCCTCAGGAGCATATATATTCCGTCCAAACGGTACCTTTCCCATAAATTCTGAAGAGGTTTCTTTAACTGTTCTTCAGGGGCCAGTGCTAGATGAAGTACATCAAAGGATCAACCCTTGGATACGTCAGATCACAAGAGTTTACAAGGGGAAAGAGCATGCCGAAGTTGAGTTCGCCGTTGGACCAATTCCAGTCGATGATGGACGTGGGAAAGAAATTGCAACACTAATTTCGACTACCATGAAGACGAATAAAACGTTCTATACAGATTCTAATGGGCGAGATTTTATTAAAAGGGTTCGTGATTATAGAACAGATTGGGACTTGCAAGTGAAGCAACCTGTTGCTGGAAATTATTACCCGATTAATCTTGGAATATATATGGAGGATAGCACAAAAGAACTCTCGATTATGGTAGATCGGTCTCTGGGTGGATCTAGCATATTGGATGGGCAAATAGAGCTGATGCTCCATAGGAGGTTGCTTCATGATGATGGTAAAGGTGTTGGTGAACCACTAAATGAAACTGTTTGTGTCCTTGATAAGTGTACAGGACTAATAGTACAAGGAAGTTACTATCTTAGAGTTGATCCCCTAGGAGAGGGTGCGAAATGGCGTCGTACATTTGGCCAAGAAATTTATTCTCCATTTCTCTTAGCTTTTACAGAACAGGATGGAGATGACTGGACAAGTTCTCACTTCTCTACTTTTTCAGCATTGGAACCCTTCTATAGTTTACCTGATAATATTGCATTAATTACACTCCAGGAACTTGATGATGGTAAAGTTCTTCTCCGGTTGGCGCACTTATACGAGGTGGGGGAGGACAAGGATCTTTCCGTATTGGCGAATGTGGAACTGGAAAAGCTTTTCCCTGCCAAGAAGATCAGGAAAGTTATCGAAACGAATCTTTCTGCTAATCAAGAAAGAGCTGCAATGGAGAAAAAGAGACTGGTTTGGAAAGTAGAAGGAAAGCTCAAGTACGATCTCAATCAAGAAGATATTCGAATTCTCTCCGATTTCCAGTCCAATGTTCAGCAATGTGTGTATAATGCTCAATTTAAAGTCTTTGAACGCCTGGAGTACAGTTATGATGTTTGTGAGTCGATTCTACTGTGGGAGCAGGTTACATACTTAGGACTCTTTCTTTCCACAGTCATGTTTTTCCAGATTAGACATTTACTCAGACCACCAATATTGCAGTATCGTAACATGACTACAGTTTTGACGAGAGAATATCTTGATGCTCGCCCTGATGGATGGCTAGATTATGCTGCAAAAAGGATTGCTCAATTTGGGACCACACTCTCGCACCCTTCTGTCCTCAACAGAAGCGTATCCCTTATTGTCGAGCCAGGGATTGGCAGATTCCTTTTTAGTGAGCCAGGAATTAGCGGGGAAATCACTGGATCAGGTGCTCAAGGAGTTTCAACCTACAGGGGAGCAGATAAATGCTACAACCGTTCCTTATGCGAGGAACACCTAAATTTGATTTTGCCGTCAAAACCGCCTTTTCACCCCCGCCAGTTTCGTACGTGCGCTGTTGTTGGAAACTCGGGTGATCTTTTAAATACAACATTTGGAGAAGAGATCGATAGCCATGACGCAGTTATACGAGACAATGAAGCTCCTGTTAATGAGAAATATGCTAAGTATGTTGGGAGGAAGAGGGATTTTCGTCTCGTAGTGAGGGGTGCTGCTCGTAACATGGTTTCTATTCTTAATGGATCTGATAATGAGGTGCTTATAATCAAAAGTGTGACTCATAAAGACTTCAATGCAATGATAAAGAACATCCCAAATCCAGTTTATCTTTTCCAAGGTATTGTGCTAAGAAGAGGCGCCAAAGGAACTGGAATGAAATCCGTTGAACTTGCACTCTCTATGTGTGACATTGTTGACATTTATGGTTTCACGGTAGATCCCGGATATACAGAATGGACTCGTTATTTCTCAACACCAAGAAAAGGGCACAATCCGCTGCAAGGACGGGCATATTACCAGTTATTAGAATGTCTTGGGGTTATTAGGATCCACTCTCCCATGAGAGCTAAGAGGAACCAAGACTGGTCGGATGTGCCAACTAGAGAAATGATAAGACGAGCTCAAGCCGCCGCTCTACGCTTAAAGAGCAGTCAAGCTGGTCAGGCAGGTGGTTTAGGACCATTTGGTAGCTGTAAAGTGTGGGGAGATGCTGGGCCCAATAACAATGGACCTACGTCAGGATCACCAGACATGAGCGAAACTCGAAAGAATTCAAACTACAATAAGTGGGAAGTCTTGCCATTTGAGAGCTTAAGGAAGGAAGCACAAGAGCATTATAATCAAATGGAAGGTGTTTCCTTGTACAAAATGGATGGGAATAAATTGGATGATCTAGTTTGCGTGAAACACTCTTAA |
Protein: MDTTTTIAAVYVLLVIFTSTICADSKYIVYNTSERIVADKLNVHLVPHTHDDVGWLKTVDQYYVGSNNSIQGACVQNVLDSVVEALLADKNRKFIYVEMASIFSSSFNICFAVFLSNHFLSSQNVYGFTCRRFSSVGGMTKANGGMCMHDEAAPHYIDMIDQTTLGHRFIKREFGQTPRIGWQIDPFGHSAVQAYLLGAEVGFDSLFFGRIDYQDRAKRKSEKSLEVVWRGSKTFGSSAQIFAGAFPENYEPPSGFYFEVNDASPVVQDNADLFDYNVQERVNDFVAAAVSQANITRTNHIMWTMGTDFKYQYANSWFRNMDKLIHYVNMDGRVNALYSTPSIYTDSKYATKESWPIKTDDFFPYADRENAYWTGYFTSRPALKRYVRMMSGYYLAARQLEYFKGRSSSGPNTDTLADALAIAQHHDAVSGTSQQHVANDYEKRLSMGYMECPLLNVSYCPPSEVDLSPGKSLVIVIYNPLGWKREDVVRIPVVSEAVTVQDSSGREVESQLLPLSHASVDIRNYHVKAYLGKSPGDAPKYWLAFSASVPPLGYSSYLVSHTKTEGVSSTLSTVYTSQGSDNGTVEVGKGNLKLIYSLEEGKLTHFINGRSLVKEAIEQSYSFYLGHDGSDEDPQASGAYIFRPNGTFPINSEEVSLTVLQGPVLDEVHQRINPWIRQITRVYKGKEHAEVEFAVGPIPVDDGRGKEIATLISTTMKTNKTFYTDSNGRDFIKRVRDYRTDWDLQVKQPVAGNYYPINLGIYMEDSTKELSIMVDRSLGGSSILDGQIELMLHRRLLHDDGKGVGEPLNETVCVLDKCTGLIVQGSYYLRVDPLGEGAKWRRTFGQEIYSPFLLAFTEQDGDDWTSSHFSTFSALEPFYSLPDNIALITLQELDDGKVLLRLAHLYEVGEDKDLSVLANVELEKLFPAKKIRKVIETNLSANQERAAMEKKRLVWKVEGKLKYDLNQEDIRILSDFQSNVQQCVYNAQFKVFERLEYSYDVCESILLWEQVTYLGLFLSTVMFFQIRHLLRPPILQYRNMTTVLTREYLDARPDGWLDYAAKRIAQFGTTLSHPSVLNRSVSLIVEPGIGRFLFSEPGISGEITGSGAQGVSTYRGADKCYNRSLCEEHLNLILPSKPPFHPRQFRTCAVVGNSGDLLNTTFGEEIDSHDAVIRDNEAPVNEKYAKYVGRKRDFRLVVRGAARNMVSILNGSDNEVLIIKSVTHKDFNAMIKNIPNPVYLFQGIVLRRGAKGTGMKSVELALSMCDIVDIYGFTVDPGYTEWTRYFSTPRKGHNPLQGRAYYQLLECLGVIRIHSPMRAKRNQDWSDVPTREMIRRAQAAALRLKSSQAGQAGGLGPFGSCKVWGDAGPNNNGPTSGSPDMSETRKNSNYNKWEVLPFESLRKEAQEHYNQMEGVSLYKMDGNKLDDLVCVKHS |