CDS

Accession Number TCMCG004C21570
gbkey CDS
Protein Id XP_025698905.1
Location join(11071539..11071915,11072473..11075518,11075593..11075656,11075765..11075859,11075942..11076007,11076097..11076186,11076421..11076597,11076807..11076842)
Gene LOC112800740
GeneID 112800740
Organism Arachis hypogaea

Protein

Length 1316aa
Molecule type protein
Topology linear
Data_file_division PLN
dblink BioProject:PRJNA476953
db_source XM_025843120.2
Definition auxilin-related protein 2 isoform X1 [Arachis hypogaea]

EGGNOG-MAPPER Annotation

COG_category S
Description Auxilin-like protein 1
KEGG_TC -
KEGG_Module -
KEGG_Reaction -
KEGG_rclass -
BRITE ko00000        [VIEW IN KEGG]
ko04812        [VIEW IN KEGG]
KEGG_ko ko:K18626        [VIEW IN KEGG]
EC -
KEGG_Pathway -
GOs -

Sequence

CDS:  
ATGGAAACCTTGGCGCATTCTCGGCAATCAAACAAGCCTGCCGTTCCTCTCTCCGGCAAGATCAACGCCGGAGGATTCTCCGGGAAGACCTTATACGACGACATCTACGGCGGTCCTCCTCCCAAGCTCGCCGCTGCGGGCCTATCCCCTCGCTTTGAAGACTACAGCGAGATTTTTGGAAGCTTCCACGCACCACGCGCCTCTTCCATCCCCGTGCTGGATCTTCCGGCGGTCGACGAGGCCGACGCCTTCTTTGATCCCCGGAGCTCTGCTTTCAGCTACACCGAAGTTTTCGGAGCCCTTGATTTTGCGGCTTCCTTCGAGGACTTGTTTCACCAACCAAATGGCTTCGACGGCGTTTCTTCTGACGAAGCATGGACTCCTGAAGACACTGACTCATTCTCTGGAGAGTCAGACCATTTCGCAAATAACCAAACCATGCCAAATAGAGATTATTTCCAGTCTGTTGATGGTGATACAGAGTTCAACATTTCGTATCATAACGCCAATGGTGCAAGCACTGAACATAGATCAAAGGGCAAAAGCCACATGACTCAGATGCATGAAATTCCTGGTTCCACTCTAGTATATGATGAAACCATAAGGTTCCATAAGAATGATCCATCATTTGGTGCAGACAAGGTGAAGGCTAACCATCCCAGGAAAACGTCACGTCCACGTAATTTTACTTCTAGGGAACGGGCTTTTCTTAGTGATGTAAATCTTCACAATGATTCTCATTCCGCCGAGATGTTCATAACTGTATCCGATATCAGCCTCAGAAGTATGCCATCTCAGGTGCCACCACCCACTCGTCCACCTCCTATACTAGATGCCAAAAATAGGGACCCTTATGGATTTCATCCAAATAATAGGCAGGTTGCTTCTGAAGAGACACGGCGTGACACTTCACCACCTTTATTTGATGTGGAGGTTGATACAAATGCATCTGCTGTTGCTACAAAAGAAGCAACGCAAAAAGGTGAAGCAAGACTCCAGAGTGCCAAAGAAATGAAAGAGAGAAAGAAGGGGGCTCATGATAGCCATGTAGAATCAAGTTATGATGTGAAAGATAGTGAAAGGAAGACTAGATCAAATTGTTTCAATGATGGGACATTGCAGGAGACTTGTGATAGGAGAACTTCCAAATTGAGATTTTCTGCTTCAGATGAAAGACAGAAAGGAGGGAAGGCCGCCCCCGAAACTCCAGATTCAATGGAAGGGAAAAGAATTTTAAACATGTTCACTGAAGAGCATCCAAATGAATCCCGGTCATCTCAGGAATCAGATAGAAGTAATGGAGATGTTACATGGAAAGAAGAAACGGAGTTTTTTGAATTGGTCGGAACAGATGAATCTCGAAAGAGAACTCAGCCAACAAAGCCTACTAAAATTTTGGTGCAAGATACCAGAATCCATGGCAATAGCCACAAGGGAATAGTGGCAGCACCTGGTATGCAAGAAGGGTATAAGAAAGTAATAGCAACTGAGGAATATTATCAAGAGGAGGAATACGAGCAGAAATTTAATGCTGCAAAAGAGGTGGATCAAACCAACAAGAACATTCTGGGACCTAAAGCATCTAATGAGGAGTACAACCAAAACAAACAGGTGAAGAAGGGAAAGGTCACTGAGATATTTGAGCAGGAAGAGAATGAGAAGGGTGTAAGAGTGGCACCCCAGAATGGAAAAACTGAGAAGAATGCAACTGAAGCAGACCAATCAGGAAGCTTAAACGATGTGCCTAAGATGCGAGACAAAGTGCAAAAACAATTGCACATTAAGAAATTGGAAGTGATTGATAGACAAACATCAAGTGAAGTCCAGTTGGGGGAGGGGCTCGAGGAAAATAAGAAGAAACTGAAAGAGGCTGAAAAGCAAAGTCAGAGTGTGAAAATGCAGAAGCAGCCTGACAAAATCAAAGAAAATGGAAAAAGACAAAGAGAAGCTTTAGTTTTTGGACAAGCAGGGGATAAGGAAAAACTGAAAGATTATGTGGAGCTAGAAGAGAATGAAGAGCAACTTAAAGAAGAATTTGAAATGGAGGTTAATGAGATAAGACTGCAAGAGGATTTTAAGCAGAGGGAAAAGCAAGCATATGAAAGAGATCTAAACAAAAGGGAACATAATGAGGCTTTTGATGGGTATGGAGACAGGAATAAACAAGCTGGTGACAATGAAGGAATCCAGAATGTTCTGCATCAAGCTCCAAGAGAAGAATGGAATTCTGAAATGTTGAACGAGGCTCTAAGGAAAAGTGAATTTGAAAGCTCATCAACCCAGACATTTGATGGGGAAGGAAGTTCAATTGTATCAAATGAGGAGGGTAATCACGCAAATCATTTTGAGAATATGGGCAACGATGTTAGTGGAATGGGAGAGGATAACAACTCTGGCAGCAATGATTTGGATCAAATGCAGGGCATTGAAGTAAAGGGCAACATGAAGATTTCTAAAGCAACTGATGAGATATTAGAAGAAGAGATTGGCAAAAACCTTCTAGCTGCTCAATCAGCTTCCATCCGATTAGAAAATATTGGAAAACTGAAGGTATCTCAAGAACCTGTTGCTGATAAAGAAATTGGAAAAACAAGATCTGAATGCAAAGGTCAAGAGAATAAACTGGAAGATCTAAGGGTGGAAAATCAAGCGGCAAATAAAAAAGTCAGAGTGCCTGAAATAATCCTAGGTGATAAACAGGATTTGCGGCCCACATCAGGAAAGGTGGATGATGGCATGATGAAGGCTGATTATGGAAGGAATACAGCAGCTAAAGGTGGCACAATGCTGGAAGCTGTAAATGTCCAGGGAACTGCTCAATCTACAGAGATAAAAGAAAAAAGTCTCAATGAAACTTCTGCCACTGTACCAAAGGATGCTGACAGAATGAGAAGAGAAAGAGAGTCAGAAAAAGACCGTCTTAGAAAGATAGAAGAGGAGCAGGACAGGGAAAGGGAAAGGGAAAGGGAAAGAGAAAAAGACAGAATGGCTGTTGACAAAGCAATGCTAGAGGTTGAGAGGGAAAGGGAAAGAGAAAAAGATAGGATGGCTGTTGATAGAGCAACTTTCGAGGCTCGTGACAGGGCATATGCTGAAGCTTGTGAGAGAGCAGAAAGGGCTGCATTTGAGAGAGCAACTGCAGAAGCTCGACAAAGGGCATTGGCTGAGGCCAGGGAAAGACTTGAGAAGGCATGTGCTGAGGCCAGGGATTGGACATACGCTGATAAGGTAGCTACCGAGGCTAGATTGAAAGCAGAACGGGCTGCTGTTGAACGAGCAACTGCAGAAGCTCAGGAGCGTGCCAAGGAGAAATTAAAAGTTGAGAGGGCTGCATTTGAGTCCAGAGAACGGTTACAAAGATCTGTATCAGACCAATATGCTGCTTCTTCGAGAAATTGTGGAACACAAGGCTGTTCACCCTCTGATACTCAGTTTCAAAACTTCAGCTCATCTGCAGGTTCCAGGCACCCATATTCTCTTTATGGTGCTTCCTCCTTTTCCGAGAGATCTGAAGTAGAAGGTGAATCAGCCCGGAGATGTAGATCTAGACTGGAGAGACACCGTCGAACAGCTGAGCGTGCAGCAAAAGCTTTGGCAGAAAAGAACATGCGTGACCATCTGGCTCAGAAGGAGCAAGCTGAAAGACATAGACTAGCTGAGACTCTGGATGCTGAAGTAAAGAGGTGGTCAAGTGGAAAAGAAGGGAACTTGCGTGCATTACTTTCTACCTTGCAATATATCCTTGGACCTGACTCTGGGTGGCAGCCAATCCCATTGACGGAGGTCATTACTTCCGCAGCTGTAAAAAAAGCTTATAGGAAGGCTACCCTTTGTGTTCATCCTGACAAATTACAGCAACGTGGAGCAAGTGTTCAACACAAATACATATGTGAAAAGGTCTTTGATCTTTTGAAGGATGCTTGGAACAAATTCAACTCAGAAGAGCGGTAG
Protein:  
METLAHSRQSNKPAVPLSGKINAGGFSGKTLYDDIYGGPPPKLAAAGLSPRFEDYSEIFGSFHAPRASSIPVLDLPAVDEADAFFDPRSSAFSYTEVFGALDFAASFEDLFHQPNGFDGVSSDEAWTPEDTDSFSGESDHFANNQTMPNRDYFQSVDGDTEFNISYHNANGASTEHRSKGKSHMTQMHEIPGSTLVYDETIRFHKNDPSFGADKVKANHPRKTSRPRNFTSRERAFLSDVNLHNDSHSAEMFITVSDISLRSMPSQVPPPTRPPPILDAKNRDPYGFHPNNRQVASEETRRDTSPPLFDVEVDTNASAVATKEATQKGEARLQSAKEMKERKKGAHDSHVESSYDVKDSERKTRSNCFNDGTLQETCDRRTSKLRFSASDERQKGGKAAPETPDSMEGKRILNMFTEEHPNESRSSQESDRSNGDVTWKEETEFFELVGTDESRKRTQPTKPTKILVQDTRIHGNSHKGIVAAPGMQEGYKKVIATEEYYQEEEYEQKFNAAKEVDQTNKNILGPKASNEEYNQNKQVKKGKVTEIFEQEENEKGVRVAPQNGKTEKNATEADQSGSLNDVPKMRDKVQKQLHIKKLEVIDRQTSSEVQLGEGLEENKKKLKEAEKQSQSVKMQKQPDKIKENGKRQREALVFGQAGDKEKLKDYVELEENEEQLKEEFEMEVNEIRLQEDFKQREKQAYERDLNKREHNEAFDGYGDRNKQAGDNEGIQNVLHQAPREEWNSEMLNEALRKSEFESSSTQTFDGEGSSIVSNEEGNHANHFENMGNDVSGMGEDNNSGSNDLDQMQGIEVKGNMKISKATDEILEEEIGKNLLAAQSASIRLENIGKLKVSQEPVADKEIGKTRSECKGQENKLEDLRVENQAANKKVRVPEIILGDKQDLRPTSGKVDDGMMKADYGRNTAAKGGTMLEAVNVQGTAQSTEIKEKSLNETSATVPKDADRMRRERESEKDRLRKIEEEQDREREREREREKDRMAVDKAMLEVEREREREKDRMAVDRATFEARDRAYAEACERAERAAFERATAEARQRALAEARERLEKACAEARDWTYADKVATEARLKAERAAVERATAEAQERAKEKLKVERAAFESRERLQRSVSDQYAASSRNCGTQGCSPSDTQFQNFSSSAGSRHPYSLYGASSFSERSEVEGESARRCRSRLERHRRTAERAAKALAEKNMRDHLAQKEQAERHRLAETLDAEVKRWSSGKEGNLRALLSTLQYILGPDSGWQPIPLTEVITSAAVKKAYRKATLCVHPDKLQQRGASVQHKYICEKVFDLLKDAWNKFNSEER