CDS

Accession Number TCMCG058C25426
gbkey CDS
Protein Id KAF7147263.1
Location join(18315393..18315587,18322957..18323154,18323310..18323432,18327468..18327505,18327592..18327742,18328646..18328778,18328910..18332325,18332421..18332543,18332728..18332864,18333379..18333616)
Organism Rhododendron simsii
locus_tag RHSIM_Rhsim03G0111500

Protein

Length 1583aa
Molecule type protein
Topology linear
Data_file_division PLN
dblink BioProject:PRJNA588298, BioSample:SAMN13241185
db_source WJXA01000003.1
Definition hypothetical protein RHSIM_Rhsim03G0111500 [Rhododendron simsii]
Locus_tag RHSIM_Rhsim03G0111500

EGGNOG-MAPPER Annotation

COG_category -
Description -
KEGG_TC -
KEGG_Module -
KEGG_Reaction -
KEGG_rclass -
BRITE ko00000        [VIEW IN KEGG]
ko04131        [VIEW IN KEGG]
KEGG_ko ko:K20283        [VIEW IN KEGG]
EC -
KEGG_Pathway -
GOs -

Sequence

CDS:  
ATGGAGGGGCAAAGCCCCAGCGAGGAATCAGTGGTTGATTGTGGTGGCCGTCGGGAAGATTGTGGAGAAAAATTAGGTTTAAAGTTCGCTGAAGATGGGGGCAATTCAGGATTAAGTTACATTTTGTATTCAGTGAAGGAGAAATTTGGGCCTGGAGAAAAATACAGTGAGTTCACGATCACTCCTAGAAGAAGAGTACCCAAAGGATGGGACAGGCTTTACGTGTCTCTTCTCTCCAATGAAACAGGGAAAACAGCCAATAAATCAGGGAAAGCATATGTGCGGAATGGAACTTGTCAATGGACAGAGACTTTATCCGAGTCGATCTTTATTTCACAAGATGAAACTCCAAAGGAATTTCAGCAGTTCTTCTACAAGCTTGTTGTTGGAATGGGTTCAGCTAGATCCAGTATCCTTGGAGAGGCTACCGTTAATCTGGCAGGTTATATGGGTTCAAGAGCTTCCATTCCTGTTTCATTGCCTTTGAAAAATTGCAACCATGGGACAACTTTACAAGTTGAGATTCAGTGCCTAACACCAAGAATAAAACACGGGGATGAAAAACTGAATCATTCAAATTCATTTACTGAAGATGCAAATTCAGATTACGATGATGTGGACAATAAATCTGAGGTGTCTCTTGGAGGATCTTCCTCTAGTAACCCTTTGGATGGTACTTCTCATCCAGGGGATCTTGGTAGCAGGGAGACAAGTTTTTCAGCATCAGGCTCTCATTATAGCTTTGACTCTATAGAAGGTTCCTTAGGAAGGGAAAGCATGTCCCCTCAAAATAGTACAAGTGGGATTATCAAACATGTAGTTGGAAGACATGATTCAGGTTCAGGAAGGCATCCTAATCAAAGAGAAGAATTTGGACAAATCTCCCATGGTATTATGGCATCGCCCTTGCAAAATTCTGGTTCCTCTGCGAATACTATGGAATCTGAAGTAACCGCAATGGAAGAACTTAAGGCAGAAGCTAGGATGTGGGAACGAAATGCTCGTAAGTTAATGCTTGATCACGAATTATTGATGAAGGAATTTTCTGACCAGTCAAAACAACTTGCAAATCTTGAAGTCGAGCTTTCTGCATCGCGAAGAGAATGTGATGGGCTCAAGAAGGAAATTGAGCACTTGAAAGTACTCCTAGAGAAATCCATGGACAAACAAAAAACAATCGACAATTTCAAGTTTCAACCCACAGATGTGGGTGACATTCAAAAAGTATTGGAAGATGAAATAAAGTTTCAGAAAGTGTCGAACCATGACTTAACTCTACAGCTGAAGAAAACACAGGAATCAAACATTGAGCTTGTTTCCATTCTCCAGGAAATGGAAGAAACAATAGAAAATCAAAAAAAGGAGATAGAGAAGCTGAAATCTAAATTTGAACATTCAGGGAGTTTTGGGCAGGAGGGCAATGGAGAAGTAAATTCAAGAGAGGAAGTTTCAGCAGAGAAAATGAGGAAGGCCTCTTGTGATTCAGATTTGGAAGGTAGCACTGTGGAACACCCAATAACTGAGTTGCATGCCGAGTTTGAACAAGAGGACAACTGGAGTTTAGAACTACAACAGTTGAGGGAATCACAAAAGAATTTGGAAAGTACCATCCTTTCCTTAGAAAAGGCCCTGGAGGGAAAAAACCATGAGATAGTAACTGAACAAAACCTAAGGACTCAAACTCTACAGGATTGTGAAGAGGAATGGAGATGTAAATTTACTGCAAGAGAGGAAGAACTCTTTAACTTGGAAGAAAAATTGTCAAAAGCTCTCATTGAGAGAGATTCAGAAGTAGCAAATTTTGAAAGTAGAGGTGATCTCTGTTTAATCAAAGAGATTGAAGCTCTGAAGGAAAAGGTTCAGGAGCTTGAGAGAGATTGCAATGAGCTTACAGATGAGAACTTGGAACTTCTGCTTAAGCTAAAAGAAGACACAAAGACTCCTCCAACAAAAAGTGTCTATTTCAAATCTTCGCTCAACAATTGTCCATCTCATAGATCACCTGTTGCTTCTGAAGTCGAAGAAAGCGAATTTAAGTACAAAATGCGTCAGTTTGATGAGGAGATAAAGAATGAGGAAATCCCTATTCAAGGAGTTGCCACAAAGTTTCAGAATTCTGAATCACAAATTGCCATTGATAAGTTTGAACTGCTCCCTGCATTGTTTGAACAGCTCCAACTTTTCCTAGTGAATGTCAAGAAGCAACAGCAGAGTCCTTGTTCACCTCTAGCTTTGAACTGCACATATGCCGTCAAAAACTCGTATAGTTTGAAATGTACGGATTTGACTACTCGAAAAGATATCGAGGAAGCTGCGTTGGACAACTTGGTTCAGCTGAATAAATTGTTTGGAGCAAAAGTAACTCTGTGTGATGATTCTTACAAGTTCACAAGTGCTGTTGAAGTACAAAATAAACTGGAGGCTGACAATTTGGAAGACAATACAATTTGTGCGTGTAGTCAAGGAATCAACTGTTTAAATAAGGAACTGGAATCCACAATTGCAGATCTGAGGAAAGAATTAGTGGGCAAAAATTCTCTGATAGAAAAGCTTAATGTCAACCATTTGCTGAAAGAAGAAGAGATTGGAGATTCAAGACGTCGTCAAAGGGACTTGGAAACTCATATTTCTGATCTTCAAAAGATAATTGAACAGATGGAAGAAAATATGGAAGTCATGCAAAGACAGAGTAGTGTTACCTCAAAATGCTTGGACAGTTTGAAAAATGATTTGATGGTGCAAAGCAGTAGCATGGAATCCCACATTTCCAACAAGAAGCTACTTGAAAGGAAATCACTGGAGCTAGAAACTACCAAATGTGAGTTAGAACTCCAAGTATCTGAACTAGAAGAAGAAAATGTGCTTTTATCCGGACGGATATCTGGTTTGGAAGCTCAGTTGAGATACTTAACCGATACCGGGGAGGCAAGTCGGTTAGAATTGCAGCATTCAGAATCACATGTTAAGAATCTCAAGGATGATATAGGAAGATTGGAATACGAAATGGAGGCACAAAAGGCTTGTATGAAACAGAAGACAGAGGACATGCAAAAGCGGTGGTTAGAGGCTCAAGAAGAGTGCGTGTATCTGAAAAAGGCAAATCCAAAATTGCAAGCAACTGCAGAAAGTTTGATTGAAGAATGCAGTTCACTCCAGAAATCAAATAGAGAGCTAAGGCAACAAAAGATCGAATTGCAAGAGTATTGCACAGTCTTGGAGGTGGACCTCAAGGAATTGCGAAGTAGATTCTCTGACTGCTCAAAAGAGATTGAATCTTTAGAAGCAAAATTTTCTGCAATTGTGGAGGAAATGTACTCAAAAGAGAAAAACTTGAATTCAGAACTCGATGCTATCTATCAACAAAACAAAGAATATGAGAAACTTGTTCACACGGAGGGCTTTTTTAATGAAACTTCCTCAGATAAGTCTGCTGAAGTTCAACATCTTCAAAAATTTCAAGGGAATTTCAAGTTGTCTCAGAACAAGGTCGAAATCATACAGGTGGATTGTGAAACAAATATACTAGCTCTGATGACTGAGCTAGCGGCTTCCAAAGAAAACCATGAAACTCTGGTCACTAACCATGAAAAGCTCCTAGGGCTGTTGGAAGATGTCAGATCTAATGAAGAGAAACTCAAAGGCATCATTGACAAGCTTGAATCAGAACTGAAATCATCTGAACAAGAAAGACTACAACTCGCTGAAGAAATTTCCTCCCTGAAAACACAATTGAAGAAAGTACCAACTCTTCATGATGAAGTTCTGTCCCTTAAGGGTTCACTCTATGGGACAAAATTTGAAAATGAAAGGCTGCAGGCCTCATTAGACTTATTATCTGGTGATTTTGAAGAATTGAAGACCGATAGAATCAATCTTCTTCAAAAAATCTCTAGCATGCAGAAAGCCATCTTGGAATTGGAGAACTGCAGACGAAGTAAGGTGGCCTTAGAGGAAAAGATTTTACGTATGGAGGGGGATTTAACTGCAAGTCAAGCGTTATGCTCCCAGGACGCTGAGCTGAAAAATGAGCTTGGCCGAATTAAGAGAGTGAACAGCCAATTTCAGTGGAAGGTAAAGCAACTTGAAGAAGAGAAGCAAGAGTGGCTCCAGAAAGCTAAAGCCCTAGAACAGGAGCTGAAGCAGAATAATGAAGTAAAACAGGAACAAGTTGGGCCCAGTGGTAACCCTTTCCTTGTAGACCCTGGATCATGTGGTACAAATGATTGTATCGATGAAGACTGCGAGCACTCGGAGAAAAGTGAAGAGGCTAACTTCTTCCAATTAAGCAAAGATCAATCAGAGGATTCGGAGCTATGCACAGGGACTGATCAAGGACAACTTTTAGAAGATGGAGGAATGGATCAGCACCAAAGACAGGACAATAATGGACAACATGCTAACGCTCCAAGTTCTCCCAAGATAGCAGTTGATACAGTGTCAAGAATTACATATCTTGAGAGTGAACTTGCTGAGGCCTTGGAGGCTAATAACATGTATAGAGCGCAACTAAAGAGTTTTCTGTCGGGGACGCAAGTTGATCATTCCGATACTCATGAGAACCTTGAAGCCGAAAATTATGCAAACAACAAAGAAGAAAAGAAGCAGAAGGCAGATTTGCTGGAGGCAGAATTGAGAGAAATTCGTGAAAGATACTTGGAGATGAGCCTCAGATATGCAGAGGTAGAGGCTCAGCGGGAGCAACTTGTTATGAAGCTCAAGACTGTAAATAGTGGGAAGAGGTGGTTTTCATAA
Protein:  
MEGQSPSEESVVDCGGRREDCGEKLGLKFAEDGGNSGLSYILYSVKEKFGPGEKYSEFTITPRRRVPKGWDRLYVSLLSNETGKTANKSGKAYVRNGTCQWTETLSESIFISQDETPKEFQQFFYKLVVGMGSARSSILGEATVNLAGYMGSRASIPVSLPLKNCNHGTTLQVEIQCLTPRIKHGDEKLNHSNSFTEDANSDYDDVDNKSEVSLGGSSSSNPLDGTSHPGDLGSRETSFSASGSHYSFDSIEGSLGRESMSPQNSTSGIIKHVVGRHDSGSGRHPNQREEFGQISHGIMASPLQNSGSSANTMESEVTAMEELKAEARMWERNARKLMLDHELLMKEFSDQSKQLANLEVELSASRRECDGLKKEIEHLKVLLEKSMDKQKTIDNFKFQPTDVGDIQKVLEDEIKFQKVSNHDLTLQLKKTQESNIELVSILQEMEETIENQKKEIEKLKSKFEHSGSFGQEGNGEVNSREEVSAEKMRKASCDSDLEGSTVEHPITELHAEFEQEDNWSLELQQLRESQKNLESTILSLEKALEGKNHEIVTEQNLRTQTLQDCEEEWRCKFTAREEELFNLEEKLSKALIERDSEVANFESRGDLCLIKEIEALKEKVQELERDCNELTDENLELLLKLKEDTKTPPTKSVYFKSSLNNCPSHRSPVASEVEESEFKYKMRQFDEEIKNEEIPIQGVATKFQNSESQIAIDKFELLPALFEQLQLFLVNVKKQQQSPCSPLALNCTYAVKNSYSLKCTDLTTRKDIEEAALDNLVQLNKLFGAKVTLCDDSYKFTSAVEVQNKLEADNLEDNTICACSQGINCLNKELESTIADLRKELVGKNSLIEKLNVNHLLKEEEIGDSRRRQRDLETHISDLQKIIEQMEENMEVMQRQSSVTSKCLDSLKNDLMVQSSSMESHISNKKLLERKSLELETTKCELELQVSELEEENVLLSGRISGLEAQLRYLTDTGEASRLELQHSESHVKNLKDDIGRLEYEMEAQKACMKQKTEDMQKRWLEAQEECVYLKKANPKLQATAESLIEECSSLQKSNRELRQQKIELQEYCTVLEVDLKELRSRFSDCSKEIESLEAKFSAIVEEMYSKEKNLNSELDAIYQQNKEYEKLVHTEGFFNETSSDKSAEVQHLQKFQGNFKLSQNKVEIIQVDCETNILALMTELAASKENHETLVTNHEKLLGLLEDVRSNEEKLKGIIDKLESELKSSEQERLQLAEEISSLKTQLKKVPTLHDEVLSLKGSLYGTKFENERLQASLDLLSGDFEELKTDRINLLQKISSMQKAILELENCRRSKVALEEKILRMEGDLTASQALCSQDAELKNELGRIKRVNSQFQWKVKQLEEEKQEWLQKAKALEQELKQNNEVKQEQVGPSGNPFLVDPGSCGTNDCIDEDCEHSEKSEEANFFQLSKDQSEDSELCTGTDQGQLLEDGGMDQHQRQDNNGQHANAPSSPKIAVDTVSRITYLESELAEALEANNMYRAQLKSFLSGTQVDHSDTHENLEAENYANNKEEKKQKADLLEAELREIRERYLEMSLRYAEVEAQREQLVMKLKTVNSGKRWFS