CDS
Accession Number | TCMCG041C15114 |
gbkey | CDS |
Protein Id | XP_010260815.1 |
Location | join(5432629..5432934,5433077..5433223,5435592..5435690,5438874..5439002,5439120..5439212,5439324..5439389,5445447..5445536,5445632..5445709,5449073..5449182,5450093..5450213,5450312..5450404,5464452..5464500,5466555..5466658,5466739..5466807,5468375..5468518,5468618..5468725,5468942..5469055,5482563..5482641,5488089..5488135,5488212..5488285,5488376..5488478,5488627..5488761,5488842..5488940,5489012..5489053,5492492..5492671,5492827..5492874,5493128..5493178,5495198..5495281,5495360..5495434,5495549..5495733,5495835..5495937,5503450..5503566,5504740..5504832,5507274..5507432,5507508..5507561,5508020..5508133,5508287..5508364,5508509..5508658,5508730..5508801,5514233..5514388,5514501..5514554,5514740..5514827,5514908..5514984,5515109..5515237,5517113..5517175,5517442..5517628,5517712..5519021,5519157..5519231) |
Gene | LOC104599796 |
GeneID | 104599796 |
Organism | Nelumbo nucifera |
Protein
Length | 2066aa |
Molecule type | protein |
Topology | linear |
Data_file_division | PLN |
dblink | BioProject:PRJNA264089 |
db_source | XM_010262513.2 |
Definition | PREDICTED: nuclear-pore anchor isoform X3 [Nelumbo nucifera] |
EGGNOG-MAPPER Annotation
Sequence
CDS: ATGCCGCTGTTCCTCTCGGAGGAGGAGTTCCAGCGATGTTCTCATGATGCTTCTCTCGTTGCTGAGAAGGCCGATTCCTTCATTAGAGATCTCCATCGCCAGCTGGAGACCGTAAAAGCTCAGGCAGACGCCGCTTCGATCACCGCCGAGCAGACCTGCGCCCTCCTCGAACAGAAATACATTTCTCTCTCTTCAGAGTTTGCTAAGCTTGAGTCCCAAAATGCCCAGCTCAATGCTACTCTCGAACAAAAGGTCTCAGAGCTTGCCGAAGTTCAGGCCGATAAACACCAGCTTCACCTGAAAGCTATTAGCAAAGATGCAGAGATTGAGAAGTTGTCCATTGAAGCTTCCGAGCTTCATAAGTCCAAGCGTCAGTTGCTTGAATTGCTGGAGCAGAAGGATTTAGAGATCGGCGAGAAAAATGCTACCATTAAGAGTTACCTGGACAAGATTGTTGGCATGACAGAGAATTCTTCCCAAAGAGAGGCTAGGTTGCAGGATAGTATGGCAGAGTTGGCACATTCTCGTGATGTGTGTTCTCGTCTCTCACAGGAGAAAGAACTCATTGAGAAGCATAATGCTTGGCTAAATGAGGAATTAACTGCCAAAGTTGGCAGTCTCATTGAGCTTCGTAAAACACATGCCGAGTATGAAGCAGATATGTCAGCTAAGCTGGCTGATGTTGAGAGACAATTGAATGAATCTTCAAGCTCTTTAAAGTGGAATAAAGAAAGAGTGAGAGAGCTGGAAGCAAAACTGAAGTCTACACAGGAGGAGTTGTGCTCAATCAAAGATGCTGCTGCAACAGATGAAGAGCGCTTGTCTGCTGAAATTTCAACTGTTACTAAGCTAGTTGAGCTCTACAAAGAGAGCTCTGAGGAGTGGTCTAGGAAGGCTGGTGAACTTGAGGGTGTGATCAAGGCACTGGAGACACATTTGAGCCAAGTTGAAACTGATTACAAGGAGAAACTTGAAAAGGAAGAATCTGCAAGAAAAGAAGCTGAGAAGGAAGCTGCACAGTTGAAAGAGAAAGTTGAGAAGTGTGAAGCAGAAATTGAGAATGCTCGGAAAGCTAATGAATCAAGTCTTCTTCCACTAAGCAGTTTTGCAGAGGAAAAATGGGTTCTAGGAGTTGCAACTGATGACATGAATGGGGATAGTGACATACCTGTGCCCAGAATTCCTGTTGGTGTTTCAGGAACAGCATTAGCTGCCTCTCTTTTGCGTGATGGTTGGAGTCTGGCAAAAATGTATGCAAAATATCAAGAGACTGTTGATGCACTGAGGCACGAGCAATTGGGAAGGAAGCAATCCGATGAGATTTTACGAAGGGTCCTATATGAAATAGAAGAGAAGGCTGCAGTGGTTTTGGATGAACGAGCGGAACATGAGAGAATGGTTGAAGCATATTTTCTCATGAATAAGAAATTGCAGGAGTCGCTTCCTATGCAGTCTAATCTAGAAAGAACCATCCAGGAATTAAAGGCTGACTTAAGGAGAAGGGAACGTGAGTATGGTGCAGCAGAGAAAGAGATTAGTGACCTTCAGAAACAGGTGACTGTTCTTCTCAAGGAATGCCATGATATTCAGCTCAGATGTGGATCTATTGGACAAGCTTATGCTGATGAAGTTGCTAATGCTCTAACTGTTGGAATGACTGATGAGTCGGATGCGGAGAAAGTCATTTCAGAGCGACTTCAGTTGACTTTTAAGGATATAAATGGATTAGTTGAGCAGAATGTCCAGCTTCGAACTCTTGTACGCACTCTTTCTGAAGAAAATGAGAAAATAGAAACAGAGTTACGGGGCAAATTTGAAATGGAGCTCCAAAAGCAAAATGACGAGGCTGCTTCTAAAGTTGAAACAGTGTTAAAGAGGGCAGAGGACCAAGGGCGTATGCTAGAATCACTTCATAGTTCTGTTTCAATGTACAAGAGATTACATGAAGAGGAGCTTAAAAGTCGGGCATCTTACCCTCATTGTGCTGATACAGTACCAGCGGCCGATGGAAGGAAGGACTTGATGCTATTGCTTGAGGGCTCTCAGGAAGCTACAAAAAAGGCTCACGAACGGGCAGTTGAACGTGCTAAAACTCTGAAAGAGGAGTTGGAAAAGTCGAAGAGTGATGCTTTATCACTACGATTAGAACGTGATAAGTTTGCAATGGAAGCGAATTTTGCACGAGAGAGGCTTGATAGTTTTATGAAAGAATTTGAGCATCAGAGAGATGAAGTCAACGGAGTTCTAGCTAGAAATGTAGAGTTTTCACAATTGATAGTTGAGTACCAGAGAAGACTACGCGAAAATTCTGATTCTGTGCATGCATCTGAAGAGCTTTCTCGAAAGTTAAGTATGAAGGTGTCTGTTTTAAAACATGAAAAAGAAATGCTGTTGAATTCTGAAAAAAGGGCTTGTGACGAGGTCAAAAGTTTATCAGAGAGAGTCCATCGTCTACAGGCTAGTTTGGACACAATCCATAGTGCTGAGCAGGTTCGCGAGCGAGAATGGGCTGAAGCTAAGAAGGAGCTGCAAGAAGAACGGGATAATGTTCGAACTCTTACACGTGATAGGGAAAACACTCTAAAAAATGCCATGAAGCAGGTGGAACAAATGGGAAAGGAGTTAGCAGATGCTTTGCATGCTGTTGCTGCAGCTGAGGCTAGGGCAGCAGTTGCTGAGGCTCGATGCTCTGATATGGAGGGAAAGATTAAATCTTCTGAGAAAAAGTTTACTGGTGTTGATAGTGGAAATGGCTCTTCCATTGCCTCAACTAATGAGGTTATGCTGGACATAAACAAGGCTAAAGAAGAGATAGAAAAACTGAAAGATGAAGCCCAAGCTAACAAGGATCACATGCTACAGTACAAAAACATTGCACAAGTGAATGAAGCTGCATTAAAACAAATGGAATCAGCACATGAAGAATTTAAGGCTGAGGCGGATAAGTTGAAGAAGTCACTAGAAGCTGAAATTGTTTCACTGAGGGAAAGGATTTCGGAACTTGAAAGTGATTCTATATTGAAGTCAAAAGAAGCTGCATCTACAGTTGCAGGGAAAGAAGAGGCTCTGGATTCTGCATTAGCAGAAATGACCAGTCTCAAGGAAGAGATGTCTGTGAAAATGTCCCAAATTGTGGGGATGGAAATTCAAATTTCTTCATTGAAGGAAGATTTGGAAAAGGAACATCAGCGTTGGCGCACTGCTCAGAACAATTATGAGAGACAGGTTATACTTCAGTCTGAGACAATTCAAGAGTTGACAAAAGCTTCTCAAGCATTGGCAGTCCTGCAGGAAGAAGCTGCAGAGCTACGCAAATTTGCTGATTCTCAGAAAAGTGAAAATGACATACTAAAAGCAAAATGGGAAGGAGAGAAGTCATTGTTGGAAAAATCGAAGAATGAAGCTGAGAGAAAGTACAATGAAATTAATGAACAGAACAATATATTGCATGGTCGCTTGGAGGCCTTGCATATTAAATCGGCTGAGAAGGAGCGTGGTTCTATTAGTGTTCCATCTGGAAGCACAAGAGAAGATTCAAAAGCTGATGGTGATCTGCAAAATGTGATTCATTATCTTCGGCGATCCAAAGAAATTGCAGAGACAGAGATTTCATTGCTCAAGCAGGAGAAACTGCGCTTACAGTCACAGCTTGAGACTGCTATGAAGGCATCTGAGACAGCTCAAGCATTGCTTCATGCAGAACGTACAAATTCTAGAGCGCTACTGTTCACAGATGAAGAATTTAAATCCTTACAGATGCAGGTCAGAGAAATGAACTTGCTTCGTGAAAGCAACATGCAACTTCGGGAGGAAAACAAACACAATTTCGAGGAATGCCAGAAATTGCGTGAAGTAGCTCAGAAGGGGCGGAGTGAGATAGATCATCTAGAAACTCTTTTAAGGGAGAAACAGATTGAGGTGGATGCTTGTCAGAAAGAAATTATGATGCAAAAGATGGAGAAAGAACACTTGGAAAATAGGATTGCAGAGTTGCTTGAAAGGTGCAAAAATATTGATCCAGAGGAATATGATCGCATGAAAGATGTTTCTCAGCAGATGCAGATAAAATTGAGAGAGAAAGAAGCTGAGATGGCAGAAACTAAGACACTTGTTTCTGAGAAGCAAGATATGATATCTCGTTTGGAGCAGGACCTTGCAAACTGTCAGTTGGAGCTAAGTAAAATGGAGAAAAGGCTAAATGATGCTCGTCAAGTTGAGGATACACTCAAAGCAGATGTAGATAAGCAAAAGAAGCTAGTACTTCTCCATAAGAAGAAAATTGAGAGCGTGGCAAAGGAAAAAGATGACCTGAGCAAAGAGAAACTAGCTCTTTCCAAACAGTTAGAAGATTCTAGATCAGGAAAGAGGCCAATAGGGGATGCTACAAATGAACAAGCCTTGAAAGAAAAGGAGAAGGAGAAGGACACTCGGATACAGATACTGGAGAAAACTCTTGAGAGGGAACGAGAGGAGTTGCGGAAGGAGAGGGAAGACAACCGGAAAGAAAAAGTAAGACGTTTGAAGAATGAGAAGGCAATGTCTGATCTTGCTCAGAGAGTTGAGATGGAGAAAAAGAAGCTGGTTGATGAATTTGAGAGGATTAAGCAGGCCAAAGGGAGCCTTCAAGAGAGCGGTGGAGCATCAGTGGCTGAGCTTCCTTCTGAGATTGCTTTGGAAGACCAGTGTGCTGCCTTTGTTCGGGCTGTTGAAAGTTTACATGAGGCAGCAAATCCAACTATCAATGATGTAGCTGGAGCTCGTCCACTTCCTGTAGAGATTTCTCCAGTTGTGGATATGGCACCTACTTCAGCTGCTGGTCGTCATCTTACTGCTCCAGCTCAAGGTACCCAAATTTCAATGGGGACTATAGCAAGCCATTTACAATCTAAAACAACAGAGGAAAGAGAGAAAAGGTCAAACTTGCCAAAAAGTGGTATTGAAACCCGCAAAACAGGAAGGAAGTTAATTCGACCTCGCCTTGGACGGCCGGAGGAGCCTACAGGCGATACTGAGATGCCTGAACTGGAAGGGCCATCCAACAGTGAGGGGAAGCTTGGAGCATCTCATGACATTGAGCATTTGGGAGACCTATCTATATCTGTTCAAACGTCTGTTCGCAAACGTGTAGCTTCTACCTCGGCTTCTGAGTTACAAGAAGAGTCAGTTGCTCAACAAGAGACCAGCTCAGATATGGCAGCACCTGCACTTAAGAAGTCTAGGGGTTCGGATTTTCCTCAAGAGGATGCTGAAAGGCAGCCTTCTGTGCCTCCTGAGTGCATTGAAACACTACCAGCTTCAGAAGAGACACTTGAAGCTGTCGGTGCACTACTTCATGCCTCAAATGATGAGTCCATTGATGTTGAAAAGGACGAGGATGCAGATAATACAAAGGAGCCTGTTGAAGAGCCAAGGGGATCACCACTTGATGGCATGAATCAAGATGAACAGCAGGATGATATTAATGCTCTTTCTGAAGAGACCTTGGGCAAGGCAAAAGAAACAGAGGAGGATTTTGATGAGGGATCAAAGGACAGTGAAGGGCAAGATGCGCAGCAGCCAGCTATGGATGTTGAAGGTGAGAGGGAAGAGGGAGAGTTGATACCAGATATGATGGATCAGGAGGGTGGTGATGTGGCAGTTACTATGACCAGCCCAGAGTCGGGGGAAGGTCAACCTGAGTCTGCAATGGTTCCTGTTGCTAGTTCAGCTTGTAATGAAGAGGAGGTTGTTACTGCCACAGAAGTCGATGTGACTGAGACTGCTATTTCTGAGGTTCTACATGAAGACAAAACCGATGGAGCTGATGTAAAAGAAGAAATTACTGAAGGCTCTGATAAATCTACTAATGATAATGACCAGGCAACCATGGAAACTGAGCAAAGTCCAAAGGCTGCTTTTGGTTCTGCTGAGAGTTCATTGTCAAGTATGGCTATGGACAGTACTGTTTCAAAACCAGTCAGTCCCAGTGTCGGGGCAGATGTTGAGCAGCCGAAAGATGTGGCAGCTGGAAAAAGTCCGACCACCATAAATTTGAATGAGAGAGCTAGACAAAGAGCCTTGCTGCGACAAGCTGGAGTTGTCTCTCCTATGACTAGAGGGCGTGGCAGATCTGGCGTTGCAATTAGGAAAGAAGGCACTCGTGGTGGTCGTGGACGTGGAAGGGGTCGTGGACAAGGTTCTGGTGATAAAGAACAGAATTGA |
Protein: MPLFLSEEEFQRCSHDASLVAEKADSFIRDLHRQLETVKAQADAASITAEQTCALLEQKYISLSSEFAKLESQNAQLNATLEQKVSELAEVQADKHQLHLKAISKDAEIEKLSIEASELHKSKRQLLELLEQKDLEIGEKNATIKSYLDKIVGMTENSSQREARLQDSMAELAHSRDVCSRLSQEKELIEKHNAWLNEELTAKVGSLIELRKTHAEYEADMSAKLADVERQLNESSSSLKWNKERVRELEAKLKSTQEELCSIKDAAATDEERLSAEISTVTKLVELYKESSEEWSRKAGELEGVIKALETHLSQVETDYKEKLEKEESARKEAEKEAAQLKEKVEKCEAEIENARKANESSLLPLSSFAEEKWVLGVATDDMNGDSDIPVPRIPVGVSGTALAASLLRDGWSLAKMYAKYQETVDALRHEQLGRKQSDEILRRVLYEIEEKAAVVLDERAEHERMVEAYFLMNKKLQESLPMQSNLERTIQELKADLRRREREYGAAEKEISDLQKQVTVLLKECHDIQLRCGSIGQAYADEVANALTVGMTDESDAEKVISERLQLTFKDINGLVEQNVQLRTLVRTLSEENEKIETELRGKFEMELQKQNDEAASKVETVLKRAEDQGRMLESLHSSVSMYKRLHEEELKSRASYPHCADTVPAADGRKDLMLLLEGSQEATKKAHERAVERAKTLKEELEKSKSDALSLRLERDKFAMEANFARERLDSFMKEFEHQRDEVNGVLARNVEFSQLIVEYQRRLRENSDSVHASEELSRKLSMKVSVLKHEKEMLLNSEKRACDEVKSLSERVHRLQASLDTIHSAEQVREREWAEAKKELQEERDNVRTLTRDRENTLKNAMKQVEQMGKELADALHAVAAAEARAAVAEARCSDMEGKIKSSEKKFTGVDSGNGSSIASTNEVMLDINKAKEEIEKLKDEAQANKDHMLQYKNIAQVNEAALKQMESAHEEFKAEADKLKKSLEAEIVSLRERISELESDSILKSKEAASTVAGKEEALDSALAEMTSLKEEMSVKMSQIVGMEIQISSLKEDLEKEHQRWRTAQNNYERQVILQSETIQELTKASQALAVLQEEAAELRKFADSQKSENDILKAKWEGEKSLLEKSKNEAERKYNEINEQNNILHGRLEALHIKSAEKERGSISVPSGSTREDSKADGDLQNVIHYLRRSKEIAETEISLLKQEKLRLQSQLETAMKASETAQALLHAERTNSRALLFTDEEFKSLQMQVREMNLLRESNMQLREENKHNFEECQKLREVAQKGRSEIDHLETLLREKQIEVDACQKEIMMQKMEKEHLENRIAELLERCKNIDPEEYDRMKDVSQQMQIKLREKEAEMAETKTLVSEKQDMISRLEQDLANCQLELSKMEKRLNDARQVEDTLKADVDKQKKLVLLHKKKIESVAKEKDDLSKEKLALSKQLEDSRSGKRPIGDATNEQALKEKEKEKDTRIQILEKTLEREREELRKEREDNRKEKVRRLKNEKAMSDLAQRVEMEKKKLVDEFERIKQAKGSLQESGGASVAELPSEIALEDQCAAFVRAVESLHEAANPTINDVAGARPLPVEISPVVDMAPTSAAGRHLTAPAQGTQISMGTIASHLQSKTTEEREKRSNLPKSGIETRKTGRKLIRPRLGRPEEPTGDTEMPELEGPSNSEGKLGASHDIEHLGDLSISVQTSVRKRVASTSASELQEESVAQQETSSDMAAPALKKSRGSDFPQEDAERQPSVPPECIETLPASEETLEAVGALLHASNDESIDVEKDEDADNTKEPVEEPRGSPLDGMNQDEQQDDINALSEETLGKAKETEEDFDEGSKDSEGQDAQQPAMDVEGEREEGELIPDMMDQEGGDVAVTMTSPESGEGQPESAMVPVASSACNEEEVVTATEVDVTETAISEVLHEDKTDGADVKEEITEGSDKSTNDNDQATMETEQSPKAAFGSAESSLSSMAMDSTVSKPVSPSVGADVEQPKDVAAGKSPTTINLNERARQRALLRQAGVVSPMTRGRGRSGVAIRKEGTRGGRGRGRGRGQGSGDKEQN |