|
|
Properties
| Property Name | Value |
|---|
| Locus tag | Naga_100183g1 |
| Gene biotype | protein_coding |
| Gbkey | Gene |
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| KK037251.1 | supercontig | KK037251.1:5950..19050 + |
Analyses
This gene is derived from or has results from the following analyses
Annotated Terms
The following terms have been associated with this gene:
Vocabulary: Biological Process
| Term | Definition |
|---|
| GO:0009056 | catabolic process |
| GO:0006464 | cellular protein modification process |
| GO:0006139 | nucleobase-containing compound metabolic process |
Relationships
This gene is member of the following syntenic_region feature(s):
This gene is orthologous to the following gene feature(s):
The following polypeptide feature(s) derives from this gene:
The following mRNA feature(s) are a part of this gene:
Sequences
The following sequences are available for this feature:
protein sequence of rna8986 >rna8986-protein ID=rna8986-protein|Name=rna8986|organism=Nannochloropsis gaditana|type=polypeptide|length=4335bp
MSSSLTLWREKLAFESPSLPLPLTPVAPSVSQTLWARTLGELALRGSGED
EEPCGQGDSGVFDLYAWLASEVEGGRCHGQPKGHGEEVLLLNLSALSAAV
AVACPRRIEERVEGKGEGGRPLAKAQARAEAAGCRALQALGFLPSGPDPP
VHDQASRSLPAPSPALQAAAMDLASRLLRTLPSSRTVDLLPHLLEQAVPA
ALAPLRSPSSPAAGTSPATRVLRAIDLALGDLLKAASCTGSGPFSGTCLS
RAVATRLLQGALGMLARSSPFADFTPLVDEELEGSDEVGVALGKHRGLAL
SLIGKILRLLPPPARTLAHSPSPSSSSDSDHYEAQSTLLLLQEARTLLVH
ALRDPIPAIRPRALQTLALFRLLVDDHCLQYAPSCGSEAVGDVLLLQVEP
VASACSPFQRTPEFVRRLFDYLIGVGGEHPEADSEVAQGREQGKAQRARQ
TRSASSEALSRAQKRGGGDTGVAKVGMAGSGKGGEGGGDPADDEPFFQWL
RSLCLDAMTGVLRIPSFADTAAGEASHSLAVSLLETCLGQADDGVLKSSW
RGDNVAIWGNFPSPSSLSKQVQRPEHPMNRAARRLRAQAGRSLRSPALWA
VWELARLLVWGRLKTHVGGPGATFATLERAMAKIQIELMQDKKKDGALLR
RADLLVTFLGAFERHIANVVEGSEGRDVGSQYLARKMQGHVTNIEIDRGD
GEGSQASERYGNCARDVPCQVQEAKPVGGAERTQPGGQCEYPSSVRIALP
PPSKKTEAFFLANKRVCWDWLARVRPMLVRVSLSLEGCQEQGVEYAFKRL
VDLASVAKQRGPKSSSITVPSPSVPLSVSPVSFQDVEELAVEVAVAVTEH
FKESGVEMLQGLERWLAALQRSNSCPSLSASSTALALPTSLVWLQGLQLM
AQGRYEDALRRWIGGVFFHEGFNTLLTAFTSSSLSQSQVSQAKDMKRSIV
VTASVKAQASLTAWLLLQQAQTPAVLQTIMDRSVLCYCRLGDWRGLGVFL
QAVQALHVVLSAMVGEEIEAEGVLSAMQGCGCNADRMKGGGSDDREGKKW
KRVIEKRGRLQEGEEAFLEDDREERDAVEKAGKIPSWVLSALVPRVESAW
IQTWMRVDGQGCSLLFAQAQWGEKGLGAYETVNLGESSTRKATICKDGTP
SLPTSTRRPNLSAQGWMEVFSFLQQHRQSSSGFSRYPSPPNLASEMALAT
CLDETLELLMDESHHNHADALRAIATQTPRLLEGLTAPLAVPSALPSAFN
SLSYTLYANSGHLSSPLLTDIACLSTFSSVLRREGEDGSEIISSRRPPTA
FSWLLSSPHAVTSSSDLSSSPSYSFVFPSSTVAEDCRCDNVSGDSWLHLH
RTALVLKAVTRLHEQGLSAGSSAHSMSQTRVEDTSYDLSLDLARIRTAWL
HAARRERNVGLCKELIQELESPTSSSLSPSSLDWFLRVRYEEVQVNFLET
NGIHQLGACIASLLVIASALLLSEPGLASVSSTRDPLAPSPLVQLEGWEG
SGTRMGKSGCSTDWLRLAKDSELSGLAKLLCSGEETRDRGKTEKMRRHWG
YRCLVRASQWLQQYHDQHRYASQSARFPFPGPSSALQQRTNKPWPAPAFE
ATCSSNTAPYALPSDTPSESVFAYDPPETQQPAPVRSHSLCDSSPPWFYA
LFFTHANSNAEELAGRCLELAAQVVSPKSRQWGKAWRLWGDWLYRRAKAL
STNQTTHDNARNPQQLERQKQIQLNAWKTHQNSMPDLVQLSEELIKHENP
EGNPSRARREAVQTLLMETILSEEREEDGLGEEGVLSVSAVKKAGCERGG
NNAALIARLREAIRRLRRERREARVQALEGSVDAYCRYLQVGEKSCTGLG
DSGYSALRALSALRILKMLARLPSAALQPSALMGTQLEPSTCCSSLLRRS
LTAMPLNPWQALVPQLLIRLAILPEASFQSLLPLFERLVASAPQEIAWTL
TVGCAELERSRTSQSFALSPISVSTPVHKQTKDMAVSVARARWLFLKSFL
QERHPDLIQDVAVFTEALTSLGQLWDERWLVYVSERWHVKGLQGRLRSLS
REGERLARNPTLPESEKGRIVCERYAAMLLPLFVEAQTLAGETGCGMVDD
KDGHQDFSGSPDASSSAHPSALEVHSSSPHNCAFAKKWRPRVMEVLALLQ
CAPDTAAAMDPMSHVWPVLEKFKRDIITAVAGEEGRSRKKSGTDVEPGPT
TQHQGRQLRAEAVTPQLLSLLAKGNLQHVEMPGTTRPTFFDESQGRGVAV
QMVGIGGHGIITVLKTKTRPKKLSLLGSDGREYTYLLKGRDDLRLDERLM
QLLVTVNSVLHVRAQTPRTEKCALGSAVLRGLRARHYAVLPLSASAGLVQ
WVGGTTPLFSLYKSWRLRAVRGERLLLESQQQIQQAIHQREKQQQQQVVQ
AQEEDSSIDIEKRGKRKKTTAERRERRKRQQDRERRRRLGEKGVEREIST
ERARKPLLWAPSATFEELEKGARRQKGRAAKTKKDSSTSGGSGTLPEPSV
EDKSDNVKTSSRECSFHVSESRGNRGQHRVEEKEEEARDDEDENEEEDDL
ESAPAALFYAELVPELARQGLDLRSTAASHRGEWPHSVLRTVYDRLVAQS
PRHLLEVELVAGSLGAEDLWQRRQVLARSLAVMSVLGAVLGLGDRHLNNL
LWDGRRAELLHIDYTVCFDRGLRLRVPEVVPFRLTPVLVAALGPLGVDSG
AFVNGMETVLRGLRGHKKLLLSVLETLAHDPLVNWEDILGVRGNGGGGRG
HQGPKQLHQHALDAIVTLKLVALRVGETRTLLRDRVLQIKKGFAALQALL
DRVRNAREGWVAEENEIFRSRPVLRDSKLLVEGTMLGQKRADLAGRLVSL
QLQAEDQGRSALVLDASRRDLDKALHKAAAQLKRRWEYQVWAVQQVLWKG
QDRAMDGKEGKGLGREVDGVRLRSEDGRLVEKVSSSLRNNIQRILLPANG
SAKGAVYELERDEGDPFSIAPGLLGRGLQPQYCLLSRGASSLLPPPVGEE
ECAYHDQFIEACRSEDARLGKYLRVLETALERVLEPMRAYSSLVRDTLSI
EPDEYVGRSLTRRWLRVVGAQQERMRLLITFSSTMESSAAADSGGGDGGI
LSCGPSIAGWAMVEAGPEEALEEVWPAWQRPRAGMKANEERLRRAEADTA
WADNLQAALRVAVERREALVSEESCHRESEGRGTSFDARKRREQQDKDLE
AAKDRLKVAVRALCKASNLAPISEGKRNHARLHQVYEQRAMHRFLLERVV
SPLDSTWGWMRSLENFEVEVASTPSNGVVDRRAGLVKEIQRRLSHLEVLV
KEVLVPGIGRVEEEIKRGNTGERLTALRTETLATLRRVYSLAERNEIQAL
VGALSRQERGGENCTAQGQVIGKENEHGSSFAEVTADAKLLYEAWQRGKE
MVLDAVGKRAQQLVESELVGDADSLAASFSSLSLIDTLSLPASTRDAWTA
WRKQVEDLEAACKALLASPSVSTLPLRRLGMFVEGIFDRLEKADFWSQAL
RPPPFSAAARSDFVGEGVQGVPEYWPWLGEGTATSMLQLERILTTSQVMT
VWMHQEESSGESGERGEIDSSHARTQGGRTEWRVAALDRLLADSMQRLLS
ITVGVPVRLATRSLVDRVMRVLGVSAPDLLERVASTREVQQVAAPHLVEV
SPRARWKSLIGAFDAYASSQATTAATQDVDSASAPYSAACQALATVSELV
QSLAVQEASSLAAAEAMRKAEEMESTLARSLTRLEWDLDGDFQVLAAAKS
VGVTVLGAEGLLASSAIYVPHTPPSQRRSFLLQCLAGAVVTLAQVLSVER
SDLWDQAEEERGEEKAPASFLAPSTKGSDNVSPPSFVPSFLSNARPASRD
ESSRHLDAWLKRKQDLMRLARGNKGSTNSGGRSLSSDEALVEWDSKTKAL
VSCVEAASTGARAILLAAEGVLDFERSRVDMRGVEPGTDSQDAALWALVS
QHQGALAPVIEKRKAQAGCLREMGRAKADMAVLEREANAVDRRMVEMGER
RRAWMEEEHVIQADVRTSLRRLAAELRDCPSSCLSSPPTHPEPPPLPSAQ
EPSSRTWSSSTGSAGARLLDVGMLKSIVRATQASTSTASREASVLLRRVH
EDALFLLRSTQALEAEAGALAFLLESSCIAPGDGQKDESGRGGSSNQQGP
PVDELTGPEAWATALESLLEGVESMGGEDHVLGLAGKFGACLEELEDLAE
DANDAAKVAVAKNGEGSETEDSVSEPEEEEEDKEIGGKGQEKIDKMGCDR
RNEELRTGEHLPMYDVPDTEREHPSPAALGALRKVQAKIEGRSVGNNADD
PRKALEIRQQVDKWIREATDPDRLCVLFEGWMPFV back to top
|