KEGG T01016: AN2945.2

Aspergillus nidulans: AN2945.2

Entry

AN2945.2 CDS T01016

Definition

hypothetical protein

Orthology

K15429

tRNA (guanine37-N1)-methyltransferase [EC:2.1.1.228]

Organism

ani Aspergillus nidulans

Class

SSDB

Motif

Pfam:

DUF3818 Met_10 PXB PX RNA_pol_Rpb4

Other DBs

NCBI-GI:

67524975

NCBI-GeneID:

2873730

UniProt:

C8VJ35

Position

AA seq 1949 aa
MHATNGVVDSPTPRQDGDLGYKPVLTGKQEHYLKRELIARQVQKEISELNSPTALRRFGA
PFKSDFGEVAPIDSELPILRYIFVHHVRNFPFLDQAREKEFWQDKLQVVRAVFLPLSTEP
AELTIWTQFLESFANKNVSSSEDRLEETKRRKLARKCEKLVELMMVSGIPTASGYEERIQ
FSEMEVVDRGANEKGLLVNMPEGNAINGWDINVAAVRVTSVRRTVRHHQHAEFIIRVRRN
GQPDIFVARRFGEFVKLQKRLHTEIPGRAVPPLPRKNKSSTASTLWGGSTAEDDESSLSS
VSTQDIGPPEETRLSRNSLAPSDIVQRTRSRSRSSVRKSPRSSAEVPRETVLYREEQRIS
LRAFLRTLLQNKRIAESKALEEFLTADPFVPGQEETRDMERRKEVDAIRIEEQKRFYEIA
RERAAELDVYMEKFRRDIVESNGLTKLFAEIREKPTVEDLSPQYQKFAEWLRIEVAATLY
HLFLAEDNSAELFAQAKRIHSLVPYTLLKNVIRIANPAAVMTGVLDLFLAQPFGSRSLLQ
RIFSMTLHDGIKGFQRSIDAMAAKVDDPIISQKLKAFTEADEAIKNEIRLEAAEDDVDVA
VAILRSDYLPFELSTEQIGKVFNSYVAWNHAVENVDEEMREGAQWFANVKQLLKLYTRQT
DKAKMLSIIEEPVTLQLFRDLFTIFYEPLVRVYKSANVYSSITDFAKFADDAIAVIEKCQ
RQDISADPNQTVQAFIDLCERHQSSLYKFVHEVHLHDNGLFGSLMAWIEDILQFLRNGPK
GGKLDMNALFSGAKDMGQIDPALAREEIDKLIKWHEDRKQWHLNKTRQKMAAEGTASSPF
QTKFKSSDFGLDEADLEHLAISDEDSDHSDDIDAEDEAEELDPIAVERKRRSRQQDHLRR
TAGEPVKPEVHEILKLSDSFGVLLRQSPHNSWFKRRPPQLDSFHSDHRHLSLSRDQVAPD
TGLPSHRRTYAGSPTGWYMAMQLSRATTSSEAADEESWIYTCQKDQQHRCKFFLWTSDAE
AREKLVLLSNSRTEAVPSGSSSPSPTPHTPSSKTASAQGSAEGLLTPRTGYRDYKRSRVD
NTPASASASAKARMMAEDTDEFDWSDGLQDEMEKVIESSQPLRQPQFGPPARKAPQTADV
TSPAKRKRSVDDEGAGRYGTMTPGGSVRGTGPSNQGAPFLTPSPARYRNAGQGPGVGESP
LATSSDLAVQVLRILEKHGGDVPAGAGEELRELFNRQEMKMKGVLRGRDISRAALKDKDE
QIVRLNERIATLESQLQMERTFCLMAQSTEDNTRRPRPSDLPEMFRPPVNRAMRVLDRSF
FKKTVPLSAATIFKNSDISRVRRALEQSKDILALPRLNTIQDIKQDDVVKKCLLLKETIR
HDDTATWSPTINELVDNGVVGVGPFDLTLDYDYWLHSDIISAVLPEELLEEVPQGFTQVG
HVAQLNLREQFIPWRHLIAQVLLDKNPTLRTVIRKTEDVGSQSEFRTFPYELLAGDSDMN
VIQHEQDCEFRFDFSRVYWNSRLHTEHQRLVDLFKPGEMVCDVMAGVGPFAIPAGKKKIF
VWANDLNPHGYEVMQDAVKRNKVFKFVTPFNQDGRSFIRWSARALQKYDPVTVTIQPRTK
RTRDASGQVKETQPPLEVYTRPKVFHHYVMNLPGNALEFLDAFIGVYAGCEELFEPHTKE
QLPMVHVYCFSGHSENEVDDHIDICKRMSERLEYPITVEDRVGGAGNTELELSIHNVRLV
SPNKQMFCASFRLPRAVAFRKNYSSLETCTIAGLCCKRYWVDRLFLPRSPTVGLESFPAC
ASGSLFILKISEAITIFVEPLRCTPLEAYRFRLLITMSGVNLPPATHRQRAPPQGELEAA
STLKLGADQNTHTLSLSEARLVIDKVLENKRRGGKKYEEPENLIKTLEYLSLFARFKDEE
NIKAVERLLNSHTELEMFERSQLGCLLMR

NT seq 5850 nt +upstreamnt +downstreamnt
atgcacgcgaccaacggagttgtcgactcgcctacccctcgccaagatggcgaccttggc
tataagccagtcctgactggaaagcaagaacactatctcaagcgcgaactcatcgcccgc
caggtccaaaaagagatctccgaactaaactccccaaccgcccttcggcgctttggcgct
cccttcaagtcggatttcggagaagtcgcgcctatcgattctgagcttccaatccttcga
tatatattcgttcaccatgttcgaaatttcccattcttagatcaggcacgggagaaagaa
ttttggcaggacaagctgcaagtggtgcgtgccgtgtttttgcctctctcgacagaaccg
gcggagctgacaatctggacacagtttctcgaatcatttgcgaacaagaatgtttcgtcc
tctgaagaccgactggaggagacgaagcgaagaaagttggcccgaaagtgcgagaaactc
gtcgagctgatgatggtttccggtatccccaccgcatctggctatgaggagcgtatccag
ttttcggaaatggaggtagttgaccgtggtgctaatgagaaggggcttcttgtcaatatg
ccggaggggaatgcgattaatggctgggatatcaatgtggctgctgtgcgggtaacatcc
gtacggcggacggttcgacatcatcaacatgcggaatttatcatccgcgtaagacggaac
ggtcagccagatatctttgtagctcgacggttcggcgagtttgtcaaacttcaaaagagg
ttgcacaccgagataccgggcagggcggtgccgcccctcccacgaaagaacaaatcatca
acagcatcaacactctggggcggtagcaccgcggaagacgatgagtcgtctctctcgtcc
gtctcgacccaggatattgggcctccagaggagactcgtttatcccgcaacagtctggct
ccgtcggatattgttcaacgcacgcgttcaagatcaaggagctcagtaagaaagtctcct
agatcgtctgcggaggtacctagagaaactgtgctctaccgagaagagcagcggatttcg
cttcgcgcgttccttcgtacacttctacagaacaagcggatagccgagtcaaaagcttta
gaagaattccttactgcagacccgtttgttcctgggcaggaagagacgcgtgacatggaa
cgacggaaggaagtcgacgctatcaggattgaggagcaaaagcgattctacgagattgcc
cgtgaacgggcggcagagctggatgtgtatatggaaaaattccgtcgagatattgtagaa
agcaatgggttgacaaagctttttgccgagatccgagagaaaccgacggttgaagatttg
agccctcaatatcagaagtttgcggaatggttgcgcattgaggttgcggctactctgtac
catcttttcctggccgaagacaattcggcagagctcttcgcgcaggccaaacggattcac
tccttagtgccctataccttgttaaagaatgtgatccgcatcgccaaccccgccgctgta
atgactggcgttttggacctcttccttgcccagcctttcggctcccggtctcttctgcag
cgaatattctccatgacattgcatgatggcattaaaggattccagcgatcgatcgatgcc
atggctgctaaagttgacgatcctatcatctcgcagaagctgaaagcgttcaccgaggca
gacgaggctatcaagaacgagattcgtcttgaggctgccgaggacgatgtggacgttgct
gtggctattctgcgatcagattatctgccatttgagctgtcgaccgagcaaattggcaag
gtctttaattcatacgtcgcctggaatcacgctgtagaaaatgtggacgaggaaatgcgg
gagggcgcgcagtggttcgctaatgtgaagcagttgctcaaactatacacgcgacagaca
gacaaggcgaagatgctcagcatcatcgaagaaccagtgacgctccaactgttccgcgat
cttttcaccatcttctatgagcctttggttcgagtgtacaagtcagcgaatgtttacagc
agtatcaccgatttcgccaagtttgctgacgacgcaatcgctgtgattgaaaagtgccag
aggcaggatatttccgccgacccaaaccaaactgttcaagcctttattgatctctgcgaa
cggcaccagagtagtctctacaagttcgtccacgaggtccacctgcacgataacggactg
tttgggtccctgatggcatggattgaagatattcttcaattcctgcgtaacgggccaaaa
ggcggcaaactcgacatgaacgcgctgtttagcggtgccaaggacatgggtcagattgac
ccagccctcgctcgtgaggagatagataaactcataaagtggcatgaggatcgcaagcag
tggcacctcaacaagactcgccagaagatggccgctgaaggaacggctagttctccattc
cagaccaagttcaaatcgagcgactttggtttggatgaggccgaccttgaacatctcgcc
atttccgacgaggattctgatcactccgatgacatcgacgccgaagacgaggcagaagaa
ttagacccgatagctgttgaacgaaaacgacggtcccggcaacaggaccacttgcgccgt
acagccggagagcccgtcaaaccggaagttcacgagatcctcaagctgtccgactcgttt
ggtgttctgctccgccagagcccgcacaattcgtggttcaagcgccgaccgcctcaactc
gatagtttccatagcgaccatcgacatctttcactgtcgcgcgatcaagtggcaccggac
accggcctcccctcgcaccgccgtacctacgcggggtctcctactggatggtatatggcg
atgcaactgtcccgagcgaccaccagctctgaagctgcagacgaggaatcatggatttac
acctgccagaaagaccagcaacaccgatgcaagttctttctgtggactagtgacgctgag
gcccgcgagaagctagtgctcctatcgaactcgcgcaccgaagcagttccttctggatcc
tcgtctccaagcccaacaccgcacactccatcctcaaagactgcctctgcccaaggaagc
gcagagggtctattaacgccgcgaaccggctacagggactacaaaaggtcgcgagtggat
aacacaccagcaagcgcaagcgcgagcgccaaagctcgcatgatggctgaagacacagat
gaattcgactggagcgacgggctgcaggatgaaatggagaaagtaattgaaagcagccag
ccactccgacagccgcaattcggacctccggcgcgcaaggcaccgcagacggcagacgtg
accagtccggcaaagaggaagagatcggttgacgatgagggtgcgggaagatatggtaca
atgacgccgggcggttccgtgcgtggaactgggccaagtaatcaaggagcgccgttcctc
acgccctcaccggctcggtatagaaatgctggacagggtccgggagttggggagtcgccg
ctagcgacatcgtctgaccttgcggtgcaagtattgcggatactagaaaagcatggcggt
gatgttccggctggggcaggggaggagttaagagagttgttcaaccggcaggagatgaag
atgaagggcgtattgcggggacgggacatatcgcgggctgcgctgaaggacaaggatgag
cagattgtgaggttgaatgaaagaattgcaacgttggagtcacagctgcaaatggagcgc
acgttctgtttaatggcccaaagtactgaggacaacaccagacgtccgcgcccgagcgac
ctccccgagatgtttcgaccccccgtgaaccgcgcaatgcgggttctggatcgatcattc
ttcaaaaaaacggtaccgctctccgctgcgacaatattcaagaattcagacatctcaagg
gtgcgacgggcgttggagcagagcaaggatattctcgcattaccgcgcttgaatacgatc
caggacattaaacaggatgatgtcgttaaaaagtgcttactgcttaaggagaccattagg
catgatgatactgcgacatggtcgccgactattaacgagttggttgataatggggttgtt
ggtgttgggcccttcgatctgacgctggactacgactattggcttcactccgatattatt
agtgccgttctaccggaggaactactcgaggaagttccgcagggctttacgcaggtggga
catgttgcccaactgaacctccgcgaacaattcatcccgtggcgacaccttattgcacag
gtcctcctggacaagaacccaacgcttcgcaccgtgatcagaaagaccgaggatgtggga
tcgcaaagcgagttccggacgttcccttacgagctccttgctggtgactcagatatgaat
gttatccagcatgaacaagactgcgaattccgctttgatttctctcgcgtatattggaac
agccgcctccatacagagcaccaaagactcgtggacctattcaagccaggcgagatggta
tgcgatgtgatggctggcgttgggccatttgcaatccccgctggaaagaagaagattttt
gtctgggccaatgacctcaatccgcacgggtacgaggtgatgcaggatgccgtgaagagg
aacaaggtcttcaaatttgtcaccccgttcaaccaagacggaaggagcttcatcaggtgg
tctgctagagccctccaaaaatatgacccagtgacagtgaccatccagccaagaacaaag
cggacgagggacgcctccggtcaggtgaaagagacccagccacctctagaagtatacacc
cgtccgaaagtctttcaccattacgtgatgaacctcccgggaaacgcccttgagttcttg
gacgctttcattggcgtctatgcgggttgcgaggaactgttcgaaccacacaccaaggaa
cagctccccatggtccatgtgtactgtttctcaggccactcggagaacgaagtcgacgac
catattgatatctgcaagcgcatgtccgagaggctggaatacccgataacagtagaggac
cgcgttggaggagctggaaacacagagctggagctttctatccataacgtgagactggtt
agccctaacaagcagatgttctgcgcgagtttccgacttccccgcgcggttgctttcagg
aagaactatagcagccttgaaacttgtacaatcgcgggcttatgctgtaagcggtactgg
gttgaccgcctttttctgccgcgatcgcctaccgtgggcctggagagttttcccgcctgc
gcatcaggttcactattcatcctcaagatcagcgaagccatcacaatctttgtcgaacca
ctccgctgtactcccttagaggcatacagattccgacttctgatcaccatgagcggcgtc
aacctccccccggctacccaccgccagcgcgctcccccgcagggtgagctcgaagctgcc
tcaacactcaagctcggcgcggaccagaacacgcacacgttatcgctgtccgaagcccgt
ctggttattgacaaggttcttgagaacaagcggaggggagggaagaaatatgaggaaccg
gagaacctcataaaaacgctggagtacctctcactttttgcccgattcaaagacgaggag
aatatcaaggcagttgagcgactgttgaactcgcatacggagttggagatgttcgagagg
tcacagctcggatgtttgctgatgcgttaa

All links

Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (14)   

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