KEGG T02443: 101168786

Oryzias latipes (Japanese medaka): 101168786

Entry

101168786 CDS T02443

Definition

uncharacterized LOC101168786

Orthology

K11422

histone-lysine N-methyltransferase SETD1 [EC:2.1.1.43]

Organism

ola Oryzias latipes (Japanese medaka)

Pathway

ola00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:ola00310]

SSDB

Motif

Pfam:

N-SET RRM_1 RRM_5 RRM_6

Other DBs

NCBI-GI:

432867764

NCBI-GeneID:

101168786

Position

AA seq 2055 aa
MDPDSGTESQKAVSLQWKSYKLVQDPAIRRVSQKIYRYDGVHFSVPDSGFPAVGDLRDPR
PRRLWSRYTELSLPVPKFKLDEFFVGPIPLKEVTFARLNDNIKEPFLAEMCSKFGEVEEM
EILFHPKTRKHLGLARVLFTSTRGAKDTVKHLHNTSVMGTIIHVQLDIKGQQRQKYYDLI
VNGSYTPQTVPLGGKALTDKTQFSSLQPSEMRRRLSSELVALATGVQALTSGGVTPCSND
TGYSEQRMESTPSSLVGQYTPGSSASSQGGGGTPYSSRSGTPFSQDSGFTSTRHSSYNTS
NLSSGYPHQDMLPSSSSAVSSTVGGYKVSRYPDDLQEPSVYHRGRPVYPHPTSYRPNEPP
CFPPFTGVGGPGPHMAHHSSMPPPPISNQFDQPPMSDRERERDSGGRYGAAGIGSRRSSY
HHPQDTNSSSKYHAHHSHHHSERRDERGYRRDSLGSRSGEHNHQRHRNHHHTHNHHGSSS
RRRSSHDRDRDRDKDRDNDFSNNSDPRYSSNSYRSSSNSMSPPPSSYSAYASKEPTSAPS
QGPDAASRPGGTNASERVPLPSPGADKDYHSAHHSALPPPPLPPPPLPPASVIAAAVAET
LGTLDFNQDSPVRGDQWTKPKRRPSTPPAPPKTPPPSSPTQPSVASSSNSPSSTSLPHHL
SSSSSSPPPHRDSSSPEPDSTNESLPFVYHSSSLDSRIEMLLKEQKAKFSFLASDEEGEE
DRKEVKQKGRSGSGGGRRGGQRDATEEQEHHADNRERDHRKKGERDRDGHRGRKRGKTGD
GRKSPSVPIEATLPSSSSHSPHTQPPPLEEPQPQAVISGASQEESSQTTSAEAGSKTGAL
TPPFNGQSQASPRSSGEDMEISDEEDETPTITTAVAHQPSVASGSSPSSSQAALPQSDPS
SPPPPISDSSQHFGTSMHPPVPSYPPHLPPPPPPGYSLQPPPPPGIPPLPHMELHPEYPP
QMPHHIYDYASSMELMNQYSGGTPMSFQMQTHMLSRLHQLRMSAANGTPGPGEGATADYS
SYHLHSMPPPHHPYMDQEGSGGGAHYDQDHRYMPPHMSYSYPDPQTSQIPPPGHHSIPPP
HTGWPPHVLPPHFASYMPPPGYGSILPGDGDGFRAPGEEIALLAENPHEATVQMVLASLI
QEMKNIMQRDLNRKMVENVAFATFDEWWDRKETKAKPFQTMVRGVSALRDDEKKEEKVSR
PREPLTSLVDWAKSGGMEGFSLRGALRLPSFKVKRKEPQEFEEGDMKRPRPSTPPDEDDE
AGSRRMKEADRHGAERDNKRRKKKPRSRKPWELGSEGEETSDGSSTEKEDEEEVESEKES
GDEAISADSDDESLSSSSEGSSSSTSSSSSSSEDEDEEVEQAESEGPDSMDDSTMDSTTG
KEEEGVNAAAVVSKADLKKGVTISKEDAATPTKHPLSPPYPRPPSPVVLVPPLKKRRKTV
SFSTEEMDGKVHLPAAPYSLSPSQLAGETPGKLPDAPPASGRPSQGMQLLPFASKPGEGN
ALIVPPPGRIQDSEDPKKGLHAPPHTVPAKSPVKRSTSKESPKSPALPVMVCRTVQNLPL
DHASMCRMAFEEAPPSPCVNKRGRGRSRTPSFSASSCHSFREEDGGEEETNQKLKLREQL
GASSLLQLASASTTDLSVLADVALKMDPEAGDSEETETSDEAEEQKMEVDLFSPDSLALV
MSPEGVVIILEHNYCKPPVLSAPSNNKKSVSRQDSSVLLPADLNSISGVLEAPEEVIGEA
LPARGGVEYLSDTGELSDSDDMSPAVAVTPSPKNKNETVKGLELDQEKSKKRRRADKENL
ELHSTKKQKEQPGKKQRKRKLEVHEEDVDVEELESGELSSSDSENEVIEEVRKSERLFLQ
EAGVTSHLWPKPALQPEPPEVKYENRSEFEQMTILYDIWNSGLDAEDLMLLKKTYEKLLQ
NDHNSDWLNDTHWVHHTVTNLPNPRRKKKSADGQLREHLTGCARSEGYYAISRKEKDVYL
DLDLPEQVIREVENVDTSGANRVLSERRSEQRRLLTVMGTTAVMDSDLLKLNQLKCNSTL
NNSETAVMLMSNPRN

NT seq 6168 nt +upstreamnt +downstreamnt
atggatccagacagtggtacagaatcacaaaaagctgtcagtttgcagtggaaaagctac
aaactcgttcaggacccagccatccgacgggtctcgcagaaaatctacagatatgatgga
gtacatttcagcgtgccagactctggatttccagcagtgggagatctgcgagatcccaga
ccgcgaaggctatggtccagatatacagaactctctctacctgtgccgaaatttaagctt
gatgaattttttgtgggtcccataccccttaaggaggtgaccttcgccagacttaacgat
aacatcaaggagccctttttggcagaaatgtgttccaagtttggtgaagtggaggagatg
gaaatcttgtttcatccaaagaccaggaagcatttaggcctggccagggttctgttcacc
agcactagaggagcaaaggacacagtcaagcacctgcacaatacttcagttatgggtacc
atcattcatgttcagctggatataaaaggtcaacagaggcagaagtattatgacctgata
gtaaacgggtcatacactcctcagactgttccccttggtgggaaggctttaacagacaag
acacaattttcttctttgcagccgtcagaaatgaggcgtaggctatccagcgagcttgtg
gctttggccacgggagttcaggctctcacatcaggaggcgtcacaccctgttctaatgac
accggctacagtgaacagcgaatggaaagcactccctcctccttagtgggccagtatacc
ccgggttcctctgcttcgtctcagggtggtgggggaacaccttacagctccaggtctggc
acacctttctcacaggactcgggcttcaccagcacaaggcattccagctacaatacaagc
aatttgagcagcggataccctcaccaggatatgttaccttcctcatcttctgcagtttca
tccactgttggaggttacaaagtctctcgctaccctgacgacctacaggagccatccgtg
taccaccgtggtcgccctgtttacccccatcccacatcgtaccgccccaatgagccacca
tgcttccctcctttcaccggtgtcggtggaccaggtccacacatggcccatcactcctcc
atgcctccacctcccatttccaaccagtttgaccagcccccgatgtcagacagggagcgc
gaaagagactcaggggggaggtacggggctgcggggatcggttccagaaggtcatcctac
catcacccacaggacacaaactcctcctcaaagtaccacgcccatcactcccaccaccac
tcagagcgcagggatgaaagggggtaccggcgcgacagcctggggtcccgctccggtgaa
cacaaccaccagaggcaccggaaccaccaccacactcacaaccaccacggcagcagcagc
cgcaggagaagcagccatgaccgagacagagatcgggacaaagatcgggacaatgacttc
tctaataactcagaccccagatacagttccaactcttaccgttcttcctctaacagcatg
tctcctcctccatcatcttactctgcatacgcctccaaagagccgacttcagccccttcc
cagggaccggacgctgccagtcgtccaggaggcaccaacgcttcagagagagtgcctctg
ccgtctcctggtgctgacaaagactaccattctgctcatcacagtgctctgcctcctcca
cctcttccaccacctccactcccaccagcatcagttattgccgcggccgtagccgagaca
ctcggaacgctggacttcaatcaggacagccccgtccgcggagaccaatggacgaagccc
aaacgccgtcccagcactccacctgccccaccaaagacacccccgccttcttccccgacc
cagccttctgttgcatcctcttccaactctccatcttcaacctcacttcctcatcatctt
tcctcttcgtccagctccccgccacctcatcgagactcctcctccccagagccagattct
acaaacgagagtttaccgtttgtctaccacagcagcagcctggactctcgaatcgagatg
cttctcaaagaacagaaagctaaattttctttccttgcctctgacgaggaaggggaggaa
gacaggaaggaggtgaagcaaaagggcagaagtgggagtggaggagggagaagaggcggg
caacgcgacgcaacagaagagcaggagcaccacgcagacaacagggagagggaccatagg
aagaaaggggaaagggatcgagatggtcacaggggaaggaaaagaggaaaaacaggagat
ggcaggaaaagtccatctgtacctatagaggccacacttccttcctcctcctcacattcc
ccccacacccaacctcctcctctggaggaacctcaaccccaagctgtcatttctggagct
tcacaggaagagtcctctcagacgacctccgctgaagcagggagcaagacaggagcactt
acaccacctttcaatgggcaaagtcaggcttctccacgttcttccggggaagacatggag
atctcggatgaagaggatgaaacgcccaccataacgaccgcggtggcccaccagccttca
gtcgcctcggggtcctccccgtcctcctctcaagccgcattaccacaatcagacccttca
tcccccccaccgcctatttccgactcctcacagcactttggcacttcaatgcacccccca
gtaccatcctatccccctcatttgccaccccctccgccgccgggctactcccttcaaccc
ccacctccgcccggcattcctcctcttccgcacatggagctgcatcccgagtatcctcct
caaatgcctcaccacatttacgactacgcctcctccatggagctcatgaaccagtacagt
gggggcaccccgatgtccttccaaatgcagacccacatgctaagtcgcctgcaccagcta
cgcatgtctgcggctaacggaacaccgggcccgggcgagggcgcaaccgccgactactcg
tcataccatctccactccatgcccccgcctcatcacccctacatggaccaagagggcagt
gggggcggtgctcactatgaccaggaccatcgatacatgcccccccacatgtcctactca
taccccgacccgcaaacctcccagataccacccccgggccatcatagcatacccccaccg
cacaccggctggccaccccacgtcttacctccgcattttgcgtcctacatgcccccaccc
ggctatggctctattctaccaggggatggagacggattcagagctcctggggaggagatt
gccctgctggctgagaatccacacgaagctacagtgcagatggtcttggcatctctgatc
caggaaatgaagaacatcatgcagagagacttgaaccgcaagatggtggagaatgtagct
tttgccacgtttgatgagtggtgggacaggaaggagaccaaggccaagccattccagacg
atggtgaggggagtttctgccttacgggacgatgagaagaaggaggaaaaagtcagtcgt
ccccgggaacccctcacgtctctggtggactgggcgaagagtggtggaatggagggcttt
tctctcagaggagcattacgtttaccttcctttaaggtgaaacggaaagagcctcaggag
tttgaggaaggagacatgaagagaccccgaccttcgacccctcccgatgaagatgacgaa
gctggaagcagaagaatgaaagaagccgacaggcacggagcagaaagggacaacaagagg
aggaaaaagaagccgagaagtcgtaaaccctgggagctgggcagcgagggcgaggaaacg
tctgatggctcctcgactgaaaaggaggacgaagaggaagttgagagtgaaaaggaatct
ggtgatgaagccatcagtgcagatagtgatgacgagagtctttcttcatcctctgaaggc
tcctcttcctccacatcttcttcttcgtcttcatctgaagatgaggatgaagaagtggag
caagctgagagcgaaggcccagactccatggatgattcaacgatggacagtacaactgga
aaagaggaagagggggtgaacgctgcagctgtagtttcaaaggcagatcttaaaaaaggt
gttacaatcagcaaagaggatgctgctacaccaaccaagcatcctctatcaccaccttac
ccccggccgccatctcctgttgtcctcgtgccgccgctcaagaagcgccggaagacggtc
tccttctccacagaggagatggatggaaaagtgcacctgccagcagcaccatattcccta
tcaccatcacagctggctggagaaacaccgggaaagctcccagacgcaccgcccgcctcc
ggacgccccagtcaaggaatgcagctgctccccttcgcctccaagccgggtgaagggaac
gctctcattgttcctccacctggacgaatccaggattccgaggaccccaaaaagggtctc
catgcccctccccacacggttcctgccaaatcccccgtcaaacgaagtacaagcaaagag
tcccccaaatcccctgccctgcctgtcatggtgtgccgcacagtgcagaacctgcctttg
gaccatgcctccatgtgcaggatggcgttcgaggaggccccgccttcaccttgtgtcaac
aaacgaggcagaggcaggtcccgaacccccagcttctccgcttcttcttgtcactctttc
agagaggaagatggaggagaagaggagacgaatcagaagctgaagctcagggagcaactg
ggagcttccagcctcctgcagttggcctcggcctccacaactgacctatcggtattggcc
gatgtcgctctgaaaatggaccctgaagctggagattctgaagagaccgaaacatctgat
gaagcagaggagcaaaagatggaagtggacttgttctccccagattctcttgcgttggtc
atgagtccagagggtgtcgttataattctggagcacaactactgcaaaccccccgtgctg
tcagccccatccaataacaaaaagtccgtttctagacaagattcttctgttttactccca
gcagacctcaactctatatctggagtccttgaagctccagaggaggtcattggagaagcg
ttaccggccaggggaggtgtagagtacttgtctgatacgggagagctttctgactctgac
gacatgagcccagcggtggccgtcactccatcaccaaagaataagaacgagacggtcaaa
gggctggaacttgatcaagagaagagcaagaagcggaggagagcagacaaagagaacctt
gagcttcacagcaccaagaaacagaaggagcagccaggcaagaagcagcggaagaggaaa
cttgaggtacacgaggaagatgtggatgtggaggagctggagtcaggagaactctccagc
tccgactctgagaacgaggtgatcgaagaagtgagaaaaagcgagcgcctctttcttcag
gaggcgggggtgacatcccatctttggcccaaacccgccctgcaaccagaaccgccggaa
gtcaagtatgaaaaccgcagcgagtttgagcagatgaccatcctgtacgacatctggaac
tccggcctggatgctgaagacctgatgctgctgaagaaaacctacgagaagctgctgcag
aacgatcacaactctgactggctgaatgacactcactgggttcaccacaccgtgaccaac
ttgccgaatcctcgccgcaagaagaagagtgcggatggacagcttcgagaacacctgacc
ggctgtgccagaagcgaaggctactatgccattagtcgcaaggagaaggacgtctacctg
gatctggacttacctgagcaagtcatacgggaggtcgagaatgtggacacgtcgggagcc
aaccgagtgctgtcagagaggcgttcagaacagcgccgccttctaaccgtcatgggaact
acagccgtcatggactctgaccttctgaaactcaaccagctcaagtgtaacagtaccttg
aataacagtgaaactgccgtgatgctgatgagcaatccaagaaactga

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (22)   

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