Rhipicephalus sanguineus (brown dog tick): 119385912
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Entry
119385912 CDS
T07382
Name
(RefSeq) LOW QUALITY PROTEIN: histone-lysine N-methyltransferase SETD2-like
KO
K11423
[histone H3]-lysine36 N-trimethyltransferase [EC:
2.1.1.359
]
Organism
rsan
Rhipicephalus sanguineus (brown dog tick)
Pathway
rsan00310
Lysine degradation
rsan01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
rsan00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
119385912
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
rsan03036
]
119385912
Enzymes [BR:
rsan01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.359 [histone H3]-lysine36 N-trimethyltransferase
119385912
Chromosome and associated proteins [BR:
rsan03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
119385912
BRITE hierarchy
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
SRI
SET
AWS
WW
Motif
Other DBs
NCBI-GeneID:
119385912
NCBI-ProteinID:
XP_049270113
LinkDB
All DBs
Position
3:142011710..142093248
Genome browser
AA seq
2119 aa
AA seq
DB search
MYDPESPTGQLQRSHFMDITELLAAQTLHFEKRFPRPSPALSNPPPHTVVAVMPTFASGR
HPQKEPVCLLAVLQSLLCKAVNGDSESSTNEDSKGLDKEEDDEAEPNHMAAIKVARRMTR
PRTKGKTAANAVQQGHSDGQAPSQLKGIITVDSAPKSVNDAPASGDCSDTVAKNCVVVLS
SIQDSSEHLRDGKVGDSTTTTGAKAMADDDDDTGHSVDSSMQDESSLASAADSQTSSSDA
GASMKTKQKQGRMGRATAQPPKARRRRASEEMPSFEGPATRQRSVRLRSGDKRRGTSPAQ
SCPSKKARQKKPPAAAKKQGSRAAQAKASSSKKGSTSESRETPDTEPEVDQDESMQDVSS
VDMERDAADCHVDEPHGSDIVAEGSQTLASACESGLTKAGKGLASESGASSGEPKAPSLA
NITDAVHQLPSSSAAEGPELKKLVTSALPTDVCLPGESEQQQKEPTEESIPKIQSTVCRE
SNPEVVAYEPEGGPSVVSQPEANSTTKSDEKTDAIHLHVETVPPALEKTEDSTVGASCQT
TSSPGEGKIADHRDRRYYSSPDKCGVLDSPEKGPTTPRPSRRRTRWQDAEPNTVAEPPAV
PLFDCPVLPAEPVEPVATVFTELPQHDEASIKLQDVNSLLPPPPPKAPSSPLKVPSPTTK
DRSPSLKAPSPPPKAPSPQRKETVATLDSSRPEKVKSRWRRSSELETRDTPPVPSISSPV
ACSSPPREARMLAIQEEATAAVLKESPRRRERSSPTLAPHSKDSRESRGASSREQSDSTV
SPRASKDNHRIESSSRDSKDSRDYRDSKDSRDYRDGKDSRDYRDGKENRDYRDSRDGKDS
RDYRDGKDSRDYRDSKENRDNKDRGSASSATNGSSSKSMGYEDIEENLYLFERRKTKSKK
EVRRMICDCSLTKDEKDRGIMGCEEDCLNRLLMIECGSRCPNGENCSNRRFQKKSYIKVE
KFMTEKKGWGLRTLETVSSGTFVMEYVGEVLTPEDFRKRVKQYARDNNQHYYFMALRADE
IIDATQKGNVSRFINHSCDPNCETQKWTVNGELRIGFFTRRPLRAGEELTFDYQFQRYGK
EAQRCHCESSNCRGYIGEDTKMTLKSGRSQLPKRTSSSTSSSTSSTSSSSTSASAKRMEE
RKRDTVEDLAMEEEIEKLSGGLKNREHTLLLARLMVRGEDIDTRRRLLNIIKNTTETACL
RLFLDYHGLSLLWSWMADIPDNELALKAEILTVLRQLPIPNKTMVKDSKVMSVVHRWASQ
LAEQGITKDSDIPPPPDKRAKVTSEEADSDASESSGGQTPASAPGQRSQTGSVVCSPDST
NLVENGDSTSSDGPKDEHGTKMAKDLSELASTLLDSWSSLKEVFRIPRLEQQKRREDERE
ADRRERERNRQQKNRESSFSGRDSNSRRRSPPSSSSHDRRDRDYERSSERRRYSASPERR
DDRKPYHRSSDHRRSGSGSGNDTKPRKTLLPTPPRLTKEERRQLFALEVQQRDQEEALRR
QFMVPPAAAVPPGMVVPAPTPQGFMGAPPGMMPMQGGIPNPQVAAPMVPGQPQQQPVYVY
DPATGAAMYGAPPSQPAVTYYDPQTGAPIPAPQPPAPQDYILQHNAILSGAQPMVAPGMH
SPAEGGPHVIMQAPGPVVPGQQPMIPGQPIMPGQQPMMPGQPPLVPGQQPMLHGQPPMVP
GQQLMGPGQQAPLLMTVPPEEAVPQHQSVPPNIQDYQALAAAISSVTNKPPSPAPIQSEA
AYLTDPMQIPLPPPLSPDSGEATPQNFDPVSSPTLDSTDSRVSELPVPQEARGEPIGTTL
ELAVPTVDYDTDTPGSTPVLPSPSQQQSTAAAMAYPPPVQAPVAAPYAVVTPGAATPEGA
PAMAPGTVYPANPQPVAPGYGPGYGSGMHPQVYFLPPVAQALPSEQPLEQPVVSVLGREA
SSGRICSPPPQIHTPNKKDGRLPPHWKTAKDEEGNVYYYHALTRETQWDPPVWDENEEDM
ELETPTYDEPKVNSTVGSSRVKRSSKKKAVTVAADTSEVAKKIKELFRSKISSHIVHCLN
PFRKPDCKLGRIQSTEDFKHLARKLTHFVMAKELKHCKNVEDLECNDNVKHKAKEFIQKY
MAKYGPVYRKDKTVSPKDE
NT seq
6360 nt
NT seq
+upstream
nt +downstream
nt
atgtacgacccggagtcgcccacaggacagctgcagcgatcacattttatggacatcaca
gagctgctcgccgcacagacgctgcatttcgagaaacgattcccgcgcccctcaccagcg
ctgtccaatcctcctcctcatactgtggtggctgtgatgccaacatttgcgtctgggcgt
catccacaaaaagaacctgtctgtctgctcgcagttctccagtcactgttgtgcaaagct
gtgaatggggactctgaaagctcaacgaatgaagatagcaaaggcttggacaaggaggaa
gatgacgaggcggaaccgaatcacatggccgctatcaaggtggctcggagaatgactcgc
ccgcgcaccaagggcaagactgctgcgaatgctgtacagcagggccacagcgatggacaa
gcgccgtcacagctcaagggcattattacagtggacagtgcaccgaagagtgtgaacgat
gcacctgcgagtggtgactgcagtgatacagtggctaaaaactgtgtggtagttctctcg
tcgatccaggacagtagtgagcacctcagagacggtaaagtgggagactcaacaaccaca
acaggtgcgaaagcaatggccgatgacgacgatgacacaggccattctgtggatagttct
atgcaggacgaatcgagtctggcatctgcagccgacagccagacatcgtcaagtgatgcc
ggggcatccatgaaaaccaagcagaagcaaggaagaatggggagagcaactgcacagccg
ccgaaggccaggcggcgaagggcatccgaggagatgcccagctttgagggtcctgccacc
cgccagcgcagcgtgaggttgcgaagcggggacaagaggcgaggcaccagcccggcccag
tcgtgtccgagcaagaaggcacgacagaaaaagccaccagccgcggcaaaaaagcaagga
tcgcgagcagcacaggcaaaagcctccagcagtaagaagggcagcacgtctgaaagtcgg
gaaacgccggacactgaaccggaagtggatcaggatgaaagcatgcaggatgtgtctagt
gtggacatggagagggacgcagcagactgtcacgttgatgaaccccatggcagtgatata
gtagctgaaggctctcagacccttgctagtgcctgtgaaagtggtttgactaaagctggc
aagggattagctagtgaaagtggtgcgtctagtggggagccgaaagcgccctccttggca
aacattactgatgctgtgcatcagttgccgagttcctcagctgctgaaggacctgagctg
aagaagcttgtgacgagtgccctgccaactgatgtgtgtctgcccggtgaaagtgagcag
cagcaaaaggagccgactgaagaaagtatccctaaaattcagagtacagtctgcagggag
tcaaaccccgaggtagtggcctatgaacccgaaggtggaccttcagttgtcagccagccc
gaggcgaattctaccaccaaatctgacgagaaaacagatgcgatccaccttcatgttgaa
acagttcccccagcattagagaaaacggaagactcgacagttggagccagctgccagact
acatcatcaccaggagaaggaaaaatcgccgaccatcgggaccgacgatactacagcagt
cctgacaagtgcggcgtgcttgatagtcccgagaagggaccaactacaccaaggccgtcg
aggcgcagaaccagatggcaagatgcagaacccaacaccgttgctgagccacctgctgtg
ccgctcttcgattgcccggtgttgccagcagaacctgttgaaccagttgcaactgttttc
actgaactgcctcagcatgacgaggcttctatcaagttgcaggatgtcaacagtttgctt
ccaccacccccaccaaaggccccgtcttcaccactaaaggtcccgtctcccaccaccaaa
gaccgatctccatcgctaaaggccccgtctccaccaccaaaggcaccatctccacagagg
aaagagacggtcgccacgctggactcgagtcgtcccgaaaaggtcaaatcccgctggcgg
cgcagcagtgaacttgagactcgtgacacaccacccgtcccgtcgatatcttcaccagta
gcctgcagctcccctccacgtgaagctaggatgctggccattcaagaagaagcgactgcg
gctgtcttgaaggagagcccgcgaaggagagagcggagtagccctacattggcacctcat
tcaaaggattccagggagtccagaggggcgagcagccgagaacagtccgacagcacggtt
tcacctagggcctccaaagataaccacaggattgagagtagcagcagggacagcaaggac
agtagggactacagagacagcaaggacagtagggactacagggacggcaaggacagtagg
gactacagggacggcaaggagaatagggactacagggacagtagggacggcaaggacagt
agggactacagggatggcaaggacagcagggattacagagacagcaaggaaaacagggac
aacaaggatagaggcagtgccagcagtgcgacgaatggctcctcttccaagtctatgggc
tatgaggatatcgaagaaaacctttacctttttgagaggcgcaagacgaagagcaagaag
gaggtgcgccgcatgatttgcgactgctccttgaccaaggacgagaaggacaggggaatc
atgggctgcgaagaggactgcctcaaccgcctgctcatgattgagtgtgggtcccgctgt
ccaaatggtgaaaactgcagcaacagacgatttcagaagaaaagctacatcaaagtggaa
aagtttatgactgagaagaaaggctggggtctacgcaccttagagactgtctcttcgggc
acgtttgtgatggaatatgtgggagaagtactcacgccagaagacttccgcaagcgggtc
aagcagtacgcccgggacaacaaccagcactactactttatggcactgcgtgccgacgag
atcattgatgccactcagaagggcaacgtgtcgcgcttcatcaaccactcgtgcgaccca
aactgtgagacacaaaagtggacagtgaatggtgaactcaggattggcttcttcacaaga
cgaccactgagagctggtgaagagttgaccttcgactaccagttccagagatatggcaag
gaggcgcagcgctgccactgtgagtctagcaactgccggggctacattggggaggacacg
aagatgacgctcaagtctggccgcagccagcttccgaaacgaaccagcagcagcaccagc
agcagtacaagcagtaccagcagcagcagcaccagtgcttccgctaagagaatggaggag
cgcaaacgagacacagtggaggacttggcgatggaagaggagattgagaaattgagcggt
ggattgaagaaccgggaacacacattgcttctggccaggcttatggtccgaggagaggac
atcgacacgcggcggcgactcctgaacatcatcaagaacacaactgaaacggcctgcctt
cgcttgtttctggattaccatggcctttcgctgctgtggagctggatggctgacattcct
gataacgagcttgctctcaaagctgagattctgacggtgctccgtcaactgcccatcccc
aacaaaacgatggtgaaggacagcaaggtgatgtcagtggtgcaccgctgggcatctcag
ctggctgagcaaggtattacaaaggactctgacattccgccaccccctgacaagcgagcc
aaggtgaccagcgaggaagctgacagcgatgcctcggaaagctcaggtggtcaaacacca
gcatcagcacctggtcaacgctctcagactgggtctgtggtctgttctccggactctaca
aacctggttgagaacggcgactcgacgtcgagtgatgggcccaaggacgagcatggcacc
aaaatggccaaggatctttctgagctcgcatccacgctattggactcatggagctcatta
aaggaagtcttccggatccctcgcctggagcaacagaaacgtcgcgaggatgagcgcgag
gcagacaggcgagaacgagaacgcaatcgtcagcagaagaatcgggaatcttctttcagt
ggccgagactccaactcacggcgccgcagtcccccatcatcaagtagccatgaccgcagg
gacagagactatgaaaggtcatccgaacggaggcggtattctgcttcacctgagcgaagg
gacgacaggaaaccctaccatcgatcatcagaccatcgccgctctggcagtggcagtggg
aacgacaccaaacctagaaagacgctacttccaacaccacctcgactgaccaaggaagag
cggcgacagctttttgcactagaggtacagcagagagaccaagaggaggccttgaggcga
caattcatggttcccccagccgctgcagtgccgccgggcatggtagtgcctgctcccact
cctcaaggttttatgggggcaccacctggaatgatgccaatgcaaggtggcattcccaat
ccccaagtggctgctccaatggttcctgggcagccgcaacaacagcccgtctatgtctat
gacccagccacaggtgccgccatgtacggggcacctccatctcagcccgcagtgacttac
tatgaccctcagacgggggcacccattccagcaccacaaccacccgctcctcaagactac
attctgcagcataacgcaatactgagcggggctcagcccatggtggctcctggcatgcac
tcgccggcagagggaggcccccacgtaataatgcaggcaccgggaccagtggtaccagga
cagcagccgatgattcctgggcagccaataatgccgggacagcaaccaatgatgccggga
cagccaccactggtaccggggcagcagccaatgctacacggtcaaccacccatggtgcct
ggacagcagttgatgggacctggtcaacaggcaccattgctgatgacggtgcctcctgaa
gaggctgttccccagcaccagtctgtgcctcccaacatccaggactaccaggccctggct
gcagcaatcagcagcgtgaccaacaagcctcccagtccggcgccgattcagtcagaggcc
gcctacctgacagacccgatgcagattccactgcctccaccgctgtccccggacagcggg
gaggccacaccgcaaaattttgacccggtctcgtctcccaccttggacagcacggacagc
agagtctctgaactgccggtgccacaggaggccagaggggagcccataggcaccactctg
gaacttgcggtgccaactgttgactacgacacagacactcccggcagcacgcccgtgctg
ccgtctcccagtcagcagcagagcactgccgcagctatggcctaccctccccccgttcag
gcaccagttgctgcaccttacgctgtggtgacgccaggggccgcaacccctgaaggtgca
ccggccatggctccaggcaccgtgtacccagccaatccgcaaccagtggcccctggatac
ggccccggctacggctctggcatgcatccacaagtttacttcctgcccccggtcgcacag
gccttgccctctgaacagcctctggagcagccagtagtgtctgtgctcggcagggaagca
tcgtctggccgtatctgcagtccaccgccgcagatccacaccccaaacaagaaggatggc
cgactgcctccccactggaagaccgccaaggatgaagaaggcaacgtttactactaccac
gcacttaccagagaaacgcaatgggaccctcctgtttgggatgaaaatgaggaggacatg
gagctagaaaccccgacctatgatgaaccaaaggtgaacagcacagtaggcagctccagg
gtgaagagatcgagtaagaagaaagcggtgacagtggctgctgacacctcagaagtggcc
aaaaagatcaaggagttgtttcggtccaagatttcttcccacattgtgcactgcctgaac
cccttccgcaaaccagactgcaagctggggcgaatccagagcaccgaggacttcaagcat
cttgcccgcaagctcacacactttgtgatggccaaggagctgaagcattgcaagaacgtc
gaagacttggaatgcaacgacaacgtgaagcataaggcgaaagagttcattcagaagtac
atggccaaatatggtcctgtctaccggaaggacaagactgtctcccccaaggacgagtag
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integrated database retrieval system
