KEGG T01028: 697668

Macaca mulatta (rhesus monkey): 697668

Entry

697668 CDS T01028

Gene name

THOC2

Definition

THO complex 2

Orthology

K12879

THO complex subunit 2

Organism

mcc Macaca mulatta (rhesus monkey)

Pathway

mcc03013	RNA transport
mcc03040	Spliceosome

Module

mcc_M00405	THC complex
mcc_M00406	TREX complex

Class

Genetic Information Processing; Transcription; Spliceosome [PATH:mcc03040]
Genetic Information Processing; Translation; RNA transport [PATH:mcc03013]

SSDB

Motif

Pfam:

Tho2 Thoc2

Other DBs

NCBI-GI:

NCBI-GeneID:

Ensembl:

UniProt:

Position

AA seq 1593 aa
MAAAAVVVPAEWIKNWEKSGRGEFLHLCRILSENKSHDSSTYRDFQQALYELSYHVIKGN
LKHEQASNVLNDISEFREDMPSILADVFCILDIETNCLEEKSKRDYFTQLVLACLYLVSD
TVLKERLDPETLESLGLIKQSQQFNQKSVKIKTKLFYKQQKFNLLREENEGYAKLIAELG
QDLSGSITSDLILENIKSLIGCFNLDPNRVLDVILEVFECRPEHDDFFISLLESYMSMCE
PQTLCHILGFKFKFYQEPNGETPSSLYRVAAVLLQFNLIDLDDLYVHLLPADNCIMDEHK
REIAEAKQIVRKLTMVVLSSEKMDEREKEKEKEEEKVEKPPDNQKLGLLEALLKIGDWQH
AQNIMDQMPPYYAASHKLIALAICKLIHITIEPLYRRVGVPKGAKGSPVNALQNKRAPKQ
AESFEDLRRDVFNMFCYLGPHLSHDPILFAKVVRIGKSFMKEFQSDGSKQEDKEKTEVIL
SCLLSITDQVLLPSLSLMDCNACMSEELWGMFKTFPYQHRYRLYGQWKNETYNSHPLLVK
VKAQTIDRAKYIMKRLTKENVKPSGRQIGKLSHSNPTILFDYILSQIQKYDNLITPVVDS
LKYLTSLNYDVLAYCIIEALANPEKERMKHDDTTISSWLQSLASFCGAVFRKYPIDLAGL
LQYVANQLKAGKSFDLLILKEVVQKMAGIEITEEMTMEQLEAMTGGEQLKAEGGYFGQIR
NTKKSSQRLKDALLDHDLALPLCLLMAQQRNGVIFQEGGEKHLKLVGKLYDQCHDTLVQF
GGFLASNLSTEDYIKRVPSIDVLCNEFHTPHDAAFFLSRPMYAHHISSKYDELKKSEKGS
KQQHKVHKYITSCEMVMAPVHEAVVSLHVSKVWDDISPQFYATFWSLTMYDLAVPHTSYE
REVNKLKVQMKAIDDNQEMPPNKKKKEKERCTALQDKLLEEEKKQMEHVQRVLQRLKLEK
DNWLLAKSTKNETITKFLQLCIFPRCIFSAIDAVYCARFVELVHQQKTPNFSTLLCYDRV
FSDIIYTVASCTENEASRYGRFLCCMLETVTRWHSDRATYEKECGNYPGFLTILRATGFD
GGNKADQLDYENFRHVVHKWHYKLTKASVHCLETGEYTHIRNILIVLTKILPWYPKVLNL
GQALERRVHKICQEEKEKRPDLYALAMGYSGQLKSRKSYMIPENEFHHKDPPPRNAVASV
QNGPGGGPSSSSIGSASKSDESSTEETDKSRERSQCGVKAVNKASSTTPKGNSSNGNSGS
NSNKAVKENDKEKGKEKEKEKKEKTPATTPEARVLGKDGKEKPKEERPNKDEKARETKER
TPKSDKEKEKFKKEEKAKDEKFKTTVPNAESKSTQEREREKEPSRERDIAKEMKSKENVK
GGEKTPVSGSLKSPVPRSDIPEPEREQKRRKIDTHPSPSHSSTVKDSLIELKESSAKLYI
NHTPPPLSKSKEREMDKKDLDKSRERSREREKKDEKDRKERKRDHSNNDREVPPDLTKRR
KEENGTMGVSKHKSESPCESPYPNEKDKEKNKSKSSGKEKGSDSFKSEKMDKISSGGKKE
SRHDKEKIEKKEKRDSSGGKEEKKHHKSSDKHR

NT seq 4782 nt +upstreamnt +downstreamnt
atggcggccgcggctgtggtggttcctgcagagtggataaagaactgggagaaatcaggg
agaggcgaatttttgcatttatgtcggatcctcagtgaaaataaaagccatgatagttcg
acgtatagagatttccagcaagctctctatgagttgtcatatcatgtaattaaaggaaat
ttaaagcatgaacaggcatctaatgttcttaatgacattagtgaatttcgtgaggatatg
ccctccattcttgctgatgtattctgcatattagatattgagacaaattgtttagaagaa
aaaagcaagagagactattttacacagttggtattagcatgtttgtatttagtttcagac
acagttttaaaggaacgcctggatccagaaacactggaatcattagggcttatcaaacaa
tcacagcaattcaatcaaaagtcagttaaaatcaagacaaaactcttttataagcagcaa
aaattcaatttgttaagagaagagaatgaaggttatgccaagctgattgccgaattgggg
caagatttatctggaagtattactagtgacttaatcttagaaaatatcaaatctttaata
ggatgctttaatctggatcccaatagagttttggatgtcattttagaagtgtttgaatgc
aggccagaacatgacgacttctttatatctttgttagaatcttacatgagtatgtgtgaa
ccgcaaacactgtgtcatattcttgggttcaaattcaagttttaccaggaaccaaatggc
gagacaccatcatctttatacagagttgcagcagtacttctgcaatttaatcttattgat
ttagatgatctttatgtacatcttcttccagctgataattgcattatggatgaacataaa
cgagaaattgcagaagctaagcaaattgttagaaagcttacgatggttgtgttgtcttct
gaaaaaatggatgagcgagagaaagaaaaggaaaaagaagaggagaaagtagagaagcca
cctgataaccaaaaacttggcttgttggaagccttattaaagattggtgattggcaacat
gcacagaacattatggatcagatgcctccatactatgcagcttcacacaagctaatagcc
cttgctatttgcaagctcattcatataactattgagcctctctaccgaagagttggtgtt
cctaaaggtgctaaaggctcacctgttaatgctttgcaaaacaagagggcaccaaaacaa
gctgagagctttgaagatttgaggagagacgtgttcaatatgttctgttaccttggtcct
cacctttctcacgatcccattttatttgcaaaagtggtgcgcataggcaagtcatttatg
aaggagtttcagtctgatggaagcaaacaagaagataaagaaaaaacggaagttatcctt
agctgtttgcttagcattactgaccaggtactacttccatctctttctttgatggactgc
aatgcttgtatgtctgaggaactatggggaatgtttaaaacatttccatatcagcataga
taccgtctgtatggccagtggaagaatgaaacttataacagtcacccacttttagtaaaa
gttaaagctcaaacaatagacagagccaaatatatcatgaagcgcctaaccaaggaaaat
gtgaagccttctggaagacaaattgggaagttgagccacagcaatccaaccattttgttt
gattatatcttgtcacaaatacaaaagtatgataacttaataacacctgtagtagattca
ttgaaatacctcacttcattgaattatgatgtcttggcctattgtatcattgaagcttta
gctaatccagaaaaggaaagaatgaaacatgatgacacaaccatctcaagctggcttcag
agtctggctagtttctgtggtgcagtttttcgtaaatatccaattgatcttgctggtctt
cttcagtatgttgccaatcagctaaaggcgggcaaaagttttgacctgcttatattgaaa
gaagtggtgcaaaaaatggcaggaatagaaattacagaggaaatgacaatggagcaacta
gaggctatgactggtggagagcagctaaaagctgagggtggttattttggtcagataaga
aacactaaaaaatcctctcagagattaaaggatgctctattggaccatgatcttgccctt
cctctctgtctgcttatggctcagcagagaaatggggtaatctttcaggaaggtggagag
aaacatttgaaacttgtgggaaagctctacgaccagtgtcatgataccctggtgcagttt
ggtgggtttttggcatctaatctgagcacagaagattatataaagcgagtgccttcaatt
gatgtactctgtaatgaatttcatacaccccatgatgcagcatttttcctgtctaggcca
atgtatgcgcatcatatttcgtcaaagtatgatgaacttaaaaaatcagaaaagggaagt
aaacagcaacataaagttcataagtacattacatcatgtgagatggtgatggcgcctgtc
catgaagcagtggtctccttacatgtttccaaagtctgggatgacatcagccctcaattc
tatgccacattctggtcattgacaatgtatgaccttgcagttccacacaccagctatgaa
cgagaagtcaataaacttaaagtccagatgaaagcaattgatgacaatcaggaaatgccc
ccaaataaaaagaaaaaagagaaggagcgctgtactgcccttcaggacaagcttcttgaa
gaagaaaagaaacagatggaacatgtacagagagttctacagagattgaaactggaaaag
gacaactggcttttagcaaaatctaccaaaaatgagaccatcacaaaatttctacagctg
tgtatatttcctcgatgtattttttcagcaattgatgccgtttactgtgctcgttttgtt
gaattggtacatcaacagaaaactccaaatttttccacacttctttgctatgatcgagtt
ttctctgacataatttacacagttgcaagctgtactgaaaatgaagccagtcgatatgga
aggtttctgtgctgcatgttagagactgtgaccaggtggcatagtgatagagccacatat
gaaaaggaatgtggaaactatccaggattccttaccatattacgggcaactggttttgat
ggtggaaataaggctgatcaattagactatgaaaattttcgacatgttgtacataaatgg
cattacaaactaaccaaggcatcggtacattgccttgaaacaggcgaatatactcacatc
aggaatatcttgattgtgctaacaaaaatacttccttggtacccaaaagttttgaatctg
ggtcaagctttggaaagaagagtacacaaaatctgccaagaagaaaaagagaagaggcca
gatctatatgcattggctatgggctactctgggcagttgaaaagtagaaagtcatacatg
atacctgaaaatgagtttcatcacaaagacccccctccgaggaatgcagttgccagtgtg
caaaatgggcctggtggtgggccttcttcatcatcaataggaagtgcatctaaatcggat
gaaagcagtactgaggagactgataaatcaagggagagatctcagtgtggtgtgaaagct
gttaataaagcttctagcaccacacctaaagggaattcaagcaatggaaatagtggctct
aacagcaacaaagctgttaaagaaaatgacaaagaaaaagggaaagagaaagaaaaagag
aaaaaagaaaagactccagctactactccagaggccagggtacttggtaaagatggtaaa
gaaaaaccaaaggaagagcggccaaataaagatgaaaaagcaagagagaccaaggaaaga
acgccaaagtctgacaaagagaaagaaaaattcaagaaggaagaaaaagctaaagatgag
aaatttaagaccactgtccccaacgcagaatcaaaatcaactcaagaaagggaaagagag
aaggagccatccagagaaagagatatagcaaaggaaatgaaatcaaaggaaaatgttaaa
ggaggagaaaaaacgccagtttctgggtccttgaaatcacctgttccccgatcagatatt
ccagagcctgaaagggaacaaaaacgccgcaaaattgatacccacccttctccatcacat
tcctccacagtaaaggacagtctcatcgaactcaaggaatcttcagcaaagctctacatt
aatcatactcctccaccactgtccaagagtaaggagagagaaatggacaagaaagatttg
gacaagtcaagggaaagatccagagaaagagagaaaaaagatgaaaaggacaggaaagag
cggaaaagggatcactcaaacaacgaccgtgaagtgccaccggacttaaccaagcgacgt
aaagaggagaatggaacaatgggggtttcaaaacataaaagtgaaagtccttgtgaatct
ccttatccaaatgagaaagacaaggaaaaaaataagtcaaaatcttcaggcaaagaaaaa
ggcagtgattcatttaaatctgagaagatggataaaatctcctccggtggcaaaaaggag
tccaggcatgataaagaaaagatagaaaagaaagagaaacgggacagttcaggaggaaag
gaagagaagaaacatcataagtcctcggacaagcacagataa

All links

Pathway (4)   
   KEGG PATHWAY (2)   
   KEGG MODULE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (7)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (2)   
   UniGene (1)   
   ENSEMBL-MCC (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (4)   
   RefSeq(nuc) (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (2)   
   Pfam (2)   
All databases (21)   

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