KEGG   Homo sapiens (human): 57508
Entry
57508             CDS       T01001                                 
Symbol
INTS2, INT2, KIAA1287
Name
(RefSeq) integrator complex subunit 2 isoform 2
  KO
K13139  integrator complex subunit 2
Organism
hsa  Homo sapiens (human)
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03041 Spliceosome [BR:hsa03041]
    57508 (INTS2)
Spliceosome [BR:hsa03041]
 Other splicing related proteins
  Proteins involved in snRNP biogenesis
   Integrator complex
    57508 (INTS2)
SSDB
Motif
Pfam: INTS2
Other DBs
NCBI-GeneID: 57508
NCBI-ProteinID: NP_001317346
OMIM: 611346
HGNC: 29241
UniProt: Q9H0H0
Structure
Position
17:complement(61865367..61927982)
AA seq 1196 aa
MTECTSLQFVSPFAFEAMQKVDVVCLASLSDPELRLLLPCLVRMALCAPADQSQSWAQDK
KLILRLLSGVEAVNSIVALLSVDFHALEQDASKEQQLRHKLGGGSGESILVSQLQHGLTL
EFEHSDSPRRLRLVLSELLAIMNKVSESNGEFFFKSSELFESPVYLEEAADVLCILQAEL
PSLLPIVDVAEALLHVRNGAWFLCLLVANVPDSFNEVCRGLIKNGERQDEESLGGRRRTD
ALRFLCKMNPSQALKVRGMVVEECHLPGLGVALTLDHTKNEACEDGVSDLVCFVSGLLLG
TNAKVRTWFGTFIRNGQQRKRETSSSVLWQMRRQLLLELMGILPTVRSTRIVEEADVDME
PNVSVYSGLKEEHVVKASALLRLYCALMGIAGLKPTEEEAEQLLQLMTSRPPATPAGVRF
VSLSFCMLLAFSTLVSTPEQEQLMVVWLSWMIKEEAYFESTSGVSASFGEMLLLVAMYFH
SNQLSAIIDLVCSTLGMKIVIKPSSLSRMKTIFTQEIFTEQVVTAHAVRVPVTSNLSANI
TGFLPIHCIYQLLRSRSFTKHKVSIKDWIYRQLCETSTPLHPQLLPLIDVYINSILTPAS
KSNPEATNQPVTEQEILNIFQGVIGGDNIRLNQRFSITAQLLVLYYILSYEEALLANTKT
LAAMQRKPKSYSSSLMDQIPIKFLIRQAQGLQQELGGLHSALLRLLATNYPHLCIVDDWI
CEEEITGTDALLRRMLLTNNAKNHSPKQLQEAFSAVPVNNTQVMQIIEHLTLLSASELIP
YAEVLTSNMSQLLNSGVPRRILQTVNKLWMVLNTVMPRRLWVMTVNALQPSIKFVRQQKY
TQNDLMIDPLIVLRCDQRVHRCPPLMDITLHMLNGYLLASKAYLSAHLKETEQDRPSQNN
TIGLVGQTDAPEVTREELKNALLAAQDSAAVQILLEICLPTEEEKANGVNPDSLLRNVQS
VITTSAPNKGMEEGEDNLLCNLREVQCLICCLLHQMYIADPNIAKLVHFQGYPCELLPLT
VAGIPSMHICLDFIPELIAQPELEKQIFAIQLLSHLCIQYALPKSLSVARLAVNVMGTLL
TVLTQAKRYAFFMPTLPSLVSFCRAFPPLYEDIMSLLIQIGQVCASDVATQTRDIDPIIT
RLQQIKEKPSGWSQICKDSSYKNGSRDTGSMDPDVQLCHCIERTVIEIINMSVSGI
NT seq 3591 nt   +upstreamnt  +downstreamnt
atgactgaatgtacaagtcttcagtttgtcagcccttttgcttttgaggcaatgcagaag
gtggatgttgtttgcctggcatctttaagtgatccagaattaagacttcttctgccctgt
ttggtacggatggcactttgtgcacctgctgaccagagccaaagctgggctcaggataag
aaactcatccttcgccttctttctggagtggaagctgtcaactccattgttgcattgttg
tccgtggactttcatgctttagaacaagatgccagcaaagaacagcagcttaggcataaa
cttggaggaggcagtggagagagcatcctggtatcacagcttcagcatggactgacgtta
gagtttgaacacagtgattcacctcgtcgattgcgtcttgtgcttagtgaactgttggca
attatgaacaaggtgtctgagtccaacggagaattttttttcaagtcttctgaacttttt
gagagtccagtatatttggaggaagctgcagatgtactttgtattttacaagcagagctc
ccttccttgctccctatagttgatgtagctgaagctttgctacatgttagaaatggtgcc
tggttcttgtgtctcttggtggccaatgttcctgatagttttaatgaagtttgtaggggc
ctgataaaaaatggagaacgacaagatgaagaaagtcttggaggaaggcgcaggacagat
gccttacgcttcttgtgtaaaatgaatccttctcaggccctcaaggtccgaggcatggtg
gtggaagaatgtcacttgccaggccttggtgtggctttgacattggatcatactaaaaat
gaagcttgtgaggatggagtgagtgacttggtttgttttgtaagtggtttgcttcttgga
acaaatgcgaaagtccggacttggtttggaacttttatccgaaatggacagcagagaaaa
agagagaccagcagttctgtcctttggcagatgagaaggcagcttcttctggagttgatg
ggcattcttcccacagtaagaagcacccgaattgtggaagaagctgatgtggatatggag
cccaatgtgtctgtgtattcggggctgaaagaagagcatgttgtgaaagccagtgcactc
ttacgtctgtactgtgctttgatggggatcgctggactcaaaccaactgaagaagaagct
gagcaattactgcagttgatgacgagccgtcctcctgctacgccagctggggttcgcttt
gtttcactttccttttgtatgctactggccttttctacacttgtcagtacacctgaacag
gagcagctgatggtggtgtggctaagttggatgataaaagaagaagcgtattttgagagt
acttcaggcgtctctgcttcttttggggagatgttattattggtggctatgtactttcac
agcaaccagcttagtgctatcattgacttggtctgttccactttggggatgaagattgta
attaagccaagctccttgagcaggatgaagacaatcttcacacaggaaatttttactgag
caggttgtcacagctcatgcagttcgggtccctgtcaccagcaacctgagtgccaacatt
actggatttttgcctattcattgtatttaccagcttctcaggagccgttcctttaccaag
cacaaagtgtcaataaaagattggatttatagacagctgtgtgaaacctctactccactt
catcctcaattacttcctttgattgatgtgtacataaattctatacttactcctgcgtcg
aaatctaatccagaagccacaaatcagccagtcacagaacaggagatactcaatattttc
caaggagtcattgggggtgacaacatccgccttaatcagcgtttcagtatcacagcacag
cttttggtgctctactatatactgtcttatgaagaggctcttctagcaaacacgaagact
ttagctgccatgcaaagaaagcccaaatcatattcttcttctttaatggatcagattcct
atcaaattccttattcgacaggctcaagggctgcagcaggagttgggagggttgcattca
gctttactacgtctccttgctactaactacccacatttatgtattgtggatgactggatt
tgtgaagaagaaatcacagggactgatgccctgctacggcgaatgctcctgactaataat
gctaaaaatcattctcccaaacaactccaagaagcattttcagctgtcccagtaaataac
acacaagtgatgcagattatagaacacttgactctactctctgccagtgaacttatacca
tatgcggaagtgttaacatccaatatgagccagctattgaattcaggggttccacggaga
attctgcaaacagtcaataaactatggatggttcttaatactgtgatgcctagaaggcta
tgggtaatgacggttaatgcacttcagccttcaataaagtttgtacgacaacaaaagtat
actcagaatgacctgatgatagatcctctcattgtcctaaggtgtgatcagagggttcac
agatgccccccactgatggatattaccctacacatgttgaatggatatcttcttgcatct
aaagcctaccttagtgctcatctgaaggaaacagagcaagataggccttcccagaataat
acaattggtttagttggacaaactgatgctccggaagttaccagggaagaattgaaaaat
gcattactggccgctcaggatagtgcagctgtccagattctcttagagatttgcctacct
actgaagaggagaaagcaaatggtgtcaatccagatagcttgttaagaaatgttcaaagt
gttattaccaccagcgctccaaataagggaatggaggaaggagaagacaatttgctctgt
aaccttcgagaagttcagtgccttatctgttgtctcttgcaccaaatgtacattgcagat
cccaacattgctaagcttgttcactttcagggttatccatgtgaacttttgcctctgacg
gtcgcaggtattccatctatgcacatctgtctagatttcatacctgagcttattgcacag
ccagaacttgagaaacagatatttgctatccagttgctttctcacttgtgtatacaatat
gcattaccaaagtcacttagtgtggctcgtttagctgtcaatgtcatgggaactttgtta
acagttttaacacaggctaagcggtatgctttttttatgccaactctgccaagtttggtc
tctttttgtcgagcatttcctccattgtatgaggatattatgtctttgctgatccaaata
gggcaagtttgtgcctctgatgttgccactcagacaagagacattgatccaattattaca
cgtcttcaacaaataaaggagaaaccaagtggatggtctcaaatctgtaaagattcatct
tataaaaatggatccagggacactggaagcatggatcctgatgtacagctctgtcactgt
attgaaagaacagtaattgaaataataaatatgagtgttagtggaatttaa

  All links  
Disease (1)   
   OMIM (1)   
Gene (18)   
   RefGene (14)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (3)   
DNA sequence (19)   
   RefSeq(nuc) (5)   
   GenBank (7)   
   EMBL (7)   
3D Structure (8)   
   PDB (8)   
Protein domain (1)   
   Pfam (1)   
All databases (52)   

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