Exaiptasia diaphana (Aiptasia): 110248488 Help Entry 110248488         CDS       T05080                                  Name (RefSeq) THO complex subunit 2 isoform X1   KO K12879   THO complex subunit 2 Organism epa  Exaiptasia diaphana (Aiptasia) Pathway epa03013   Nucleocytoplasmic transport epa03040   Spliceosome Brite KEGG Orthology (KO) [BR:epa00001]  09120 Genetic Information Processing   09121 Transcription    03040 Spliceosome     110248488   09122 Translation    03013 Nucleocytoplasmic transport     110248488  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03019 Messenger RNA biogenesis [BR:epa03019]     110248488    03041 Spliceosome [BR:epa03041]     110248488 Messenger RNA biogenesis [BR:epa03019]  Eukaryotic type   mRNA surveillance and transport factors    Transport factors     TREX complex      110248488 Spliceosome [BR:epa03041]  Complex C   Other components    EJC/TREX     110248488  Other splicing related proteins   Spliceosome associated proteins (SAPs)    TREX complex     110248488 SSDB OrthologParalogGFIT Motif Pfam:  Tho2 THOC2_N Thoc2 Motif Other DBs NCBI-GeneID:  110248488 NCBI-ProteinID:  XP_028517930 UniProt:  A0A913YQZ5 LinkDB All DBs Position Unknown AA seq 1585 aa AA seqDB search MADVVVPTSLIKNWDKTGKDEFKRLCKNCSKDRDGRMSDSSFLCGSTDLKRVLYELLWHV VKGDLKQDDALVVLAETKELHPTSLSVMADLICIMDVENQCLEDKVYRDRFLSLVAASVS VIPEVLLKERLDLETLEALGLIQSQKTFNQKYVKTKTKLFYKQQKYNLLREESEGYAKLI VELAQDIGGRITDATVLQNIKSLIGQFHLDPNRTLDIILECFECNLNKEPFFLPLLKSYM GRSGTSSLFQILGFKFQFYKDQPGVTTPSSLYHLAAVLIKHGLIELDDLYLHLSPTDADI AVSCKKMMSEMKQDAKKLNITILAEMTNNNEEGKENNAKEKENEKTEIPPDNQKFGLCEA LIMVGAWKSAKMIMDKLPSYATVTNPSISGALCKLLHSTIEPLYRKHASKAARGRPYTTV SGAPKQVQSYTDLIQDVFPMFNQLGPYLSCDPILMAKILRIGKGFLKEYPTVFDDKPNSP TSPEIQNVWCGFLTLMDEVLLPSISLLECNSSLAEELWGMIKCYPYQVRYRLYGQWKNDS YDKYMALVRVKAETIKKARYITKRLTKENVKPSGRQIGKISHSNPGVVFEYLLTQIQKYD NFIGPVVDSLKYLTQLAYDVLAFCIIEALANPEKERLKLEDTNISDWLKSLAVFCGTVFK KYPIELTCLLQYVTNQLKAGKSFDLLVLKEVVQKMSGLEISEEVTMSQLEALCGGELLKA EGGYFGQIRNTKKSSQRLRDAVVDGELALPLCILMAQQRNGVVFFEDNKRHLKLVGKLYD QCQDTLVQFGGFLASQMTADEYENHLPSLKDLGQKYHLTPEVAFYLSRPMFQHQIELKFE SSKASVKSDKALSQKVIYQHYTDAVNNVMEPIVQSARLLQTAKVWNNISPQLYVTFWTLS MYDVHVPVERYEAEIQRFKAQIIQLEDNKEMAASKKKKDKERWVQLIDKLKSEQREQEEH NQCVMTWLKHERDSWFPSKSTKSETITQFLQLCMFPRCVYTASDAIYCAKFVHTLHNLKT PNFSTLLCFDRVFSDISYTVASCTENEASRYGRFLCSMLEIVMRWHGDKKIYEKECGSYP GFVTVLRATNTDKADHLDYENFRHVCHKWQYKLTKALVVCLESKDYTQIRNTIMVLTKIL PFYPKVLNLGQALERRIDKICEEEKEKRQDIYTLAMGYSGQLKSKKKEMVAESDFHRKEK PAPPPTTTTSNNDSSAVTVKQEKTDNQATSNSTSDTKVTVKTEPADSTTTAKPKATVSVK KETENKKSSSPSVVKTENSSSQEKSKTTSSKSGTSTPTPRRNSNDSPSRTPVSNSTTAKS GSGSSATKNQSKSKTPTSGSSVSKVDLTSSSDSDGKKAESGKTKSKDKEKERKEEKDSNE KNKEKEKPKEKSKEKDKERSKSKEKDKDKVKEKAKDKPRTKHNTSIEAEEKEPKRRKIEG SSSPYVQQDSTDSSLDKDQERSSSEREKDKEKTKDKERKRISSDQLDGKEVKRRREDNGE VRSPSADSTKTKGKSDDGTHKEKSKLSVKLVRKVTSESTTKQDKEEKESKTITKKKEVND KVEKESKDEDTAKSRRHHRSSSRRT NT seq 4758 nt NT seq  +upstreamnt  +downstreamnt atggcggatgtagtggttccaacgagtcttatcaaaaactgggataaaactggcaaagat gaattcaaaagactctgtaaaaactgttccaaggatcgagatggaaggatgtcagattcg agttttttgtgcggttctactgayttgaaaagagtgctttatgaactactttggcacgtt gtcaaaggagacttgaaacaggacgatgccttggtagttctagctgagacgaaggagctg catccaacaagtctttcagtgatggcggatctaatttgcataatggatgtagagaaccag tgcctggaagacaaggtgtacagggatcgtttcctctcattagtggctgcatcagtgtct gtaatccctgaggtgttgctgaaagagaggcttgatttggagaccttggaggcccttgga ctcatccagtcacagaagacattcaaccagaaatatgtcaagacaaagacaaaacttttc tataagcagcaraagtacaacttgctaagagaggaaagcgaaggatatgctaaactcatc gtggagttggctcaagatattggaggtcgaataactgatgctacagtcttrcaaaatatc aaatcactcattggtcagttccacctagatcccaacagaacgcttgacattatactagag tgttttgaatgtaatctcaayaaggagccatttttcctaccacttctcaagtcatacatg ggtagaagtgggacgtcatcwttattccaaatactaggctttaaatttcagttttacaag gaccagccaggtgtcactactcctagttctctttatcatctggcagctgtgcttatcaaa catggattgatcgaattggatgacctatatctgcatctgtcaccaacagatgcagatatt gccgtgtcctgtaaaaagatgatgtctgagatgaaacaagatgcaaaaaaattaaatata actatcttagctgaaatgactaataataatgaagaaggcaaagaaaacaatgcaaaggaa aaagaaaatgaaaaaacagaaataccaccagataatcaaaagtttggtttgtgtgaggca ctaattatggttggtgcgtggaaaagcgccaagatgatcatggacaaactgcctagttat gctacagtaacaaacccttcaatatcaggcgcattatgtaaactactgcactctaccatt gaaccactttatagaaaacatgcatccaaagctgctcgaggcagaccgtacaccactgtg tcgggagcccccaaacaagtccagtcatacactgatttaatacaagatgtgttccctatg ttcaaccaacttggtccttacttatcatgtgatcctatactgatggctaaaatcctccgt attgggaagggatttcttaaagagtatccaactgtgtttgatgacaagcccaacagtcca acatctcctgagattcaaaatgtctggtgtggttttcttactcttatggatgaagttctt cttccctcgatttcacttcttgaatgtaactcaagtttagcagaagagctatggggaatg atcaaatgctatccatatcaagttaggtatagactgtatggccagtggaagaatgattcg tatgacaagtatatggcactggtcagggtcaaggctgaaaccatcaaaaaagcaagatat attactaaacgtctcaccaaggaaaatgtaaaaccctctggccgtcagataggcaaaata agtcacagcaatccaggagtagtctttgaataccttttaactcagattcagaagtatgat aactttattggtcctgttgttgattctcttaagtaccttacacagttggcttacgatgtc ttagctttctgtattattgaagctcttgctaatcctgagaaagagagactaaagctggaa gatacgaacatatcagattggctaaaaagtttagcagtgttttgtggcacggtgttcaag aagtatcccattgaattaacctgtcttcttcaatatgtcaccaaccagctgaaagctgga aaaagttttgacttactggttttaaaagaagttgtccagaaaatgtctggcttagaaatc tctgaggaggtcaccatgtctcaactggaagctttgtgtggtggagagctcctcaaagct gagggtggctactttggtcaaataagaaacaccaagaagtcttcccagagactccgagat gccgtggttgatggagagctggctctaccattgtgtattttaatggcgcagcagagaaat ggtgtggttttctttgaagataacaaacgacatctcaagcttgtgggaaaactttatgat cagtgccaagatacattagttcagtttggtggttttttggcaagtcaaatgacagctgat gagtacgagaaccacttaccttctttaaaagatcttggacaaaagtaccatctgactccc gaagttgcattttatctgtcaagacccatgttccaacatcaaattgagttgaagtttgaa tcatcaaaggcgtctgttaaaagtgacaaagctttgtcccaaaaggtaatctaccaacat tacaccgatgcagttaacaatgtaatggagcccattgtacagagtgcaagactactacag actgctaaagtgtggaataatatcagtccacagttgtatgtaacattctggacgctgtcc atgtacgatgtgcatgttcctgtggagagatatgaagctgagattcaaaggtttaaagca caaataattcaattagaagataataaagaaatggcggcaagcaagaagaaaaaagacaaa gagaggtgggtgcagttgattgacaagctgaaaagtgagcagcgagaacaggaagaacac aatcaatgtgtgatgacttggttgaagcatgaacgggattcttggtttccctcaaaatct accaagagtgaaaccatcacccaattccttcagctgtgcatgtttcctcgctgtgtctat actgcaagtgatgctatctactgtgctaagtttgtgcacactttacacaacctgaagaca ccaaacttttcaactctattatgctttgatagggtattttcagacatttcatatacagtt gctagctgtactgagaatgaagcaagtagatatggtcgyttcctttgttctatgcttgaa attgtgatgcgttggcatggagacaagaagatttacgaaaaggagtgtggtagctatcct ggttttgtgactgtactgagagccaccaacacggacaaagctgaccatcttgactatgag aactttagacatgtctgtcataaatggcaatataaactcaccaaggcattagtmgtttgc ttggagtctaaggattatacacagatwagaaataccatcatggtgttgacaaagattctg cccttctaccctaaagttctaaaccttggacaagccttagaaagacgcattgataaaatc tgcgaagaagagaaagagaagagacaagacatctatactttagcaatgggatattctggt cagcttaaatccaagaaaaaagaaatggtcgctgagagtgacttccatagaaaagaaaag ccagctccaccaccgaccactacaacatccaacaacgacagcagcgctgtaactgtcaag caagaaaaaacagataatcaagctacatccaattcgacttctgacacaaaagtaacagtg aaractgaaccagcagacagtaccaccacagcaaagccaaaggccacagtatcagttaaa aaagaaacagaaaacaagaagtcttcaagtcctagtgtagtgaaaacagagaattcctct tcacaagaaaagtccaaaactacctcatccaagtctggaacatcgactccaacaccacga agaaactcaaatgactcgcccagcaggactcctgtatctaactcaactactgcaaagtct ggtagcggtagttcggcgacaaagaatcaatcgaagtccaagacaccaaccagtggttca tctgttagtaaagttgacttgacgagcagcagtgattcggatggtaaaaaggcagaatcg ggaaaaactaaaagcaaagacaaggaaaaagaacgaaaagaggaaaaagactcaaatgaa aaaaacaaggagaaagagaaaccgaaagaaaaatccaaggaaaaagataaagaaagaagt aaaagtaaagaaaaagataaagataaagtcaaagaaaaagctaaagacaagcctcgtact aaacacaacacatcgatagaagctgaagagaaagagcccaaaagacgtaaaattgaaggc tcgtcttctccttatgtacagcaggattccaccgatagcagtctagacaaggaccaagaa cgatcgagttctgaacgagaaaaagacaaagaaaaaactaaagacaaagaaagaaaaagg atatctagcgatcagttagacggaaaagaagtcaaacgacgaagggaggataacggggaa gttcgatcgcccagcgcggattccacaaagacgaaaggaaagtctgacgacggtacccat aaggaaaaatccaagttatcggtgaaacttgttcgcaaagtaaccagtgaatcaacaacc aaacaagataaagaagaaaaagaatcgaaaaccattaccaaaaagaaagaagttaacgac aaagttgaaaaggaatcgaaagacgaagataccgcgaaatcamggagacatcatagatca tcatcgagaagaacttga

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