KEGG   Babylonia areolata (ivory shell): 143285903
Entry
143285903         CDS       T11321                                 
Name
(RefSeq) uncharacterized protein LOC143285903
  KO
K13100  pre-mRNA-splicing factor CWC22
Organism
barl  Babylonia areolata (ivory shell)
Brite
KEGG Orthology (KO) [BR:barl00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03041 Spliceosome [BR:barl03041]
    143285903
Spliceosome [BR:barl03041]
 Complex B
  U4/U6.U5 tri-snRNP components
   U4/U6.U5 tri-snRNP related factors
    143285903
 Complex C
   U4/U6.U5 tri-SnRNP related factors
    143285903
SSDB
Motif
Pfam: MA3 MIF4G Cnd1 MutL
Other DBs
NCBI-GeneID: 143285903
NCBI-ProteinID: XP_076449470
Position
1:66474130..66509144
AA seq 1536 aa
MPRERKGSSSDDSGGSSSGESSGSDSSATEHSKQETKRTPKKDTSSSKSKAGDSTPGRSR
RGDDDDSKERHKKVKAETGDLSSSDGEHIPRSGPRSTVVQKVSAESKDKGKKRDEADKAS
PGLDSSKDKHEDRGGSRSKKRSHSQSPRNRDNSKRWKEDRSSGRSNDRREERRSHRDERD
SDRGRSWREGDRRRTDNRRRDEDRRGDGSRRDADRDRYDRKRDRDSDKKADHRSDRNSGE
KRRDRDDREKDRGSRREENKENKKNENLPEAQKRKAEETEGEKEKVDSAPPEKKAKETGD
ITTRTGGAYIPPAKLRMMQAQITDKSSVEYQRMAWEALKKSINGLVNKVNVSNIVDIVRE
VFQENIVRGRGLLSRSVIQAQAASPTFTHVYAALVAIINTKFPQIGELILRRLILQFKRG
FRRNDKSLCLSSTRFVAHLVNQQVAHEVIALEILTLLLENTTEDSVEVAISFLKESGQKL
TEVSPRGINAIFERLRTVLHEAQLEKRVQYMVEVMFAIRKDGFKAHPAIISDLDLVEEDD
QFTHLLQLDDVTTGQEQLNVFKADDDYLENEEKYKELKKEILDEGSSDEGGSGDESGSED
SSDDDDEEKEEGKQEIIDQTETNMVALRRTIYLTIQSSLDFEECAHKLLKMELKPGQEVE
LCYMILDCCAQLRTYEKFFGLLAQRFCQLDRKYVEPFQTIFREQFETIHRLDTNKLRNVA
KFFAHLLHTDAISWAVMSCMKLTEEDTTSASRIFIKILFLELSEYMGLPKLNNRLRDPTL
QEFFEGILPRSNPKDTRFAINFFTTIGLGGLTEDLREHLKGISKQLMQHKQQQEQQQKPP
TSSSDSSDSDSSDSDSSDSSDSGSSDSSDSDSDDSDSSSDSEMEKKKGKTSKTREVPKDK
PSRSHSARRLERQNSRHDSGQTESAQGRHSNRDDGRSRIEDKLLKLSLPKGMSLVDPSAV
EHKESPPPSRKNRDKSKKKKGRGNARGGGDGRGQRRRRNSDRKRRLSNSMDQGVNRDLTF
FRGERDSRGMTREDLGRPREDMMRGRDDMGRGRDRIDREDMGRGRPPTPPPARRRQDGYG
AVEGRGGRRDLSPGRGMARWDDTSDRPDGYFQQRGDRMDLEASPPPRGGDRHGRMSPTLR
RDRQDFEDFPPARRHDRLDLDEGAQRPYDRQDLDLDSRYDSLPRGQRRRESLSPPPRMGR
REMDSPPRRLDSPPRHSGRLDVDRGREDFPRGRGDLDRNMDRGRDDMDRGRMDMDRGRGD
MDRGRGDMDRGRVDMDRGRVEVDRSVDRGRRDLERERNMDRARGDMDRSRDMERGLDRGR
GEVERGRSNVRRSLERGRGDLDWDRDFDQGMERGRNMERNGERGRVDMDVGRGNVSKSME
RGRGDVDRGRGDLDRGIDRRDDRELDRGRGDRDRGRMELDRSRDDADKGRMVEREMNRRD
RSRGQVEPESPVRQSRRELTHSPPLTKRRDMNRDQYRETDDRSVSPPARKEKVRERNDDG
VAMRRSLSRDKKERRKTSQRNKEEGRRDRSKEKRHR
NT seq 4611 nt   +upstreamnt  +downstreamnt
atgccaagagagagaaaaggcagcagcagtgatgacagtggcggaagttcctcaggggag
agctcaggctctgacagcagtgccacagaacacagcaaacaagaaacaaaaagaactcca
aagaaagacacctcttcatcaaagtcaaaagctggtgattctacaccagggagaagcagg
cgaggtgatgatgatgacagtaaggagcgacacaaaaaagtgaaagcggagaccggagat
ttaagcagcagtgatggagaacacattcccagatctggcccaaggagcactgttgtgcag
aaagtgtcagctgagtccaaagacaagggcaaaaagcgagatgaagcagataaagctagt
cctggattagacagtagtaaagacaagcatgaggacagaggaggaagccgttcaaaaaaa
cgcagccattctcaaagccccagaaacagagacaatagcaaacgctggaaagaagataga
tcttcaggtagaagtaatgatcggcgagaagaacgtcgctcacacagagatgagagagac
agtgacagaggaagaagttggcgtgagggggatcgaagaagaacagacaatagaagacgg
gacgaagatcgtcgtggtgacggctctcgtcgtgatgctgacagagatcgttacgacagg
aaacgggatagagacagtgataaaaaagccgatcacaggagtgaccggaatagtggagag
aagagaagggacagagatgacagggaaaaggacagaggcagtcgacgtgaggaaaacaag
gagaataagaaaaatgaaaacttgcctgaagctcagaagaggaaggctgaggagacagaa
ggagagaaggagaaagttgattcagcacctcctgagaagaaggccaaggagaccggagat
atcaccacacgcacaggtggtgcctacattcctcctgccaaactgcgcatgatgcaggca
cagattactgacaaaagcagtgttgaataccagcgtatggcctgggaagccctgaaaaag
agcatcaatggtctggtcaacaaagtcaacgtgtctaacattgtcgacattgtgcgtgag
gtgtttcaggagaacattgtcagaggaagaggtctgttgtcacgctctgtgattcaagcc
caggcagcttcccctactttcacccacgtgtacgcagctctggtggccatcattaacact
aagtttcctcagattggagagcttatactgagacgactaattctacaattcaaacgaggg
tttcgtcgaaatgacaaaagcttgtgcttgtcatccacacgctttgttgctcatcttgtg
aaccagcaagtggcccacgaggtgattgccctagagatcctgaccctgctgctggaaaac
accactgaggactctgtcgaagtggccatcagcttcctgaaggagagtgggcagaaattg
accgaggtctcccccaggggaatcaatgccatttttgagcgtctgcggactgtcttgcat
gaggcccagctggaaaagcgtgtgcagtacatggttgaggtgatgttcgcaatcaggaag
gatggctttaaagcccaccctgccatcatctctgaccttgacctggtagaggaggatgac
cagttcacacatctcctgcagctggacgatgttaccacagggcaagaacagctcaatgtt
ttcaaggcagatgatgactatctggaaaacgaggaaaagtacaaggaactaaagaaagaa
atcctggatgaaggcagctctgatgaaggaggatcaggggatgagtcagggtctgaagac
tccagtgatgatgatgacgaggaaaaagaagaggggaaacaggagatcatagaccagaca
gagacaaacatggtggccttacgtcgcaccatctacctcaccatccagtccagtctggac
tttgaggaatgtgctcacaagctgctcaagatggagctaaagccaggacaggaggtggag
ctttgctacatgatcctggactgctgtgcacagctcaggacgtatgagaaatttttcggc
ttgctggcacagcgattctgtcagctggacaggaagtatgtggagccattccagaccatt
ttccgcgaacagtttgaaacaatccatcggctggacaccaacaaactgcgcaacgtggcc
aagttctttgctcatctcttacacacagatgccatttcttgggctgtgatgagctgtatg
aagctgactgaggaggacaccacatcggccagccgcatcttcatcaaaatccttttcctg
gagctctctgagtacatgggactgcctaaacttaacaatcgtctgagagacccaaccctg
caggagttctttgaaggaatcttgccacgcagtaaccccaaggatacgcgctttgccatc
aacttttttaccaccatcggacttgggggtctgacggaagacctacgagaacacctgaag
ggcatctccaagcaactgatgcagcacaagcagcaacaggaacagcaacagaaacctcct
acctcatcctcggacagctctgattcagacagctctgattcagacagctctgacagctct
gactcgggttcttcagacagttcagattcagattcggacgactctgacagttcttctgac
tcagaaatggagaagaagaagggcaaaacctccaagaccagagaggtaccgaaggacaag
ccatcacgctcacatagtgcaagacgcttggaacgtcagaacagccgtcatgattcaggc
cagacagagagcgctcaaggacgccactccaacagagacgacggccgttctcgaattgag
gacaaactgctcaaattaagtctgcccaaagggatgtcactggtggacccctcagcagtg
gagcacaaggagtcccctccccctagtaggaagaaccgagacaagtccaagaaaaaaaag
gggcgtggaaacgctcgtggaggtggcgatggaagaggccagcggcggcgacgcaactct
gatcgaaagcgtcgcctcagcaacagcatggaccagggtgtgaacagggacctcactttc
ttccgaggggagcgggacagcaggggcatgacccgggaggaccttgggcggccgagggag
gatatgatgcggggcagagatgacatggggcgtggccgagacaggatcgacagggaagac
atggggcggggccgacccccaaccccaccaccagccaggagacgccaagatggctatggt
gccgtggagggtcgaggtggtcggcgtgacctgtccccagggagagggatggcacgatgg
gacgatacgtctgacagaccggatggctatttccagcaaagaggggacaggatggacctg
gaggcatctccacccccaaggggtggggaccgtcatggccgcatgtcgcccactttgagg
cgagaccggcaggacttcgaggatttccctccagctcgaaggcatgacaggttggacctg
gatgagggagctcagcggccttacgaccgacaggacttggatttggacagtcgttatgac
agtctacctcgagggcagcggaggcgtgaaagtctgagcccaccacctcgtatgggcaga
agagagatggattccccacctcgccgtttagacagccctcctcgacattctggtcgtctg
gatgtagacagaggaagggaagacttccccaggggtaggggagaccttgatcgaaacatg
gacaggggaagagatgatatggatagaggaagaatggatatggataggggtagaggtgac
atggataggggaagaggtgacatggacaggggaagagtagatatggacaggggtagagtt
gaagtagacagaagcgtggatcgggggcgaagagacctggagagagagaggaacatggac
agggctagaggagacatggacagaagcagggacatggagcgtggccttgacaggggcaga
ggggaggtggagcgtgggcgaagcaacgtcaggcggagcctggagcgagggcgtggggac
ttggattgggacagagactttgaccagggtatggagcgagggagaaacatggagagaaat
ggggaaagaggacgggtggacatggatgtagggcggggcaatgtgtccaagagtatggaa
agaggccggggagatgtggatagaggaaggggtgacctggatagggggatagacagaaga
gatgatcgtgaactggatcgaggtcggggagacagggacagggggaggatggagcttgac
cgaagcagagatgatgcagacaaaggtaggatggtggagagagagatgaatcgtagagac
agaagcagaggacaggtagaacccgaaagtcctgtccgtcagagtaggagagaattgaca
cattcacctcccttgacaaagcgtcgagatatgaacagagatcagtaccgtgaaacagac
gaccgttctgtctcccctccagccaggaaggagaaagtgagggagagaaatgatgacggc
gttgccatgagacgctcgctgtcacgtgataaaaaagaaagacgtaaaacatcccaaaga
aacaaggaagagggtaggcgtgatcgaagtaaagagaaacgtcaccgttaa

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (8)   

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