KEGG   Esox lucius (northern pike): 105027223
Entry
105027223         CDS       T04894                                 
Symbol
dchs2
Name
(RefSeq) protocadherin-23
  KO
K16507  protocadherin-16/23
Organism
els  Esox lucius (northern pike)
Brite
KEGG Orthology (KO) [BR:els00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04515 Cell adhesion molecules [BR:els04515]
    105027223 (dchs2)
Cell adhesion molecules [BR:els04515]
 Cadherins
  Cadherin related
   105027223 (dchs2)
SSDB
Motif
Pfam: Cadherin Cadherin_3 Cadherin_pro Cadherin_4 CADH_Y-type_LIR
Other DBs
NCBI-GeneID: 105027223
NCBI-ProteinID: XP_010897511
UniProt: A0A3P8XDD8
Position
LG25:19300263..19357463
AA seq 3290 aa
MLKGCISRRNAAILFHLFAVCFWWEMSYAQQVYNLSLSIEEGLPARTIVGDIRAGLQTPS
SGFFISESRDSYVFKDLEIDAGTGIISTAVVLDREIRDKYEFVAATLTGEVIKIQIVVKD
VNDHSPVFSAEKVELTVSELSPPGTRFELEGAKDQDEGQFGTQGYRITESEMTELFKVEC
RNGDTNLFNLDLILTNRLDREKIDFYSLTIEAFDGGIPPKTGRLKVKINVSDENDNAPVF
NQTEYQALVWEDAPVMSSVCQVYATDLDLGDNGLITYEIIRRQSDPNEFFIINKTSGVIH
VNKTLDFETQPFYELIVRARDNGAQPEYSSTFVAVRVLDINDNVPSINVMFLSETGEPEV
SEMAGIGEYVARISVSDPDLGEVGRIRVTLEGGDGKFTLKQTDDFLYALCVDGKLDREKE
GFYELWVVASDFGSPPLKSETTLLVKVTDANDCRPVFDQDEYTVTVSEDIPEGSSLLSVQ
ARDLDSGVNAAILYSVLPSDQDHLVNVDPGTGLITTAAILDCERETELWFLVVAVDGGSP
ALSSTATVIVKVEDVNDNKPVFKQQLYNVSIPEHTQIGNCFLQVVATDADSSDFGTVRYY
ISDGFDMQDTHPLFQINPNSGELCVSQDIDRDSGLATYDLLVKAEDQGGLSAQTYIHIEV
EDLNDNPPVFNPEKYVTSISSHAQPGTEVLNVIATDRDSGDYGHITYHILPGDLSTLFSV
EKNTGMVFLTSTLTHLGTAIVKLSITAQDSEGLMSAQPAQVTVNVLQIAQVPPVFQSSRY
AFNVPEDALPGTAVGAVVALNPTNSVDPVSYRISSGDPQGLFSVQSSSGLISTRRSLDHE
SQPYVLLVLQSHSGTGLPVYSSTQVNITIADVNDNPPSFPKMSDCIAVAQNTPPGTVLYI
SHAHDIDSGANGRVRYFTSRGSAGGSLPFYVDPDLGTVFLNRSLYRDPRPRYVFKILAKD
QGEPSLTATLMLTVNVESSANVDTLAFETLVYQVEMGEGTQIDTRVIQVRAHRSWGSSSH
HQGSNPNQGLFYSLEHEPGFPPTPLRINPESGWLFLSQNLDYEMEPLFRFKVQATVKDKS
TLAMANNTATATVIVLVLDENDNAPVFTSQNYFFVVQEGPSPQGLVGTVHAVDMDSKKNA
QLSYILLSDGKHFRINAKTGEIINWVSLDREQHPGHTLKVMVTDQGQPRLNTTATVHIQV
TDINDNPPQFTHLPAAGKQLNVQVWAGLPTGSLVTTMFAKDLDAGENATVKFSLMTDKEE
GHFEIDGQSGDIRTTELFTQNAHTHYTLTVVATDNGPAPLTETAVIHLQVHAAEKQQSNV
DLQGVRHFTVMENAKPGTIIGSICIYSPTTNSGLRYSIVEGDGSLHFGLDGSTGNLYINQ
PLDYESASHYFLVVRGEDPTRPSTNVTTFVSVAVEDVNDHAPWFPFEVVKLGLREDTAVG
TRAFAFNAKDADGSLANSALRYSLSFDPALGTSEGSTFPFHVHPLTGVLTITAPLDRERT
ANFAFMVTATDQTPIAADQKHSTVIAQVFLLDVNDNPPKFVSQDTAWVMEEAEVGSLVHR
VVAVDEDLGESGQVTYCLVSGNKEGFFTLEEKTGLIYLSSPLDYELQTSHSLTIQASDKG
IPSLSSTQTLRLEVGDVNDQPPLFLHDTYTASVAENREPGERVVIVSATDNDSAVNAMVW
YSLLPGPGYDLFYIDPHSGQISTNTHLDREMYQQFTLRVQARDSGIQPLSSTATVLCSVL
DDNDNVPEFMQASFQLSLPENLPPGVIHTAQASDPDHGVNGTVTYSIKGEDYDGRFTIHP
TTGVVSTTQELDREERPSYNLCIQASDGGQPTPLSSSTTLLVLLLDQNDNSPSFSRKSYR
ASLVEGLPAGSEVLRLEACDVDEGPNGEVTFSLAEDHLGVFLVEPTTGVVRNTRPLDRET
RAQYTFKAVATDGCTRGPRSSITTVTVQVDDVNDNSPVCTENPLVGWVAAGTTPKTTVAT
VGASDGDRGDNGTVWFSLAGNETLFTISVKSGEIQLNGSISPGFSGAKLQVLATDLGTPA
LTSTCLVFIQLKGEDEPLQFTETVYEAAVAENSQTGSWVGNVVAHDRTDGKRQIEYSIFN
SDENSVFAINQHTGDITVRDQASLDYEANQKVKLLVLANGGPWHMTYCQVTVTLQDVNDN
APTFDQSYYRTAVWEGQVHNTYVMQVFASDADSGTNGLIEYSILSGNQNEAFIIDSVRGI
LATNTVLDREITSFYKLVLQASDRGSPPLSSTATVRVQVVDVNDNSPAIPPMEPVVVAEN
LPAGYTVTQVRANDVDLTSTVTYSFSDNTSSDGSFAIDRYTGVVTLKRTLDHEEQVEHRL
TVWASDSLHVATADVVVQVLDVNDNAPVFSQDSYQVELPELSPANMLILTVSATDRDAGH
NGKLSYRLLSSPLHGFNIHPDNGSVFTNKPLKYVTNSNVIQLVVEARDGGDPLLSTVTSV
DILVQDANDHIPLFQHNTYTVNPSEDTPVGTTLLTLWAEDLDSAPENTRLDFDIVSGNEN
RRFCIEVGAVQTESQLRTKGSLVLCQPLDRETTESYTLTVTVSDCGLPPFNSSAVVVVTV
EDVNDNAPDFVNAEYHAQVSENSPIGTQLLQVLAQDPDHGTSGLVWYDIISGNSKGHLRL
DTHTGILEVNQSLDYEEDSQYTLTIQASDGGKQGNRKVTFTVVFVTILDENDNSPYFIFP
VVNCSVQENLPAFTLTCSVYAVDQDSGYYGQLTYSILSSCFMDYGSGSPDRKEAFAIDPL
TGDIHTRQTFDFERESEYCFVVEARDKGEQAATVRVQVAIEGMDEFSPVFTQRQYRFVLP
TNVKVGQMVGHVMAMDHDGGLDGVVEYSLVNPSPFFSINKTTGAVFVSGPVYRKRSSSSN
QDVVELLVSAGSPRMDSRSTTSLVTVNISNSAEALVSVSLSVHTVTLGISLAIFLLLLIS
FVGLVLRYKTKEAAIKKAAAIAANLNHGTGTFGRTNRGQQRTSINIGLRELRAPIPMRVK
REISLPIRNLDIRGRGSAEGETAEDQEIKMINEYPRRKRANSDQSERVSDSGVPRDSDQL
SCHSEDGDPGTVITTVSSTDLATGMQSSESLYTFKEEGGGEGMLPQVRMRDMEERIRGYV
PLSDRHTSVDGSLSSLVCLEEQLRGSYGWDYLLDWEPRYHTLASVFTDISLLPDEELQGG
HEDLASEARCLMHPPPLITGVAQPGIRAVPPRMPPRSMHTLTRRPSYPKYAYEPLARNTG
LTPSAMTPSFSPSLSVLTLRTPNASPVVSETGLGVFRLDASSLLEGEIPV
NT seq 9873 nt   +upstreamnt  +downstreamnt
atgttgaagggatgcattagccggcgaaatgctgcgattttatttcacctatttgccgtg
tgtttttggtgggagatgtcatacgctcaacaggtgtacaaccttagtctatcaattgaa
gagggactaccagcaaggactattgtgggggatatacgagcggggttacagactccaagc
agtggatttttcatctctgaaagcagagattcatacgtttttaaagacttggaaatagat
gcaggcactggaataatttccacagctgtggtactggacagagagatcagagacaagtat
gaatttgtggcagccactctcacaggcgaggtgataaagatacaaatagtggttaaagat
gtgaatgaccattcccctgtattctctgctgaaaaggtagagttgactgtgtcagaatta
agtcctccaggaactcgctttgaacttgagggggctaaagaccaggatgagggtcagttt
ggaactcagggttaccgtatcactgaaagtgagatgactgagctttttaaggtagagtgt
cgtaatggggatacaaatttattcaatctggacctcatcctcaccaataggttggacaga
gaaaaaattgatttttattcccttactattgaggcatttgatgggggtatcccacctaaa
acaggtaggcttaaggttaagatcaacgtctcagatgaaaatgacaacgcacctgtgttc
aatcagactgaataccaggctttagtgtgggaagatgctccggttatgtcctctgtgtgc
caggtctacgctacagatctagatcttggagacaatgggctcatcacctatgagattatt
cgacgccagagtgaccctaatgaattcttcatcatcaacaagacctcaggtgttatccat
gttaacaaaaccctagactttgagacccagccattttatgagttgatcgtcagggcaaga
gataatggtgcccagccggagtatagcagcacctttgttgccgttagggtgttagacatt
aatgacaacgtccccagtatcaatgtaatgtttctgagtgagacaggggagccagaggtt
tcagaaatggctggaatcggggagtatgtcgccaggatttctgtctctgaccccgacctg
ggagaggttggtagaataagggtcactcttgaaggcggcgatgggaagttcaccctgaaa
cagaccgacgacttcctgtacgccttgtgcgtggacggcaaactagacagggagaaagag
gggttttacgagttatgggtggtggcttcggactttggtagccccccattgaagagcgaa
acgaccttgttggtgaaggtcaccgacgccaacgactgcagaccggtgtttgaccaggat
gagtacacggtgacggtatctgaagatatacctgagggaagttctcttctcagcgtccag
gccagagatttggacagcggggtcaacgccgccatcctctattcggtcttaccgtcagac
caggaccacctggttaacgtcgacccgggaacaggcctcatcaccacggcagccatattg
gactgtgagagagagacggagctgtggtttctggtggttgctgtcgatggtgggtctccg
gccctttcctccacagccacagtcatcgtgaaggttgaggacgtcaatgacaacaagcct
gtgttcaagcagcagctgtataatgtgtccatcccagaacacacccagatcgggaactgt
tttttacaggttgtggctacagatgcggacagcagtgatttcggaacagtgcgctattat
atctctgatggctttgatatgcaggatacgcaccctctcttccaaatcaacccaaactct
ggagagctctgtgtatcacaggatatcgacagagattcaggcctggctacctatgactta
ttagtgaaagctgaggatcagggaggcttaagtgcccaaacgtacatccatatcgaggtg
gaggacctgaacgacaacccgccagtgttcaacccagagaaatatgtaaccagcatcagc
agccatgcccagcctggcacagaagtcctcaacgtcattgccacggacagggactctgga
gactatggtcacataacgtatcacatcctgcctggcgacctgtccaccctgttctctgtg
gaaaaaaacacaggcatggtcttcctcacatctactctaacacacctgggcactgccatt
gtgaagctgtccatcaccgcccaggacagtgaaggtctgatgtcagcccaaccagcacag
gtcacagtgaatgtcctgcagattgcccaggtcccaccagtcttccaaagttcccgctat
gcctttaacgtgcctgaggatgccttgcccggcactgcagttggcgctgtggtggccctc
aaccctactaactctgtggacccggtatcttacaggatttcgtcaggggacccccagggt
ctgttctctgtccagtcaagttcgggcttgatcagtaccaggcgctcgctggaccacgag
tcccagccctacgtcctcctggtgctccagtcccactcggggacaggtttgcctgtttac
agcagcacccaggtcaacattaccatcgccgacgtcaacgacaatcctccctccttccca
aaaatgtctgactgcatcgctgtggcccagaatacgcccccggggacggtgctgtacatt
tcccatgctcacgacattgacagtggtgcaaatggtagggttaggtatttcacttcaagg
ggtagtgctggagggagtttgccattttatgttgaccctgacctcggtacggtgtttttg
aaccgtagcctctatcgggaccctcgaccgaggtacgtttttaaaatattagcaaaggac
caaggtgagccctcgctcactgctacactgatgcttacggtcaacgttgagagcagcgcc
aacgtggacacactggccttcgagacgctagtctaccaggtggagatgggtgaaggcaca
caaatagacacacgcgtcatccaggtgagggcccaccgaagctggggaagcagcagccac
caccagggttccaaccccaatcagggcctcttttactccctggagcatgaaccaggcttt
cctcctacacccctccgaatcaacccagagagcggttggctctttctctcccaaaacctg
gactatgagatggaacctttgtttcgctttaaggtccaagccactgttaaagacaagagt
acgctagctatggctaacaacactgctacagccactgtcatcgtcttagtcctggatgaa
aatgacaatgcaccggtgtttaccagccagaactatttctttgtggtccaggaggggcct
tcaccacagggcctggttgggacggtgcatgcggttgacatggattccaagaagaatgcc
cagttgtcttacatcctgctgtcagatggaaagcacttccgcatcaacgcaaaaacaggg
gagataatcaactgggtgtctctggaccgggagcagcatcccgggcacaccctgaaggtg
atggtgacggaccagggccagccccgcctcaacaccacagccaccgtccacatccaggtc
accgacatcaacgacaacccaccccagtttactcatctgcccgccgccggcaagcagctc
aacgtccaggtttgggcaggtcttccaacaggctcattggtgaccaccatgtttgccaaa
gaccttgatgctggagaaaatgcaacagtaaagttttctctgatgacagataaagaagag
ggccactttgagattgacggtcagagtggagacatccggacaactgagctgttcacccaa
aacgcccacacccactacaccttgacggtggtggccaccgacaacggaccagctcctctg
acggaaacggccgtcattcacctccaggttcacgcggcagagaaacaacagagcaatgtc
gacctgcaaggtgtgcgccacttcacagtgatggagaacgccaaaccgggtaccatcatc
ggttctatctgcatctactccccaacaactaacagtgggctgcgttactccatcgtggag
ggggatgggagccttcactttgggctggacggctccactggcaacctgtacattaaccag
cctctggactatgagtcagcatcacactacttcctggttgtgcgcggcgaagaccccacg
cgacccagcacaaacgtgacgaccttcgtgagcgtggcggtggaggacgtgaacgaccac
gcgccctggtttccattcgaggtagtcaagctggggttgcgagaagacacagcggtcggg
acacgagcattcgcatttaacgcgaaggacgccgacgggagtctggccaacagcgccctg
cgctactcgctgtcctttgaccccgctttaggcacgtcagaagggtcgacgttccccttc
cacgttcacccgcttaccggcgtcctcaccatcaccgcacccttggaccgcgagaggacg
gcaaacttcgccttcatggtcacagccactgaccagacaccaatcgcggccgaccagaag
cattcgactgtgattgctcaggtgtttctgctcgacgtcaatgacaatcccccgaagttt
gtctcccaggacacggcctgggtcatggaggaagcggaggtgggaagcttggtgcatcgt
gtagtcgctgtggatgaagatctgggcgaaagcgggcaggtgacctattgcctcgtttct
gggaacaaggaagggttctttactttggaagagaaaacagggctgatatatctctcctcc
cctctggattacgagctccagacctcccattccctgaccatccaggcttcggacaagggg
atcccttcactctcctccactcagaccctgaggctggaggttggggatgtgaacgaccag
ccacccctattcctgcatgacacctacacagctagcgttgccgagaacagagagccaggg
gaaagagtggtcatcgtctcagccacagacaacgactctgcagtgaatgccatggtgtgg
tacagtctgttgcctggaccgggctatgacctcttctacatcgacccccattctggacag
atcagcaccaacacccatctagacagagagatgtaccagcaattcacacttcgagtacag
gcccgcgacagtggcatccagcctctctccagcacggcgacggtcctgtgctcggtgcta
gacgacaatgacaatgtccctgagttcatgcaggcatcctttcagctcagcctaccagag
aacctaccccctggggtcattcacactgcccaggcctcagacccagaccacggagtcaat
ggcaccgtaacctactccataaagggtgaggactacgatggccgtttcaccatccacccc
accacgggcgtggtcagcaccactcaggaattagaccgtgaggaacggcccagctacaac
ctttgcatccaggcaagtgatggcggccaacctacccccctcagctcgtccaccacgctg
ctggtgctcctgctggaccagaacgacaacagcccctcgttcagccgcaagagctaccgt
gcctccctggttgaagggctccctgcagggtctgaggtgctgcgcctggaggcctgtgac
gtagacgaggggcccaatggtgaggtgaccttttccctggccgaggaccatctgggggtt
ttcttggtagagcccaccacaggcgtggtgcgtaacacccggccgttggacagggagacc
agggctcagtacaccttcaaggccgtggctaccgacggttgcaccaggggtccacgcagc
tccatcaccacagtgaccgtgcaggtggatgacgtcaacgacaactcgcccgtctgcacg
gagaacccacttgtcggctgggtcgccgcgggcacaaccccaaaaacaactgttgccacc
gttggagcgtcagacggtgatcgcggcgacaatgggaccgtctggtttagcttagcggga
aacgagacacttttcaccatcagtgtaaaatcgggagaaatacagttgaacgggtccata
agtccaggtttttccggtgctaagctccaggtgttggctacagaccttggtacaccagct
cttacctctacctgcctagtcttcattcaactgaagggagaggacgagccactgcagttc
acagagacagtatatgaagcagctgtggcagagaacagccaaactggctcatgggtggga
aacgtggttgctcacgaccggactgacggcaaacggcaaatcgaatacagcatcttcaac
agtgacgagaacagtgtattcgcgatcaaccaacacacaggtgacatcacagtgagggac
caggccagtctggactatgaggccaaccagaaggtgaaactcctggtgctggccaatggt
ggcccctggcacatgacctactgccaggtcacagtcacactacaggatgtcaacgacaat
gcgccaacctttgatcagagctactaccgcacggccgtgtgggagggtcaggtgcacaac
acctatgtcatgcaagtgtttgcctctgatgcggacagtggtacgaatggtctgattgaa
tactccatactgtccggtaaccagaatgaggcattcattatcgattcagtgcgtgggatc
cttgccaccaacactgttctggacagagaaatcacatctttttacaaactggtactgcag
gcatcagacagggggagccctcctctcagcagcactgccacagtccgggtccaggtagtg
gatgtcaacgacaacagcccagccatcccccccatggagcctgtggtcgtagcagagaac
ctcccagctggctacacggtgacccaggtccgcgcgaacgacgtggaccttacatccaca
gtcacatacagcttttcggacaacaccagctccgacgggagcttcgccatcgaccgctac
acaggcgtggtgaccctgaaacgaacgctagaccacgaagagcaggtggaacacaggctg
acagtgtgggcctctgactcccttcacgttgccactgccgatgtcgtggtgcaggtgctg
gatgtcaacgacaatgcgcccgtcttctcccaggactcctaccaggtggagcttccagag
ctttcccctgccaacatgttgatcctgactgtatctgccacagacagggacgctggacac
aatggcaaactcagctacagactcctatcatctcctctacatggcttcaacatccacccg
gacaatggttcagtgttcacaaacaagcccctgaagtacgtcaccaacagtaacgtgatc
cagctcgtggtggaggccagagacgggggtgacccccttctctccacggtcacttcagtg
gatatcctagtccaggatgccaacgaccacatcccccttttccagcacaacacctacacg
gtcaacccttccgaagatacaccagtgggcaccacattgctgaccctctgggccgaggac
ctagactcggcacccgaaaacacacgtctggattttgacattgtgagtggcaatgagaac
agaaggttttgtatagaagtaggagcggtccaaacagagagccagttgagaaccaagggg
agtctagttttgtgccagccattggaccgtgagaccacagagagctacacattgaccgtg
actgtttctgactgcggcttgcccccatttaacagctcggcggttgtggtggtcacagta
gaggatgtcaacgataatgcaccagattttgtaaatgcagagtaccacgctcaggtcagt
gagaacagcccaattggcacacaactactgcaggtacttgcccaggaccctgaccatgga
accagtggtctggtctggtatgacattatctcagggaacagcaagggtcacctcaggctt
gacactcacaccggtatcctggaagtcaatcaaagtcttgattacgaagaagactcccaa
tacacacttaccatacaggcttccgatgggggcaaacaaggaaatcgcaaggtgaccttc
actgtagtctttgtcactattttggacgagaacgacaactcgccctacttcattttccca
gtggtcaactgctctgtacaggagaacctgccagcctttaccttgacttgttcagtatac
gctgtagaccaagactctggatactatggccagcttacctactccatactgtcatcctgc
ttcatggattatggcagcggtagtcctgacaggaaagaggcctttgcaatcgaccctctc
acaggggacatccacactcggcaaacctttgattttgagcgggagagtgaatactgtttt
gtggtggaagccagagataaaggtgagcaggctgccactgtgagggtccaggtggccatc
gaagggatggatgagttcagtcctgtgttcacccagagacagtaccgttttgtcctcccc
acaaatgtcaaggttggacagatggtcggccacgttatggctatggaccatgatggaggc
ctggatggtgtggtggagtattccctagtcaacccttcaccgtttttctccatcaacaaa
acaacgggtgctgtgtttgtctcaggcccagtgtaccgcaagagaagtagttcttcaaac
caagatgtggttgagctcttggtgtctgccggcagtcccagaatggactccagatctacc
acaagcctggtgacggtcaacatctctaattcagctgaagctctggtcagtgtgtccctc
agcgtccacacggtcaccttgggcatttctctagccatcttcctcctcctcctcatcagc
tttgtaggcctcgtccttaggtacaagaccaaggaggcagcaatcaagaaggcagctgcc
attgcagccaacctcaaccacggcacaggcacgtttggcaggaccaaccgaggccaacag
cgcaccagcataaacatcggcttgcgggagctgagggctcccatccctatgcgagtgaag
agggagatatccctcccaattaggaacttggacattagaggccgaggctcggcggaaggt
gaaacagctgaggaccaggagatcaagatgatcaacgaatacccacgccgcaagagggcc
aactcggatcagagcgaaagggtgtctgactccggtgtgcctcgtgactcagaccagctt
tcctgccattcagaggatggggacccaggaacagtcataaccactgtttccagcacagat
cttgccaccggtatgcaaagctctgagagcctctacacctttaaagaggagggagggggc
gaggggatgcttcctcaggtcaggatgagggacatggaggagagaataaggggctatgtc
cccctttcggaccgccatacttctgtggacggctccctcagttctctggtgtgcctggag
gagcagctgcggggtagttacggctgggactacctgctggactgggagccacgctaccac
acattggcctctgtcttcaccgatatcagcctgttgcccgacgaggagctccaggggggc
catgaggacctggcatccgaagcccgctgcctcatgcacccaccgcccctgatcacgggt
gtagcgcagcctggtatcagggccgtgcccccccggatgccacctcgcagcatgcacacc
ctcactcggaggccttcctaccccaaatatgcctacgaaccccttgcccggaacacagga
ctcactccatccgccatgaccccaagcttctctccctcattgtcagtgctcaccttacgg
actcccaatgcctccccggtggtttcagagactgggctgggggtctttaggttggatgcc
agcagccttttggagggagaaataccggtttaa

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (57)   
   KEGG ORTHOLOGY (1)   
   RefGene (53)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (9)   
   RefSeq(nuc) (1)   
   GenBank (4)   
   EMBL (4)   
Protein domain (5)   
   Pfam (5)   
All databases (76)   

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