KEGG   Lingula anatina: 106153230
Entry
106153230         CDS       T04921                                 
Name
(RefSeq) probable chitinase 10
Organism
lak  Lingula anatina
SSDB
Motif
Pfam: Glyco_hydro_18 CBM_14
Other DBs
NCBI-GeneID: 106153230
NCBI-ProteinID: XP_023929899
UniProt: A0A2R2MI59
Position
Unknown
AA seq 2257 aa
MKHLELVAVALLNLILPSFPETAEFRRVCYYANWSVYRTGDSKFLIELLDLSACTHAIYA
FATLVNGQLAPSEWNDDITYPQRHFFGGNYRRFNNQKVGTNLKTLLGVGGRNLGNTPFAQ
IVSTAESRRRFITHAVEFLTSRGFDGLSLEWNYPGSVAADDKEKFATWVKEIKSEFERHA
LLLSIAILGDQQIISKAYNLPELSKYIDFATVMAFDFASGSEKTIRHHSPLYGLKGPADT
TDTASQHWLVQHLIKDGLDRSRIVPVLPAFGVGYTLASPDNIAFGSAAYKPGTAGASGAG
DQVLLYHEICNKVTSPGTSWKRAWSDLSKAPVVYNNESWQWYSYDDEYSVAYKTKYAKDQ
RLGGIGVWSIDEDDFQSSCGPRSFPLIRHIQDVVSGTARATTPSYPRLPAPQTATPAPTP
PDGGGQRPSPTPPQTPPAPVSTEVPVPSSAPCDDKPAVRRNPSQYRRVCYYTNWSQYRSG
VGKFLPSHIDPSLCSHVIFAFARLERGLLVPAEWNDLGTAWNRGLYDQMRDIKSKNKKLK
ILLAVGGWVLGVEPFTEMVATSASRATFIIHAINFIREHGFDGLDIDWEWPAQRDSPAID
RVRFTYLLQELRAAIEKDASSTNRTKLLLSAAVAQNVKVIDTGYEACHIHKYVDFLSVIG
FDFYSSEGSVLGINSPLYHTCAEQYTEWGLERNMYFIINYWLKQGIPRHKLVVGMGMFGH
TFRLASPTLTEPTDPSGGRGISGTYTNEPGFIAYYEVCKKILDENWVTKWSEEQAAPYAY
SVSSMGWVSYDNVTSIQLKAKYIIDQKLGGAMIWSLDLDDFTGQNCGQGKYPLLSAINQV
FRRPQRFPSFKLPKRCPATTTTTTTTAAPVEPFVTSSETGPVIPIPLPAPEDVAFCKGKS
FGSYPDPEDCKFFYACLGAVQQRIGCEGNQYFNPDRGTCDDAGDNWDGTCPPSRPTQTTT
KRVRVTAPPVRTRGTTRRPKPTRIRTTAPRLQTTTNPPTAYPFTCSGKRAGSHPDPFDCS
GYYRCLGGGRLQHNKCRGVLHFNPKTKACDWPRNIKPPCTPAVMVTHPPTTPGSTVRTRA
PSTPWRRPTTRRRIVTTRRRTLTPPQPTTTQEPPTAYPFSCSGKQLGSHADPYDCGKFYT
CLGGLRMQRQQCLGGLHFNPKTGFCDWAFNIRPPCVTAIMVTYPPTTPGPTRATTPKPVR
IRPTPKSLGGRRTTARPVYGVQTTLTTPIRPTAYPFTCDGKATGRYADPFDCKSFYICVF
QTMKKYLCRGNLIFNPETRACDWPQNTNCVPAIMVTLPPTEANKVTKKYVSSTPREKVTF
YKPIQQRTTTKVEQTTPVTTVQPTAYPFTCVGKTTGYYPDPFDCESFYFCIGSSQRHMKC
RTPLKFNKDNGACDWAFKVNCVEAKLVPRPTTDAPPSTRAASSAAATTTRPYREGKITVT
KPTMPYPSVTETTMTRPTAYPFTCQGKPSGRHADPFDCASFYLCLFGSARHLSCGRGLVF
SPKNQSCDWPDRVKCTPAVLVTRPPTTTHRPVESQGPVRQTTNGPRTGAVIPTKDLTKTT
TPEQSTESTRPKVTAYPFTCEGKRNGRFADPFDCSMYYLCIGGKGRHLQCMGNLKFNREI
GSCDWHFNAKCTEAEMVTHPYSSSSPVAGVTMSSQKPQRKTSTKRQQPAWTERQKTTTKP
TLGPRPTAYPFTCKGKSIGHYADPFNCRSYYLCLSGGQRRHITCIKPLIFNPNNKACDWE
FNYRCIPAIEVSPPTTEEPETTKPVTTTSVKKEKETTLRLSTTAQTEATFASQPTAEAFT
CEGKDDLARYRDPFDCSAYYFCVRGVGRRIRCMKPLHYNEAKLACDWPRYVNCVPAVLAK
QISTTDGRRPKTTLGSTTQEPTITLKSTVVRTTLQSTVKAPTPTIVTTMSRTTTPVQPVL
STSESTTSAVTKIGSVTSASTTAVMTASIAPEPTKEATASASVKSQPTIKKTSATTSESS
TSTVTTIESAPTTTVTTASITPELTKAASTAASVKSQLKTTSTSTTTSESATSAAPTTAS
PAFEGTSEATTTVSKTTAAKTSPTTSAPTTTASTTTVSTTSASTTTAAVTSQSTREATST
TSELKTPEPTTTVSEPTTPMATTASITTQTTTATSTTIKPTSSPATTSSTTLEPTTVAVT
ATSNPTTAADSSSASTKTIKQSVTPPVPQATFPSTSKATDRPFQCGNNIGIFADPADCSM
FYLCTGKARRHVRCFGGLLFDPDTKACDRPSKVDCKN
NT seq 6774 nt   +upstreamnt  +downstreamnt
atgaaacacttggaattggtggcagtggcattacttaatctcattcttccttcatttcct
gaaacagcagaattcagacgtgtctgttactacgcaaactggagcgtgtacaggactggt
gattcaaagtttttgatagagttgttggaccttagtgcttgcacccacgccatctatgct
tttgcaactcttgtgaatggccagctggcaccatccgaatggaacgacgacattacctac
cctcagaggcatttctttggaggtaactacaggcggtttaataaccagaaagtcggaact
aacttaaagacgctccttggggttggggggcgcaatttgggcaacacgcccttcgcgcag
attgtttccacggcggagagtcgcaggcgattcataacccatgccgtggagttcctcact
tctcgaggtttcgatggtctcagtttggagtggaattacccaggctccgtggcagcagac
gacaaagaaaaattcgccacttgggtaaaggaaattaaatctgaatttgagagacatgct
ttactgctctcaatagccatcctaggcgaccaacagatcattagcaaggcgtataaccta
ccagagcttagcaagtatatcgactttgccactgttatggcctttgacttcgccagtggc
agcgagaagacgatcaggcaccacagtccgctgtatgggctgaaggggccggcagacacc
acagacactgcctctcagcattggcttgtacaacacctcatcaaggatggcctggaccga
tcacgtatagtccctgtgctgccagcttttggggtagggtatactcttgcgtccccggac
aacattgcgttcgggtcagctgcgtacaaacctgggacagccggggcgtctggagcgggg
gatcaagtactattgtaccacgagatatgcaacaaagttacaagtccaggcactagctgg
aagagggcatggagtgacctatctaaagctccagtggtttacaacaacgaaagctggcaa
tggtacagctatgatgacgagtacagtgtggcttataagacgaagtacgccaaagaccag
cgtctcggcggcataggtgtatggtcaattgacgaagacgatttccagtcctcttgcggg
cccaggtccttccccctcatcaggcatattcaagacgtcgtctcaggcacagcgcgtgcc
accactccttcttacccacggttgccggccccacagacggccacgccagcaccaactccc
cctgatggcgggggacagcgaccatcaccaacaccgccacaaaccccgcctgctccggtt
tccactgaagtgcctgtccctagcagtgcaccatgtgatgataaaccagcagttcggcga
aatccttctcaataccgtcgtgtgtgttactataccaactggagtcagtacaggagtgga
gtaggaaagtttttaccctcgcatatagacccttccctctgcagtcatgttatctttgcg
tttgccagactggagaggggactacttgtgcccgcggagtggaatgatttaggcactgca
tggaacagaggattatatgaccagatgagggacattaaatcgaaaaacaaaaaactcaaa
atcctgctggctgtgggaggttgggttctgggagtagagccttttacagagatggtggcg
acctctgcgagcagggcgaccttcataatccacgccataaacttcatccgtgagcacggg
tttgatggtcttgacattgactgggagtggcctgcacaaagagacagtccggccatcgac
cgagtccggtttacgtatcttctgcaggaactccgcgctgccatagaaaaggatgcctcg
tcgacaaaccgcactaagcttctcctgtcggcggcagtggcacagaatgtcaaagttata
gacactggttacgaggcatgccatatccataaatacgtggattttctatcggtgattggt
tttgacttctacagttcagagggctctgtactgggtattaacagcccactgtatcacacc
tgtgctgagcaatatacagaatggggactggagaggaacatgtacttcatcatcaactat
tggctgaaacaggggattccgagacataaacttgttgtaggcatgggcatgtttggccat
acctttcgcctggcgagcccaaccctaaccgagcctacagaccccagtgggggacgtggt
atcagtggaacgtacacgaacgaacctggatttattgcttattacgaggtttgcaagaaa
atccttgatgagaactgggtaaccaaatggagtgaggagcaagcagcaccttacgcctac
agtgtctcttccatgggctgggtcagctatgataacgtcactagcattcagttgaaggca
aaatacatcatagaccaaaaactcggcggggcaatgatctggtcattagatctggacgac
ttcacaggtcaaaactgtgggcaggggaaatatcctttgctatcagccataaaccaagta
tttaggaggccccaaaggtttccatcttttaaacttcctaaacgctgcccggctactaca
actacaactacaacaacagcggcacctgttgaaccttttgttacctcctctgaaactgga
ccagtgattccaattccgttaccagcaccagaagacgttgctttctgcaagggaaaatca
ttcggaagctaccctgaccctgaagactgtaagtttttctacgcctgcctcggggccgtt
cagcagagaataggttgtgaaggaaaccagtacttcaacccagaccgaggcacgtgcgac
gacgcgggtgacaactgggacggcacctgccctccttcccgtccgacccaaactacgact
aaacgtgtgagggtcacggctcctccagtaagaacgaggggcacaacccgaagaccaaaa
ccaacgagaattcggacaactgctccacgcctgcagactacaacgaacccacctactgcc
tatccatttacgtgtagcggaaaacgagctggaagccatccagatccgtttgactgtagt
ggatactacagatgtcttggtggcggaaggctacagcataataaatgcagaggggttctt
catttcaatccaaaaacgaaagcttgtgactggccgagaaatattaaaccaccatgtact
ccggcagttatggtgacgcaccctcccaccacgcccgggagtacagttcgtactagggcg
ccatctacaccttggagacgaccgaccacgaggcgacgcattgtgactacgcgtaggcga
actttaaccccccctcagccaacaacgacccaggaaccgccaacagcgtatccattttcg
tgttctggaaagcaattaggcagtcatgctgatccatatgactgtggcaagttctacact
tgccttggtggcctcagaatgcagcggcaacagtgtcttggtggccttcattttaaccct
aagacaggattctgtgactgggcgttcaatataagaccaccgtgcgtgacagcaataatg
gtcacgtacccgccaactacgcccggccccacgcgagcaacgacaccgaaaccggtgcga
ataagacctactcctaagtctctgggcggtaggcgcacaacagcaaggccagtgtatgga
gtgcagactacattaaccactccaattagacctacagcttatccatttacatgcgatggc
aaagcaacagggcggtatgcagatccatttgactgcaagtcgttctacatctgcgtcttc
caaactatgaaaaaatatctatgtcgcggtaacctgatcttcaaccccgagacccgtgca
tgcgattggccacaaaacaccaactgtgtccctgcgatcatggtgaccttgccgccaacg
gaagccaataaggtgaccaaaaagtacgtttcatcaaccccaagggagaaagtaaccttt
tataaaccaatccagcaaagaactacgactaaggttgagcagactacgcctgtcacgacg
gtccaacctacagcatacccctttacctgcgtagggaagacaacgggttattatccagat
ccattcgattgcgaatctttctacttctgtatcgggtcatcacagagacacatgaaatgt
cgaacccccttaaagttcaataaggacaatggtgcctgcgattgggcttttaaagtcaac
tgcgtagaggctaaactggtcccgaggcccactacggacgcgcccccaagtacccgagca
gctagcagcgcggcagcaacgacgacacggccttatagagaaggaaaaataacggttact
aagccgaccatgccatacccaagtgttaccgaaacaacaatgacaagaccaacagcttat
cctttcacctgccaaggtaaaccctcaggacgccacgcagatcctttcgactgcgcttcg
ttctatctctgtctgtttggcagcgctcggcacttgtcatgtggcaggggtttggttttc
agcccaaagaatcaatcttgtgactggccagatagggtgaaatgcacgccagctgttttg
gtcactcgtcctccaacgacgacacatcgaccagtggaaagtcaaggtccagttcgccaa
accacgaacggacctcggaccggtgcggttatccccacgaaggacttaacaaaaacaaca
acaccagagcaatcgacggaatcgaccaggccgaaagtcaccgcatacccgtttacatgt
gaaggaaagagaaacggacgcttcgccgatccctttgattgttctatgtactacctctgt
attggtggcaaaggacgtcaccttcagtgcatggggaaccttaagtttaaccgcgagatc
ggttcatgcgattggcattttaatgccaagtgcaccgaagccgaaatggtcacccatcca
tactctagctcaagccccgtggcaggcgtgacaatgtcttcgcagaaaccacaacggaag
acctccactaaacggcagcaaccagcctggacagaacgccagaaaaccaccacaaaacca
acgcttggtccacggcctacagcataccccttcacctgtaaaggcaaaagtattggtcac
tatgcagatcccttcaactgcagatcgtattacctgtgcctatcgggtggacagcgcaga
cacatcacttgcattaaaccgctcattttcaaccctaacaacaaggcgtgcgactgggag
ttcaactacagatgtataccagctattgaggtgtcgccacccacaactgaggagcctgaa
accaccaagccagtgacaacaacgtcagtgaagaaagaaaaagaaacaacgctgcgtttg
tcaactactgcccagacggaggccacttttgcatcacaaccaacagcggaagcattcact
tgtgaaggcaaagacgatttggcaagatatcgcgatccgtttgactgttcagcgtactat
ttctgcgttcgtggagtaggaagacgcattcgctgtatgaaacctttgcattataacgaa
gcaaagcttgcatgtgactggccgcgctacgtgaactgtgtacctgcagttttggcgaaa
caaatatcaacaacagacggtagaagaccaaagacgactttaggatcaacaacacaagaa
ccaacgataacgttgaaatcaactgtagtgcgaacaacgttacaaagcacagtgaaagca
ccgacgcccactatagtaacaaccatgtcgaggacaacaacgcccgtacagcctgtatta
tcaacgtccgagtcaacgacatcagcagtcacgaaaatagggtcagtaacatcagcatcg
acgacagcagtcatgacagcgtcaatagcaccagaaccaacaaaagaggccacagcatca
gcatcagtaaaatcacaaccaacaataaaaaagacctcagcaacaacatcagaatcatca
acttcaacggtcacaacaatagagtcagcaccgacaacaacagtcacaacagcgtcaata
acaccagaactaacaaaagcggcctcaacagcagcatcagtaaagtcacaactgaaaaca
acatcgacctcaacaacaacatcagaatcagcgacttcagcggccccaacaacagcgtca
ccggcatttgaaggcacatcagaggccacaacaacagtgtcaaaaactacagcagccaaa
acatccccaacaacgtcagcaccaacaacaacagcgtccacaacaacagtttcaacaaca
tcagcgtccacaacaacagcagcagtaacatcacaatcaacaagagaagcaacctcaaca
acgtcagaattaaaaacgccagaacccacaaccacagtgtcagaaccaacgacgccaatg
gccacgacagcgtcaataacaacacaaacgacaacagcgacctcaacaacaataaaacca
acgtcgtcgccggctacaacatcgtcaacaacattagaacctacgacagtagcagtcaca
gctacatcaaacccaacgacggcagcagactcatcttcagcgtccacgaaaactatcaaa
cagtctgtaacaccgccggtaccacaggcaacattcccaagtacatctaaggcaacagat
cgaccttttcaatgtggaaacaacatcggcattttcgccgatcctgccgactgttccatg
ttttacttgtgcactggaaaagctaggcgtcacgtcaggtgttttggtggacttttgttt
gaccccgataccaaggcttgtgaccgtccatcaaaagtcgactgcaagaattaa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (263)   
   RefGene (260)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (269)   

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