KEGG   Lingula anatina: 106163355
Entry
106163355         CDS       T04921                                 
Name
(RefSeq) talin-1-like
  KO
K06271  talin
Organism
lak  Lingula anatina
Pathway
lak04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:lak00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    106163355
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:lak04147]
    106163355
Exosome [BR:lak04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   106163355
  Exosomal proteins of other cancer cells
   106163355
SSDB
Motif
Pfam: Talin_R4 Talin_middle VBS FERM_f0 FERM_M I_LWEQ FERM_N IRS Vinculin OTU1_UBXL RA ubiquitin GIT1_C
Other DBs
NCBI-GeneID: 106163355
NCBI-ProteinID: XP_023930480
UniProt: A0A2R2MJU5
Position
Unknown
AA seq 2350 aa
MATLSLKVSIVGSNIVKTMQFEPSTIIYDACRMIRERIQEANQGNPADYGLFLADEDPKK
GVWLEQGRTLEYYLLRNGDLLEYKKKQRILRVRMLDGTVKTLQVDDSHTLGQLMVTICTR
IGVTNHDEFSLVRDLSEEEKEKTLTLRRGQSLARDQKKLDELKKKLHTDDELNWLDHSKS
LREEGVEENETLLLRRKFFFSDQNVDARDPVQLNLLYVQSRDGILNGTHPVTQEEAVQFG
GIQCQIQFGDHNEQKHKSGFLELKEFLPKEYMKIKGIEKKIFAEHRKLIGSSEIDAKVRY
CSLCRSLKTYGITFFLVKEKMKGKNKLVPRLLGITKDSVVRVDEKTKEILKTWPLTTVRR
WAASPNSFTLDFGDYSDSYYSVQTTEGEQISQLIAGYIDIILKKKKAKDHLGIEGDEEST
MLEESVSPAKATIIQHQSSKTGQAVTGNVAMPAVLRAGGQGQAQFSHGSMQQPQYGKIQN
QFHQGHAPPAGQNAQMQGMSHAQRGLWSSMNSAITDIETVEGSMHQRAELPPLGPDHASK
KWKENALDVSKHHIGSQLSAMNAATAQVVTMTSGGPDDTDYTAVGSAVSTITANMTEFAK
DVRMLAALQESDEVGDNLLDAARRLAGAFSDLLKAAQPGSSEPRQNLLTAASKIGEASNE
VMKTAGDGTDEVDKAFQDALLALAKAVANATAALVLKAKGVASKCDDQALQNRVISSATQ
CALATSQLVACTKVVAPTVSNPACQEQLVEAAKLVAKSVEGIVETAQTACKDDRLLQELG
AAATAVTKALNDLLQHIKQGSGGGQGGQQEVAVEAILGATDRLFSSMGDAPEMVRQARVL
AQATSQLVNAIKGQAEGHSEPDMQKRLLAAAKVLADATARMVEAAKGCASNPNDSSQQQH
LKAAAEDLRSATNKAASNALKKKLIKTLEVAAKQAASAATQLINASQAAEKSNRNPASQN
QLNASCKSTADEIPKLVQGIRGTLHSPDSPTAQLNLINASEDMIQVSSRLVNSAKAATPT
VSDQATALSLTNATKNMSAALAELRTAAAKAQEACGTLEIDGALAHINDLERELEEIEQT
CQAGKLLPLPGETMESSALQLGHTSKTVGSSMAQLLTAAAQGNENYTGIAAKDTANALGV
LTNAVRGVAACSDDRKVQQNIIDAARDVMDKSARLIEEAKRAVSSPNSPDNQQRLAQVAK
AVSHALNNCVNCLPGQRDVDAAIKEISSMSQTISSGQFPHTDKSFSEVQNEMSAAANNLN
QATTDVVAAAQGTPQQLATASNSYSKSYSELVNEGMTFAGMTKEREVQSQIVSGLKSVSM
VSSKLLLAAKSLSADPNAPNARNLLSQAARAVTDSINQLIDICTTSAPGQKECDNALRQI
QVMHNVLDNPTEPVSDASYFDCVDSVMEKSKALGDSMLGITDHAKRGALEEFCGSVKQFA
GSVCGLTEAAAQAAYLVGISDRASEPGKPGLVDQSQFSRANQAIQMACETLTDPSSTQQQ
VLSAATVVAKHTSALCNICRVASSKTTNPVAKRHFVQSAKDVANSTANLVKAIKALDSDF
SEQNRKRCADAAKPLIGAVEELTTFASSPEFTSVPAKISREARKAQEPIISSGKAMIDGA
CHMVKAAKQLAAHPKDPPTYLLYSNHSKSVSDAIKSLVAAMKESAPGQKECDDAIEKVTS
TIKDLDQAALAAISNSLPARNDNNQQGFQQQMISCAQEIADRIDPVRTAGKGEAEKLGHL
VTNMASYLDPLADAAVGTASKIMNSKRQMAVLDQTKTVAESALQLIYVAKEGAGNPKSND
AHTAIDDAADNMKEVMADLLQTMEEASATAGVVTAMVDNLGKAIAKTDDRIVVHENLSFV
DYQTNMVRLAKKIAQIAQDMVGKSSNNPEELGGLGNQLTREYGELASESQGATSCSSTAE
IGHQIKRTVQDLGRLCIELVQDAGHLQSSPGDSFAKRDLVEHARAVSEKVSHVLAALQAG
ARGTQACINAAHTVSGIIGDLDTTIMFATAGTLNPDADTEQFADHREAILKTAKALVEDT
KTLVAGAAANQEQLAGAAQSAVRTITRLTDVVKFGAASLGSEQPEAQVLLINAVKDVASA
LADLISCTKNAAGKPVQDPSMSNLKDSAKTMVTNVTSLLKTVKTVEDEAARGTRALESTI
EGIAQEIRAYESSDKSDLKATPEDLIRHTKAISNATAKAVAAGNSGRQEDIIVAANMGRK
AVFDILVVCKAAAQSAETEEIKHRTLRSGRDCAHNFRELLDLVHLAIQKPTYENKQSLGQ
ASKKVANAVTEIVQSAEAIKGTEWVDPDDPTVIAENELLTAANSIEAAAKKLAALKPRQP
AKRADGSQVK
NT seq 7053 nt   +upstreamnt  +downstreamnt
atggcaactctttcactgaaagtaagcattgtggggagcaacattgtgaagacaatgcag
tttgagccctccaccatcatatatgatgcctgtcgaatgataagagaaagaatacaggag
gcaaaccaaggaaaccctgctgactatggcctgtttctggcagatgaagatcccaaaaag
ggggtgtggttagagcagggcaggaccctagagtattatttattgaggaatggggatttg
ctggagtacaagaagaagcagcgtatcctgcgagtacgtatgttggatggtacagtgaag
acactgcaggtggatgacagccataccctaggacagcttatggtcaccatttgcaccaga
ataggggtaacgaatcatgatgagttctcattggtgagagatttgtcggaggaagagaag
gaaaagacgctgacattgagaagaggccagtctttggccagggaccagaaaaaattagat
gaattgaagaagaagctgcatacagatgatgaattgaattggctggaccattctaagtcc
ctgagagaagaaggagttgaggagaatgaaactttattattgaggaggaagtttttcttc
tctgaccagaatgtggatgccagggatcctgtacagctgaatctgctatatgtacagagt
cgtgatggtattttgaatggcactcacccggtcacacaggaagaggctgtgcagttcgga
ggaatacaatgccagatacagtttggagatcacaatgaacagaaacacaagtctggattc
ttggagttgaaagaattccttcccaaggaatatatgaaaattaaaggaatcgaaaagaag
atatttgcagaacaccgtaagctgataggttccagtgaaattgatgccaaagttcgctac
tgttccctatgtaggtctctgaagacctatggtatcacattcttcctggtcaaggaaaaa
atgaaaggcaaaaacaagcttgttcccaggttgcttggtataaccaaagacagtgtggtc
agggtggatgaaaagacaaaagagatcttgaaaacttggcctctcaccacagtaagaagg
tgggcagcctcgcctaacagtttcaccctggattttggggactactctgactcctattac
tcagtgcagaccacagagggtgaacagatttcacagctgattgcagggtacatagatatc
atattgaaaaagaaaaaggccaaagatcacctgggcattgagggtgatgaggaatccact
atgcttgaggagagtgtttccccagcaaaggccaccattatccagcaccagtcctccaag
acaggccaggctgtgacaggcaatgttgccatgcctgcagtgctgagagctgggggtcag
ggccaggcccagttctctcatggcagcatgcagcagccacagtatggcaagatacagaac
cagttccaccaggggcatgctcctccagctggccagaatgcccagatgcagggaatgtcc
catgcacagagaggactgtggagctctatgaactcggctatcactgatatagagacagta
gagggcagcatgcaccagagagctgagctgcctccactggggcctgatcatgcctccaag
aaatggaaggagaatgcactggatgtctccaagcaccacattggctctcaactgtccgcc
atgaatgctgccacagcgcaggtggtcactatgacttctggtggtccagacgacaccgac
tacactgctgtaggatccgctgtgtcgactattactgcaaacatgactgagtttgctaaa
gatgtcagaatgctggctgcactacaggagagtgatgaagttggagataatctcctggat
gcagccagaagacttgcaggtgcattctccgatctcctgaaagctgcacagcctggaagc
tcagagccacgtcagaacctgttgacggctgccagtaagatcggagaggccagcaatgag
gtgatgaagactgcaggagacgggacagacgaggtggacaaggcgttccaggatgctctc
ctggctttggctaaggcagtggccaatgccacggccgctctggtcctgaaggccaaggga
gtggccagtaagtgtgatgaccaagctttacagaaccgtgtgatcagctcagccacacag
tgtgctctggccacctcacaacttgtggcctgcaccaaggttgtagcccctacagttagc
aacccagcttgccaagaacagctggtagaggcagcaaagttagtggcaaagtcagtagaa
ggcattgtggagactgcacagactgcatgtaaagatgacagactactgcaggagttggga
gcagcagccacagctgtcaccaaggctttgaatgacttactacagcacattaagcagggg
tctggaggaggacagggaggccagcaggaggtagctgtagaggctatactgggagccaca
gaccgtctgttcagtagcatgggggatgccccagagatggtacgacaggcaagggtactg
gctcaggccacctcccagcttgtgaatgctatcaaggggcaggccgagggtcactcagaa
ccagacatgcagaaacgcctcctggcagcagccaaagtattggctgatgccacagcaagg
atggtggaggcagctaagggctgtgcctccaaccccaacgactcttcccagcagcagcac
cttaaggcagccgcagaggatctgaggtctgccactaacaaagcggccagtaatgcactc
aagaagaagctaattaagactttggaggtagctgccaaacaggctgcctctgctgccacc
cagctgatcaatgcatctcaagcagctgagaaatcaaacaggaaccctgcctcccagaac
cagctcaatgctagctgtaagagcacagctgatgaaattcccaagttggtgcagggtatt
cggggcaccctgcactctccagacagccctacagcccagctgaaccttatcaatgctagt
gaagatatgattcaggtgagcagtcgtctagtgaacagtgctaaggctgctactcccact
gtctcagaccaagccactgctcttagtctcactaatgctaccaagaacatgtcagcagcc
ctggcagaactgaggacagctgcagccaaggcacaggaagcttgtggaacgctggagata
gatggcgctctggctcacatcaatgacctggaaagggagctggaagaaatagaacaaaca
tgtcaggctggtaaactgctgccactgcctggagagacgatggaatcttcagccctccag
ttgggccatacctccaagactgtaggctcttccatggcccagctcctcacagcagctgcc
cagggaaatgagaactacacaggaattgctgctaaagacaccgccaatgcccttggtgtc
ctcaccaatgctgtccgtggtgtggcagcttgctcagatgacaggaaggtccagcagaat
atcatcgatgctgccagagatgtcatggataaatcggccaggctgattgaagaggcaaag
agagctgtcagtagtcctaacagtcctgataaccagcagaggctggcacaggttgctaag
gcagtgtctcatgcactgaacaactgtgtgaactgcctcccaggacagagggatgtagat
gctgccatcaaagaaatcagcagcatgagccagaccatatcttcaggacagtttccacac
acagacaagagcttctccgaggttcagaatgagatgagtgctgcagccaacaacttgaac
caggcaaccacagatgtggtggcagctgcccagggtaccccacagcagctggccactgcc
tccaacagctacagcaagtcctactctgaactggtcaatgaagggatgacatttgctgga
atgaccaaggagagagaggtccagtcccagatagtgagtggtctgaaaagtgtatctatg
gtttccagtaagctgttactggctgccaagtcgctctcggctgaccccaatgctcccaat
gccaggaatctgctgtcccaggcagccagggcagtcactgacagcatcaaccagctgatt
gatatatgtaccacatcagcaccgggacaaaaggagtgtgataatgcattaaggcagata
caggtgatgcataatgtgctagacaacccaacagagcctgttagtgatgcctcatacttt
gattgtgtggattctgtgatggagaaatcaaaggcactaggagatagtatgctaggtata
acagaccatgccaagagaggtgcactggaagaattttgtggctctgtcaagcagtttgct
ggatctgtgtgtggactcactgaggctgctgcacaggcagcctacttggtggggatatca
gacagagcttctgaaccgggaaaaccaggcctggttgaccagtcccagttctcacgggca
aaccaagccatccagatggcatgtgagactctaacagatccctccagcacgcagcagcag
gtgctgtcagcagctacagtggtggccaaacatacgtctgctctgtgtaacatctgtaga
gtggcgtcatcaaaaacaaccaacccagtggccaagagacattttgtgcaatcagctaaa
gatgtagctaacagtacagcaaacctggtgaaagctattaaggcattggactctgacttc
tccgagcagaaccgtaagagatgtgcagatgcggccaagcctctgattggagctgtggag
gagctgaccaccttcgcctcctcaccagaattcaccagcgtaccagcaaagatcagcaga
gaagccaggaaagcgcaggagcctatcatctcctctggcaaggcaatgatcgatggagcc
tgtcatatggtgaaggcagccaagcagctggcagctcatcctaaagaccctccaacctat
ttactgtactccaatcactccaagagcgtgtctgatgccatcaaatctctagttgctgcc
atgaaggagagtgcgccaggccagaaggagtgtgatgatgctatagagaaggtgacttct
accatcaaggatttggaccaagcagctctggctgccattagtaacagcctgccagctagg
aatgacaataaccaacagggcttccagcagcagatgatcagttgtgctcaagaaatagca
gatagaatagaccctgtgaggactgcaggcaagggagaggcagagaaactgggccacttg
gttaccaacatggcctcgtatttggatcccctggctgatgctgcagtgggcacagcttct
aagatcatgaactctaagagacagatggcagtattagaccagacaaagactgtggcagaa
tctgctctacagttgatatatgtggccaaggaaggggctggcaatccaaagtctaatgat
gcccacacagccatagatgatgcagcagacaatatgaaggaggtgatggcagatctactg
cagaccatggaggaggcctcagccacggccggagtggtcacagcaatggtggacaacctg
ggcaaggccatcgccaagactgatgacagaatagtggttcatgagaacctgtcttttgtg
gactaccagaccaacatggtgcgccttgctaagaagattgcccagattgctcaggatatg
gttggcaaatctagtaacaaccctgaggagctaggtggcctaggtaaccagttgaccaga
gagtatggagaactggcctctgagtctcagggtgccacatcatgttcaagtactgctgag
attggtcaccagatcaagaggacagtccaggacctgggcaggctgtgtatagaactggtc
caggatgcagggcatctacagagcagccctggagatagctttgccaagagagacctggta
gaacatgccagggctgtctctgagaaggtgtcccatgtgctagcagctctccaggctgga
gctaggggcacacaggcctgtatcaatgctgctcatacagtgagtgggatcattggagac
ctggacactaccatcatgtttgccacagcagggacgctcaaccctgatgcagacacggaa
cagtttgctgaccacagagaggctatactgaagacagccaaggctctagtagaagacacc
aagactctagtagctggtgctgctgccaaccaagaacagctggcaggggctgcccagagt
gcagtcaggacaataactcgtctcaccgacgtggtcaagtttggagctgcatccctgggc
tctgagcaacctgaggcacaggtgctcctgatcaacgcagtgaaagatgtggcctcggcc
ctggctgatctcatcagttgtaccaagaatgctgcaggaaaacctgtgcaggacccgtct
atgtcgaacctcaaggactctgctaagactatggtgaccaatgtgacatccctcctgaag
acagtgaagacagtggaagatgaggcggccagaggaaccagagcactggagtccactata
gagggcatcgcacaggagattagggcatatgagagcagtgacaagtctgacctgaaggcc
accccagaagacctgatccggcacaccaaggcaatctccaacgctacagccaaggcagtg
gctgcaggaaactctggcagacaggaggacatcattgtggctgcaaacatgggacgcaag
gcagtctttgatatactggtggtctgcaaggctgctgctcagagtgcagagacggaagag
attaagcataggactctgagatctggacgtgactgtgctcacaacttcagagagctgctt
gacttggtgcacctggccatccagaagcccacctatgaaaacaagcagagtcttggacag
gcatccaagaaggtggccaacgctgtcacagaaattgtacagtcagctgaggctatcaaa
ggcacagagtgggtagatccagatgaccccacagtgatagctgagaatgagctgctcact
gctgccaactccattgaagctgctgcaaagaaactggcagctctgaagccaaggcaacca
gccaagagggctgatggcagtcaggtaaaatag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (104)   
   KEGG ORTHOLOGY (1)   
   RefGene (100)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (13)   
   Pfam (13)   
All databases (124)   

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