KEGG   Sinocyclocheilus grahami (golden-line barbel): 107560484
Entry
107560484         CDS       T04918                                 
Symbol
lama2
Name
(RefSeq) laminin subunit alpha-2
  KO
K05637  laminin, alpha 1/2
Organism
sgh  Sinocyclocheilus grahami (golden-line barbel)
Pathway
sgh04510  Focal adhesion
sgh04512  ECM-receptor interaction
sgh04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:sgh00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    107560484 (lama2)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    107560484 (lama2)
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    107560484 (lama2)
SSDB
Motif
Pfam: Laminin_G_1 Laminin_EGF Laminin_G_2 Laminin_B Laminin_I Laminin_II DUF948 ApoLp-III
Other DBs
NCBI-GeneID: 107560484
NCBI-ProteinID: XP_016100155
Position
Unknown
AA seq 2354 aa
SKDDPIRIISAPDVIIEGGGLRMIDNSSGVVVYPFSTTERRIDLLPESFLHHASRLPVSK
RDFHSVLNNIERLLLRASYAQEHSAIYRLGRVSMSVAAEGSGSGVQARAVEVCQCPPGYD
GTSCETCAVGFRRVNGTLYRGVCELCQCHGHAEHCDDITGHCLGCRDHTVGPYCDHCAPG
YYGDATRGTAEDCQPCACPLLNPSNKCANGYFGRPNVPGGSCQPCMCNGNLDLTAELSCD
PVTGACLRCREGYGGPDCERCADEYFGDALIAKNCRACQCHTNGSFSEVCHQETGQCQCR
QHVVGRQCDECMSGLHMQGAQGCVPCHCNSFGSKSFDCDESGQCRCQPGVTGQKCDRCAP
GHFSFQEGGCTPCQCAHVGNNCDANTGQCICPPNTVGERCDKCAPNHWGHDISSGCKSCG
CNALGSVAQQCNVNTGCCMCREQFRGEKCDECKLGYRDFPQCISCQCSAAGSSLDTCDAE
SGLCACADRSGQCSCKANVEGVKCDRCKVGSFSLSHRNPLGCSQCYCFGLSSSCTEATGL
IRMRLTLVPEQTVLPLVDKSSHQEITVGVSFQHPDIIANADVVQQHLSEPYYWRLPKQFK
RSMITAYGGKLKYAIYYEARDETGRTSYEPQVIIKGGPNKDKVMVRHMPALQIGQLTRHE
IDITEHEWKHKDDRPMSREDFMDVLFHVEYILIKASHGSVMRHSRISEITLEVAEVGTPS
KDSEIAHQIEKCDCPLGYAGLSCEECAAGFYRLSVHAGGAASRAGFGTCVRCQCNGHSDS
CDPETAVCQNCQHNTVGDKCERCAAGFYGVVRGFTDDCKPCACPLLNPENNFSPTCQTEG
FSDHRCTSCPEGYEGKHCERCAPGFHGNPSVLGGRCEECKCDAYGAFPTVCDPRSGQCRC
RPGASGLKCDQCMERHVCGPQGIVSCDDDCAGLLIRDMDRLLRLIGSVNLTLPLPLPYKV
LYRYENMTEELKHMLSPQRAPERLLQLADSNLGSLVTEMDELLSRATKVSADGQQTAADA
ERSRKGAEDLELYVRNTLLAAEALRDKARELNTTLGSRDGAPEKSVNEMNDEIQAMLAEL
RKRQLSGKKNIADEELGAAEALLARVKRLFGDPHQATEDLKKEVSDKMGDYRQKLDEAQD
LLRDAHNKTKQAEGLADNNQLNLDRLQGKRDAAGKQKKEMEGILAEGEKMLDEANALSDS
INQGKEELEEMDRELGPLHDKLDFKVARLGRGLDDSIPDLLLRAEDHAGQLNDSAAILDS
ILAEAKNLSFNATAAFKAYTNIKNYIDEADKVAKEAKKASIDALQLASGPKGSLKDQAKG
SVQKSHHLWNEAKELQNDVKENGENLGALQFRLKGANKKNKDHAIMKEKKSELCDKKSQL
PFLIFLFSDLAAKIQATKLKAAEANDTAIDVLHRLKDMNLHLMGLKRNHSKLEDDVKTAN
NLIKDPEKNIHAAGAKVKDLENEADRLLEKLKPIQELQDNLKKNISQIKELISQARKQAN
SIKVSVSSGGSCIRTYRPEIKKGRYNTIILHVKTVAADNLLFYLGSAKYVDFLAVEMRKG
KVNFLWDVGSGVGRVEYPDLVINDGNWHRIEASRIGLNGSISVHALEGPKTGILPTLRSA
RSPETYTVLDVDQNAYLFVGGMLGSVKKADAVKTTTFSGCMGETSLDGKPIGLWNYRERD
GDCAGCVVSPQPADTEGTVQFDGEGYAAVSRPTRWNPNVSTVMFKFRTFSTDALMMYFTT
KDMKDFTSAELRDGRVKVSYDLGSGTGSIISDKRYNDGKWKSFTMSRMKKEAIIAIVNID
TNEDEQLRMASPGGATGLNLREDERMYFGGVPKTGNYRSEVVLKRFSGCMKDIEVSRTPY
NLLSSPDYTGLIKGCSIENLHTVSFSRPGYMELKPVSFDVGSEISLSFSTKSENGIILFG
RGGLTSMTQLTQGLTPVHIPRRSRRQTGEPFLSVQLNKGALEVLVFTGSKSPRRAFRKAD
KGILHDGREHSLRIQRLSGALFTVQVDEEPLFQQPLPNDHPLSIHRLFIGGIPADIETGV
QRPNVPFEGCIWNLLINTVPMDFSQPVAFENAEIGQCPDLAPPPPPPETPEEEEEEDDEE
EEAPAKPALIPTEAARPPPPASTATPLTEATPIPDTPTSVKGTAVSCAAEAEPVVLELAK
QFGLSRNSHMAFEFDDRKVKNRLIIEFEIRTEAASGLVFYMARINHADFATIQLKEGMAH
LSYDLGSGNTSVSVPRIINDGQWHKIRVTREKQRGFLVIDGRYSKHTTSPKKADILDVVG
MLYVGGLPLNYTTKRIGPVLYSIDACIRNFKMMNLLLDMEKPTSSYRVGSCFANPEKGTY
FDGTGYAKAGEDPL
NT seq 7067 nt   +upstreamnt  +downstreamnt
agagcaaagacgaccccattcgcatcatcagcgctcccgatgtcatcatagagggcggcg
ggctgaggatgattgacaacagctctggggtcgtggtgtatccgttctccacaactgagc
gcaggatagatctactgcctgaaagctttctgcatcacgcctcaagactgcccgtcagta
agagagacttccacagcgtcctcaacaacattgagcgtctgctgctccgggcctcctacg
ctcaggaacacagcgccatctacaggttgggccgtgtgagcatgagtgtggctgctgaag
gctctggcagtggcgttcaggcccgcgctgtggaggtgtgccagtgtcctcccggatatg
atggcacttcctgtgagacatgtgcggtgggcttccgcagggttaacgggacgctgtatc
gcggcgtgtgtgaactctgtcaatgccacggacacgcagagcactgcgacgacatcactg
gacactgcctgggctgtagggatcacacggtaggaccgtactgtgatcattgtgctcctg
gatactacggagacgccaccagaggaactgcagaagactgtcagccatgtgcttgtcctc
ttctgaacccatcaaacaagtgtgctaatggctatttcggtcgtcccaacgttcctgggg
gttcctgccagccgtgtatgtgtaacggtaacctggatcttacagcagagctcagctgcg
atccggtgactggagcctgtctgcgctgtcgtgagggatatggaggaccggactgtgaaa
ggtgcgctgacgaatactttggtgatgccctcatagccaagaattgccgagcgtgtcagt
gtcacactaacggatcgttctcagaggtgtgccatcaggagaccggacagtgccagtgtc
gacaacatgttgttggacgtcagtgtgatgagtgcatgtctggcttacacatgcagggcg
ctcaaggctgcgtcccatgccattgcaattcattcggatcgaagtcgtttgattgtgatg
agagcggtcagtgtcgctgtcagcctggtgtgacgggacagaagtgtgaccgctgcgctc
ccggacacttcagcttccaggaaggcggctgcacaccgtgccagtgtgcccatgtgggaa
ataactgtgacgctaacacaggtcagtgtatctgtccgcccaacaccgtgggagagagat
gtgacaaatgtgcgcccaaccactggggtcacgacatcagcagcggctgtaagtcatgtg
gctgtaacgcgctggggtctgtagcacagcaatgtaacgtgaacacaggctgctgcatgt
gccgtgagcagttcaggggtgagaaatgtgacgagtgtaagctgggttacagagacttcc
cacaatgcatttcctgccagtgctcggcggcaggctcgtcactggacacctgcgatgcag
agtctggtctctgtgcatgtgcagacagaagtgggcagtgctcatgcaaggctaacgtgg
agggagtgaaatgtgaccgctgtaaggtgggctcgttcagcctcagtcacaggaatccac
tgggctgcagtcagtgctactgcttcggcttgagcagctcatgtacagaggccacgggac
tcatccgtatgaggctgactctggtgccagaacagaccgttcttcctcttgtggacaaat
ccagtcatcaggagatcacagtgggtgtgagcttccagcatcctgacatcatcgctaatg
ctgatgtggtccagcagcatctgagtgagccgtactactggagattgccaaaacagttca
aacgctccatgataacagcctatggtgggaagctgaagtatgccatctattacgaggctc
gtgatgagacgggccgcacctcttacgagccccaggtcatcataaagggtggacccaaca
aggacaaggtcatggtccgccacatgccagcacttcagattggccagctgacccgtcacg
agattgatataacagagcacgaatggaaacacaaggatgacaggccgatgtctcgtgagg
atttcatggacgtgctgtttcatgtcgaatatatcctaataaaggcctcacacggcagcg
tcatgagacacagcaggatttctgagatcactttggaggtggctgaggtggggacgccct
caaaggacagtgaaatcgcccatcagattgagaaatgtgactgtcctctgggatacgccg
gtctctcctgtgaggaatgtgcagcggggttctacaggctctctgttcatgccggtggag
ccgcgtccagagcgggctttggcacctgtgtccggtgccagtgcaatggacacagtgact
cgtgtgatcctgaaacagccgtctgccagaattgtcagcataacacagtcggcgataagt
gtgagcgatgtgctgcagggttttacggcgtagtgcgcggctttaccgacgactgcaaac
cctgtgcgtgtccgctcctcaacccggagaacaactttagtcccacctgtcagacggagg
gttttagtgaccaccgctgcacctcctgtcctgaaggctatgagggaaaacactgtgaaa
ggtgcgcccctggtttccatggtaacccgagtgtgttgggcggccggtgcgaggagtgta
agtgcgacgcttacggtgcatttcccacagtgtgtgacccgcgctccggacagtgccggt
gtcgtcccggagccagcggcctgaagtgtgaccagtgcatggagaggcatgtgtgtggcc
ctcagggcatcgtgtcgtgtgacgacgactgcgcgggactcttgattcgtgacatggatc
gtctgctgcgtttgattggcagcgtcaatctcactctgcccctccccctgccgtataaag
tgctgtatcgatacgagaacatgacggaggagctgaagcacatgctgtcccctcagagag
ccccggagagactgctgcagctggccgacagtaacctgggcagtctggtcactgagatgg
acgaactgctcagcagggcaactaaagtgtctgctgatggacagcagacggcagcagatg
cagagcggagccgcaaaggagccgaggacctggagctttacgtcaggaacacactgctgg
ctgctgaagctttacgggacaaagcacgtgagctgaacaccactctgggctcgagggatg
gggctcctgagaagagtgtgaacgagatgaacgatgaaatccaagccatgctcgcagaac
tacgcaaacgccagctctccggcaagaaaaacatcgctgacgaagaattgggtgccgcag
aggctcttttggctagagtgaagcgtttgtttggagatccacaccaggccacagaggacc
tgaagaaggaggtcagtgataaaatgggcgattacaggcagaaactggacgaagctcagg
atctgctgagggacgcgcacaacaaaaccaagcaggccgaaggactggctgataacaacc
aactgaacctcgaccgtctgcagggaaagagggatgcggccggtaaacagaaaaaggaaa
tggagggaattttggcggaaggagagaagatgctggatgaagctaacgctctctcagaca
gcatcaaccagggcaaagaggagctggaggagatggacagagagttgggtcccctgcacg
ataagttggattttaaagtggcacgtttgggtcggggtctggacgactccatccctgatc
tgttgctgagagcagaggaccacgccggccagctcaacgattctgctgccatacttgaca
gtattctagctgaggcaaagaacctgtcgttcaacgccaccgctgctttcaaggcttaca
ccaacatcaagaactacatcgatgaggctgataaggtggccaaagaggcaaagaaagcca
gcattgatgctctacagctggcctcaggacccaaaggatctctgaaagaccaggccaagg
gttcggttcagaagagccaccacctgtggaacgaggccaaagaactgcagaatgacgtga
aagaaaatggagagaatctgggtgctcttcagttcagactgaaaggagccaacaaaaaga
acaaagatcacgcaattatgaaagaaaaaaagtcagaattgtgcgataaaaagtcgcagt
taccttttttaatttttttattcagtgatctggcagcgaagatccaggccactaaactga
aggcagcggaggccaacgacacggccatagacgtgctccaccgcctgaaggacatgaacc
tccacctgatgggcctgaagaggaaccacagcaaactggaggacgacgtcaagacagcca
acaacctgatcaaagacccggagaaaaacattcatgcggccggagctaaagtcaaggatc
tggagaacgaggccgataggttgttggagaaactgaagcccattcaggagctccaggaca
acctgaagaaaaacatctcacagatcaaagagctcatcagccaggctcgcaaacaggcca
actctattaaggtgtctgtgtcgtccggtggaagctgtatccgcacctaccggccagaga
tcaagaaaggccgctataacaccatcatcctccatgtgaagaccgttgctgctgataacc
tgctcttctacctcggatcggccaaatacgtggatttcttggcagtggagatgaggaagg
gtaaggtgaacttcctgtgggatgtgggatcaggggtcggccgtgtcgaatatcccgatc
tcgtcatcaacgatggaaactggcatcggatcgaggcctcacgtatcgggctgaatggca
gtatctcggtccacgcgctggagggacccaaaacaggcatcttaccgaccctcagaagtg
ccagatcacccgagacctacaccgtgctggatgtggaccagaacgcttacctgtttgtcg
gcggcatgctgggctcagtgaagaaagcagatgctgtgaaaaccaccacgttctcaggct
gtatgggagagacgtctctagatggaaaacccatcggcctctggaactacagagagagag
acggggattgtgctggttgtgtggtcagtcctcagccggcggatactgaaggcacggttc
agtttgacggagagggttacgccgccgtcagccgacccacccgatggaacccaaacgttt
ccacggtcatgttcaagttccgcacgttctccacagacgcgctcatgatgtacttcacca
ccaaggacatgaaagacttcacgagtgcagagctgagggatgggagggtgaaagtgagtt
atgatctgggctccggcaccggctccatcatcagtgacaagcgctataatgacggcaaat
ggaagtcgttcaccatgtcccgcatgaagaaagaagcaatcatcgccatagtgaacatcg
acactaatgaggacgagcagttgcggatggcgtctccaggtggagcgacaggcctcaacc
tgagggaggatgagaggatgtattttggcggtgtacccaagactggaaactacaggtcag
aggtggttttgaagaggttctctggctgtatgaaagacattgaagtttcccgaacaccgt
acaatctgctgagcagcccagactacacaggactgatcaaaggctgctccattgagaacc
tgcacaccgtgagcttctccaggcccgggtacatggagctgaaacctgtgtcgtttgacg
taggctcagagatctctctctccttcagcacaaagagtgaaaacggcatcatcctgttcg
gcagaggaggactgacctctatgacgcagctgacgcaaggcctgacgcctgtccacatcc
cgcgccgctcgcgcagacagaccggagagcccttcctgtctgtgcagctgaataaagggg
ctctggaggtgctggtgttcacaggcagcaagagtccacgcagagctttcagaaaagcgg
ataagggaatactgcatgatgggagagagcactcactgcgcatccagagactctcgggag
cattattcactgtgcaggtggatgaagagccactcttccagcagccattacccaacgatc
atcctctgagcatccatcggctcttcatcggaggcatcccggcggacatagaaacaggtg
tacagcggcccaacgtgccgtttgagggctgcatctggaaccttctcatcaacacagtgc
ccatggatttctctcagcccgtggcctttgagaacgcagagattgggcagtgtcctgacc
tggccccgcctccacccccgcccgagacccctgaggaggaggaggaggaggacgacgaag
aggaagaggctccagccaaaccagcactcatccctacagaagcagctcggcctccaccac
cagcctctactgccacgcccctcacagaggccacgcccatcccagacacgcctaccagtg
tcaaaggaactgcggtgtcgtgcgcagcagaggcggagcctgtcgtgctggaactggcca
aacagttcggtctctccagaaacagtcacatggcctttgagtttgatgacagaaaggtga
agaacaggctgatcatcgagttcgagatacgcacagaagcagcctcggggctggtgttct
acatggccaggataaaccacgctgacttcgccaccatccagctgaaggagggaatggctc
acctgagctacgatctgggcagcggcaacacctccgtcagcgtgccgcgcatcatcaacg
acggacagtggcacaagatccgtgtgacgagagagaagcagagaggatttctcgtgattg
acggccgttactccaaacacaccaccagcccaaagaaagctgatattctggatgtggtgg
gaatgttgtatgtgggaggtttaccgctcaactacaccaccaaacgcatcggaccggtgc
tgtacagtatcgacgcctgcattaggaacttcaagatgatgaatctgctgctggacatgg
agaaacccacatccagctaccgcgtgggctcctgcttcgccaacccagaaaaaggaactt
attttgatggcacaggctatgctaaagctggtgaggatccattgtag

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (19)   

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