KEGG   Xenopus laevis (African clawed frog): 108713515
Entry
108713515         CDS       T01010                                 
Symbol
glg1.L
Name
(RefSeq) Golgi apparatus protein 1
  KO
K06816  golgi apparatus protein 1
Organism
xla  Xenopus laevis (African clawed frog)
Pathway
xla04514  Cell adhesion molecules
Brite
KEGG Orthology (KO) [BR:xla00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04514 Cell adhesion molecules
    108713515 (glg1.L)
SSDB
Motif
Pfam: Cys_rich_FGFR Retrotran_gag_4
Other DBs
NCBI-GeneID: 108713515
NCBI-ProteinID: XP_041446182
Xenbase: XB-GENE-17339938
UniProt: A0A8J1MWL7
Position
4L:69179816..69238438
AA seq 1130 aa
MAACGRVRRLWYLCVITGLILLSSVGSGAQPASLDGAAVAAPVGGAAAQPAASQARRLPG
WKLAEEEVCREDVTRICPRHTWNNNLAVLECLQDVRETDNEISSDCNHLLWNYKLNLTKD
LKFESVAKEICKSTLSMLTECANETPGKGYIVSCLVDHRVNITEYQCHQYITKMAAIIYS
DYRLICGFMEDCKTEIDTLKCGSIRPGEKDPHSQGEVVSCLEKGIIKETEDVNPQMHISD
KCKQAILRVAELSSDDFHLDRHLYFSCRDDRERFCETVQAGEGRVYKCLFNHKFEESMSE
RCRDALTTRQKLIAQDYKISYSLAKSCKADLKKYRCNVENHPRSREARLSYLLLCLESAV
HRGRQVSSECQGEMLDYRRMLMEDFSLSPEIILSCRGEIEHHCSGLHRKGRTLHCLMKAV
RGDKGNIAERCQQALQTLVQETDPGADYRIDRALNEACESVIQTACKHVRSGDPMILSCL
MEHLYTEKMVEECEHRLLELQYFISRDWKLDPVLYRKCQGDASRLCHANSWNDTSENMPA
GAVFSCLYRHAYRTEEQGRRLSRECRAEVQRILHQRALDVKLDPAMQAKCMTDLGKWCSE
KTESGQELECLQDHMEDLIVECREIVGNLTELESEDIQIEALLMRACEPIIQTFCHEVAD
NQIDSGDLMECLIQNKHQKEMNEKCVVGVTHFQLVQMKDFRFSYKFKMACKEDVLKLCPS
IKKKVDVVICLSTTVRNDTLQEVKDHRVSLKCRKQLRVEELEMSEDIRLEPELYESCKND
IKSLCQSVPYGNAQVIECLKEAKKQLSPSCHKKVFKLQETEMMDPELDYTLMRVCKQMIK
RFCSDTDPKNILQCLKQSKNAETMDPKCKQMITKRQITQSTDYRLNPVLRKSCKADIPKF
CQNILSNAKDDAEFEGKVISCLKLKYADQRLSPDCEDQIRVIIQETALDYRLDPQLQVQC
SEEINILCGEEAAAQEPTGQVEECLKMNLLKIQSPGCKKEVLNMLKESKADIFVDPVLHT
ACALDIKHHCAAIPPGKGRQMSCLIEALQDKMVRLQPECKKRLQDRLDMWSYAAKVAPAE
GFSELAMQVMNSPSKNYILSVIMVGVCVLFFGGLFCGRITKRIAREMKNR
NT seq 3393 nt   +upstreamnt  +downstreamnt
atggcggcctgcggacgtgtccggaggttgtggtacttgtgtgtgatcactgggctaatt
ttgttaagctccgtgggttccggagctcagcctgcttcgctggatggagctgcagtcgcg
gctccggtggggggtgctgcagcacaacctgcggcctcgcaagctcgtagactcccaggc
tggaagcttgcagaggaggaggtctgcagggaagacgtgacccgcatctgcccccgacac
acctggaacaacaatctggcggtgttggagtgtttacaagatgttagagagactgataat
gaaatttcctctgactgcaatcatctcttatggaattataaattaaacctgacaaaggac
ctcaaatttgagtccgttgcaaaagaaatctgcaagtccactctgtccatgctaacagaa
tgtgcaaatgagactccagggaagggatatatagtttcctgtctggttgatcaccgtgtt
aacatcacagagtaccagtgccaccagtatatcaccaagatggctgctattatctacagc
gattaccggcttatctgtggatttatggaagactgcaaaactgaaatagatactttgaag
tgtggcagtatcagacctggtgaaaaagaccctcattctcagggagaagtggtatcctgc
cttgagaaagggataattaaggaaacagaggacgtaaaccctcagatgcacatttctgat
aaatgcaagcaggctattttgcgcgtggcagaactttcatcagatgactttcatttagac
cgtcacctttacttttcttgccgtgatgaccgtgaaaggttctgtgagaccgtccaagct
ggagaaggcagagtctataagtgtctattcaaccacaagtttgaggaatctatgagtgaa
cggtgccgtgatgctcttaccacaagacagaagctgatagctcaagattacaaaatcagt
tattcattggcaaagtcctgtaaagctgacctgaagaaataccgatgtaatgtagaaaat
caccctcgttcacgagaagcacgactttcctatctattgttgtgtctggagtctgctgtt
catagaggtcgccaagtgagcagtgagtgtcagggagagatgctggattacagacgtatg
ctgatggaagatttctctctgagtccagagatcattctcagctgtcgaggcgagattgag
caccactgctctgggctacatagaaagggacggactttgcattgcctaatgaaagcggtg
cgaggtgacaaaggcaacattgcagaaaggtgtcagcaagcacttcaaacactggtacaa
gagacagaccctggagcagattaccgaatagaccgtgctctcaatgaagcttgtgagtct
gtcattcagactgcctgcaaacatgtccgttcaggagatcccatgatcctgtcctgtctc
atggaacatttgtatactgaaaaaatggtggaggagtgtgagcatcgtttactggaacta
cagtactttatttctcgtgactggaaacttgaccctgtcttataccgcaagtgtcagggt
gatgcttcacgtctatgtcatgccaactcttggaatgataccagtgagaacatgccagct
ggtgcagttttttcttgcttatatcggcatgcctaccgtacagaagagcaaggaagacgg
ctatctcgtgaatgccgtgccgaagtacaacgcatcctgcatcagcgtgccctagatgta
aaattggatcctgccatgcaagccaaatgcatgactgacctgggaaaatggtgcagcgag
aagacagagagtggtcaagaactggagtgtctccaggatcacatggaggatcttattgtt
gaatgcagggagattgttggaaacctgacagaactggaatctgaagatattcagatagaa
gcccttttgatgagagcctgtgaaccaataatccagacattctgtcatgaagtggctgat
aaccagatagactctggtgatctgatggaatgtttgatacagaacaagcaccaaaaggag
atgaatgagaagtgtgttgttggggttacacactttcaactagtgcaaatgaaggatttc
aggttttcctacaagtttaagatggcgtgtaaagaagatgtactgaaactgtgtcccagt
ataaagaagaaggtagatgttgtaatatgcctcagcactactgttcgcaatgacacgctg
caagaagttaaagatcatcgtgtgtccctgaagtgccgcaagcagcttagggttgaagag
ttagagatgagtgaagatattcgtttagaaccagaactctatgaatcctgcaaaaatgat
attaagtcactctgccagagtgtaccttatggaaatgcccaggtaattgagtgtctaaaa
gaagccaagaaacagctcagtccctcatgtcataagaaagtttttaagctacaggagaca
gaaatgatggacccagagcttgattacactctcatgcgtgtctgtaagcagatgataaag
agattttgcagtgatacagatcccaagaacattttgcagtgtctgaagcagagcaaaaat
gcagagacaatggaccccaagtgcaaacagatgataaccaagaggcaaataacacagagc
acagattatcgtctaaatcctgtcctgcggaagtcttgtaaagctgacatacctaaattc
tgccagaatatactgagcaatgccaaagatgacgcggaatttgaaggaaaggttatctct
tgtctaaaactgaaatatgcagaccagcgtttgtcacctgactgtgaggatcagattcgt
gtgataatccaggagactgcccttgattaccgactggatccgcaactgcaggttcagtgc
tcagaagagataaatatcctctgtggagaggaggcagcagcgcaagagcctactgggcaa
gtggaggagtgtttaaaaatgaacctgctgaaaatccagtctcctggttgcaaaaaagaa
gtcctaaacatgcttaaagaaagcaaggcagatatttttgttgacccagtcctgcacaca
gcctgtgcacttgacataaagcatcactgtgccgccattcctccaggcaaaggacgccag
atgtcgtgtttgatagaagcattgcaagataaaatggtacggttgcaaccagaatgcaag
aagcgcctgcaggaccgattagatatgtggagttatgcagccaaggtggccccagcagaa
ggcttttctgaactggccatgcaagtgatgaattctccatccaaaaactacatcttgtcc
gtcatcatggttggagtgtgcgtgctcttctttggaggtctgttctgtggtcgaatcacc
aagaggatcgcacgagagatgaagaacaggtag

  All links  
Ontology (1)   
   KEGG BRITE (1)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (53)   
   KEGG ORTHOLOGY (1)   
   RefGene (48)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (61)   

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