KEGG   Egretta garzetta (little egret): 104127527
Entry
104127527         CDS       T05152                                 
Name
(RefSeq) collagen alpha-6(VI) chain-like
  KO
K06238  collagen type VI alpha
Organism
egz  Egretta garzetta (little egret)
Pathway
egz04510  Focal adhesion
egz04512  ECM-receptor interaction
egz04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:egz00001]
 09130 Environmental Information Processing
  09133 Signaling molecules and interaction
   04512 ECM-receptor interaction
    104127527
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    104127527
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    104127527
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:egz04147]
    104127527
   00536 Glycosaminoglycan binding proteins [BR:egz00536]
    104127527
Exosome [BR:egz04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   104127527
Glycosaminoglycan binding proteins [BR:egz00536]
 Heparan sulfate / Heparin
  Extracellular matrix molecules
   104127527
 Hyaluronan
  Extracellular matrix or blood plasma proteins
   104127527
SSDB
Motif
Pfam: VWA VWA_2 Collagen VWA_3 PIG-L LytR_C
Other DBs
NCBI-GeneID: 104127527
NCBI-ProteinID: XP_009638499
Position
Unknown
AA seq 2106 aa
MQRASPYREDIVLLVDSSDTMEPSSLPYVKNFTIRMIEGLPIGPNQFRLALAQYSDDLST
EFMLDTYRRKGPMVNHIRDDFALRGGSAVHIGNALNAAYETFFQKSAGEKEKQQIIVILT
SAPSEDDVGEAARSLKSHGVKIIAIGTKEAPYNDLLEMATPPFHYINPVIEELPKFSEHM
PQIIDDIIQANISDIINIPDYNDSAVQEVCDGDTVADIVYIVDRGTSKSNFEELKKFLQN
LTSSFDVKEKCIRIGLVIYTDGQEVVSHLNRDTNKAEILQIIQELSAGSGEAKTGAAINV
TRLKLFAEGAGSRKKQGVEQIAVLVTHRPSQDNVSDVATLLRRSGVTVFAVGVEDASDQQ
LVQIASYPQEQYVTSLRVFSDLQRQNTIFRKKVLNKIQNKLYVDSERKEILKTGCLDTEA
ADIYLLVDGSSSLDYRDFMDVKTFLKEMIRLFDIGINKVRFGLVQFSHFNEPEFELNKYT
SASDLIKGIENIRQIGGNTSTGGALAYMKPLFEKARSQRGVRVPCHLIVLTDGESQDSVK
EPAMKLREDQVNIYAIGVREANITQLYEIAGVKNRVYFVHDFDLLQDIKNEVVQEICTIE
VCKEVKADVVFLVDSSASIGNEHFLKIKNFMRELVNGSDVGADRVRIGVVQFSHKPKEEF
KLSTYSTKRDILRAIDRISPLQSTRLTGGALKFMLKYFEDSSGSRDAVKKILILITGGES
QDEVKVPATLLRNTGVIIYSVGVLNADKTQLEEISGKREMVFYGENSDILSQTKKDLMFY
ICSSPPDDKCRRVERLDIVFVMDSSGSISPSQYQAMKDFMIALVKQSDVGPDGVQFGALK
YSDDPVVLFYLNKYTTKLEITEAIQRDDPLGQRTYTAKALFHSEMFFTEEHGSRKSKGVP
QVIIVITDGESHDKDKLDDSAQRLRNKGITIYAVGVEGAKRNELLIMAGSEDKCFYVDTF
EGLGNLTANITNDICNISVPDCPKKADVMLLMDGSRSIDEENFRIMIDFVTSLINPAVIV
QNTKIGFAVYGGVYKEEFSLSFFPNRSELEFKIQSIKQIKGRQSNIVNALEKVKHNFQPE
KGSRIHENVQQILLVIIAGRTSSRAARAAESLRKKGVDIYAIGVGNVDQSQLTQITGSPS
RKYAVDDFSNLKNIKKRLVDVICEDDNRKVACFVDITVGFDISSQREGQHLFHGQTRLEK
HFPEILQALLSLRDVSCNVGSKAQSSVALKVKNTVTPIPTKFYVDSESVLRNLSEAVIKT
PSQLNVEFLQSLWETFRNKDETRQKVLLVFSDGVDDDLEALEEKSEELKKKGLDALITVA
LEGASNFQNLQSIEFGKGFEYGTHLDIGMTDIASRLSKILNNIAEKTCCCLSCKCTGEEG
EIGDRGKGGIKERYQTLSGQILSLVYIKSHDLEKGPNGVKGNLGYLGDEGEPGFRGFVGE
KVQYNSRQSEFLSTGENGEDGSDGIRGEEGSPGPRGPPGDRGQKGLRGYPGNPGLNSAIP
GTRGFAGEEGQEGERGQKGSRGPSGGVGNPGNRGQPGQYGLQGKQGYRGPQGQKGINGQK
GQKGRPGRKGPPGEAGDEGIAGERGLKGYRGRMPCELIDYVRKKSPCWDGKVKCPVYPTE
LVFALDTSRTLTPDVFELMREIMMAIVSDARIRESNCPVGARVAVLSYNSVTHQLIRFSE
FHNKNKLLNALKNISYQSSSSERNIGSAMRFIARNIFKRTLQGPNVRKIAVVFSHGPAAD
ASSVKQAVLEMSAVGVIPVVIAFEDTPHISQAFLMDDSGLFQVLNVRGTEYKEVSQRFHL
CTLCYDKCKPDAFCERPRRRLLKEYVDAAFILDSSQKMSGAEFEQVKDFMSKAVTAFNIS
SDPKTSVVGDRIALVSHALPDFKAGIGKRPVKKEFDFVTYSNEDLMRIYIKESLQQLNGE
AAVGHAMQWTIANIFSGAPNPRPRKVIIIISAGKTSQWDKGTLKKISLQAKCRGYAVLVI
SLGKSYDRNELEELASTPLEQHLVQLGRIHKPELDYVMKFLKPFIRFLRSEDNYPPEELK
ANCSMLRIQNQKPVFEIEDMIADRATIEAASFIPSWHSRGLRHSDRKHTPLKARVFTKKK
QKLSEI
NT seq 6321 nt   +upstreamnt  +downstreamnt
atgcagagggcttccccttatagggaggatattgtcctcttagttgacagctccgacact
atggaaccttcatctctcccctatgtgaaaaattttacgatccgtatgattgaaggccta
ccaatagggcctaaccagtttcggctggcgcttgctcagtacagtgatgatttgtccact
gaatttatgctggacacttacagaagaaagggtcctatggtgaatcatatcagggatgac
tttgcacttcgtggtgggagtgcagtgcacattggaaatgccctcaatgcagcttatgaa
acctttttccaaaagtcagcaggtgagaaagagaagcaacaaatcattgtgattttgaca
tcagcaccctcagaagatgatgttggagaagctgccagaagcttgaagagtcatggagta
aagataatagctatagggacaaaagaagctccatataacgatcttttagagatggccacc
ccaccatttcattacataaatccagtgatagaggagctgcctaaattttcagaacatatg
ccacagatcattgatgatattattcaagcaaacatcagcgacataataaatatacctgat
tacaatgacagcgctgtgcaagaagtatgtgatggagacacggttgctgacattgtgtat
atagttgatcgtggtacttcaaagtcaaactttgaagaattaaaaaaattcctgcaaaac
ctaacatcctcatttgatgtgaaggagaaatgcataagaattggcctggtgatatacact
gatggacaagaagtggtgtctcatctgaacagagacacaaacaaagctgaaattctgcag
ataatacaggagctttctgctgggtcaggagaagccaagaccggtgcagctattaatgtc
acaaggctaaaactctttgctgaaggtgccgggagcagaaagaagcaaggggtagagcaa
atagctgttctggttacccacagaccctctcaggacaatgtaagtgatgttgctactctt
ctgcggagaagtggtgtgacagtgtttgccgtaggagttgaagatgcttctgatcaacag
ctggtccagatagcctcttaccctcaagagcagtatgttaccagtctcagggtgttttct
gatctgcaaaggcaaaatacaatttttcgaaagaaggtcttgaataaaatacaaaacaag
ctctatgttgactctgaaagaaaagagattctcaaaacaggctgtctggacacagaagca
gctgatatttatttgctcgtggatggttcatcaagtcttgactacagggattttatggat
gtgaagacttttttgaaggaaatgattaggctgtttgacataggaataaataaagttcga
tttggactcgtgcagttctcacatttcaatgaaccagagtttgaacttaataaatacact
tcagcaagtgatttgataaaagggattgaaaatattcggcaaataggtggaaacaccagt
acagggggagctctagcttacatgaagccattgtttgaaaaggccaggagtcagcgagga
gttagagtgccttgccatctaattgttctcacagacggagagtcacaggacagcgtgaag
gaaccagccatgaaacttagggaagaccaggttaacatttatgccattggtgtgagggaa
gctaatataactcagctttatgagattgcaggagtgaaaaacagagtgtacttcgtacat
gattttgacttactgcaagacattaaaaatgaagttgtccaagagatctgtaccatagaa
gtctgcaaagaagtgaaagctgatgttgtgtttctagtggatagttctgcaagtattgga
aatgagcattttctgaaaattaaaaacttcatgagagagctggtgaacggatcagatgtt
ggtgcagacagagtgcggattggtgttgtccagttcagccacaaaccaaaggaagagttc
aagctcagcacttactccaccaaaagagatatcctccgtgctattgataggatatctccc
cttcaatccaccagactgacaggaggagcactgaagttcatgcttaaatactttgaagac
agtagtggttcacgtgacgcagttaaaaaaattctcatcctgatcacaggtggggaatcg
caagatgaagttaaagtccctgccacactactccgaaatacaggtgttatcatctactct
gttggagttcttaacgcagacaaaacccagcttgaagagattagtgggaagcgtgagatg
gtattctatggcgaaaattctgatattctaagccagacaaaaaaggacctcatgttttac
atttgcagtagtcctcctgatgacaaatgcagaagagtggaacgtttagacattgtgttt
gttatggacagctctggaagcataagcccctcacagtatcaggccatgaaagacttcatg
attgccctggtgaaacaatctgatgttggcccagatggagttcagtttggagcactaaaa
tattctgatgacccagtagtgctcttctaccttaataagtatactacaaaactggagatt
actgaggctatccagagagatgaccctctaggacaaagaacttacacagcaaaggcactg
ttccattcagaaatgttcttcactgaagaacatggcagccgcaagagcaaaggagttccc
caggtaattatagtgataactgatggggaatcccatgataaagacaaactggatgattca
gcccagagattaaggaacaaaggaattaccatctacgcagttggagtagaaggagcaaag
cgaaatgagcttctgataatggctggatcagaggacaaatgcttctatgtggataccttt
gaaggacttgggaacttaactgcaaatataacaaatgatatatgtaatatttcagtacca
gactgtccaaagaaagcagatgttatgttgctaatggatggttccagaagcatagatgaa
gaaaacttcaggataatgatagactttgtgacaagtttaatcaatccagctgttattgtt
caaaataccaaaattggctttgcagtctatggtggtgtctataaagaagagttcagcctc
agcttttttccaaacagatcagaactagaatttaaaattcaaagcatcaaacaaattaaa
ggacgccaaagtaatattgtaaatgcacttgagaaagtgaaacacaacttccaaccagaa
aagggtagcagaatacatgaaaatgtccaacagattttactggtaatcattgctggacga
acaagcagtagagctgcaagagcagcagaaagcctgaggaagaaaggtgttgatatatat
gccataggcgtgggaaatgtcgatcagtcccagctaacacagataactggatcaccaagt
aggaaatacgccgttgatgatttttctaacttgaaaaacattaaaaaaagactggttgat
gttatttgtgaggacgataatagaaaagtagcttgttttgtggatatcactgtgggattt
gacatctcatcacagagggaaggccaacacttatttcatggacagaccagactggaaaag
catttccctgagattttgcaagcccttctgtctctaagggacgtgagctgcaatgttggg
tccaaggcacagagcagcgtggctcttaaagtgaagaatactgttaccccgatacccaca
aagttctacgttgacagtgaatctgtcctgcgtaacctgtcagaagctgtgatcaagaca
ccatcccaacttaatgttgaattcttgcagtcactctgggaaacatttaggaacaaggat
gagacccgacaaaaggtattacttgtgttttcagatggtgtggatgatgacttagaagca
ctcgaagaaaaatctgaagaacttaaaaagaaaggtttggatgctcttataactgttgct
ctggaaggagcctccaattttcaaaacctccaatccattgagtttggaaaaggatttgaa
tatggaactcacttagatattggcatgacagatattgctagcaggctatccaagatcttg
aacaatattgctgagaagacctgctgctgtttgtcttgcaaatgtactggggaagaaggt
gaaatcggagataggggaaaaggaggaataaaggagaggtaccagactctctcaggtcaa
atccttagtttggtttatatcaaaagtcatgacttggagaagggaccaaatggtgttaaa
ggcaacctgggatatcttggagatgaaggagaaccgggctttcgaggatttgttggggaa
aaggtgcagtataactctagacagtctgagtttctgagtacaggtgaaaatggggaagat
gggagcgatggaattagaggagaagagggaagtccagggccaagaggaccccctggtgat
cgtggccagaagggccttcgcggatatcctggtaaccctggactgaacagtgcaatacca
ggaacaagaggctttgcaggagaagaggggcaagagggtgagagaggacaaaaaggctca
cgtgggccatcaggaggcgtaggcaacccgggcaatcgtggacagcctggtcagtatggc
ttgcaaggaaaacaaggatacagaggacctcagggacaaaaaggcattaatggtcaaaaa
ggacagaaagggagaccaggacgtaagggtcctccaggtgaagctggggatgagggaatt
gcaggggaacgtggactaaaaggatatagaggcagaatgccatgtgaactcattgactac
gtccgcaaaaaaagcccttgctgggatggaaaagtgaaatgcccagtatatccaacagaa
ctggtgtttgccttggacacctctaggacactcactcctgacgtgtttgaactaatgagg
gagattatgatggcaatagtgagtgatgccagaatcagagagagcaactgcccagtggga
gccagagtcgctgttctttcctataactccgttactcaccagctgatccgattctcagag
tttcacaacaagaataagttactcaacgcactaaaaaatatttcttaccagagttcctcc
agtgaacgcaacattggaagtgcaatgagatttattgccaggaacattttcaagagaact
ctacaaggtcctaatgtgagaaaaatagctgtggttttcagccatggacctgctgcagat
gcatcttctgttaaacaagctgtcctggagatgagtgcagtaggagtcattccagtagtt
attgcttttgaagacacaccccatatctcccaagctttcctgatggatgattctggattg
tttcaggtgctaaatgttcgtggtacagaatataaggaagtgtcgcaaagatttcatttg
tgcactttgtgctacgataaatgtaaaccagatgccttttgtgaacgccccaggcgccgt
ttactgaaggaatatgtggatgctgcattcattctggatagttcacagaaaatgagtggt
gctgaatttgagcaagtcaaagacttcatgagcaaagcagtcactgcattcaacatttcc
tcagatccaaaaacatctgttgtaggggacagaatagctctggtgagccatgcactacca
gatttcaaagcaggcatagggaagaggccagtaaagaaagaatttgactttgttacctac
agcaatgaagacctaatgagaatatatattaaagaatctcttcagcagctgaatggagag
gctgctgttggccatgccatgcaatggacaattgctaacattttctcaggggctcccaat
ccaaggccacgcaaagttatcatcattatatctgctggaaaaacgagccaatgggacaaa
ggaacattaaaaaaaatttccctgcaagctaagtgccgaggctatgcagtgcttgtaatt
tcactaggaaagtcctatgacagaaatgaactggaagagctcgcaagcactcctctggaa
cagcatttggttcagcttggcagaatccacaagcctgaactcgactacgtaatgaagttt
ctgaagccattcatacgtttcctcaggagtgaggacaactacccgccagaagagctcaag
gcaaactgtagcatgctccgcattcagaaccaaaaacctgtctttgaaatagaagacatg
attgcagaccgtgccaccatagaggctgcttcattcattccttcctggcactcaagagga
ttgcggcactctgatagaaaacatactcctttaaaagcaagagttttcaccaagaagaaa
caaaaattgagtgaaatttaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (43)   
   KEGG ORTHOLOGY (1)   
   RefGene (39)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (58)   

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