KEGG   Rattus norvegicus (rat): 314981
Entry
314981            CDS       T01003                                 
Symbol
Col14a1
Name
(RefSeq) collagen alpha-1(XIV) chain precursor
  KO
K08133  collagen type XIV alpha
Organism
rno  Rattus norvegicus (rat)
Pathway
rno04974  Protein digestion and absorption
Brite
KEGG Orthology (KO) [BR:rno00001]
 09150 Organismal Systems
  09154 Digestive system
   04974 Protein digestion and absorption
    314981 (Col14a1)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   00535 Proteoglycans [BR:rno00535]
    314981 (Col14a1)
Proteoglycans [BR:rno00535]
 Extracellular matrix (ECM) proteoglycans
  Others
   314981 (Col14a1)
SSDB
Motif
Pfam: VWA fn3 Collagen VWA_2 Pur_ac_phosph_N VWA_3 Arylsulfotran_N
Other DBs
NCBI-GeneID: 314981
NCBI-ProteinID: NP_001124020
RGD: 1305806
Ensembl: ENSRNOG00000026415
UniProt: A6HRH1
Position
7:88611827..88826939
AA seq 1794 aa
MTILQCKMRAWLILAFLAVAYFCTIVRGQVAPPTRLRYNVISHDSIQISWKAPRGKFGGY
KLLVAPASGGKTNQMNLQNGATKAIIQGLLPEQNYTVQLIAYYKDKESKPAQGQFRIKDL
EKRKDPTKPRVKAVDKGNGSKSTSPEEIKFFCETPAIADIVILVDGSWSIGRFNFRLVRN
FLENLVTAFNVGSEKTRIGLAQYSGDPRIEWHLNAFNTKDEVIDAVRSLPYKGGNTLTGL
ALNFIFENSFKPEAGSRSGVSKIGILITDGKSQDDIIPPSRNLREAGVELFAIGVKNADL
SELQEIASEPDSTHVYNVAEFDLMHTVVESLTRTVCSRVEEQDKEIKASALATIGPPTEL
ITSEVTARSFMVNWTHSPGKVEKYRVVYYPTRGGKPEEVVADGRVSSIVLKNLMSSTEYQ
IAVFAVSAHTASEGLRGTETTLALPMASDLELYDVTENSMRVKWDAVPGATGYLILYAPL
TEGLAGDEKEMKIGETHTDIELSGLFPNTEYTVTVYAMFGEEASDPATGQETTLPLTPPR
NLRISNVGSNSARLTWDPTSGKITGYRIVYTSADGTEINEVEVDPITTFPLKGLTPLTDY
SIAIFSIYEEGQSLPLVGEFTTEEVPAQQYLEIDEVKTDSFRVTWHPLSAEEGQHKLMWI
PVYGGKTQEVALKEEQDSYVVEGLDPGTEYEVSLLAVLDDGSESEVVTAVGTTLDDFWTE
APTTVEPTSPVTSVLQTGIRNLVVDDEAATSLRVTWDISDSNVEHFRVTYLTAQGDPKEE
VVMVPGVQNSLLLKNLLPDTEYKVTVTPIYTVGEGVSVSAPGKTLPTSGPQNLRVSEEWY
NRLRITWDPPSAPVKGYRIVYKPVSVPGQTLETFVGADVNTIVMTNLLSGMDYNVKIFAS
QAAGYSDALTGLVQTLFLGVTDLQANQVEMTSLCARWQIHRHATAYRIVLESLQDTQAQE
STVGGGVNRHCFYGLQPDSEYKISVYTKLQEIEGPSVSIMQKTQSLPTEPPTFPPTIPPA
KEVCKAAKADLVFMVDGSWSIGDDNFNKIINFLYSTVGALDKIGADGTQVAMVQFTDDPR
TEFKLDAYKTKETLLDAIRHISYKGGNTKTGKAIKHVRDTLFTADSGTRRGIPKVIVVIT
DGRSQDDVNKISREMQADGYNIFAIGVADADYSELVRIGSKPSSRHVFFVDDFDAFKKIE
DELITFVCETASATCPMVHKDGVDIAGFKMMEMFGLVEKDFSAVEGVSMEPGTFNLFPCY
QIHKDALVSQPTKYLHPEGLPADYTMTFLFRILPDTPQEPFALWEILNKKSEPLVGIILD
NGGKTLTYFSYDYTGDFQTVTFEGPDIRKMFYGSFHKLHVVVSKTLAKVVVDCKEVGQKA
INASANITSDGVEVLGRMVRSRGPNGNSAPFQLQMFDIVCSTSWASKDRCCELPGLRDEE
SCPDLPRSCSCSETNEVALGPAGPPGGPGLRGPKGQQGEPGPKGPEGPRGETGPAGPQGP
PGPQGPSGLSIQGMPGMPGDKGDKGDAGLPGPQGVPGGVGSPGRDGSPGQRGFPGKDGSS
GPPGPPGPIGIPGAPGVPGIAGSMGPQGALGPPGVPGAKGERGERGDLQSQAMVRAVARQ
VCEQLIQSHMARYTAILNQIPSQSSSIRTIQGPPGEPGRPGSPGTPGEQGPPGAPGFPGN
AGVPGTPGERGLTGVKGDKGNPGIGTQGPRGPPGPAGPSGESRPGSPGPPGSPGPRGPPG
HLGVPGPQGPSGQPGYCDPSSCSAYGVGVSHPDQPEFTPVQDEQEALDLWSAGI
NT seq 5385 nt   +upstreamnt  +downstreamnt
atgacgattttgcaatgcaagatgcgggcctggctgattttggcttttttggcagttgct
tatttctgcaccatcgttcgggggcaagtggctccacccacaaggttaagatataatgta
atatcccatgacagtatacagatttcatggaaagcaccaagagggaaatttggtggctac
aaactgctcgtggctcctgcttcagggggaaaaaccaaccagatgaatctccagaacggc
gcaacaaaagccattattcaaggccttctgcccgagcagaattacaccgttcaacttatt
gcctactacaaagacaaggaaagcaagccagctcagggccagttcagaattaaagattta
gagaaaagaaaggatccaaccaagcccagagtcaaggctgtggacaaaggaaacggaagt
aaatcaacttcaccagaagaaataaaattcttctgcgagactccagccatcgctgacatt
gtcatcctggtggatggatcatggagtattgggagattcaacttcaggctggtgcgcaat
ttcttggaaaacctggtcacagcgttcaacgtgggctcagaaaagacaagaattggcttg
gcacagtacagtggggaccctagaatagagtggcacctgaatgcctttaacacgaaagat
gaagtgattgacgctgtccgaagccttccatacaaaggaggaaataccctaacaggtctt
gctttgaactttatttttgagaatagctttaagccagaagcaggatcgaggagtggcgtt
tccaagattggcattttaatcacagatggaaagtcccaggatgatattatcccaccttct
agaaacctccgtgaggctggtgtagagttgtttgcaataggggttaaaaatgccgacctg
agcgagctgcaggagatagcctctgagccagacagcacccatgtgtacaatgtcgctgag
ttcgacctgatgcacacagtggtggagagcctgacccggaccgtatgctccagagtggaa
gagcaggacaaggagattaaagcctcagcccttgccaccattgggccacctacagagctg
attacgtctgaagtcaccgccaggagctttatggttaactggactcactccccaggaaaa
gtggaaaaatacagagttgtgtattatcccaccagaggtggaaagccagaggaggtggtg
gcggatggaagggtgtcttccatagtgttgaaaaacttgatgtcttcaaccgagtaccag
atagcagtgtttgcagtatctgcccacacggctagtgaaggcctgcggggaacagagacc
acattggccttacccatggcttccgacctcgagctgtatgatgtgactgagaacagcatg
cgagtcaagtgggatgcagtgcctggcgccacaggatatctgatcctctatgctcctctc
acagaaggtctggccggagatgaaaaagagatgaaaatcggtgagacacacacagacatt
gaactgagtgggctattccccaatacagaatatacagtcactgtgtatgccatgtttgga
gaagaggccagtgaccctgctacaggacaagagacaaccctacccttaaccccaccaaga
aatttgaggatctccaatgtcggctctaacagcgctcggttaacctgggatcccacatcg
ggaaagatcactggttacagaattgtgtacaccagtgccgacgggacagaaatcaatgag
gtcgaagtcgatcccatcactacattccctctgaaaggcttgacccccctcacagactac
tccattgccattttctccatctatgaggaggggcagtccttgcctctggttggagagttt
accacagaggaagttcccgcccagcaatacttggaaattgatgaggtgaagacagacagt
tttcgagtgacctggcatccgctctcagctgaggagggccagcacaagctgatgtggatt
ccggtctatggcgggaagactcaggaggttgccctcaaagaagagcaggactcatatgtt
gttgaaggcctggaccctggaactgagtatgaagtctcgctattagctgtgctggatgac
ggaagtgagagtgaggtggtgaccgctgtggggaccacacttgatgatttttggactgaa
gcacccacaactgtagaaccgaccagccccgtgacttcagttctccagacaggaatcaga
aacctggttgtagatgatgaagctgctactagcctgcgggtcacatgggacatttctgac
agcaatgtggagcactttagggtgacctacctgacagcccaaggggaccctaaggaagaa
gtggttatggtgcctggagtgcagaacagtctccttctgaaaaatctacttccagacaca
gagtataaagtcacggtgacacccatctacactgttggagaaggcgtcagcgtctctgct
cctgggaagactttgccaacttctggtcctcaaaacttaagggtctcagaagaatggtac
aaccggttgcgcattacatgggacccaccttctgcccccgtgaagggctataggattgtc
tacaaacctgtgagtgtccctggtcaaactctggaaactttcgtgggtgctgacgtcaac
accattgtcatgacaaatctcctcagtggaatggactacaatgtgaagatctttgcttcc
caggctgcaggctacagcgacgctctgactggccttgttcaaacactgttcttgggtgtg
acagatctccaagccaatcaggttgaaatgacaagcttgtgtgctcggtggcaaatccat
cgccatgccacagcctacaggatagttctagaatcccttcaggacacacaagcacaagaa
tccaccgtgggaggaggagtaaacaggcattgcttctatggacttcagcctgactcagaa
tataaaatcagcgtttatacaaagctccaggagatagagggaccgagcgtgagcatcatg
cagaaaacacaatcacttcccacagaaccaccaacttttcctccaaccatcccaccagca
aaggaagtatgtaaagcagccaaggcagacctagtattcatggtggatggatcctggagt
ataggagatgacaatttcaataagatcatcaactttctgtatagcacagtgggagccctg
gacaagattggtgcagatggaactcaggtggcaatggttcagttcactgatgacccccga
acagaattcaaactcgatgcttacaaaaccaaagagacacttcttgatgcaattagacac
atttcctacaaagggggaaatactaaaacaggaaaagctatcaagcacgttcgagatacc
ttatttactgcagactcaggtacaaggagaggcatcccaaaggtcattgtggtgataact
gatggacggtcacaagatgatgtcaacaaaatctccagggagatgcaggcagatggttac
aatatctttgccatcggtgtggctgatgctgattactcagagttggttcggatcggcagc
aagcccagctcacgtcacgtcttctttgtggatgactttgatgcctttaagaaaattgaa
gatgaattaattacttttgtctgtgaaactgcatcagcaacctgcccaatggtgcacaag
gatggagttgatattgcaggatttaagatgatggaaatgtttggtttggttgaaaaggat
ttttctgcagtggaaggagtgtctatggaacctggtaccttcaatttgttcccatgctat
caaatccataaggatgccctggtttcccagccaacaaagtatctgcacccagaaggattg
cctgctgactatacaatgacttttctgttccggattcttcctgacacgccacaggagcca
tttgctctttgggagattttaaataaaaagtctgagccgctagttgggataattttggac
aatggtggaaagactctaacttatttcagctatgactatactggagattttcaaactgtc
acttttgaaggacctgacatcaggaaaatgttctatggaagctttcacaagctccatgtt
gttgtcagcaagactttggccaaagtggttgtcgactgtaaagaagttggccagaaggca
ataaatgcgtcagcgaatatcacttcggatggtgtggaagtcctagggagaatggtcaga
tcgagagggccaaatggaaactctgcaccattccagttacaaatgtttgatatcgtttgc
tctacatcatgggccagtaaagacagatgctgtgaacttccgggcctgcgggatgaagag
tcctgcccagaccttccacgatcctgctcttgctcagaaaccaatgaagtggctctagga
ccagctggccccccaggtggtccaggactccgaggaccaaaaggccaacaaggtgaaccg
ggtccgaagggaccagagggacctcggggagaaacaggtcctgcaggaccccagggcccc
cctggcccccaaggacccagtggtctgtccattcaaggcatgcctggaatgcctggtgat
aaaggagataaaggagatgccggccttcctggtccacagggtgtccctggaggtgttggt
tcaccaggacgcgatggctcaccaggccagaggggatttcccggaaaggatggttcctct
gggcctccaggaccacctggaccaattggcattcctggagctcctggtgtaccagggatt
gcgggcagcatgggaccacaaggagccttggggccacctggtgtccctggagcaaaggga
gagcgaggtgaacgaggagacctgcagtctcaagccatggtgagggcagtggctcgtcaa
gtatgtgagcagctcattcagagtcacatggccaggtacacagccatcctcaaccaaatc
cccagccagtcctcatctatccggaccatccagggccctcctggagagcccggaagacca
ggttcacctggaacccctggagaacaaggacccccaggtgccccaggcttcccaggaaat
gcaggagtgccaggaaccccaggagaacgaggtctaactggtgtcaaaggagataaagga
aacccaggcattggaactcaaggcccaagaggtccacctgggccagcaggaccttcaggg
gaaagtcgtcctggcagtcctgggccacctggctctcctggaccaaggggtcccccgggc
cacctgggagtacctgggccacagggtccttctggccagcctggatattgtgacccctcc
tcgtgttctgcttacggcgttggagtgtcccatccagatcaacccgagttcacaccggtc
caggacgagcaggaggccttggatctgtggagcgcaggcatctga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (7)   
   Pfam (7)   
All databases (24)   

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