KEGG   Python bivittatus (Burmese python): 103065603
Entry
103065603         CDS       T03091                                 
Symbol
NPC1L1
Name
(RefSeq) NPC1-like intracellular cholesterol transporter 1
  KO
K14461  Niemann-Pick C1-like protein 1
Organism
pbi  Python bivittatus (Burmese python)
Brite
KEGG Orthology (KO) [BR:pbi00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:pbi02000]
    103065603 (NPC1L1)
Transporters [BR:pbi02000]
 Solute carrier family (SLC)
  SLC65: NPC-type cholesterol transporter
   103065603 (NPC1L1)
SSDB
Motif
Pfam: Patched NPC1_N Sterol-sensing MMPL
Other DBs
NCBI-GeneID: 103065603
NCBI-ProteinID: XP_015745684
UniProt: A0A9F3QVJ4
Position
Unknown
AA seq 1324 aa
MLRWALFALVVLRARMDLTSEAAALTEIHRAGYCSFYGSCDQNPEVNGSGITTPCLSNTP
ARLAHGSHLILLKTICPMLFKGASNTHICCSEKQLEFLESSFSLSRALLSRCPACMENFA
NIHCQTICSPDQSLFTNVTRYFNRTIVGGLQVGVLEFQCYYNQHFAEETYQSCKGVRLPA
TGNSVISTMCGKYGEAACNTQRWLDFQGDPRNGMAPLAISFQLKPGDWAAEEGDILPLNG
TPWKCSEAVNNGTKCSCSDCEQSCPAIQPLPSESQPFKVGNMDGVLFICILLFSILTLSF
ISFLLWRRYFSSKKQKDHSAKDAATKLTGSEKVSQAMYGFFIRAFSSWGILVASNPITVI
IISLAIVVGLSSGLIWMQLTTDPLELWSSPDSQARQEKALYEENFGRFFRTSQVILTAKN
HSSHIYDSLFWGKKNFSGVLSEKVLLDLMSLQVKLRDMEIWSEKHHRNITLKDICYAPLN
PQNASLSDCCVNSLLQFFQNNRTAFLLTANQTVDGKTGTVDWRDHFLYCINSPTSFQDIT
ELKLSCMADYGAPVFPFLAVGGYSGLEYSEAQALILTFSLNNFLSSDPYFDFVMLWEKHF
LKVVQEFQKNHTEKYTVAYMAERSLEDEVSRTTWEDLPIFLTSYLVIFVYMAVALGEYSS
CRRILVDAKVTIALGGVLVVLGAVLSSLGFFSFVGLPSSLIILEVVPFLVLAVGADNIFI
FVLEYQRSQPLPGETPEQHLGRTLGDVAPGMLLCSLSEVICFFLGALTPMPAIWTFALSA
ALAVLFDFLLQISLFVALMSLDVRRQKASRADLCCCLRLAEHGPVKPHEGLLRTFMRRFY
TPALLGSSIVRALVVLFFTLLFCAGIFLTFHVDVGLEQELAVPQDSYMRLYFQYINQYFM
VGAPTYFVATAGYNFSTVPGMNAICSSVGCNNNSMTQKIQTATRFPEKSFLAIPASSWVD
DFIDWLNPLSRCCRIHAYGPEKGEFCPSTNPSPSCRWGRCITTFSGTLRPNTEEFNKFLP
WFLHDLPNLQCPKGGLGAYDTSVRLGPDGQILASRFMAYHTPLKTSQQYTAALKAVRELA
ADITAILREVPGTDPNFQVFPYTITYVFFEQYLTLTIVGIINLALCLVPTFAVCYILLGM
DLRSAFLNLLTIIMIVVDTVGAMTLWGVSYNAISLINLVTAVGISVEFISHVTHSFAVST
RPTKLERSREATINMGSAVFAGVAMTNLPGIVVLAFAKAQLIQLFFFRLNLIITLLGTLH
GLVFLPVILSYFGPAVRQTTAQVQPRTENSPIPLEDKEVHSADQTSLSHRQAPAPSCDLD
RAGT
NT seq 3975 nt   +upstreamnt  +downstreamnt
atgctgaggtgggccctgtttgccttagtggtgctccgagccagaatggacctgacgagc
gaggctgctgctttgaccgaaatccatcgtgcgggatactgttccttctatggcagctgt
gatcagaatcctgaagttaatggttctggaatcactacgccttgcctttccaacacccca
gcccggctagcccatggctcccacctcatcctcctcaagaccatctgcccaatgctgttc
aagggagccagcaacacccacatctgctgctcggagaagcagctagagtttttggagagc
agcttctcactgtcccgggccctgctgtctcgctgcccagcctgcatggagaactttgcc
aacatccactgtcagaccatctgcagcccagaccagagcctctttaccaacgtgacccgg
tacttcaatcgcaccattgtgggaggcctacaggtgggcgtgctggagtttcagtgttac
tacaaccagcactttgctgaggaaacctatcaatcgtgcaagggggtcaggctgccagcc
actggaaattcagtcataagtaccatgtgcggcaagtacggggaagctgcgtgcaacacc
cagcgatggctagatttccaaggagatccaagaaatgggatggcccccttggccatctcc
ttccaactcaaaccgggggactgggctgctgaggagggagacattttgccactcaatggg
acaccctggaagtgtagtgaggctgtaaacaatgggacaaagtgctcctgctcggactgt
gaacagtcttgtcctgccatccagcctcttccctctgaatctcagcccttcaaagtgggg
aacatggatggagtcctgtttatctgtatccttctcttttctatcctcacactatcattt
atatccttcctattgtggcgaagatacttctcatctaagaagcaaaaggatcacagcgca
aaggatgcagcaactaagttgactggctctgagaaggtgagtcaggccatgtatggtttc
ttcattagggccttcagcagctggggcatattggtggcctctaatcccatcacagtcatt
atcatttcactagcaattgtggtgggactctccagtggactgatctggatgcagctaacc
acagaccctttggagctctggtcctctcctgacagtcaggcccggcaggagaaagcactc
tatgaggagaactttgggcgcttcttcaggaccagccaagtcatcctgacagccaagaac
cattcaagccacatttatgattctcttttttggggcaagaagaactttagtggggtcctc
tctgaaaaggtgcttttggacctgatgagcctgcaggtaaagctgcgagacatggagatc
tggtctgaaaagcatcataggaacatcaccttgaaagatatttgctatgcacctctgaat
ccccagaatgccagcctctctgactgttgtgttaacagtctgttgcagttcttccagaac
aatcgtactgcctttttgttgacagccaaccagaccgtggatgggaagactggcacagta
gactggagagaccattttctttactgcatcaactctccaacctctttccaagatatcaca
gaactgaagctgagctgtatggcagactacggagcccctgtgttccccttcctagctgtg
ggtggctactcagggctggagtactcagaagcacaagctctcatcctcaccttctccttg
aacaactttctctccagtgacccatattttgacttcgtgatgttgtgggagaagcatttc
ctgaaggttgtgcaggaattccagaaaaatcacactgagaaatacaccgttgcctacatg
gctgagcgctccctggaggatgaagtgagcagaaccacctgggaagacctccccatcttt
ctcaccagctacttggtgatcttcgtgtacatggcagtggccctgggcgagtactccagc
tgcaggcgcatcctggtggatgccaaggtgaccatcgctcttggcggagtcctcgtggtc
ctgggggctgtgctgtcatctttgggcttcttcagctttgtagggctgccctcatccctc
attattcttgaagtggtaccttttctggtgttggcggttggcgctgataacatcttcatc
tttgttttggaataccagcgatctcagccactgcctggggaaacccctgagcagcatctt
gggcgcactttgggtgatgttgcccccggcatgctcctgtgcagcctctctgaagtcatc
tgcttcttcttgggggccctgacgcccatgcctgcgatctggacctttgccctctctgca
gccctggccgtgctcttcgacttcctgctccagatctcgctgtttgtggcgctgatgtcc
ttggatgtccgcagacagaaggcttctcgtgctgatctctgctgctgcctccgcttggct
gaacatggcccagtgaaaccacatgaagggctcctccgcacattcatgcgccggttctac
acgccagccttgctcggcagcagcattgtccgggctctggtggtgctattcttcaccctc
cttttctgtgctggcatcttcctgacattccacgttgacgtggggttggagcaagaactg
gcagtaccccaggactcctacatgcggctgtacttccagtatatcaaccagtattttatg
gtgggcgccccaacctactttgttgccactgctggctacaacttctccacggtgcctgga
atgaatgctatctgttccagtgtggggtgtaataataactccatgacgcagaagatccag
actgccacacggttccctgagaagtcctttctggccattcctgcttcttcctgggtagac
gacttcattgactggttgaaccccttatccagatgttgtcgcattcacgcctatggccct
gagaagggcgagttctgtccctcaactaacccctccccttcctgcaggtggggcagatgc
ataaccaccttcagtggcaccctccggccgaacacagaagagttcaacaagtttctgccc
tggttcctccatgatctccccaacctacaatgtcccaaggggggccttggtgcttatgac
acatctgtgcggctggggcctgatgggcagatcttggcttcccggttcatggcctaccat
acccccctgaaaacctcccagcagtacacggcagcactgaaggcagtacgggagttggca
gctgacattacagctatcctgagggaagtccccggcaccgatccaaacttccaggtcttc
ccatacacaatcacctacgtgttttttgagcagtacctgactcttactattgttggcatc
atcaatctggccctttgcctggtgcccacctttgccgtgtgttacatcctgctgggcatg
gacctgcgttcggccttcctcaatctgcttaccatcatcatgattgtagtggacactgtg
ggtgccatgactctttggggagtctcctataatgctatctcactcatcaacttggtcaca
gcagtgggcatctctgtggaatttatctcccacgtcacccactcgtttgctgtcagcaca
agacccaccaaactggagcgctccagagaagccacaatcaacatgggaagtgcggtgttt
gctggtgtggcaatgactaacttgccaggcattgtggtcctggcatttgccaaggcccaa
ctgatccaactcttcttcttccgcctgaacctcatcatcacactcttaggaacgctgcat
ggcctggtttttctgcctgtcatcctcagctactttgggcccgctgtccgccaaacaacg
gcacaagtacagccaagaacggaaaactcgcccatccctctggaagacaaagaggtccat
agcgctgatcagacctctctgagtcaccgccaggctccagccccaagttgtgatctagac
agagctggcacctag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (45)   
   KEGG ORTHOLOGY (1)   
   RefGene (41)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (55)   

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