KEGG   Kluyveromyces lactis: KLLA0_B12243g
Entry
KLLA0_B12243g     CDS       T01025                                 
Name
(RefSeq) uncharacterized protein
  KO
K11824  AP-2 complex subunit alpha
Organism
kla  Kluyveromyces lactis
Pathway
kla04142  Lysosome biogenesis
kla04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:kla00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    KLLA0_B12243g
   04142 Lysosome biogenesis
    KLLA0_B12243g
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:kla04131]
    KLLA0_B12243g
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:kla04147]
    KLLA0_B12243g
Membrane trafficking [BR:kla04131]
 Endocytosis
  Clathrin-mediated endocytosis
   AP-2 complex
    KLLA0_B12243g
Exosome [BR:kla04147]
 Exosomal proteins
  Exosomal proteins of colorectal cancer cells
   KLLA0_B12243g
SSDB
Motif
Pfam: Adaptin_N Alpha_adaptin_C Alpha_adaptinC2 AP4E_app_platf ARM_PUB
Other DBs
NCBI-GeneID: 2896902
NCBI-ProteinID: XP_452075
UniProt: Q6CVG4
Position
B:1068225..1071083
AA seq 952 aa
MALGQNQQNNMKGLQLFIADLRANQKTKEHARRIQTELQNIRTQFTQKSGLNGYQRKKYV
AKMAYIYITTNAGMVPELLFGLDQCFQLLKSSNFSEKWIGYMTLELLFNHAVVRNSVLEK
TISCLKLDLSSGDANAVSLALNFVGIVGNRDEIFADNLSETIFGILRSPVSSAILKRKAC
LAFLTLIRYKPQILTNLEDNKRTLWIERITTLLGDENDHGLLLSLLPLLEFIAREIDVNP
CLRLIPQLAEILHECLSKKQNSANDADYQFSGVSNPWIVGNCVSLLQVLVSDNGENLIGS
NIDQQTLGKLRVCVSHAVSFALASDANPVTKNAQYSVMFTMLGFACKLDPTNEAISNSVT
GLCELMTSNDLNTRYSTFDLLIKICKVNGTTAIKTIQNEHLTRLVDMLKRESDVTLLRKI
IDLLVILTDVSNFKFVVQELLSALEAHKSMDFALREDLSFQIERLIELHADDLNWFVLSS
LRLLSSNTSIKNDHVWKRICQIVVNNEPLHKLACEHLIDYLHAPNVAESLVKAGVFLLAE
YASLVNDKVSAGDLFNLFTEKYFQVSNLTKAMILTGMLKLYHVEPQLSSVVVKFFQLELN
SFDVILQTRSYEYLKIIQYSKMNDMTFIDKLLPGMPPFASSKDTDIMSKLPKTQELLSLE
QPFTSGNTVDSNNKPASLPTPPRSRKNNKLYHSQQLTPGWESGFKRMLIHTQGVFYQDTL
VSVLFRVETKEEQPSTSKITFTYVNKSDWEITGLSCEIIPLRADNNPPYVLQVLQSPDSK
LAPSNGRTSYTFEITTRFPFPQEHASLLSSQFKCGGQYCSHRLKIGYTILSTLSPRISEI
KLAQFVQRWKSIGDSLGKAGEHVDVVECQHTNLQKLMKTMSKVGFDVVQQSSIPNIAFAG
GILHTKSDGNYGCLLKLRLLDSDDKVQITCKTTSSGDLSRFVINCIKKVVEE
NT seq 2859 nt   +upstreamnt  +downstreamnt
atggctttaggtcagaatcaacagaacaacatgaagggtttgcaattgttcattgcagac
cttcgagcaaaccagaagactaaagagcatgctaggagaatacaaactgaactacagaat
atacggactcagtttacccagaaaagtgggctcaatgggtatcaaaggaaaaaatatgtt
gctaagatggcatatatatatatcactactaatgctggcatggttcctgagttgttattc
ggattggatcaatgtttccagttgttgaaaagcagtaacttcagtgaaaaatggattggt
tatatgacacttgaactccttttcaaccatgctgttgtgagaaacagcgtcctggagaag
actatttcatgcttgaaactggatctatcatctggcgacgctaatgcagtaagcttggcg
ttgaacttcgtcggaatagttgggaatcgtgatgaaatctttgctgataatctaagtgag
acgatattcggaattcttagatctcctgtctcatcagccattttgaaaagaaaagcatgc
ttggcgtttttaactttaattcgttataaaccgcaaatccttacaaatcttgaagataat
aaacgaactctatggattgaaagaattactacattattaggggatgagaacgatcatgga
ttattactttcacttttgcctttacttgagtttatagctagagagattgacgttaatcca
tgtttgaggttaatcccgcaactagctgagattttgcatgaatgtctatcgaaaaagcag
aatagtgcaaatgatgcagattaccaattttcgggagtatctaacccatggattgtaggg
aattgtgtatctcttttacaagtcttggtcagcgataacggagagaatttgatcggatcg
aatattgatcaacagaccctgggtaagttacgggtttgtgtatcacatgcggtatcgttt
gcattagcaagtgatgccaatccggtcaccaaaaatgctcagtattctgttatgtttaca
atgctcggttttgcttgtaaactggatcctactaatgaggctatttcaaattccgtcaca
ggactttgtgaactaatgacatctaatgacctgaatacgagatattcaactttcgatctt
ttaatcaaaatctgtaaagtaaatggaacaactgcgataaagacaattcaaaatgaacat
ctcacgagattagttgatatgttaaaaagagagagtgacgttactctattgagaaaaatt
attgatctccttgtcatcttaacagacgtaagcaatttcaaatttgtcgttcaagagctt
ttaagtgcattagaagcccacaaatcaatggattttgctctgagagaagatttgtcgttc
caaattgaaaggctgatagagctgcacgcagatgatctcaactggtttgtgctctcctcg
ttaaggttattatcatcaaacacatcaatcaagaatgatcatgtttggaagcgaatttgt
cagatagtggtgaacaatgaaccattacataaactagcgtgtgaacatctgattgattac
ttacatgctcctaacgtggcggaatcgcttgtgaaggctggtgttttccttttagctgaa
tatgcgtcactggttaacgacaaagtctcagctggggatctatttaaccttttcactgaa
aaatacttccaagtcagtaatttgactaaggcaatgatactaacaggaatgttaaagttg
tatcacgtcgaaccgcagttatcttctgttgttgtgaagttttttcaattagagttgaat
tcatttgacgtcattttgcagacgagatcttatgaatatttgaagataattcaatattcg
aagatgaacgatatgacctttatagataagttattacccggtatgccaccatttgcttct
agcaaagatacggacataatgtccaagcttccgaaaacacaagaactactgagcctagag
caacctttcaccagtggtaacactgtagactctaacaacaaacccgcatccttacccacc
ccaccaagatcaagaaaaaacaacaagctctatcattcacaacaactaactcctggatgg
gaatctggctttaaaaggatgctaattcatacccaaggtgtattttatcaggataccttg
gtgagtgttttgtttagagtggaaaccaaggaagagcaaccatcaacaagcaagatcaca
ttcacatatgtgaacaaatcagattgggaaattacaggattaagttgtgagattattcca
cttcgtgcggacaacaacccaccatatgtgctgcaagtcttgcaatcaccggattcaaag
ttagcaccgtccaacggcagaacatcatatacttttgagataacaacaaggttcccattc
ccacaagaacatgcatctttgttgtcatcgcaatttaaatgtggcggtcagtactgtagt
cacaggctaaaaattggttataccattctctctacactatcacctcgtatcagtgagatt
aagttagcccagttcgttcaacgttggaagtcaatcggtgattctcttggaaaagcgggc
gaacatgtagacgttgtcgaatgccaacatacaaatttacaaaaattaatgaaaaccatg
tcaaaagttggttttgacgttgtccaacaatcgtcaattccaaacattgcatttgctggt
ggtattttacatacaaagagtgatggtaactacggatgcttgcttaagttgagattactg
gattctgacgataaggtacaaattacctgtaaaaccacttcaagtggtgacctttctaga
ttcgtgattaattgtatcaaaaaggtagttgaggagtga

  All links  
Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (11)   

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