KEGG   Saccharomyces cerevisiae (budding yeast): YIR006C
Entry
YIR006C           CDS       T00005                                 
Symbol
PAN1, DIM2, MDP3, MIP3
Name
(RefSeq) Pan1p
  KO
K20047  actin cytoskeleton-regulatory complex protein PAN1
Organism
sce  Saccharomyces cerevisiae (budding yeast)
Brite
KEGG Orthology (KO) [BR:sce00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:sce04131]
    YIR006C (PAN1)
Membrane trafficking [BR:sce04131]
 Endocytosis
  Clathrin-mediated endocytosis
   Other core components
    YIR006C (PAN1)
 Others
  Actin-binding proteins
   Nucleation-promoting factors (NPFs)
    YIR006C (PAN1)
SSDB
Motif
Pfam: EF-hand_4 DUF1720 EF-hand_7 EF-hand_1 EF-hand_6 Cwf_Cwc_15
Other DBs
NCBI-GeneID: 854822
NCBI-ProteinID: NP_012271
SGD: S000001445
UniProt: P32521
Position
IX:complement(365466..369908)
AA seq 1480 aa
MYNPYQQQGMGYQQQQQQQQQQPNGFYPQQQQGQSSNQPQGQPQPQQQMAFNQPQATGIG
GMPQSFGNSFSSMPQQPQTGYNNNGNNGSVYGNGNFGQQPQQQQQQAKPQHTGYVPNSSM
PMMNTTGTMPPPNPAQQPQLQSIQPQGTGYYQAANTANVHSVQPLQSQGTGYYVSTPNLI
SSNQTQQPLQAQGTGYYQSQPQQVPPPQQAQSLQPLKPQQTGFYLQPQNQAPLEPLKPTA
TGFVNSFANNGLNNDIKIPAIRLSFITAQDQAKFETLFRSIVTNGSNTVSGANCRKILMR
SGLPPSQLARIWTLCDTSKAGELLFPEFALAMHLINDVLQGDTIPYELDSKTKNEVSSFI
DAINLSIANQDSSANDAPKTPFDEFITAGVQNLQPQPTGYMPQTSFGIPLQSQITGGGVA
SALNPQSTGFMAPTTFNMSMNTGTPGLNPQITGGAPASMQPNITGNALQPQTTGMMPQTT
GMMPQTTGMMPQTSFGVNLGPQLTGGALQSQYTGGYGSVMPQQSGPASMPNLSFNQQGLQ
SQLTGLQPQPTGFLPPSNFSATMPLTAQKTGFGNNEIYTKSNFNNNLIDNSSQDKISTEE
KSLFYKIFETFDTQNKGLLDSPTAVEIFRKSGLNRADLEQIWNLCDINNTGQLNKQEFAL
GMHLVYGKLNGKPIPNVLPSSLIPSSTKLLDNLKNQLKTEPTTTKEKPSFGKIDALSYKN
NDDDVLPNYRNRRKVYSAKNEEQSSFSSPSAKSVNHSSSTLQTDDISVDKTVEKKTAKPK
YAGFSREINLKNIASLENEIKNISNPENCYDSSIPSDLTSRFDAIIAKLPNLFNEISTID
NEITNAKIQLYRKKNPSSIIGSGPNGEITENDRKKAKSRALLRARMSALTGKSTESEDSL
SMEDEQQSAEIKRIQQENGKNQEIIKDIRSSISDISASLKSTMTGSNMISNQEFERWEFG
IGLEDGVREFLDDLKSNSNKSVTESSPFVPSSTPTPVDDRSSSPSYSQFKTAEERAAYLK
EQAKKRMKEKLAKFDKNRRNVTQSSRSISSENSREQPQQIAGSSNLVEPRATPFQEEKYV
EVAQPTQPVQSTQPVQPTQPVQPTQPVQPTQPVQPTQPVQPTQPVQNVYNAKQESDDEDE
DDEEKRLQEELKRLKLKKKADKEKRLAALRKQIEDAQNESDEEETNGKDNFGGHVNVPQA
APVAPSAAFSQNSTNAPRSVHAAVTPAAGKNSTGLPSTTMGHNPYFKDASASSTSTFDAR
AAEMQRRIQRGLDEDEDDGWSDEDESNNRVAVDNKVEEAKIGHPDHARAPPVTAAPLPSV
TPVPPAVPVPQANTSNEKSSPIPIAPIPPSVTQEPPVPLAPPLPAVDGFQEPPIPSAPAI
ATAVQKSGSSTPALAGGVLPPPPPLPTQQASTSEPIIAHVDNYNGAEKGTGAYGSDSDDD
VLSIPESVGTDEEEEGAQPVSTAGIPSIPPAGIPPPPPLP
NT seq 4443 nt   +upstreamnt  +downstreamnt
atgtataacccgtaccagcaacagggcatgggttaccagcagcaacagcagcaacagcag
caacaaccaaatggattctacccgcagcagcagcaaggtcagtcttcaaaccagccccaa
ggccagcctcaaccacaacagcaaatggcgtttaaccagcctcaggctaccggaattggt
gggatgcctcaaagttttggtaattctttctcaagtatgccacagcagccccaaacgggt
tacaataataatggaaataatggtagtgtatatggtaatggtaattttggccaacaaccc
cagcagcaacaacagcaggcgaaaccgcagcatacgggatacgtaccaaattccagtatg
cctatgatgaatactactggcaccatgcctccacctaatccggctcaacagcctcagcta
caatccatacaaccccaaggaacaggctattaccaagctgctaatactgcaaatgtacac
tcagtacaacctttgcaatctcaagggacaggatattatgtgtctacacccaatttgatc
tcttctaatcaaacccagcagccccttcaggcccagggcactggttattatcaatctcaa
cctcaacaggtgccacctcctcagcaagcacagtccttgcaacctttgaagccgcagcaa
acaggattttaccttcaaccgcaaaaccaagctcccttagaaccattaaagcccaccgca
actggctttgtcaactcatttgccaacaacggtctaaacaatgatatcaaaatccctgcc
attagattgtcgtttattactgcccaagatcaggcaaaatttgagactctattcagatca
attgttaccaatggttcgaatactgtttccggtgctaattgtaggaaaattttgatgaga
tccggtttgccaccttctcaactcgcaagaatttggacgctttgtgatacatcaaaagca
ggtgagttactgtttcctgaatttgcattagcaatgcatttgatcaatgatgtcttacaa
ggtgacactatcccttacgaattggattctaagacaaaaaacgaagtttcaagttttatt
gacgccattaatttaagcattgcaaaccaggattcttccgcaaacgatgccccaaaaact
ccctttgatgaattcattacagcgggcgtacaaaatttgcaacctcaaccaacaggatat
atgcctcaaactagttttggtatcccattacagtctcaaattactggaggcggtgttgcc
tcggcgttgaatcctcaatccacaggatttatggcaccaaccactttcaacatgtcaatg
aataccggaactcccggattgaacccccaaattactggaggagcacctgcctctatgcaa
cccaacattactggcaatgctttgcaacctcagacaactggtatgatgccacagacaact
ggtatgatgccacagacaactggtatgatgccacagacttcatttggcgttaatttagga
cctcagttgaccggcggtgctttgcaatctcagtataccggaggatatggttccgttatg
ccccagcaaagcggtcctgcaagtatgcccaatttgtcctttaatcaacaaggattacaa
tctcagttaaccgggttgcaaccccaaccaacgggttttctaccaccatctaactttagt
gctaccatgccgttgactgcccaaaagacaggatttggtaataacgaaatttataccaaa
tccaactttaataataacttaattgataactcaagtcaagacaaaatttccacggaggaa
aaatctttgttttataaaatttttgaaacttttgatactcaaaacaaaggtttgttagat
tcccccactgctgtggagatttttagaaaatctggcttaaatcgtgcagatttggagcaa
atttggaacctttgtgatataaacaacaccggccaattgaataaacaagaatttgcacta
ggtatgcacttggtttacggtaaattaaacgggaagccaatccccaatgtcctaccttca
agtttaattccctccagcacaaaacttttagacaacttaaagaaccaattaaagacagag
ccaacgaccacaaaagaaaaaccttcgtttggtaaaatcgatgccttgagctacaaaaat
aatgatgatgatgttttgccgaactatagaaatcgtaggaaggtttactctgcgaaaaat
gaagagcaatcttctttttcttcaccatctgctaaatctgttaatcattctagcagcacc
cttcaaaccgatgacatttcggtagataagactgttgaaaagaagacagcgaaaccaaaa
tatgctgggttttcaagagaaataaatctgaaaaatattgcttcactggaaaatgagatc
aaaaatatcagcaatcctgaaaactgttatgacagttctattccatcagatttgacaagc
cgctttgatgccatcatcgccaaacttccaaacctattcaatgaaatttctacaattgat
aatgagattaccaatgcaaaaattcagttgtatagaaaaaaaaatccttcttcgataatt
ggatctggtccaaatggtgaaataactgaaaatgataggaagaaagctaagagtagggct
ttgttgagagcaaggatgtctgctctaacaggaaaatcaacggaatcggaggattcactt
tccatggaagatgaacagcaaagtgctgaaatcaagagaatccagcaggaaaatggtaag
aaccaagaaatcattaaagacataaggtcatctatatcagatatttctgcatccttgaag
tctactatgacaggatcgaatatgatatccaatcaagaatttgaaagatgggaatttggc
atagggttagaagatggtgttcgtgaatttttggatgatctgaagtcaaattcaaataaa
tcagtgactgagtcatctccctttgtgccttcctcaacaccaacccctgtagatgaccgt
tcctcgtcgccttcttattctcagttcaaaactgctgaagaaagagcagcttatctgaaa
gaacaggcaaaaaagagaatgaaggaaaaattagctaaatttgataagaataggcgaaat
gttactcaaagttccagatcgattagcagtgaaaactctcgagaacagccacaacagatt
gctggttcttccaatttagttgaacctagagcaactccattccaagaagaaaaatatgtg
gaagtcgctcaaccaactcaacctgttcaatcaacacaacctgttcaaccaactcaacct
gttcagccaactcaacctgttcagccaactcaacctgttcagccaactcaacctgttcaa
ccaactcaacctgttcagaatgtatataatgcaaagcaagaatccgatgatgaagatgaa
gatgatgaagaaaagcgtttacaagaggagctaaaacgattgaaacttaaaaaaaaggct
gataaagaaaaaagacttgcagctttacgtaagcaaattgaggatgctcaaaatgaaagt
gacgaagaggagacaaacggaaaagacaactttggcggccatgtgaacgttcctcaggcc
gctccagtggcaccatctgcagctttttcgcaaaattctactaatgctcctcgctcggta
cacgctgctgttacccctgccgcaggtaagaacagtactggtctgccttccacgacaatg
ggccataatccatacttcaaggatgcatcagctagctctacatctactttcgatgctcgc
gctgcagaaatgcaaagaagaatccaaagaggattggatgaggacgaggatgatggatgg
tctgatgaagacgagagtaataaccgcgtagctgtagataataaggttgaagaagcaaag
attggtcatcctgatcatgcacgtgctccacctgttactgctgctcccttgccgtctgtt
acccctgttccacctgctgtccctgtccctcaggcgaatacctctaatgaaaagagtagt
cctattccaatagctccgataccaccttctgttactcaggagccacccgtcccgttggct
ccccctttgcctgctgttgatggctttcaagaacctccaattccctcagcacctgcaata
gctactgccgtgcaaaaatcgggttcttccaccccagctttagctggaggcgttttgcct
ccacccccacctttaccaactcaacaagcttccacttcagaacctattatcgctcacgtt
gataactacaatggtgctgaaaaaggcacgggcgcatatggatccgattctgatgatgac
gttttatcgattcctgaatcagttggtacagatgaagaggaagaaggggcacaaccagtt
tctactgcaggtatcccatcaattccacctgcaggtattcctccacccccaccccttcca
tga

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (56)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (51)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (69)   

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