KEGG   Saccharomyces cerevisiae (budding yeast): YCR032W
Entry
YCR032W           CDS       T00005                                 
Symbol
BPH1
Name
(RefSeq) Bph1p
  KO
K24781  beige protein homolog 1
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]
    YCR032W (BPH1)
Membrane trafficking [BR:sce04131]
 Endosome - Lysosome transport
  Others
   Others
    YCR032W (BPH1)
SSDB
Motif
Pfam: Beach PH_BEACH Beta-prop_EML WDR55 Beta-prop_WDR35_TULP_N Beta-prop_IFT140_1st Beta-prop_BBS7 Beta-prop_IP5PC_F
Other DBs
NCBI-GeneID: 850398
NCBI-ProteinID: NP_009961
SGD: S000000628
UniProt: P25356
Position
III:179520..186023
AA seq 2167 aa
MNSIINAASKVLRLQDDVKKATIILGDILILQPINHEVEPDVENLVQHELTKIIQGYPIQ
DNMIINSKKGTVEDDLCELNNYTCFALSKSFDLCHDSRNFNIAQPKRWIQLLETLTDSVS
FAVIVQIILTLSNISLINKQTLGKLKKLRIRIFEILSNKNDSWKSTLLQKNLIEWYIFML
SVDCTPLELQNLYLHKELKFCNGILNSLTLQVSDPRSQNYLQFENTYKLFQIQKSSRINN
SFLFYIEFNSVTSNRIMTIERHIYLEIKEGQFCISNDNYIIGLFENFEFEAGTLYFIGVL
IDHNNRITLYVDGSMINQLTLFENSICQLSTCELGSMICSIKVYRFYLWDGLLTEFAINI
LQAIGTNYQYTFSKKKEGPEVLSLCQDFLIAKAHLMARPTTEISSTKYIDEIELLEMENI
IIDVNPNDILQDFTESSNFTVKFEESTNSKNIPEVGKCYFYRSSNLVSKFVSIDSIRLAF
LNMTESGSIDDLFHHVSHLMNLLRNIDILNWFKKDFGFPLFAYTLKQKITQDLSQPLNIQ
FFNLFLEFCGWDFNDISKSIILDTDAYENIVLNLDLWYMNEDQSSLASGGLEIIRFLFFQ
ISSLMEASIYSKFNSNKFNDMNILEKLCLSYQAVTKRENQNSKFNELSSDLISVFVTLLK
SNTDKRHLQWFLHLSYYFIKRKDVRSTEIILQAVDQLFSFYLDQGSDENAKILSEIIPLK
LILMIMDQIVENNESNPITCLNILFKVVLTNKPLFKQFYKNDGLKLILTMLCKVGKSYRE
EIISLLLTYSIGNYTTANEIFSGAEDMIGGISNDKITAKEIIYLAVNFIEWHVINSNASD
SSSVLDLNNHILRFVEDLKSLSAVPINESVFDPKKSYVMVSLLDLSIALNESEDISKFKS
SSKVISELIKGNIMCALTKYAAYDFEVYMSTFFCHSTEYKLVYPKTVMNNSSYLELSFIV
TLLPEILNDLVDSNNNLNLMMLKHPYTMSNLLYFLRKFRPDTSQIVMPKDFYFSSYTCLL
HCVIQIDKSSFYHFKNVSKSQLLQDFKICIMNLIYSNTLKQIIWEKEEYEMFSESLMAHQ
EVLFAHGACDNETVGLLLIFFANRLRDCGYNKAVFNCMKVIIKNKERKLKEVACFFDPAN
KSEVLEGLSNILSCNNSETMNLITEQYPFFFNNTQQVRFINIVTNILFKNNNFSPISVRQ
IKNQVYEWKNARSEYVTQNNKKCLILFRKDNTSLDFKIKKSISRYTYNLKTDREENAVFY
RNNLNLLIFHLKHTLEIQSNPNSSCKWSSDFAEDFDGMKRRLLPAWEPKYEPLINEEDAN
QDTITGGNRQRRESGSILSYEFIEHMETLESEPVGDLNENRKILRLLKDNDSIATIWNCS
LIIGLEIKEGILIHGSNYLYFVSDYYFSLEDKKILKLSEVSQESRDMTVSLINGPDVKRV
STFLKHEVFVWKLLDITFVTKRPFLLRDVAIELLFKERVSAFFSFYNKRVRDDVLRVLNK
IPKHLPADPIFSSVLQEINDRGNSIVARNGIGKASIASKFTSVFSANNSLIDGFEISKKW
VRGEISNFYYLLSINILAGRSFNDLTQYPVFPWVIADYESNVLDLENPKTYRDLSKPMGA
QSEKRKLQFIERYEALASLENADSAPFHYGTHYSSAMIVSSYLIRLKPFVESFLLLQGGS
FGPADRLFSSLERAWSSASSENTTDVRELTPEFFFLPEFLINVNSYDFGTDQSGKKVDDV
VLPPWANGDPKVFIQKNREALESPYVSAHLHEWIDLIFGYKQKGDIAVKSVNVFNRLSYP
GAVNLDNIDDENERRAITGIIHNFGQTPLQIFQEPHPEKIACNVQQLTTEVWRKVPMKPI
FEKTIFNLNEKNRSVDYVIHDPSYFDSLYWRGFAFPNLFFRTEESLVSLRIVHKNWLKIG
LDIFKKTHMAQITSFAYWKLGEFITGDKNGLIKVWKYRKDKHSVSGNLENKKTMFGHLCE
LKEMRCYHDYNTLLTLDISGLVYVWDMINFELVRQITNDAQKVAISQHAGSIMVLTKNNA
ISIFNLNGQIYTSKKFEPAKIVSSIDFFDFTKLDAGYRKHIYWKEMEILLVGFEDGTIEI
YELFLNFHNEWAIKLLKQLCTEKGKAITSIKGQGKTYLSQKRRKDTAEPHEIEVIAGTLD
GRLAIWY
NT seq 6504 nt   +upstreamnt  +downstreamnt
atgaattcaattattaatgctgcttcgaaagtcttaagactccaagacgatgtgaagaag
gctactataatattaggagatatactgatattacaaccaattaatcacgaagttgaacca
gatgtagaaaacttggtacagcatgaactaaccaagataatacaaggttatcccatacag
gataatatgattattaatagcaaaaaaggcacagttgaagatgacttatgcgaactcaat
aactatacctgttttgcactttcgaaaagctttgatttatgccatgatagcagaaatttc
aacatagcgcagccgaaacgatggatacaattattagagacattaactgactcagttagt
ttcgcagttattgttcaaattattctcactttatctaacatttcgctaataaataaacaa
accttggggaagttaaaaaaactgaggattcgaattttcgaaatactatcaaataaaaac
gatagttggaaatctacattactacagaaaaatcttatagaatggtacatttttatgctt
tccgtggattgcacacctttagaattgcaaaacttatatctccataaggagttgaaattc
tgtaacggtatcttgaattcattaacactccaagtttctgatcctcgctcacaaaattac
ctgcaatttgagaacacgtataagctttttcaaatacaaaagtcatctagaattaacaac
tcgttccttttttacatagaattcaattccgttacctcaaataggataatgaccatagaa
agacacatttatttggaaattaaggaaggccagttttgtatttcaaatgataactacata
atcggtttatttgaaaacttcgaattcgaagcgggcactttgtactttattggagtttta
attgatcacaataatcgaataactctttatgttgatggaagtatgatcaatcagctcacg
ttatttgaaaactctatatgccaattaagcacttgtgaactgggatccatgatttgttca
attaaagtatatagattttatttgtgggatggattattaacagaatttgcgataaatata
cttcaagctatcggcaccaattaccaatatacatttagcaagaaaaaagaagggcctgaa
gttttatcgctctgccaagactttttgatcgctaaggctcatttaatggccaggcctaca
acagaaatatcttccacaaaatacatcgatgagattgaacttcttgaaatggaaaatatc
attattgatgttaacccaaatgatattcttcaagatttcaccgaatcgtctaattttacg
gtaaaatttgaggaaagcacgaactcgaaaaatattccggaagtgggtaagtgctatttc
tataggagttcaaacttggtttcaaaatttgtgtccattgattctatacggcttgcgttt
ttaaacatgacagaatccggtagtatagacgatctgtttcatcatgtatcacatctgatg
aatcttttacgaaatattgatattcttaattggtttaaaaaagactttggctttccttta
tttgcttatactttaaaacaaaaaataacacaagatttatctcagcctctgaatatccaa
tttttcaatttattcttagaattttgcgggtgggatttcaacgatatttccaaatccata
attctagatactgatgcctacgaaaacatagtccttaacttggatttatggtatatgaat
gaggatcaaagttctctggcgtcaggcggattagaaattatcagatttcttttcttccaa
atttcaagtttgatggaagcctctatttattctaagttcaattccaataaattcaatgat
atgaatatcctagaaaaactatgtttaagctatcaggctgtcacaaaaagagaaaatcag
aacagtaaatttaatgagctatcaagtgatttaatttctgtatttgttactttattgaaa
agcaatactgataaacgacatctgcagtggtttttacatctctcatattactttattaag
agaaaagatgtacgttctacagagattatacttcaagcggtagatcaacttttttcgttt
tacttagatcaaggtagtgacgaaaatgcgaagatactttcagagattataccacttaag
ctaatactgatgattatggatcaaatagtggaaaataatgaatcaaaccctattacgtgc
ttgaatatcttatttaaggtagttctgaccaataaaccgcttttcaaacaattttacaaa
aatgatggtttgaaactcatattgactatgctttgtaaggtagggaaaagctatcgagag
gagattatttctttgcttctcacatattctattggcaattataccacagctaacgaaata
ttttcaggtgctgaagacatgattggaggaatttcaaacgacaagataactgcaaaagaa
attatttatttggctgtcaacttcattgagtggcatgtgattaattctaatgccagtgat
tcttcttctgtattggacctgaacaaccatatattaagattcgtcgaagatctgaaatcg
ctgagcgctgttccgattaatgaatctgtatttgatcctaaaaaaagttatgtgatggtt
tcattattagatctctcgatagctttgaatgaatcggaggacatctcaaagttcaagagc
tcttcaaaagtgatttcagagctcattaaaggtaatataatgtgtgctcttacgaaatat
gccgcttatgatttcgaagtctatatgagcacatttttttgtcacagtacagaatacaaa
ctggtttatccaaaaactgtaatgaacaattccagttacttagagctatcatttatagtg
acactcctacccgaaatacttaatgacctggtagatagcaataacaatttgaacctgatg
atgttgaagcatccatacacgatgtcaaatctcctttattttcttcgcaaatttcgacct
gatacgtcacagatagttatgcctaaagatttttatttctcaagttatacatgtctcttg
cattgtgttattcagattgataaatcatcattttaccatttcaaaaacgtttctaagtcg
caactgttacaggacttcaaaatctgcataatgaacttaatatattccaatactctaaag
cagataatctgggagaaagaagaatacgagatgttttctgagtcactgatggcgcatcag
gaagttttatttgcacatggagcatgtgataatgagaccgttggcttattgttaatattt
tttgccaacagattacgtgattgtggatacaacaaagcagtcttcaattgtatgaaagtg
atcattaagaacaaggaaaggaaactaaaggaggtggcgtgtttttttgacccagcgaat
aaaagtgaagtactcgaaggtttaagtaatatcctctcatgcaataactctgaaacaatg
aacctcataactgaacaatacccattttttttcaacaatacacaacaggtacggttcata
aacattgtcaccaatatcttgtttaagaacaacaatttttctccaataagcgttagacag
atcaaaaaccaagtttacgaatggaaaaatgcaagatcagaatacgtcacccaaaacaat
aaaaagtgccttattttatttagaaaagacaacacatccttagattttaaaatcaaaaag
tccatatcaagatacacttacaacctcaaaacggatagagaagaaaatgcagttttctat
cgaaataatttaaatcttttgatttttcatctgaaacatacactggagatacaatcaaat
ccaaattcgtcctgcaagtggtcatcggactttgcagaagattttgatgggatgaaacgg
aggcttttgcctgcttgggaaccaaaatatgaaccactcattaacgaggaagatgctaat
caagatactataacaggtggtaacagacaaaggagagaaagtggaagcattttatcctac
gaatttatcgaacatatggagactcttgagtcggagccagttggagatttgaatgagaat
agaaaaattcttagacttttgaaggataacgattccattgcaactatttggaattgcagt
ttgattattggattagaaattaaggaggggattttaattcatggcagtaattacctttac
tttgtaagtgattactattttagtttagaggataaaaagattctaaaattatcagaagta
tcgcaagaatcacgggatatgacggttagcttaattaacggccctgatgttaaaagggta
tcaactttcctaaagcacgaagtctttgtttggaaacttctcgatatcactttcgttacc
aaacgaccctttctacttcgggatgtcgccatcgaattattgttcaaagagagagttagc
gctttttttagtttttacaacaaaagagtgagagatgacgttttacgggtactgaataag
atcccgaagcaccttccagcagatccaattttttcaagcgttttacaagaaataaacgac
cgaggaaatagtatagtggcaagaaatggaataggaaaggcaagcattgcttctaaattc
actagcgtcttctcagcgaacaacagcctaatagatggatttgagatcagcaaaaaatgg
gttaggggagagatttctaatttttattacctgttgagtatcaacatcctagcgggaagg
tcattcaacgatttgacccaatatccagtgtttccgtgggttattgcagattacgaaagt
aacgtactcgatttagagaatcctaaaacttaccgggacctatcgaaacctatgggcgct
caaagtgagaaaaggaaattacagtttatagagcgttatgaagctttggcttccctggaa
aatgctgattccgcaccatttcattatggcacgcattattcctcagctatgatagtatct
tcatatctgataaggctgaagccctttgtcgaatcctttttgttattgcaaggcggaagt
tttggccctgcagatcgtttatttagttcgcttgaaagggcctggagctctgcttcttct
gaaaatacaacggatgtcagggaattgacacctgaatttttttttctacctgaatttttg
atcaacgttaatagttatgactttggtacagaccaaagcggtaaaaaagttgacgacgtc
gtacttccaccctgggcaaatggtgacccaaaggttttcattcaaaagaatagagaagct
ttagaaagtccttatgtatcagcacatttacatgaatggattgatttgatatttggttac
aaacaaaagggggacattgctgtgaaatctgttaacgtattcaacagattgagttaccca
ggcgctgtaaatctagataacattgacgatgaaaatgagcgcagagctatcacaggcatt
attcacaactttggtcaaacgcctttacaaatatttcaggaacctcatccggaaaaaata
gcctgcaatgttcaacagctaacaacagaggtatggcgtaaggttccaatgaagccaata
tttgagaagacaatctttaatttgaatgaaaagaacaggtccgtcgattatgttatacac
gatcctagttacttcgattcattatactggaggggcttcgctttcccaaacttgtttttc
agaacggaagaatcgttagtgtcattgagaattgtgcataaaaattggttaaaaattgga
ctagatatttttaaaaagacgcatatggctcagattacatcgtttgcgtactggaagttg
ggcgaattcataactggcgataaaaatgggctgataaaagtttggaaatatcgtaaagat
aagcattcggtttcaggtaaccttgagaacaaaaaaacaatgtttgggcacctatgcgag
ctaaaggagatgcgctgttatcacgactacaatacgcttttaaccttagacatcagcggc
ttagtatatgtctgggacatgattaatttcgaactagtaaggcaaataacaaatgatgcg
caaaaggtcgcaatatctcaacatgcagggagcattatggtattgactaagaataacgcc
atttcgatcttcaatctaaatggacaaatatatacatcaaagaaattcgaaccagctaaa
attgtaagctcaattgatttttttgacttcactaagttagacgcaggttacagaaagcat
atctattggaaagagatggaaatactactagtgggctttgaagatggaactatagaaatt
tacgagctctttttgaattttcataatgaatgggcgataaagctactgaagcagctctgt
accgaaaaagggaaagccataactagcattaagggacaggggaagacatacctgtcccag
aaaagacgcaaggatacagcagagcctcatgagatagaagtgattgcgggaacattagat
ggcagattagctatttggtactag

  All links  
Gene (74)   
   RefGene (71)   
   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 (8)   
   Pfam (8)   
All databases (86)   

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