GENERAL


Documentation on ww domains (also known as rsp5 / WWP domains)

 ww domain page (maintained by P. Bork & M. Sudol, last modified Oct. 2000)

 Prosite PDOC50020 (documentation) (revised July 1999)

 InterPro (last modified 14 Nov. 2000)

 Pfam

 PRINTS View



Species Distribution

 Pfam

Smart



WW domain containing proteins in the yeast genome

Protein
links
SacchDB 
(systematic name)
SwissPROT
(accession number)
Protein name
Gene name
Function 
other domains (SMART)
Q06525
 SwissProt 
 SGD 
 MIPS 
 
YPR152C 
Q06525
 SIMILAR TO S. CEREVISIAE HYPOTHETICAL PROTEIN YKL012P
 YPR152C or P9659.21
unknown
 
 FF domain 
often accompanies WW domains. named after two conserved Phe. May be involved in protein-protein interactions.
ESS1
 SwissProt 
 SGD 
 MIPS 
YJR017C 
P22696 
ESS1
ESS1 or PTF1 or YJR017C or J1452 
peptidyl-prolyl isomerase,   mRNA processing, Mitotic regulator; structurally and functionally homologous to human PIN1 
-
PR40 
 SwissProt 
 SGD 
 MIPS 
 YKL012W 
P33203
 Pre-mRNA processing protein PRP40
PRP40 or YKL012W or YKL165 
  REQUIRED FOR THE FIRST STEP OF PRE-MRNA SPLICING. THIS PROTEIN IS ASSOCIATED WITH SNRNP U1.
FF domains 
often accompanies WW domains. named after two conserved Phe. May be involved in protein-protein interactions.
RSP5
 SwissProt 
SGD
  MIPS 
 YER125W 
P39940 
 Ubiquitin--protein ligase RSP5
 RSP5 or NPI1 or MDP1 or YER125W or SYGP-ORF41 
E3 UBIQUITIN-PROTEIN LIGASE 
REQUIRED FOR DEGRADATION OF SEVERAL CELL SURFACE PROTEINS LIKE GAP1, FUR4, MAL61 AND STE2. ALSO ACTS ON RBP1.
 1 C2 domain Ca2+ binding motif present in phospholipases, protein kinases and synaptotamins. Particular C2 appears to bind phospholipids, inositol phosphates and intracellular proteins. 

Hect domain 
E3 ubiquitin-protein ligases. Can bind to E2 enzymes. 

YFB0 
 SwissProt 
SGD 
 MIPS 
 YFL010C
P43582 
 Hypothetical 22.7 kDa protein in AUA1-CDC4 intergenic region
YFL010C 
unknown 
 protein interacting with Metacaspase (MCA1)
-
SET2/YJQ8
  SwissProt 
SGD 
 MIPS 
 YJL168C 
 P46995
 Hypothetical 84.5 kDa protein in CPS1-FPP1 intergenic region
YJL168C or J0520 
 unknown
systematic deletion viable
 AWS domain 
subdomain of preset. Associated with SET domain.  SET domain 
Putative methyl transferase, based on outlier plant homologues  PostSet domain 
Cys-rich motif following a subset of SET domains.
TIN/YGX7_YEAST
 YGL227W
P53076 
 Hypothetical 108.2 kDa protein in SAP4-OST5 intergenic region
 YGL227W
molecular function unknown
important for vacuole import and degradation (VID); TOR inhibitor (TIN) 
SSM4
 YIL030C
 P40318
 SSM4
 SSM4 or YIL030C or YI3299.01C or YI9905.18C
 molecular function unknown
Protein involved in mRNA turnover (polyadenylation)
 
Protein
domains
motif recognized by the other domains
Q06525
FF domain
FF domain in  CA150  (transcription factor, negative regulator of RNAPII) binds the phosphorylated C terminal repeat of RNA polymerase II (CTD). CTD contains 52 YSPTSPS repeats. [1]
PRP40
4 FF domain
FF domain in CA150 binds the phosphorylated C terminal repeat of RNA polymerase II (CTD). CTD contains 52 YSPTSPS repeats. [1]
RSP5
 C2 domain
 generally binds membrane regions
HECT domain
various HECT domains bind different E2 enzymes, not clear if there is any consensus binding sequence
SET2/YJQ8
 AWS / Postset domains
 No specif litterature
 
 SET domain
 This domain was originally discoverd in Drosophila proteins Su(var)3-9 [2]. Most of the SET domain-containing proteins that have been characterized thus far are associated with chromatin [3], suggesting that these proteins are involved in chromatin regulation and chromossome function. However not all SET domains appear to have the same function. For example, the human and mouse SUV39H1, SUV38H2 (homologues of Su(var)3-9)  have histone H3 methyltransferase (HMTase) activity on lysine 9 [4,5]. CLR4, the corresponding yeast homologue, also displays HMTase activity [4]. A catalytic motif in the SET domain and two cystein-rich regions flanking the SET domain appear to play an important role in this activity [4]. Conversely, the human SET domain containing proteins EZH2 and HRX, and their Drosophila homologues TRX and E(Z), do not display any HMTase activity in vitro [4] and appear instead to modulate protein-protein interactions [6]. All of these proteins lack one or more of the cystein-rich flanking regions. Another recently discovered protein with HMTase activity, both on Lys 9 and lys 27, is the human G9a protein [7]. Like the SUV39H family, G9a contains the SET domain as well as the PreSet  and PostSet domains. Analysis of the S. cerevisae genome database identified six SET domain-containing proteins, yet none of these proteins contains both the PreSET and PostSET domains  (see SMART). Only Set1 and Set2 proteins have the postSET domain. It has recently been shown that  SET1  has HMTase activity on Lys 4 [8], rather than on Lys 9, and that SET2, has HMTase activity on lys 36 [9]. Consistent with the idea that the function of the adjacent cystein-rich flanking domains might be replaced by other motifs or other proteins [10], a novel H3 HMTase protein (human set9) was recently discovered that lacks both PreSET and postSET domain [11]
 

References (besides SMART litterature):

[1] D. P. Morris & A. L. Greenleaf (2000) JBC, 275, 39935  (medline ); A.C. Goldstrohm et al. (2001)Mol. Cell. Biol. 21, 7617 (medline ); M.C. Carty et al. (2000) PNAS, 97, 9015.
[2] B.  Tschiersch (1994) EMBO J, 13, 3822.
[3] B. Kuzin et al. (1994) Genes Dev., 8, 2478 (medline ); S Petruk et al. (2001) Science, 294, 1331(medline );  T Rozovskaia et al. (2000), Oncogene, 19, 351 (medline ); T Rozovskaia et al. (1999), Mol Cell Biol, 19, 6441 (medline ); JP Vielle-Calzada et al (1999), Genes Dev, 13, 2971 (medline ); L Xu, S Strome (2001), Genetics, 159, 1019 (medline);  L Xu et al (2001) PNAS, 98, 5061-6 (medline)
[4] S. Rea et al. (2000) Nature, 406, 593-9 (medline)
[5] AH. Peters et al (2002), Nat Gen, 30, 77 (medline)
[6]  XI Cui et al (1998) Nat. Genet., 18, 331(medline); T Rozovskaia et al. (1999), Mol Cell Biol, 19, 6441 (medline )
[7]  M Tachibana et al (2001) JBC, 20, 20 (medline)
[8]  PL Nagy et al (2002), PNAS, 99, 90 (medline)
[9] BD Strahl et al (2002) Mol Cel Biol, 22, 1298 (medline)
[10] Y Zhang & D. Reinberg (2001) Genes Dev, 15, 2343 (medline) review
[11] K. Nishioka et al (1999) Genes Dev, 16, 479 medline
Protein
Sequence
Q06525
>tr|Q06525 SIMILAR TO S. CEREVISIAE HYPOTHETICAL PROTEIN YKL012P - Saccharomyces cerevisiae (Baker's yeast). 
MRGEWQEFKTPAGKKYYYNKNTKQSRWEKPNLKKGSNLESNAKESQTERKPTFSLELVNG 
WHLIIYNDGTKLYFNDDSKEFKNDISQEDDSRCRSLIESLDKEKLVLLIGVARGYTMREE 
DIDKILESCNEEIHLFKRNQDEVERKDEISEEAGDVKSPLQESHTGLVSGYGSSSGEEDE 
EEDEEEDEENEEQIVNQDISIIDDLNRIDTDDIDERNIFFELFDRYKLDKFSTWSLQSKK 
IENDPDFYKIRDDTVRESLFEEWCGERSGNATAEESDSEDNSEDDSEVLEPTKYHYLAQI 
VANAGTIAPDTIPQDIRKQQKALYKAYKIKEYIPSKRDQDKFVSQLLFYYKTFDLEQRKE 
IFCDCLRDHERDFTGAVESLRQDKELIDRWQTLLKAPADSSSIEDILLSIEHRCCVSPIV 
VTEPRYYVVGILEKTVVWVRWLAAEVGPSSRFTPVGAGNEPINPE
ESS1_YEAST
>sp|P22696|ESS1_YEAST ESS1 protein (Processing/termination factor 1) - Saccharomyces cerevisiae (Baker's yeast). 
MIIVVLIPTHNRLRHHNDAPMPSDVASRTGLPTPWTVRYSKSKKREYFFNPETKHSQWEE 
PEGTNKDQLHKHLRDHPVRVRCLHILIKHKDSRRPASHRSENITISKQDATDELKTLITR 
LDDDSKTNSFEALAKERSDCSSYKRGGDLGWFGRGEMQPSFEDAAFQLKVGEVSDIVESG 
SGVHVIKR
PR40_YEAST 
>sp|P33203|PR40_YEAST Pre-mRNA processing protein PRP40 - Saccharomyces cerevisiae (Baker's yeast). 
MSIWKEAKDASGRIYYYNTLTKKSTWEKPKELISQEELLLRENGWKAAKTADGKVYYYNP 
TTRETSWTIPAFEKKVEPIAEQKHDTVSHAQVNGNRIALTAGEKQEPGRTINEEESQYAN 
NSKLLNVRRRTKEEAEKEFITMLKENQVDSTWSFSRIISELGTRDPRYWMVDDDPLWKKE 
MFEKYLSNRSADQLLKEHNETSKFKEAFQKMLQNNSHIKYYTRWPTAKRLIADEPIYKHS 
VVNEKTKRQTFQDYIDTLIDTQKESKKKLKTQALKELREYLNGIITTSSSETFITWQQLL 
NHYVFDKSKRYMANRHFKVLTHEDVLNEYLKIVNTIENDLQNKLNELRLRNYTRDRIARD 
NFKSLLREVPIKIKANTRWSDIYPHIKSDPRFLHMLGRNGSSCLDLFLDFVDEQRMYIFA 
QRSIAQQTLIDQNFEWNDADSDEITKQNIEKVLENDRKFDKVDKEDISLIVDGLIKQRNE 
KIQQKLQNERRILEQKKHYFWLLLQRTYTKTGKPKPSTWDLASKELGESLEYKALGDEDN 
IRRQIFEDFKPESSAPTAESATANLTLTASKKRHLTPAVELDY
RSP5_YEAST
>sp|P39940|RSP5_YEAST Ubiquitin--protein ligase RSP5 (EC 6.3.2.-) - Saccharomyces cerevisiae (Baker's yeast). 
MPSSISVKLVAAESLYKRDVFRSPDPFAVLTIDGYQTKSTSAAKKTLNPYWNETFKFDDI 
NENSILTIQVFDQKKFKKKDQGFLGVVNVRVGDVLGHLDEDTATSSGRPREETITRDLKK 
SNDGMAVSGRLIVVLSKLPSSSPHSQAPSGHTASSSTNTSSTTRTNGHSTSSTRNHSTSH 
PSRGTAQAVESTLQSGTTAATNTATTSHRSTNSTSSATRQYSSFEDQYGRLPPGWERRTD 
NFGRTYYVDHNTRTTTWKRPTLDQTEAERGNQLNANTELERRQHRGRTLPGGSSDNSSVT 
VQVGGGSNIPPVNGAAAAAFAATGGTTSGLGELPSGWEQRFTPEGRAYFVDHNTRTTTWV 
DPRRQQYIRTYGPTNTTIQQQPVSQLGPLPSGWEMRLTNTARVYFVDHNTKTTTWDDPRL 
PSSLDQNVPQYKRDFRRKVIYFRSQPALRILPGQCHIKVRRKNIFEDAYQEIMRQTPEDL 
KKRLMIKFDGEEGLDYGGVSREFFFLLSHEMFNPFYCLFEYSAYDNYTIQINPNSGINPE 
HLNYFKFIGRVVGLGVFHRRFLDAFFVGALYKMMLRKKVVLQDMEGVDAEVYNSLNWMLE 
NSIDGVLDLTFSADDERFGEVVTVDLKPDGRNIEVTDGNKKEYVELYTQWRIVDRVQEQF 
KAFMDGFNELIPEDLVTVFDERELELLIGGIAEIDIEDWKKHTDYRGYQESDEVIQWFWK 
CVSEWDNEQRARLLQFTTGTSRIPVNGFKDLQGSDGPRRFTIEKAGEVQQLPKSHTCFNR 
VDLPQYVDYDSMKQKLTLAVEETIGFGQE
YFB0_YEAST 
>sp|P43582|YFB0_YEAST Hypothetical 22.7 kDa protein in AUA1-CDC4 intergenic region - Saccharomyces cerevisiae (Baker's yeast). 
MAQSKSNPPQVPSGWKAVFDDEYQTWYYVDLSTNSSQWEPPRGTTWPRPKGPPPGVNNEK 
SSRQQADQAPPPYSSQSTPQVQAGAQAQQPRYYQPQQPQYPQYPQQQRYYPQQAPMPAAA 
PQQAYYGTAPSTSKGSGHGGAMMGGLLGVGAGLLGGAMLEHAFDDHNYDGPDTVVVENNY 
YGDDAGGSDGGFDDAGGFDGGFDDGFDGSDF
YJQ8_YEAST
>sp|P46995|YJQ8_YEAST Hypothetical 84.5 kDa protein in CPS1-FPP1 intergenic region - Saccharomyces cerevisiae (Baker's yeast). 
MSKNQSVSASEDEKEILNNNAEGHKPQRLFDQEPDLTEEALTKFENLDDCIYANKRIGTF 
KNNDFMECDCYEEFSDGVNHACDEDSDCINRLTLIECVNDLCSSCGNDCQNQRFQKKQYA 
PIAIFKTKHKGYGVRAEQDIEANQFIYEYKGEVIEEMEFRDRLIDYDQRHFKHFYFMMLQ 
NGEFIDATIKGSLARFCNHSCSPNAYVNKWVVKDKLRMGIFAQRKILKGEEITFDYNVDR 
YGAQAQKCYCEEPNCIGFLGGKTQTDAASLLPQNIADALGVTVSMEKKWLKLKKLSGEPI 
IKNENENINIEFLQSLEVQPIDSPVDVTKIMSVLLQQDNKIIASKLLKRLFTIDDDSLRH 
QAIKLHGYTCFSKMLKLFITEQPQVDGKGNETEEDDIKFIKGILDFLLELPKTTRNGIES 
SQIDNVVKTLPAKFPFLKPNCDELLEKWSKFETYKRITKKDINVAASKMIDLRRVRLPPG 
WEIIHENGRPLYYNAEQKTKLHYPPSGSSKVFSSRSNTQVNSPSSSGIPKTPGALDSKKH 
KLSDEEYERKKQKRLEYERIALERAKQEELESLKQKLKLENERKSVLEDIIAEFNKQKEL 
QKEESKKLVEAKEAKRLKRKTVSQSQRLEHNWNKFFASFVPNLIKKNPQSKQFDHENIKQ 
CAKDIVKILTTKELKKDSSRAPPDDLTKGKRHKVKEFINSYMDKIILKKKQKKALGLSSA 
STRMSSPPPSTSS
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