※ dbPPT Protein Information

TagContent
UniProt Accession
Theoretical PI
4.92 
Molecular Weight
191043.4 
Genbank Protein ID
Genbank Nucleotide ID
Protein Name
Predicted protein 
Gene Name
CHLREDRAFT_143087 
Created Date
2007-12-04 
Organism
Chlamydomonas reinhardtii(Chlamydomonas smithii) 
NCBI Taxa ID
3055 
Phosphorylation Sites
Position
Peptide
Source
References
1411
AQDLQVTSGYFSSGR
dbPPT
[1]
1410
SAQDLQVTSGYFSSG
dbPPT
[1]
1393
TDSDYRFSSLWAIDG
dbPPT
[1]
1403
WAIDGSASAQDLQVT
dbPPT
[1]
1413
DLQVTSGYFSSGRGD
dbPPT
[1]
1401
SLWAIDGSASAQDLQ
dbPPT
[1]
1394
DSDYRFSSLWAIDGS
dbPPT
[1]
Functional Description
 
Sequence Annotation
Keyword
Complete proteome,Reference proteome 
Sequence Source
UniProt 
Protein Sequence
MDWRSVPGVI SPPADQNPAV VCAQDGNGCK GGWVGQAYRY AATSGLVPKA AWAEMTGNAY 60
VESQYCPSRR LADYIRKVDV ADPAAVASGG SSSGSGTTTA KIAGWETAPR TAMALMKVLA 120
NQPAVALVHA APDWSDYRGG MYRGDCSAAA DDANHAVVVV GYTADAWIVK NSWGAGWGAG 180
GFMLLPRTGN STNKCGVLNS VTYPVLDKVS PERRGELLRQ GFCRAAGKVS LADVAAGNVS 240
LAALAVRFGV PLNEMIRVNS HVQVGVDTPL ELMTNYYIPP CTKEVPPQPV PKASCGTTYR 300
IDAVADSDSD AVVRMLNAFE GAGEAGRAAQ AQHAEQLRMR QRAVERQRLV AFEEAQRLRR 360
RQLSQAGRMD AMAQTGEAAG VVGRRSLKSR RSLMQGGDTT SGSDPNSEPL PPTAWQHWRE 420
DYDVLAANIN HHRFPRDMNT SDYSSVATTR LLLLREAFPV LLSPDSQPIA AATRYGAGRV 480
LVLGQREMWR EFYQPTDPTE TGHVAQQLLF NGFGWLAGYG RPAAAQDGIN ATCYATGFAE 540
SVEEVFDALD VLAAGGPDGS FDGPPSYRET QYDGFPVDVL TAGVQETGRP YLQVLAGYLQ 600
DAIRNYVAAG GGLLVVHSSR NVEELPNAQF APDETFAEFY SCNDLLGEMG ILISPTPVEE 660
APLWRPPLPV PHPAPLSYLL LNAEAAVDTL RRYYAGLLRP GELDVDDFQA AVAIMEYAKS 720
ALKTEADLFP RLFNAIATVR GPPPPPQAPP SPPPPSPPPQ GDDLTGVTRL GPVYTSWLNS 780
YALEVATAGY LAISDYLDPY DVVCPRGTHV TGFKGRAWST FDPAPWGATS GGMLVTEFAL 840
VCSNGKMLSV GYPTAPSKYD RYTNDPPYGN EGGLIPTGFE DSNDDGLNDS GYDSGDDVAP 900
SFGVDWSEQS CPGGYDSIRV RPHSDDTVNF AKPLQMFFRC RDTAAFTTYT AGVGILQLSP 960
EYIYDYDPAT WYITSLRNLA RGTQQLTELQ YLAQLEDVPG VAACPPGQAL AGLQGSLYVP 1020
HVTDLFDPEP YDQFLAPTGP LINPAPNGTA YLTSVTATGL NFDAGAAGGA AAFVDTVLTC 1080
GSGSVITGIV AAQEGATDIN YLGVRCSDGS SQGVGSYHPS AESSGYLVDN PCLLGFDAVK 1140
AIGGRGVSYF DGSLGAGLGG FAVRCGSPLN EDGGGEAGSA WTRLGSSVLT GVNLLQQPSG 1200
GSSNSSGGGS LLYALTEASI NAPGAVCSPG QRIAALRVQA VPLEVAGGAA GAGDAAGEGS 1260
LSIAAVHFYC GEVPGPPKDR SFLDIATRYG ITLSDLYGAN PTLDRTQPVA AYNGTIINVP 1320
QLCGAPPTQP PVTTIASGTC GDVARGFLRG NLPYLNTVNN GLCEYGTLAA VRVRGQSSHL 1380
RGVSDTDSDY RFSSLWAIDG SASAQDLQVT SGYFSSGRGD TQPWLSVDLG SPFYITAVVI 1440
RLRPGGVGAS RLGNAEVRVG LTPIRSEPDD RPGLILNRLC GGRIATAAAP LAQGQDVVSV 1500
ECGRPGSPPA GQWVTLQNFH PAGELLQVAE LEVYVRGPVL SLGCGTEGVD CGGDGELVDD 1560
GAGGVQAETS PDAPPASASD PSGPRVTRLT NVTKPYRLGV SSLPVFASSS AGPDNAPEYA 1620
FDGIGVAPIV YASGSSSGSG SADPEYASSL DSSAGSGFFQ SGPGDMNAYG NRLRNVSVWL 1680
SDAPATDAAS VAALATAGGG ARLCAVLDWV ADEGEVVQLN CTSSGSSGRW VVVRKAAATA 1740
GTPPPPAGDE VLALAEVQVF GHRGEPPGPA KAVPPPGTGA SSPPPPTGRP SLRRPPVSKR 1800
PRLSARPPRR PPPGPKRQRV RIQYRDD 1827 
Gene Ontology
GO:0008234; F: cysteine-type peptidase activity; IEA: InterPro 
Interpro
InterPro; IPR008979; Galactose-bd-like
InterPro; IPR013128; Peptidase_C1A
InterPro; IPR000668; Peptidase_C1A_C
Pfam
Pfam; PF00112; Peptidase_C1 
SMART
SMART; SM00645; Pept_C1 
PROSITE
 
PRINTS