※ dbPPT Protein Information

TagContent
UniProt Accession
Theoretical PI
5.16 
Molecular Weight
214016.76 
Genbank Protein ID
Genbank Nucleotide ID
Protein Name
Predicted protein 
Gene Name
CHLREDRAFT_173804 
Created Date
2007-12-04 
Organism
Chlamydomonas reinhardtii(Chlamydomonas smithii) 
NCBI Taxa ID
3055 
Phosphorylation Sites
Position
Peptide
Source
References
206
KLLLQFSYPVNLLML
dbPPT
[1]
205
GKLLLQFSYPVNLLM
dbPPT
[1]
Functional Description
 
Sequence Annotation
Keyword
Complete proteome,Reference proteome 
Sequence Source
UniProt 
Protein Sequence
MSPTFGVALT LAITLLCGPI ANAKPKSARV FLAKELPLTV VLTTPSEVMV NSSEPVRLYN 60
RQAIQVVFSR PVIALGSDFG DGAAAKQVPF RLSCGVPGSF RWVSTTAGRW DPALDWPPDL 120
SCSLRWNTSL RSYDGARLML DGTPPRRALA SSSLYMYGGG ATSEAAARLT GGAWSSDSGV 180
AGDKLPEASA FPSFAPSGKL LLQFSYPVNL LMLKSAFVVG AAGSGTPSNT ALDVNTTCAA 240
VEVGAALQPD TWYTLRLPAG TRYAALAGPT TYTQQVVFAG LRRFRFPLAQ DAWRASSPSS 300
GISYRRLDLW LPHGLQPGTP LDALARVLSV CELQPAAAVT GAPAAVAGGE QASPPPPDVC 360
VPGAAPLPFT LSLPSSSRLR MTVTDLAPGK KYRVTAGADP TVIDGFGMSL EASNSTDFYM 420
TQIAYRFEGA DTTGGVYSFS NAPLAVLEPE PADNLTQWPY ITIAPPPQPA LGVDVPPYTS 480
RTVRSFVLDP ANRNHVIKLL QVFQRNFPNA SSSGDPTAHL GLEPVSVVPV PEPLTTPGSG 540
AGWTRVSAPL QPGAALQLLD ACCTPPSYVG GPPSRRTQVL VRSGLSMSVL ASRSNTVFTA 600
WVTDASEGSG GGGVAGATVS FYVLPTSGYY REGSEPPSGT LASLVADRRL VNASSGSVHG 660
EIQVPAGARQ QPYNVMLYLP AAVGTVGTAP LDGPPPDLSA PDLLFGWNYV RSFEFTVADP 720
RPPTAELQIV APPWVSPIGT FTVTATAVSY IGAAVGGAPM TLTWRHARAS GVLRITTDAN 780
GVATATVDLG ALPEANRTTV YDAISVSVEW IGPTRERIVE SASIAAADAE YALSYSLSLT 840
PDLPGVPFGV TAILTSNTDG SDLSGIPVTA TLSPATPGTA GGAACDSVAT CSTSSGAGFV 900
GPSACRLALP CLGRFSLRVC AVLPPAVAGA TAVGGGSSTE VVTVCGRFEM ILGRNASEWQ 960
QYAFKLRGMP MPALSLDKNV YSIGETPRLR FESPWPHARL LLLWGNDFAT QSKAIDTLPA 1020
GAMADVELGP LSYDTCAGGC AVTAVLHVPR LGPSDMPLPP PDAVPVSVVC DPRAPLTYSS 1080
KLRIAVADDN GLEVVVAVGP VAGEAAGGGR VVDAGGEELL AIEPGQKAEV SVRVSGAGPG 1140
VEVTVYGVDQ AVLDLMPYDL PAPQLDLVLR LAADVQVYGM AAYRLAPGAV RAVFDTLVRR 1200
LSQLDPWLPP DTAVRAAAAA YWSGGVQAAD MSDEEYLDQF TTGITLLAGG YVDNNRAPLT 1260
PAFRRPPPQR RAERAPPVGG PSDPESGAGG ADVSGELRSS DDFVTTPLFT TVLTGPDGVA 1320
RVNFTAPANL GTFVLRAYAA ATGAAAARRY GSGEGRLVVR RALSLTPSAP RFVRVGDGFE 1380
AGCVVTVGSA PARVSVTLTV RFPLSGRGIG TARLTLRAVD FQDGGGSDGL QVSMPVYGQQ 1440
GDVLVATTFS LTANGTTGGG WAEGVELPAA VPGSGGLTLT AGVGNLPAIT AMYANLLQQE 1500
RSVAEAGDRY PYAERALTWA VLPPLLAAYG QPNTSSAAQD QQVTRGFADL GALTEPGLGL 1560
VWSDFRRWDG WRPLRADTRL NAWALFLTGL HGPALTSPPP PLPASGLGRY LGPWSDRLEA 1620
QLLPVWRRAL AGQLVADAQE ARANNGTYSD WHTLAWTSMG QSNPEPRLVN ATLVELSSAV 1680
RLQGRTAYIA AGPGNPGPAS LEDQALALLL MVRARSLSPL LPRLAAYVAA GGSSSSPALS 1740
RRRVYYPESW FVQALAAAAL MSYDVSRSSA QPQLQLEADV NGLTVLEASF RPGRTQPVTT 1800
TTPWESLPPP PAVGQPGELN FEVSGRGEVS VSAALQFVPV TLPAFPTYRG LYVEAAVVDP 1860
ATGQGAGPRV SGVPLGSVVA LTIQVTSPDE LGAVTLAVMM PAGLEPLDPH VVTDLGSGCD 1920
LGDWSGGGFG FGFGGGGGMR SRWWYWWPVC PAQETTPALV TFSYASLRSG TSTVTIKAVA 1980
ASAGTFVLPP IRAWADTQPE LMGMTAGSAF AVCGDCSEAT PAAPPAALVP CPALDCSGNG 2040
VCNLANGACE CDEGWGGRDC GKALA 2065 
Gene Ontology
 
Interpro
InterPro; IPR000742; EG-like_dom
InterPro; IPR013032; EGF-like_CS
Pfam
 
SMART
SMART; SM00181; EGF 
PROSITE
PS00022; EGF_1
PS01186; EGF_2
PS50026; EGF_3 
PRINTS