CPLM 1.0 - Compendium of Protein Lysine Modification
Tag
Content
CPLM ID
CPLM-026589
UniProt Accession
Q6IMT0_ARATH
;
Q6IMT0
Genbank Protein ID
CP002688
;
BK000518
Genbank Nucleotide ID
AED95844.1
;
DAA00366.1
Protein Name
KIP
Protein Synonyms/Alias
Putative cell expansion protein
Gene Name
KIP
Gene Synonyms/Alias
AT5G49680; At5g49680
Created Date
July 27, 2013
Organism
Arabidopsis thaliana (Mouse-ear cress)
NCBI Taxa ID
3702
Lysine Modification
Position
Peptide
Type
References
873
FCGCRIV
K
SSRVQIS
acetylation
[1]
Reference
[1] Lysine acetylation is a widespread protein modification for diverse proteins in Arabidopsis.
Wu X, Oh MH, Schwarz EM, Larue CT, Sivaguru M, Imai BS, Yau PM, Ort DR, Huber SC.
Plant Physiol. 2011 Apr;155(4):1769-78. [
PMID: 21311030
]
Functional Description
Sequence Annotation
Keyword
Complete proteome; Reference proteome.
Sequence Source
UniProt (SWISSPROT/TrEMBL); GenBank; EMBL
Protein Length
2587 AA
Protein Sequence
MAAFLVMFIF TIALFVALLW VFFKSLPWIL RHSAGITLSF QFDGWNCLKD VALQFKKGSI 60
ESIVIGEFKA NLSQSLVELC ATAFIQDPKV IFSICDLKIV TRPSHSSKGP RKPKTRKSSS 120
GGKGKLMLFA NIGRFFSVSM TNMVVQTPKA TAEIKELELD LSKDRGSGNF FMKLYLLPIF 180
VQIGEPHVTS THSPEMDSDI CLARQTPSKT AEGSSSSSFH CEKISLSCEF GPNRKSSPSI 240
KNVEVDLANA VLNLNEKLLL KNKSSTSAAS KGEVIDSSSG NTTSEKPPKQ PMNVLVAKHA 300
SKFPEKVLFD LTKLEIRFVH QEHDFSIANS IKGFQLRSAK SQSGEDGKED TCLDFAMELQ 360
EMHLFRESEV SVLEMTKFGV FTKVYCPIQE SLPVRAEVEI KLGGIMSNII MTRFEPLLRL 420
HFSRKKKMVL KEERPTIAKS ETTGFKAVVW KCATSAPDVT VVLYNPGGSP IYQCGLDSFQ 480
ATANNMSNRG TVVQMELNEL TLCMVDEHKG CLKESLFGLE SDPGSLINIR KVRSEWGKKE 540
VLPEGDGSKG KQTLVVDVSE IGLLFSFRSV EALTVNAISS QAYIKSLTGS SSKNKQEKGA 600
HRSKPPSGRG TQLLKLNVER FSLNFAGDSS LENTVIDDPK RVNYGSQGGR IIISVSADGS 660
PRTASVFSTL SEEHEKLKYI ISFEILKFGF TLNKEIQSTQ VELETAKAIY QEFLEEPHQV 720
SRVTLCDIQN AKFVRRIGGG KEVSICSLFS ASNIAVRWEP DVHISMVELG LRLKSLVLTQ 780
KLKQHGNRNP EEASTVTGDK QKEEPTTTPN SLDKKKKKES IFAVDVEMLS ITAEAGDGVE 840
AEVQIQSIFS ENVGIGVLLE GFMLGFCGCR IVKSSRVQIS RIPSMPSTSS SVTPATGGTP 900
WDWIVQGVDI HICMPFRLQL RAIDDAVEEM LRALKLVTNA KTKLIFPIKK ESSTPKKPGS 960
KKVGRIRFGI RKLIFDIEEE PLQGWLDEHY HLMRKEAYEL AIRSKFLDEL MSSGNQVPKT 1020
GGDESDGEKK ISFEGEEIDP QDPAIIQMMN EKLYKQSFSS YYKSCQSLRL SDGSGACKEG 1080
FQAGFKMSTS RTSLLSVSVT DLDLSLTAIG GGEAGMIEIV KKLDPVAEEK DIPFSRLYGS 1140
NLRLNTGTLA VQIRNYTFPL LSTAFGKCEG CLVLAQQATA FQPQIIHDVY IGRWRKVQML 1200
RSASGTTPAM KTYLDLPIKF QKGEISFGIG YEPVLADISY AFTVALRRAN LSLKGPGLLQ 1260
PPKKEKSLPW WDEMRNYVHG NVTLSFSETK WIVLGSPDPY EKLDKLHMTS GSVEIQQYDG 1320
RVHFSAEDIK IFFSSFEGLA RHYPNSPVCP SSYPFLEVPR FSLEVRMDWE CESGSPLNHY 1380
LFALPIEGKA RDKIYDPFRS TSLSLRWDFT LRPENPSVSA VDQTKKVGSE CKPEKSSFSP 1440
PTINIGAHDL AWLIRFWNMN YLPPYKLRTF SRWPRFGVPR IPRSGNLSLD RVMTEYNLRL 1500
DVTPICIKHM TLDSNNPAKG LTFDMTKLKY EICFSRGNQD FTFECKRETL DPVYQGIDLH 1560
LPKAFLRRDQ HCSKPAQMSR TSSLSGSTDR VTSDNGTSTS DGTEKHPDDG FLFSSDYFTI 1620
RRQAPKADPE RLMVWKEEGK IYREKVDARS TKEKQSEPEE NSHSDPSDDD GYNVVIADNC 1680
QRIFVYGLKL LWNIENRDAV LSFAGGMSKA FQPPKPSPSR QYAQRKLLEG NQKHSESEVS 1740
QDEPTKQPST GSGNLASQSK EPAEVLSPSS EPIKTENFAS FPLGATKTGD SNDPEEEGTR 1800
HFMVNVVEPQ FNLHSEDING RFLLAAASGR VLARSFHSVV HVAYDMIEKA AQNENDHNPE 1860
NGTDMTWTRM EVSMMLEHVQ AHVAPTDVDP GAGVQWLPKI RRSSPKAKRT GALLERVFMP 1920
CDMYFQYTRH KGVTPDLKVK PLKELTFNSR NITASMTSRQ FQVMTDVLSN LLFARLPKAH 1980
NDSLKLSGEE DDEVEEEIDE VVPDGIEEVE LAKIELEAKE RDRMMLLDDI RKLTQNESNS 2040
GNINLEKESD FWMISGGRPV LVERLRKAYL SVQQSRKTAY TALRTSVKNA AELRLLEKDK 2100
NKRPSSAMRI SLQINKVIWS MVLDGKTFAE VEIDNMIYDF NRDYRDIGIA QFTTRYVVLR 2160
NCLPNAKCDT VLSAWNPPPE WGKKVMLQVD ARQGAPKDGQ APYELFQVEI YPLKIHLTET 2220
MYTMMWEYIF PGEEQHSQRR EEVWKVSTTS GSRRRKGSFA QEAAALLAAS DLGQGSKNQS 2280
LKSSTIRGSG RELRRTSSFD RSWEETVAES VATELVLSSM EHQGESSKGK LKDSKTSKAG 2340
GRSVHEEKKG EKSLEDKKSR PQKIMQFQTI KISQVELLIT YEGSRFVVND MKLCMDTFHR 2400
VEFSGTWRRL FSRVKKHIIW GVLKSVTGMQ MKKFKDKAHV PKDDIGLRDK DESGRTDQES 2460
GAWVKRPGDN AGDGFVTSIR GIFNTQRRKA KKFVLRTMRG EAEDNFPGEW SDNESDFSPF 2520
ARQLTITKAK KLIRRHSKKF QNQNTTKGSK KTQLSPTLSP PKEEDQYESD SSSGSSAYEE 2580
FLDQNQI 2587
Gene Ontology
Interpro
IPR019443
; FMP27_C.
IPR019441
; FMP27_GFWDK_dom.
Pfam
PF10351
; Apt1
PF10347
; Fmp27_GFWDK
SMART
PROSITE
PRINTS