CPLM 1.0 - Compendium of Protein Lysine Modification
TagContent
CPLM ID CPLM-028266
UniProt Accession
Genbank Protein ID
Genbank Nucleotide ID
Protein Name
 CG14438, isoform A 
Protein Synonyms/Alias
 CG14438, isoform B 
Gene Name
 CG14438, Dmel_CG14438 
Gene Synonyms/Alias
  
Created Date
 July 27, 2013 
Organism
 Drosophila melanogaster (Fruit fly) 
NCBI Taxa ID
 7227 
Lysine Modification
Position
Peptide
Type
References
1669TNNSRFMKMVKKSVSacetylation[1]
Reference
 [1] Proteome-wide mapping of the Drosophila acetylome demonstrates a high degree of conservation of lysine acetylation.
 Weinert BT, Wagner SA, Horn H, Henriksen P, Liu WR, Olsen JV, Jensen LJ, Choudhary C.
 Sci Signal. 2011 Jul 26;4(183):ra48. [PMID: 21791702
Functional Description
  
Sequence Annotation
  
Keyword
 Complete proteome; Reference proteome. 
Sequence Source
 UniProt (SWISSPROT/TrEMBL); GenBank; EMBL 
Protein Length
 3313 AA 
Protein Sequence
MEDSEDDVVV VSCDTSMKEK VKAKLVEIRK FVPFIRRVRI DFQDTLSKVQ GHRLDALVNL 60
LDREDVSMSS LNKIEVIIDK LRTRFNPRIE IDTGEIIDIT ENTEYDSTAS SSSGSSAQPP 120
AQRAKSSDKG GLLNGSSLAG RLNASLNPAS DATKDHLSTP KQLELERNSK VSCSTSKIKT 180
SSISAKISVF PATSMDLNIP KTTSAKASDE GQRSPAEPRA ALQAIVQDTK TPTIPEPTSP 240
AALKHSSLRG SRGFLAVMQK ALIEEKKQRA SEQKTDKETN GVTQLETNFS RRSYTTSSQS 300
TCRSSEISVR AENPDFKRRS TSLVQHAPLQ EASPGQSKKD LPISLSVQGL PALVSASTAS 360
PANTLEEARK KLAALKYGLG TTVPSMPPLA SNINDPRGRK GINLPETNNN KDNDLGIALQ 420
SPPPMRTPSP IPPPPRMKAG TWASFSNVPQ ESAFTGQHAV QRNSVPPGDS RAFGDALAHE 480
PRSFYGTDSR EPRDPRIWKS KTSQQQQHQQ APQAQIPPYS SDPRRSISTY SGFEESANRG 540
QTNSKNNNNH NQNQNVTANG SAYIANWSGN PYGNGPNPRP PFPSNQNGNE YAGGFNGSHS 600
FRGGFRGGHN KRGFGRHNDV PRTYGEHRKA KARAEAEAKA KAEAEAKAKA AAEAKAKAAA 660
EVRQLETEVS REMEAQEKNK QQKEKPEESE AEKSTIAVTQ VPELDTSYRN VNLGVLNKKL 720
DFRIPKKTLP PATTITSTSP VNGNGENPSC PSNSPTSKSC DANQDKDTYK NKDRYLNKAK 780
AKDKVDKGNE VSENNLDKSE KLEKSQDKKA NDKENKSDKK EKKRLNREPE KKSKVENPLE 840
IVDSNSVVSE ESSENTDNVE NEPPLSETNA SPVPELATST QDSQQDQSVS EELDILAKNR 900
RMSGTRIKTP ISSTGNPALK RRADDDVEDK LENPTKKNCA KWEAKPDKEK SEDDTIDKIK 960
SMKVTKFADV EMKVTEESQS AEEEEITEQK ESTEEEEGTE HKKSTEEKDK PPKISKIKIV 1020
LTPIAHTTQV VRPNDGFKNN QEKILDNMAT DEHDDEEVPG PPAQFLRRIM QRRNSLAPTY 1080
MKPMVDKDKI ASSSFTYEDL PEQKRGNQNA RNLAIIFEKT SDNCSVSTQN IINGKRRTRG 1140
CETSFNETQL SRNIFGMGQI NRSRPKATEG KATRAKISVP AKDSTRADDD PIPTPNLKRK 1200
RQAIHKETED DVEMKPKKAR LEAQEINGVS VTPDEQQVEN NVEVTQKEVE AISSEPLLSS 1260
EVEPTRKPRT KPRKNELDKL NDDIAQMYYG EEVMRATSRR ACTRRSRTSS HTRTSSQHSR 1320
TSSVSRTDSI STVSDISSII VRNTARRGRG IRSSENGINR ATFNASLNAK KPKLCRVRIK 1380
RCAALMEMIK DQEKEEQEKK EQKNKEPKKK KVGVQKKPLK SKPKRENSVI LNTNPEWHSI 1440
SKAVIKCVVC SKWVRRSPLS HYMMCHKEHY AARLPPDVLK ELRAGRGNRP DYWVSQRGGY 1500
TLHFTCPFCQ KPLLLCQKGM IEHLIGHMGE SRFYCSNCNM PQNRLSRLLD HTASCGPGAK 1560
PLSSKTVCLP MSVHVCHICQ FMQYSKENMD RHLTVQHGLT KEELESVERE ELMLCDTTDV 1620
PYADSNKDGS AVGPEIQKNK PKSKASAALS NTTKKNKQQK KTNNSRFMKM VKKSVSLLKR 1680
EREEQDDQNM TQANEGSEVP EIPPPPPEIE PLFVVNECLM TSEMDTDMEE VLEQPVQHMS 1740
LMVDEKPVTL LSGATEQLEP SVPDPEPVVP SAQDDGKDVN EDEDVDVEAV VDSLQSHTDQ 1800
TATSMLAEVS LAELAGDVLD GIGSDASDYE MDDNSEQVDT TNKNGYGDDD DDALTDDWVD 1860
LETAKRNSKS AKSIFRVFNR FCSRLNKLPR SSRAVPSNGS ENSDGSDNND DDGDNPDPSE 1920
LMPTMQPLEP EPEMGDSSTS TGAKSLSERV ENVGFQKPSS DEDQNRVAAS YYCVQPGCTF 1980
LFSNELEGLE NHFALEHPLV RWSGKCGMCR QKITATETNL RISEELRHMR DVHMKDISTL 2040
PPPQSSAVES PAVIESCLNQ REPVPESEPD PVPELPKLRV RRFTGDRLVV DSQAEKSQPV 2100
AIVVSDDDNP RNGMLRDLLA ADPRPPNQQL DLQAAGLGEF LCAKPDSPST EPVKQTPVIV 2160
GYSSGLGLKI GQVLSRTQIS ANSRLSPVVN DPLPEKSSAP AAVEENRNRF RCMATNCNFV 2220
AHKLMFMREH MKFHSYSFSS TGHLNCAYCS HVAVDVDDYL RHGVIIHDLA PRSELESSTG 2280
PPSVTQKIRD MLSQRENGRV PPPTPQVTLS DVVLGLLECT GYSEDKLYAC PQKGCIVRLT 2340
DEQLVNHLRY HIRSTHQGSE LVKCKFCTKA MHPPALRTHL QQYHARHSIF CGICLATSVN 2400
QRIMMYHMST VHSKAYGRPN ARLAFVSLPV KIDASKKNVE SEFYVAVVEQ PFGNLQMQDF 2460
QRKLFDEMDR RRSGTKTYFR SSEVHILPTQ PTFQRPLYCT ECPFSTTSRV NMQMHLYEHK 2520
DETIREASKL ADLIVPATSS VLTVSASTLV APPRPGKDSE KPSTSGQSGD AATEQLNPDV 2580
PGTHKPIKPP LRYVPPDQRY RCGFLRCSVL CFSESAVRKH MQANHKYSEV VRCPHCKNCQ 2640
GQFGVDKYFD HLAMHKRHIF QCGACSRHNS RRVIERHIQE RHNIQDVDMI VHRHNDSNKT 2700
TEARWLKAPK LARHSLMEYT CNLCLKYFPT TVQIMAHAAS VHKRNYQYHC PYCEFGGNLA 2760
TALIEHILRE HPEREVQPVQ IYQRIVCKNK QTLGFYCTTC HEVASSFQKI AMHCDKEHKS 2820
RNPVQCPHCI FGHLAERQVV LHIQEKHPHE RGLAMVQFER VLNDIPNSIS WEIGRPIEVE 2880
PEKEIPNNGE SAFLPLSQRQ VVTEVVDLLD SDDEADEYGE QDDAKIVEFA CTHCDGTNTN 2940
LPDLRSQHWA REHPDQPFYF RVQPMLLCSE CKRFRGNAKA LREHLRATHS IRSIVAADIR 3000
RPMECAYCDY RYKNRHDLAK HISEIGHLPN DLKHVTDDEI DALMLLSASG SGGAVNEYYQ 3060
CGLCSVVMPT KETIVQHGQV EHCKPDERFC FRQLVSPVIY HCSFCMFNST DELTTLRHMV 3120
DHYSRFLVCH FCTRSQPGGF DEYIQHCYTY HRDDIKSFRD VHTFSDLKRY LSQVHYQFQN 3180
GLIITKSSLR YTRYKSDKCM LELDAELMAK AQRPPIPRLH IRLKSTGVQM QSPEGADVEK 3240
PVSLLRITKR RKTLNPGELL RSFREENEVQ PQPPASSTSS GTAPSPAAGS VFNLFKRRNS 3300
LVVRPATSNL DQH 3313 
Gene Ontology
 GO:0008270; F:zinc ion binding; IEA:InterPro. 
Interpro
 IPR007087; Znf_C2H2.
 IPR015880; Znf_C2H2-like. 
Pfam
  
SMART
 SM00355; ZnF_C2H2 
PROSITE
 PS00028; ZINC_FINGER_C2H2_1
 PS50157; ZINC_FINGER_C2H2_2 
PRINTS