CPLM 1.0 - Compendium of Protein Lysine Modification
TagContent
CPLM ID CPLM-027358
UniProt Accession
Genbank Protein ID
Genbank Nucleotide ID
Protein Name
 Transcription factor with AP2 domain(S), putative 
Protein Synonyms/Alias
  
Gene Name
 ApiAP2 
Gene Synonyms/Alias
 PFL1075w 
Created Date
 July 27, 2013 
Organism
 Plasmodium falciparum (isolate 3D7) 
NCBI Taxa ID
 36329 
Lysine Modification
Position
Peptide
Type
References
1904IHKYFSVKKYGFEKAacetylation[1]
Reference
 [1] Extensive lysine acetylation occurs in evolutionarily conserved metabolic pathways and parasite-specific functions during Plasmodium falciparum intraerythrocytic development.
 Miao J, Lawrence M, Jeffers V, Zhao F, Parker D, Ge Y, Sullivan WJ Jr, Cui L.
 Mol Microbiol. 2013 Aug;89(4):660-75. [PMID: 23796209] 
Functional Description
  
Sequence Annotation
  
Keyword
 Complete proteome; Reference proteome. 
Sequence Source
 UniProt (SWISSPROT/TrEMBL); GenBank; EMBL 
Protein Length
 2558 AA 
Protein Sequence
MNSPFNCNQI NINYSFSFNN DNTINEGTKS PCKNSFTPDG NLSYDKECVE KKSLIIKDKE 60
EKNIYMYNNM YNVLHNNNNE DNSCNYMCYN INKMNQNDHT SMNNKLFNDK NIVPSKENIY 120
TMCDLKSEQE EVKNKNESVI YKNDSIIYKN EMMINKNENV INENDMMIKQ NDKLINKNER 180
MINQNDMIIN QNSIMMNQND MIINQNSIMM NQNDKMINQN GMMINQNGLM INQNDNMSKD 240
EMCTYNKNDM FKKIPSQNYD TIKRESNQKF NSIEHIHNEN IDNIKINEKN PKEYDNKYNH 300
YNIHCDNNDH MNNIDYTYYN NNITNNNSNI NLNKSKEELT NNISSCDVNK KNLNQKSAYD 360
RNMYNDNISN NNTLVHKMVT NNPPKLSAQT YSNINELGNN KMIYHSKENL EQIKNHSNVN 420
INSNNNNNNI NSNNNINSNN NNNNNNNNNN NNSNNNINSN SNNNNNNNHN NNNNHNNHNN 480
NHNNNHNNNH NNHNHNNHNN HNNNNHNNQS CNNASDNTTL LMNRQIKNTN QTCRQIEELK 540
KNVEKNNNII YNNIINNNII NNNIVLDSIL NNNIMNNNII NKSFINASNN DINKNMVDKI 600
INQCLLNSTK KTCSTYKKDN MVNILHTNKV KNNDNKKLYT NMNNVNMDNM VTNYNMNDQN 660
VHDMKHKVLM VKERHEENYS HVINDTNNIN YNNKINNYNN ITPKGHVDNK DTYNLNSRSN 720
SCYTRNCVNC NILINNHIDV SNVDNISPHS PMYNPMTNLS RDDKLSLNNV NHLQEINNNE 780
DNSIYFNNYG NYKEENISNV QNVQNVQNVQ NVQNVQNVKN VQNVQNVQNV QNLQNVQNLQ 840
NVQNLQNVAN AKSVNSLNGD NNFVADSITH HQNNNIQNIT YSECKFLDKN IYEDNKIHKE 900
KEYSFYNNSY ETKEHMQNYK NKIITNNIKS DDISPQFNNM CNLNYTPQNY DEHVVYPKDD 960
KNKSFGNIQI VHQQNNNHNI HMENNTDEKM FNKNAHRIKE DRGKTYYHCE YNISEAVPTH 1020
NYMNNLLINN YNGEKSNNSE EDYISNIEIY NSGTYKKVNM NVNNMESTNH CGHDFYSNQK 1080
VYGIQREEES IIPNSYNRDM YEGCMVNGDE CKNEQVENNC DIIHNNNNNN NIDVSMYTNM 1140
SRYHKSNNDV SNMHITKDII HSNNYSYTIL NNTENDNKTI TYGNYCTAIF DPDNNTKEIY 1200
NENTKSIYDY LNTVNYKLVN EKHVQTIENQ RIVHTNDEYD NNNNNNNNDN NNNNDYSDND 1260
KMNTFFNDHH PMHNTLSHMN NETNYNNNII IKDIYNTSQN TEKQFLKEQK FDDSCVNSNR 1320
FCNPNDSSSH CILNDTCIEN NGKKNKTQEI YCNNNKIHNI EDRENINNFN EVFFFLKLWL 1380
SSFNIGKSIH CKKLIYISGD KRYIRKRNNK NKTYPFNYNE PFYFIYKPNK DMSMDHHHHN 1440
NINNNNNNNI RLNNMNGNVK NSELKNNYDF VKYSSNLKDG DHSNMKHSQD IQNIVNTSKS 1500
VEYKNDNNCS NQSIINNNYH TIDNNMNVYK NVIHEGIEEP NYNRIVENES INNINMNYNR 1560
YNSIQNTYNN DENRELHINN SDDKKEGNIS HIPSTLNKDS FCSFTTVSST PEYEINKNLN 1620
QLESYINDLY TNGNFENDNN NMGPKLSNNL CNNNITINTN NVNSNLEGNK KNMKTKNYMD 1680
TFTKITLTNE SNKNIRNNKK DKISEQMISP FIKDDIIKHK QYCINNENYN NLQMDNNKQS 1740
LQVAPHMSKE NDLNDTNIFN NKNKKNNKKK NNNNKNDQLG NHNNFSSSYT INNMNDNKKE 1800
KNIKNNENKI NPVVNNIRDN VVTNISNYND KTINNDHNNN NNNIYNEENL DYNNMKSLCY 1860
NEELFDDDKN VPKITGVSYD RKQKIWVSHW RANCKTIHKY FSVKKYGFEK ARELAIKCRE 1920
ENVNYSTTNS IINNNFTKPA YPLLNNILIN NNINTSDLRD FNSSDKLNDQ NHYSNSYDLY 1980
EPPKKKKRNN IDEVRKNDNQ EKKKKKRKIN HNISDNMNYY LNDTNYNDSQ LSQHIYHVNH 2040
NLNDIYHNDK YISTIENKQK RENISSNTYK DKYENFESYE KHQNYKNDKE KINNQYVLPK 2100
NNTDNFSEKN IEHIYLNTQH NYINTNQGPL IPYEQENNNN EETQKKRKKK KQIPQMLEIN 2160
KNTKNEIQNF TEKNNNQINK QMYTELLSAQ LNNSIKYINT LNNPSLNSNN YMNSTYNHMS 2220
NKKDQQPQMK DIMNYTKEKF NNNNYDNNDE YKKSHPKNYQ NIQNDNNVYN PCINNKQICS 2280
SNNNNHNNNN NHNNNNNLNN NNNHNNSNNN NNNKGTYLRE QHNSDNHLHC NHNYYNTIDN 2340
KNDSSYQNFD QNKDTFNNSN NYKLSDYFKI NDSSTASVAT SDNHYNTMHK NELTENHLDN 2400
MDNNNNNNNN NNYYYYYYIN NYNRSMQGQN NNNITRNMNN SNNTYNEINH VYNNILSNCS 2460
YNNFHKNQNK IMQNNKDINN NNNNNNNNNI TTKHNYHFEK NNKNFIVPIQ NNQHFTNPEI 2520
PIKSVHLNNN QYVNNNHPTK NYQKESHLFG NSNFHMNH 2558 
Gene Ontology
 GO:0003700; F:sequence-specific DNA binding transcription factor activity; IEA:InterPro. 
Interpro
 IPR016181; Acyl_CoA_acyltransferase.
 IPR001471; AP2/ERF_dom. 
Pfam
 PF00847; AP2 
SMART
  
PROSITE
  
PRINTS