| Tag |
Content |
LipidDB ID |
LipidDB-36329-00368 |
Entry Name |
|
UniProt Accession |
|
Theoretical PI |
8.62 |
Molecular Weight |
513822.9 |
Genbank Protein ID |
|
Genbank Nucleotide ID |
|
Protein Name |
|
Protein Synonyms/Alias |
Uncharacterized protein; |
Gene Name |
|
Gene Synonyms/Alias |
MAL7P1.15; |
Created Date |
01-MAR-2003 |
| Lipid Modification Sites |
|---|
| Position |
Sequence Form |
Peptide |
References |
Modification Type |
10 | Canonical | GNKLKEVCILLNSKN | [1] | S-Palmitoylation | 771 | Canonical | LNKIFFVCRENKIYD | [1] | S-Palmitoylation | 881 | Canonical | SDDLSDICINNNKMM | [1] | S-Palmitoylation | 1980 | Canonical | FYCTCFFCNGKCNFL | [1] | S-Palmitoylation | 3924 | Canonical | SEIFFCICLFMKNVV | [1] | S-Palmitoylation |
|
Organism |
Plasmodium falciparum (isolate 3D7) |
NCBI Taxa ID |
36329 |
Reference |
[1] Predicted from GPS-Lipid
|
Functional Description |
|
Sequence Annotation |
|
Protein Length |
4230 AA. |
Protein Sequence
(Canonical) |
MDGNKLKEVC ILLNSKNEKK IQRGIKRLFR LIKKNDFKNT YNIEKNIYDV DIVIENNYLD 60
IVIYCLSLNV EKTKSSKLGY YINFDFIEII FYTLSWVLFH KFKDCCFYID NEENKKVQIK 120
ENEENFKKNI SFLNLGNFFY DNVHFLEIII LNNFHHNRVY ILSTIFYFLL YHERFRFGFF 180
SSTSLLVNLI KLKKNVENIS DLFRKNKLNE NVQVEFFIKG KKDKNDENDK NDENDKNDEN 240
DKNDENDEND ENDKNDKNDK NDKNDKNDKN DEKLIFIRNT YEEELIYLYK FLVLQNRSNN 300
LKNNFVEKGK NMARNYGLVS EFMLLKKNGK FRVHREKAIN EKEKNKSTDM INNKMDIKKC 360
ILNNKGNNNN NNNNNNNNDN YNNNNNDNYN YFEIVRGSIL IYSIYRYIFS SKNDDLYKHF 420
NSICDELYDI FINTSECCKY YILLCLYEIL KKSENYKYMN LFLLFIKLLS VFLNNVQKNV 480
DTHLLFLMNN LLLLQRNTFY SIYQNGVFNY KHIILFKRSI GENKNMNKLK NEKSPLSPNK 540
QKKKKKNYYF IIKNKNTERS LLYNAVNSYE DILNNIDQME ENNKYIETKY GLLLKVNKGD 600
IYYVSLLFYI LQVYMDICLN EKKQFLLNSY MDDISNNNNN NNNNNNNDSN NNNNNNNNNN 660
NNNNSNSYGY KKDNNFKDIK NINHLNNMNK SIVGKSLSHK LNDNFFNFLT DLNIKYFINH 720
FVIIKTIGTY QHFINLYYMN NKKLVFSYDK TLYIFFFLKL YVELNKIFFV CRENKIYDNK 780
KKQRETKKKC AEWVGDNVDW SDFSLYECEH FVLNNEVTEH MDNLGCTKKN ESEKKKRKFN 840
FNQHIDETIH NSCDENSVQD EYKNLNKRCK VHNSDDLSDI CINNNKMMIQ SAYDGIICNE 900
MCDIYCDKDR ILLEYKYNYK KINVETMRNT KFLDIIKELI YYKMILEMYK MREKRADYNK 960
ELIYDEHILK NTLKYSSNNN GDNINININN LCNFNYYHNG DILEHELNYL NKMNDVIYFF 1020
IPFNVTDFLL KKITKADKNN LCNYFIISYL YYILEIFKCI CRFIMSVDIF ILIPEGINKK 1080
ILLKSIKFDI TNKFYDIIYK YYIFEISYVN MYISRDNMND MCINSKRGEY EYNNLKGINN 1140
KMVRNNVNNK NVIQKNDQSN NYNNNNNFDD NDDDDYILNI NMNNDIINYS IEKNKEEKEI 1200
VNSLHFFLND IRVDKNNIFI LHFIVITNFI NLFKECELKK KILHELYNKK KIIQINNFKI 1260
FHNINENVYK IFLNNFIDKY YVTVENYNIL DNLFSVFIYY KRNIIIDNER NDKGKNMKLF 1320
LENEKYYKCM EILIYRFLSK TDFFDSTSLD EIILFFYLLR NINNLRHFVF VLSLFCRFFN 1380
LYKTKLKYVD MFNNVSWGKK LKHMKKESNQ ICSKMLYHQD GSFFFKMIIC FFCTYNYDGF 1440
LSGVPILKVI KDEKEDTHYK KRKFDITKKK NNNNNNIKND SQDNHINIPH NDDSSDTWSY 1500
QIDDVLYIYS YYLNYIKYVL LYNPYIYMNI KNKLKKKKNL EELFYMFTKK KEVFFVKPSK 1560
EHIDHLNGTN NMNYKNNLID DEEEENNKDN TNNNVHISTY EEGNQMIDAY FNNFILFQKS 1620
IKLFLKQIRN LKKKKKKKKK KIKVKLTDEN SKYKMNIEEI YTNILEPFCL NFFFLKDDYS 1680
YDKNAKEYKA QNKYGIIHML TNCKNILHAY IIKNDNEFVL NKNVICWNSD LIYHHMCNIS 1740
SVLLNYFFIL YTYIQSVGNK RDEENININV NVFMYIIRKI NYVLKFYIYS KNVSNKYYNI 1800
KKEVPFQYNK KDEEDYYYFN HMFVKKNRRL EKNVFLLSLN ILKNRWFLIL LKYFMHKYAT 1860
YANVFEEFLY LYLCFLNKNM NTFFGIVQKR KKTKLLLRNL MINIIMGIVL HDIVEHEGVE 1920
VFKKKVCYIT LCILKRLNED ENFIRSYLNQ YNHLLKSETD VNIIINDDKD ASFYCTCFFC 1980
NGKCNFLMCE EDNRYVVQKN ENIIFEQFVL YYIFKMRNEK LKRKNSKKYI YDDHKREENL 2040
RSSSNIPVLI NLIMDIRHIN DNVKILLNKL CSLYIRKCYN NNYIMNKDII KKIIMERLSD 2100
KHNDIFVFTK RIKDDYIYLL EHKDIENDMY VFFMYNFLNT VDIKFLNNEK ENINKDNYFV 2160
ILFLLYLIRN KKIRAIENEV NYVPIFKEYP TLWLLLNNIE YEQIYYLKKE VFNKSFAEKC 2220
LDNIICAYKN ARQKNKLSFL LLVTIHFKNK ICLFIALSIL FYVGDMLNES KEKRKSMLKK 2280
YEDISFIRRI CKVLFFYFYG YIFKYDKYQS LNNCQKNVEE NNNLNRCPND EYIFKSYENI 2340
TLFLFKRLFK CFLRYEGLVN NVSEKKINEY EHIKNVEIDK KPNMKILTKN DNNNNNNIMC 2400
SNSDADEEGY KNINMMRGSN IDVSNYVEDS NKIKQNEYFI KYMSKRRNDY HMLLLLLLNL 2460
VNKKIENDND DNNDNDNDND NDNNNDNNNN NDDDNNDNNN DDNNDNNNDN NDNNNNNYVD 2520
GEDVNTTVGM KKIEKNIYLH WKNILLFISF LNKNEIKEGN FYYEYVMKKY IYMFIDHDLN 2580
MEKEENKESH IIYKNKKRYI LFYIYFLIYK FMKLKGLDVL CMIEIFFKNV LIEEFIVSIL 2640
EEYEKMENED KKKNEKLLIF LLKMIKIFYS EWYNLCKDKY VKQEIYLKGL NINIFNALKR 2700
IYSYTMTNIN IYIRNIFFVD LCNYLHFISL NNILDNKLID EVLKFKEFNV NYDNNYNWLN 2760
MNTSMVNKTC LYFNFNENIY YMLQNNDETI NNYNNNNNIN DLKDFNYCED GNNFFNNNYK 2820
NNMNKSGENQ YFENSKMASS VENEEKYEYN NIRKDIGIYR RSSRVYLKSS GKYVYSILNQ 2880
NNFIRKEIFS LAYKNKLNKN IYDYFFLLCV LVSKLFFVFI LMSEKIRVFF YHFRLLYTYQ 2940
KEEIFLNFDL LRMQEINRKI KNYIKKYPDI HFYIDYDNNE NEKENGMNGM ERNYINNEDY 3000
YMNHTYEENK KSINRLDTSK GYDNRNVNVY LDNSKKIISY DEEKEHFHHL KKNQNYDRNC 3060
KFCIKFREIH KIGNTERIMN LYDKEEKTNI KNMIYYGKTI RTNLFLHSPY EYNIYKNCKT 3120
FIDDEEFKND DMRGLRNVHN DVDDDNNNFD DNKNIDDNKN IDDNKNIDDN KNVDDNKNVD 3180
DNKNFDGEIN EENKNMNRKK KRPSLNLKKI NTYCLIDEDE LLYGRKLKEN HFTKSYKKLL 3240
DIYSLSDVDF FGSWIKIFSM NGLKLLIFCL SSNDLIVRTI SLKGLSIFFQ LIENSFFLYK 3300
IRKKLLSFKK KIGMYTEDKD DNYYVNVDGK GVLNNLYESK KSVMKKRKLI IPFKELFYLY 3360
FFMKKLKYSV DPLTYYINPS VSSYCFFFLN EVYKKQNIVN TLKNLIRSKT FSSIYFSYYY 3420
LNSLFNNNFD SLDIMNFFIM SNQGLHSTCY NSIGYEEGDG KYDNNDNNDD NDNDNNYDNN 3480
NYDNNNNYDN NNNYDNNNNY DNNNNYDNNN NYDNNNNYDN NNNYDNYNNY DNNNNYDNYN 3540
NYDNYNNYDN YNVKERKFNN TIDRSYYATT NFTNRMMLDN FDDDREDNYR YKNNDKYDYN 3600
NDYNNDKGYS FEKKDEYKEK LDLIKYNYRC TIKNIYHILN RNDVFQIYIS LFFNNYINHN 3660
LLKRFLILLI YSSNVINMVG MCVDSVDEEN VPYIENNDNN KRKNVDNNII TCNVETKMNV 3720
IDFYIKNNLM MKLIIKDNIF LWLDLIMNQK LFSEVMSFHY PSSFVFPIMN YYDLSNEHEL 3780
LYKKMMKGKV WSYIKDGKYP NELYNKSMYS IMYDMKYIEE NDLCLHKKES SIRTNKNDEI 3840
RDVKNVDIYM DEEYNEKIEK ESKICDIHKR NDEKMLLSHN SVHINKIKNK MYDYLENLIK 3900
KKYMIGYSFK ESYNKTSEIF FCICLFMKNV VSNIFYPGID YCDIFHKNIL LDNEKKILKE 3960
FILTNAYNII TLEKKKNNIL NNNNNNNNNN IHTYEIWNYW YSAFHKLYSF KIRCFLFIKK 4020
NEEEKNDKNE NIMKTSHMNI YDDLIQIIRN LIRGLYYIFL NVYHKEYFYL FIYEEGEEDK 4080
KKKKNSRIHD VYDIKDKYNY HASLEHNNIR DKIQYCKMFI KYIYLMFNIL FNICSSLYDQ 4140
GLTNDVVFKN IISTKVVVQD NFMNEKISVI INEIIIFFEQ IVILYNYLKY VINCVGVEKN 4200
NVKFRGPYEK IEREKKKKKK KKIMIRIRWY 4230
|
FASTA
(Canonical) |
>LipidDB-36329-00368|Q8IC31
MDGNKLKEVCILLNSKNEKKIQRGIKRLFRLIKKNDFKNTYNIEKNIYDVDIVIENNYLD
IVIYCLSLNVEKTKSSKLGYYINFDFIEIIFYTLSWVLFHKFKDCCFYIDNEENKKVQIK
ENEENFKKNISFLNLGNFFYDNVHFLEIIILNNFHHNRVYILSTIFYFLLYHERFRFGFF
SSTSLLVNLIKLKKNVENISDLFRKNKLNENVQVEFFIKGKKDKNDENDKNDENDKNDEN
DKNDENDENDENDKNDKNDKNDKNDKNDKNDEKLIFIRNTYEEELIYLYKFLVLQNRSNN
LKNNFVEKGKNMARNYGLVSEFMLLKKNGKFRVHREKAINEKEKNKSTDMINNKMDIKKC
ILNNKGNNNNNNNNNNNNDNYNNNNNDNYNYFEIVRGSILIYSIYRYIFSSKNDDLYKHF
NSICDELYDIFINTSECCKYYILLCLYEILKKSENYKYMNLFLLFIKLLSVFLNNVQKNV
DTHLLFLMNNLLLLQRNTFYSIYQNGVFNYKHIILFKRSIGENKNMNKLKNEKSPLSPNK
QKKKKKNYYFIIKNKNTERSLLYNAVNSYEDILNNIDQMEENNKYIETKYGLLLKVNKGD
IYYVSLLFYILQVYMDICLNEKKQFLLNSYMDDISNNNNNNNNNNNNDSNNNNNNNNNNN
NNNNSNSYGYKKDNNFKDIKNINHLNNMNKSIVGKSLSHKLNDNFFNFLTDLNIKYFINH
FVIIKTIGTYQHFINLYYMNNKKLVFSYDKTLYIFFFLKLYVELNKIFFVCRENKIYDNK
KKQRETKKKCAEWVGDNVDWSDFSLYECEHFVLNNEVTEHMDNLGCTKKNESEKKKRKFN
FNQHIDETIHNSCDENSVQDEYKNLNKRCKVHNSDDLSDICINNNKMMIQSAYDGIICNE
MCDIYCDKDRILLEYKYNYKKINVETMRNTKFLDIIKELIYYKMILEMYKMREKRADYNK
ELIYDEHILKNTLKYSSNNNGDNINININNLCNFNYYHNGDILEHELNYLNKMNDVIYFF
IPFNVTDFLLKKITKADKNNLCNYFIISYLYYILEIFKCICRFIMSVDIFILIPEGINKK
ILLKSIKFDITNKFYDIIYKYYIFEISYVNMYISRDNMNDMCINSKRGEYEYNNLKGINN
KMVRNNVNNKNVIQKNDQSNNYNNNNNFDDNDDDDYILNINMNNDIINYSIEKNKEEKEI
VNSLHFFLNDIRVDKNNIFILHFIVITNFINLFKECELKKKILHELYNKKKIIQINNFKI
FHNINENVYKIFLNNFIDKYYVTVENYNILDNLFSVFIYYKRNIIIDNERNDKGKNMKLF
LENEKYYKCMEILIYRFLSKTDFFDSTSLDEIILFFYLLRNINNLRHFVFVLSLFCRFFN
LYKTKLKYVDMFNNVSWGKKLKHMKKESNQICSKMLYHQDGSFFFKMIICFFCTYNYDGF
LSGVPILKVIKDEKEDTHYKKRKFDITKKKNNNNNNIKNDSQDNHINIPHNDDSSDTWSY
QIDDVLYIYSYYLNYIKYVLLYNPYIYMNIKNKLKKKKNLEELFYMFTKKKEVFFVKPSK
EHIDHLNGTNNMNYKNNLIDDEEEENNKDNTNNNVHISTYEEGNQMIDAYFNNFILFQKS
IKLFLKQIRNLKKKKKKKKKKIKVKLTDENSKYKMNIEEIYTNILEPFCLNFFFLKDDYS
YDKNAKEYKAQNKYGIIHMLTNCKNILHAYIIKNDNEFVLNKNVICWNSDLIYHHMCNIS
SVLLNYFFILYTYIQSVGNKRDEENININVNVFMYIIRKINYVLKFYIYSKNVSNKYYNI
KKEVPFQYNKKDEEDYYYFNHMFVKKNRRLEKNVFLLSLNILKNRWFLILLKYFMHKYAT
YANVFEEFLYLYLCFLNKNMNTFFGIVQKRKKTKLLLRNLMINIIMGIVLHDIVEHEGVE
VFKKKVCYITLCILKRLNEDENFIRSYLNQYNHLLKSETDVNIIINDDKDASFYCTCFFC
NGKCNFLMCEEDNRYVVQKNENIIFEQFVLYYIFKMRNEKLKRKNSKKYIYDDHKREENL
RSSSNIPVLINLIMDIRHINDNVKILLNKLCSLYIRKCYNNNYIMNKDIIKKIIMERLSD
KHNDIFVFTKRIKDDYIYLLEHKDIENDMYVFFMYNFLNTVDIKFLNNEKENINKDNYFV
ILFLLYLIRNKKIRAIENEVNYVPIFKEYPTLWLLLNNIEYEQIYYLKKEVFNKSFAEKC
LDNIICAYKNARQKNKLSFLLLVTIHFKNKICLFIALSILFYVGDMLNESKEKRKSMLKK
YEDISFIRRICKVLFFYFYGYIFKYDKYQSLNNCQKNVEENNNLNRCPNDEYIFKSYENI
TLFLFKRLFKCFLRYEGLVNNVSEKKINEYEHIKNVEIDKKPNMKILTKNDNNNNNNIMC
SNSDADEEGYKNINMMRGSNIDVSNYVEDSNKIKQNEYFIKYMSKRRNDYHMLLLLLLNL
VNKKIENDNDDNNDNDNDNDNDNNNDNNNNNDDDNNDNNNDDNNDNNNDNNDNNNNNYVD
GEDVNTTVGMKKIEKNIYLHWKNILLFISFLNKNEIKEGNFYYEYVMKKYIYMFIDHDLN
MEKEENKESHIIYKNKKRYILFYIYFLIYKFMKLKGLDVLCMIEIFFKNVLIEEFIVSIL
EEYEKMENEDKKKNEKLLIFLLKMIKIFYSEWYNLCKDKYVKQEIYLKGLNINIFNALKR
IYSYTMTNINIYIRNIFFVDLCNYLHFISLNNILDNKLIDEVLKFKEFNVNYDNNYNWLN
MNTSMVNKTCLYFNFNENIYYMLQNNDETINNYNNNNNINDLKDFNYCEDGNNFFNNNYK
NNMNKSGENQYFENSKMASSVENEEKYEYNNIRKDIGIYRRSSRVYLKSSGKYVYSILNQ
NNFIRKEIFSLAYKNKLNKNIYDYFFLLCVLVSKLFFVFILMSEKIRVFFYHFRLLYTYQ
KEEIFLNFDLLRMQEINRKIKNYIKKYPDIHFYIDYDNNENEKENGMNGMERNYINNEDY
YMNHTYEENKKSINRLDTSKGYDNRNVNVYLDNSKKIISYDEEKEHFHHLKKNQNYDRNC
KFCIKFREIHKIGNTERIMNLYDKEEKTNIKNMIYYGKTIRTNLFLHSPYEYNIYKNCKT
FIDDEEFKNDDMRGLRNVHNDVDDDNNNFDDNKNIDDNKNIDDNKNIDDNKNVDDNKNVD
DNKNFDGEINEENKNMNRKKKRPSLNLKKINTYCLIDEDELLYGRKLKENHFTKSYKKLL
DIYSLSDVDFFGSWIKIFSMNGLKLLIFCLSSNDLIVRTISLKGLSIFFQLIENSFFLYK
IRKKLLSFKKKIGMYTEDKDDNYYVNVDGKGVLNNLYESKKSVMKKRKLIIPFKELFYLY
FFMKKLKYSVDPLTYYINPSVSSYCFFFLNEVYKKQNIVNTLKNLIRSKTFSSIYFSYYY
LNSLFNNNFDSLDIMNFFIMSNQGLHSTCYNSIGYEEGDGKYDNNDNNDDNDNDNNYDNN
NYDNNNNYDNNNNYDNNNNYDNNNNYDNNNNYDNNNNYDNNNNYDNYNNYDNNNNYDNYN
NYDNYNNYDNYNVKERKFNNTIDRSYYATTNFTNRMMLDNFDDDREDNYRYKNNDKYDYN
NDYNNDKGYSFEKKDEYKEKLDLIKYNYRCTIKNIYHILNRNDVFQIYISLFFNNYINHN
LLKRFLILLIYSSNVINMVGMCVDSVDEENVPYIENNDNNKRKNVDNNIITCNVETKMNV
IDFYIKNNLMMKLIIKDNIFLWLDLIMNQKLFSEVMSFHYPSSFVFPIMNYYDLSNEHEL
LYKKMMKGKVWSYIKDGKYPNELYNKSMYSIMYDMKYIEENDLCLHKKESSIRTNKNDEI
RDVKNVDIYMDEEYNEKIEKESKICDIHKRNDEKMLLSHNSVHINKIKNKMYDYLENLIK
KKYMIGYSFKESYNKTSEIFFCICLFMKNVVSNIFYPGIDYCDIFHKNILLDNEKKILKE
FILTNAYNIITLEKKKNNILNNNNNNNNNNIHTYEIWNYWYSAFHKLYSFKIRCFLFIKK
NEEEKNDKNENIMKTSHMNIYDDLIQIIRNLIRGLYYIFLNVYHKEYFYLFIYEEGEEDK
KKKKNSRIHDVYDIKDKYNYHASLEHNNIRDKIQYCKMFIKYIYLMFNILFNICSSLYDQ
GLTNDVVFKNIISTKVVVQDNFMNEKISVIINEIIIFFEQIVILYNYLKYVINCVGVEKN
NVKFRGPYEKIEREKKKKKKKKIMIRIRWY
|
Gene Ontology |
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Interpro |
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Pfam |
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SMART |
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PROSITE |
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PRINTS |
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