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Protein Overview: gi|23615614, gi|...

General Information:
Name(s) found: gi|23619407 [NCBI NR]
gi|23615614 [NCBI NR]
gi|124513682 [NCBI NR]
Description(s) found:
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  • gi|23619407|ref|NP_705369.1| hypothetical protein [Plasmodium falciparum 3D7] [NCBI NR]
  • gi|23615614|emb|CAD52606.1| conserved Plasmodium membrane protein, unknown function [Plasmodium falciparum 3D7] [NCBI NR]
  • gi|124513682|ref|XP_001350197.1| hypothetical protein [Plasmodium falciparum 3D7] [NCBI NR]
  • hypothetical protein [Plasmodium falciparum 3D7]gi|23615614|emb|CAD52606.1| hypothetical protein [Plasmodium falciparum 3D7] [nrdb_11152004_Chlamydomonas]
  • hypothetical protein [Plasmodium falciparum 3D7] [nr-271106-contam.fasta]
  • | organism=Plasmodium_falciparum_3D7 | product=conserved Plasmodium membrane protein, unknown function | location=Pf3D7_13_v3:1935596-1947380(-) | length=3855 | sequence_SO=chromosome | SO=protein_coding | source=plasmodb [plasmo.nopseudogenes.fwdrev.fasta]
    • Organism: Plasmodium falciparum 3D7
    Length: 3855 amino acids

    Gene Ontology:
    Cellular Component: NONE FOUND
    Biological Process: NONE FOUND
    Molecular Function: NONE FOUND


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MFRSIVPTTV GLNNCKYVHV NIDEEYDMCN INKDVKIYNA AQDVSNINCK SITHLGSIYN  60
   61 IKIDSLEKCK SPEEIAIKIL KSQNWENKRK YTNDDEYYYK KKKRISNNIM EPSYINDSSY 120
  121 SLIDHCDNMY ERNNYVNERN NYMNEGSNYM NQGNYYMNER NIYTNEYNNQ LINKYAINNN 180
  181 MNNYMNNYNY YNNIPYNTFS QNQKEVYHNV SQNNYDQCQN YNQTENNNEI LYDTHVDHDL 240
  241 IKQMNLLQLA YKSRFKKSNN KVKINETLLY NNNNEALQNI IKCSMNKENN DQYYDNLHYN 300
  301 DNMKDNYLLN QGKILFNNDS TEKKGMYNVQ QTNEQSLNEN NYSHDMNYNI NLPINQSLNG 360
  361 PTSGQINEPI NEHISEPINE HINEHINEHI SEPINEHINE HINEPINVPI NDPINVPINV 420
  421 PINDPINDPI NVPINDPINV PTNDQINDPI NDPINVPIND PINDPINDPI NDPINDPIND 480
  481 PINDPINDQI NDPINDPTND QINDPINDPT NDQINDPIND PTNDQINDPI NDPINVPTND 540
  541 QINDPINDPI NVPINDPIND PINDPINDPT NDQINDPIND PINDPTNDPI NDPTNDPTND 600
  601 PTNDPTNDPI NDQMFTQNFN EHLIPVNLKS SHDYDKIKTC TSNICGDDNT IRCQEKDNNI 660
  661 LEYAKNNNNI YIDQPNKEDQ QFEYHLETFL DLNEDDDIIN NKQKMKRIIN YIEEYIRKGN 720
  721 IKNMERHKFF FNDNKIKLIF DKLLANCKNI LNIEISYRKN KIVETYTSED DISMNDINNK 780
  781 DNVDMKDINM DYINYNDQVD NDSMEKISDK ECSNFVPLKK KRNKHKIQEH NINNINNINN 840
  841 INNINNINNI NNINNINNIN NINNINNINN INNINNINNT MMNKLIFGHY NILLYLLLLH 900
  901 FDVFKNKNMN IDNINDNILL NLKIHMQNVI IKLYLNEVKN RVIEFYNIHE TYLIEIYNIY 960
  961 EKCFFYLYDI YMYIEKYETV LVNLIDTCML TFQIHHNVQG IIKHSINLLL RVFKNNNSKK1020
 1021 MKKYIIDNLL MNINNVNFKY NKLNFKNFQN NSTYVHLVHF FLLKVAETFS FYEGDMKEKF1080
 1081 LDSKHRDAEK KKNDHKKGKD DKSDGRGNEY EDDNVDDDDS DYNVNSDYNV NSDYNVNSDY1140
 1141 NVNSDYNVNS DYNVNSDYNV NSDYNVNSDY NVNSDYSDYV DKKKYRNDQH KENMNNTTST1200
 1201 SNLSEDSFCL SLFSSENDYK NNIVNNNCKS ENDITGYSKK KNSKKKKKQF YNIDKEERKK1260
 1261 YSLRNKKKLN RYDYHNLNNT KKKIYNTRTK NKKIVSSSFN NTCKKEKSIF TNKNNNYKKA1320
 1321 KFNIIKNGSN INIHQVEDSQ FMCSLHNFMM RKNFKRLNNI INYILIEMIE NFLFEDNKNG1380
 1381 RIILQHFILD LIKCCDNPRF NISSQFIKNI IHIFFDIINK KYDNNIKETC LYLLRYIFKY1440
 1441 IFNIYNYINN FSYHMLYYFN YTIKTNKFIQ PLFYDFNNDS FYEKDKILED NLKNKTKAIV1500
 1501 HNNNEHKKKN IKKGTNINTQ YKINNDKKSI EIKMSQNNKT FNHTKCCNEL KYEERILKCM1560
 1561 QCQSFYHISC IQKNNNHILF KKDTYEINEY VEPNLFFINK EKNNILQNGD IFDKREDEKE1620
 1621 EENNNNKSNL SQDKNGNKKG KGEKKGIYNN NYYNINNRDK PKYMSKVVDY NCDICKIKNL1680
 1681 IKIFIIRESQ INNSFLNLMF KKKKEKNKGF YCYDKFLNSL KIFIVYYYYI LIYLNKDKIN1740
 1741 EEIDKDNNYV YSYILLLYNN FVHEQIKKDN EIVSNTTTKK KQILQKKKKN KINKINNNNN1800
 1801 NNMRYISNEN NTDDEKKKKI FNSINDMLIY EFKNVKKNEE MCYSFSCTHN FDIYINHSWK1860
 1861 MYLYFFFYDF FCIAFNQLFY ILYENSNKNL RYYSISIISN IINDNYLYLK SKQTQHILLS1920
 1921 CLTDNYLKVR EYTLYIFYNF CKHFFDIENL IIYQKEITTL FDDELKNKKY VCHQKNDELC1980
 1981 NRLKETSQEK NNNKKNCTLN NNNQEEFNEY NNEQIHDKPY YAVNQQNRDH KNILDLNEYM2040
 2041 TNNIVESIRR CSKDIKISVR IISVKILKYI IYFNIYIKRY NGSIYKKNIQ NYDNPMKDNH2100
 2101 SNCADNNNNN KYNNNKYNNN CDVEHVHNNY YEQKYLKNEQ NTSCPNSQQT NHENITQNCN2160
 2161 AENISILNDL IERYVSTYDN DNMKNTVMEI FIEIFFMNIF KTIKMKNIYS HFKNENIQIH2220
 2221 SSNNKQIVHT ENYVYYESFT KDIESDYSQS LQKEEEEGEE AYEQQEQRSD NKYIKIEKDI2280
 2281 YTLFIHLLYV MKNKHNINIV NKMLSYLDKN IKKYQELFVV IDKILEDKNL TQADYNNNNN2340
 2341 NNKTQRKGKQ IDNYKYAKCT DTNFYNNSIY DYNYNVDNEI NTEMETQSER QEEDDENEDV2400
 2401 EEEENNNVKQ NDNKKKKKKK KGKNNNIKKK FDKQKKNQNI CNTGDYENNN YIAYNNHMLN2460
 2461 IKNNVYNIYI NNSYKHLDIL NKKNITYILE VWIYNLICLF IKTRRNSLLE NETRKIMNIL2520
 2521 NIIIEIIPQL FIKYVNFFYP YIYNNDVSKD VCELLSSIFP YCKLDLQLKL QFKKVTFNNS2580
 2581 LLYHHNIFIS RSYIQLLCTL HTYIFCNFVY FKTYIEECFI KLYKYKLCFL INNTVVQLNN2640
 2641 FVREFYLMKA EQKEEIKNNL ISLYNKHVQN VNQNNLRNDT TMNDEEKGKE SNNNLEYKKN2700
 2701 ECNENKNESN KYIDKNLNNL SNPEHFFIYN IIDITYEEFI YHLDLYKKHI FDIFSITHND2760
 2761 IININKYAWL ISIMCEFINM NKIIINDLYN INETIHIQVQ NEHKEKETTN KQNIKKVTKN2820
 2821 DKNDKDNINI NNNNNINSNS YSYSCGYGEP ILSEKFNIRC PNNNMKYIKL SDIVKNVQVY2880
 2881 INAILYFEFI YNKQNDYIKR WNIVKLKNEI ISEIIQKKIN INKIEKCNDI FDYKFYNVSL2940
 2941 ILLNILIDLF YISNDIKCKC FFLHCLCKIL SNYHNSHFIN DLKLRNVFFY CIDAFSNAAL3000
 3001 QKSFLYSLLQ LIKTYEQFLR NKNNIHIAQN RKNKTNENNY STYKKMTQLV PNEKQQLNKK3060
 3061 KIKINNNKNK YFSSDERTTC DEKEYSSFPI SCINPQSYSS ASPNLCESND NETASHSGKN3120
 3121 NTKKEKKKKK KKMGQDEKMN TKELYEENET SVVDIKQENE LVKGTHKKKQ TKEKIDPNNY3180
 3181 SINEKKLKKN HVKCQKNYGQ ENIKSYENNK NDVNGANYVN NQLVDVHNIT NKTNVDKNQN3240
 3241 KDIIHVLLVA SLFSQKIIDL LMVNKYMYID CTQDELNFIK CLGIQILSHL YKEGFIQSSK3300
 3301 ISPSIFCLCF SPDIKLKSRS EKVINCIIEK ENYNFLNNLA ECLQYLLFYI IENNYMYNNR3360
 3361 ESNNINNLFL FNKIESSFFK TLLDIYENLT SKKLKIKYLK IILKEIENTC HFILYDKIKK3420
 3421 FIRETNGKYN NNNNNNNSSR HKVHSDQNKN DDDIYDCNNE STIDHSNNNN NNNNVYYNNT3480
 3481 NIYNNQDLSK NVMIHIYPIN QIYSYIINTY IILPNNKTIK KNGKSKKIKE ITTSSLSSYS3540
 3541 SSYSSNSMYN KDDELKNKKN NENNKNKKKN KRSKHKDLYY KEKTQSSKDD SSVTENIYDN3600
 3601 DNYQIRDCKD IMEKIRNKYN YLLKDYYMKV DEYIYINYFL FLYLQILINL ISYLNFSTYN3660
 3661 EIAILIHDIN KLYCIISSTI HMDIDADDFS RTHEESFFTF NEHMKQYTSV NDINVENEDY3720
 3721 MSINLNLNKV KCFVMAILNN LTNNLIKHYD IDTSKLNELI EEDNIKENKI EDEKREEPKN3780
 3781 NIFNYMEYIY ECIEIFIEDN NTIVEKYSKC HLNIHNLNND YINKLINDGK NKKFVQKKKQ3840
 3841 KETAKQRRLT LKRNN

    Protein Complex Data

    No complex found for this protein.

    Mass Spectrometry Data

    No mass spectrometry results found for this protein.

    Yeast Two-Hybrid Data

    The following interactions contain this protein:

    SHOWING SINGLE HITS. [ Hide Single Hits ]

    [View our yeast two-hybrid interpretation guidelines.]

    No yeast two-hybrid interactions found for this protein.

    Microscopy / Localization Data

    New Feature: Upload Your Own Microscopy Data

    No microscopy data found in the PDR for this protein.

    Protein Structure Data



    Philius Transmembrane Prediction:

    Protein predicted to be: GLOBULAR (No transmembrane regions or signal peptide)
    Confidence of classification: 0.95

    Source: Reynolds et al. (2008)

    YRC Informatics Platform - Version 3.0
    Created and Maintained by: Michael Riffle