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Protein Overview: tud-PA

General Information:
Name(s) found: tud-PA / FBpp0071508 [FlyBase]
Description(s) found:
Found 20 descriptions.
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  • The gene tudor is referred to in FlyBase by the symbol Dmel\tud (CG9450, FBgn0003891). It is a protein_coding_gene from Drosophila melanogaster. Its sequence location is 2R:17070937..17079903. It has the cytological map location 57C8-57C9. An electronic pipeline based on InterPro domains suggests that it has the molecular function</span>: nucleic acid binding. There is experimental evidence that it is involved in the biological process</span>: pole cell development; embryonic development; pole plasm assembly; mitochondrial rRNA export from mitochondrion; P granule organization. 39 alleles are reported. The phenotypes of these alleles are annotated with: P granule; egg; pole cell; abdominal segment; pole granule; embryonic abdominal segment; spermatozoon. It has one annotated transcript and one annotated polypeptide. [FlyBase]
    • Organism: Drosophila melanogaster
    Length: 2515 amino acids

    Gene Ontology:
    Cellular Component: P granule [IDA][TAS]
    mitochondrion [TAS]
    Biological Process: embryonic development [IMP][TAS]
    germ cell development [TAS]
    intracellular mRNA localization [TAS]
    pole cell fate determination [NAS]
    P granule organization [IMP]
    pole cell development [IMP]
    pole plasm assembly [IMP][TAS]
    mitochondrial rRNA export from mitochondrion [IMP]
    Molecular Function: nucleic acid binding [IEA]


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MNGQARIALP SKVDLYITHV DHVGPYLKVY GHVNRDAASL ISERIRNLLP TCFAIEPSWS  60
   61 VERQQALLIP GTFCIFKNIN GPAPGDVEYR RIRVVSADLE GQSMRAEIDF VDFGYKRTVD 120
  121 SHDLMFPKQP KLLQNIPLHC FQYIVLGICS EWDQTDLAEV RRLVVNQIVK ITVEPTQICD 180
  181 QKFASLRWKD FELNEFLVQQ KQIGVSVDKQ LMMDHCKKLW KDNPQSPVTE YNNNSIHNSK 240
  241 TPMEIAREQL AVRQSLAARL DAQRSVQVTP SRPLNADAPD YTPKHLPLVN VTNVQVQMPG 300
  301 LNNTQKPVFV STNPYNRANY QPAVPAAQPY VPKANPRSQY TYYNVRMNKP INAMPPPAGP 360
  361 HVPIQHFNQQ ANNVSLSYVP ARFTPPPTPS IAQHQIPIPA FRTTSLTVGL TYDVVISYVE 420
  421 NGPYLFWVHL KSSDHDLSTM MGQIERTKLK ALAQAPELGT ACVARFSEDG HLYRAMVCAV 480
  481 YAQRYRVVYV DYGNSELLSA SDLFQIPPEL LEIKPFAFRF ALAGTKEIEP IDDSMKRIFK 540
  541 KSAIYRNFEL TVQAPESVGS MQTCHLNQNG TNMLELLRQL KNSRQSYKKA EQLENDDAVE 600
  601 IRFIDSPSNF YVQKVANIGK FEQLMDEMFS YYNANQRVPD QLILGAPCIV KCDQEWYRAE 660
  661 ILRVDDSVIV RHVDFGYEQN VKRHLIGHIA EKHLEMPRQA IKCCLKGFEN SELSEDKITD 720
  721 QFEMLAEESN IRRRTFSVRI FRIEPDGLNV VNLLAKNLNV MKKLYKLSMP FEQYLSLEKG 780
  781 QFNANNTRAE SVISSELNKS HILNSTSIGE TENRLQEQEK EQQQKKVDVR QQQLAVEIPQ 840
  841 AVKSVSGSKN STDWDKRSST SAGSKDSKRQ QQQQIQRIDR HLDFSCETQS TGSYSSGMSS 900
  901 PRKGNRQQNG RTPIQSPRHN EKQEAKKNAR FSNSESPRRS RDGQQGNQRS QNAPQGYAQK 960
  961 PQRQKSTLDG NISSKRSSGV GSDIASSSSE SVAAAKPEKY VSLDKPYALQ EMKTPSKEAA1020
 1021 SLSWWLSPFQ FYIVPKSVSA KYDNIMRDMR EFYRQKQHQP LQLKVGSTVV VRQRKDNAIL1080
 1081 RATVTACNHM MRKYRVFCVD TGSLITVTSE DIWQLEQRFA DPPCMAHRCS FHSVVTNYDP1140
 1141 LYIVDRMETF VPVNAKVDCE FVSKEKSNQG SNTSSTCSYT VNIFVNGASL RDMLVKAEFL1200
 1201 TEVAPEIRVN LLAGQQIRGK FTSIRDMTSF KVQFDYGNNV NFLCTYDDAK FVKSNPNLAR1260
 1261 RFKEFYEGKS FALNVKNVCE NNIVHLRPVM PLFMEDRRSF ICPYPVVLSS FQALVVYTAK1320
 1321 PYRVYVQPQA IVPSMQTLLD NMYEHYKAKG DSLKKFDVGQ ICAVRSSDGN WYRARISGKD1380
 1381 SNAACFEVFY IDYGNTEEIK RDDIKALDAK FYEHASGFAV EINLPIGRPS NDTKLKARIS1440
 1441 EILEEKVVTI KSIEVRRSHL IADVILENNQ SVIDLLKAEK LVPGKDLDYM RKQMEKGKSR1500
 1501 TYEYIETVDL TLDEEEDKGR KETVSKSGSA NASPKKKQHN DKDREPKKSK PAEPARTVAP1560
 1561 QPVALKTPSP VPAEPAPVPK PATPVPEVVE VPEINPTVRE AAAESKQAPA QEDPYKDLDC1620
 1621 VVLSHCDNPA QFYVHPIDQL SKLNQLHENL QIVSPSLPQL MNVVNGADCV SMYSVDKCWY1680
 1681 RAKIIDAELM VLLFIDYGNT DCVSDATDIK ESMWSHIEPF CLPCALPIRP KGTADWVDAA1740
 1741 NGIFNESYSK VPRLEYLTQG DHYTTSYVNM YIDGEDVAKK LIADGFARPL EYLASGCSCY1800
 1801 ISHVNGICDF FIQLERDSKA LELIELYLRK KDTLKPLEGF EKGLIVAALF EDDELWYRAQ1860
 1861 LQKELPDSRY EVLFIDYGNT STTSKCLMLS EEIASLPSLS KKCSLQLPDA YISWSPEAEA1920
 1921 KFAELTGEGE LVFTTQLLKP GQDHVTIDLL LDGENIIDRL LPLCQRKEPK EASKESLAVT1980
 1981 TKAIITHVEN TSRIYLQFSE KDSLMDIICE KLNGSKLQPK TEKAAVDDMC VVQFADDLEF2040
 2041 YRSRILEVLE DDQYKVILID YGNTTVVDKL YELPQEFTLI KPVAEICSME PSAIFEKNKA2100
 2101 LTLTTFDALL DSCKGVVAVE FVNKSASPPV VRLTTKDKRS LKIYEHLQKL VQAELKLIQK2160
 2161 RNENSECIIS YGNSPKSFYV QMKHNSADLD LIVKTLQSLK KEKLKKLIDP TTNSNGVCYS2220
 2221 QEDACYYRCS IKSVLDPSQG FEVFLLDYGN TLVVPEVWQL PQEIEPIPSL ALHCQLSKIP2280
 2281 MDVSDEKLEE AFAALLEQHF GELYEITTQP NEDETKPLIA ELRINYKDFV QELVSTVTGV2340
 2341 QKPLEAELHN CVVVQFDGPM SFYVQMESDV PALEQMTDKL LDAEQDLPAF SDLKEGALCV2400
 2401 AQFPEDEVFY RAQIRKVLDD GKCEVHFIDF GNNAVTQQFR QLPEELAKPA RYSRHCELDA2460
 2461 STISKCDAAL LQSFIDTRFS ETFQVEILAT KGTGTHVVRL FYQSKNISEK LQECQ

    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:

    NOT SHOWING SINGLE HITS. [ Show 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: 0.99

    Source: Reynolds et al. (2008)

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