YRC Logo
PROTEIN SEARCH:
Descriptions Names[Advanced Search]

Protein Overview: Strn-Mlck-PD

General Information:
Name(s) found: Strn-Mlck-PD / FBpp0086409 [FlyBase]
Description(s) found:
Found 14 descriptions.
SHOW ALL
  • The gene Stretchin-Mlck is referred to in FlyBase by the symbol Dmel\Strn-Mlck (CG18255, FBgn0013988). It is a protein_coding_gene from Drosophila melanogaster. Its sequence location is 2R:11834431..11873458. It has the cytological map location 52D4-52D9. There is experimental evidence that it has the molecular function</span>: myosin light chain kinase activity; calmodulin-dependent protein kinase activity. Based on sequence similarity, it is predicted to be involved in the biological process</span>: protein amino acid phosphorylation. 12 alleles are reported. No phenotypic data is available. It has 13 annotated transcripts and 13 annotated polypeptides. [FlyBase]
    • Organism: Drosophila melanogaster
    Length: 7210 amino acids

    Gene Ontology:
    Cellular Component: NONE FOUND
    Biological Process: protein amino acid phosphorylation [IEA][ISS][NAS]
    Molecular Function: ATP binding [IEA]
    calmodulin-dependent protein kinase activity [IDA]
    structural constituent of cytoskeleton [ISS]
    protein serine/threonine kinase activity [NAS]
    myosin light chain kinase activity [IDA][ISS]


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MGNGCSKCCQ CNEHKQLNGT LSSASSVYRK RSRGEIPIEN SDRFRITATS NAVQLAVEHV  60
   61 QREDAGHYTL FARTKRQDVV RRHVELIVED RSTGDDPPVF VRRLPDLSVK VGTRTRLLTE 120
  121 IRSSTDLKLT WYRNDRRVCA NDRITEVNEG TFHYLEISPV TLDDGGQWML MAENFGGRNS 180
  181 CLGTLNVLVP KAYKTPEFVE ELRAVLTEQG TVSLECKVVG VPTPHLRWFK DSKEIKAGDI 240
  241 FALTANADDP TSLGTYTCEA RNCMGVTYSS SKVHVVGRGS REGSLKPADS VASNAPPPIF 300
  301 TNELRDMSLL IGETIILGCQ VVVPPWPKSV CWYNASGRVE TAERYKLIED GLGVYMIEVK 360
  361 PSESCDAGEW KCVVTSFDGS MGISTCSVAM DIPRNYRKPR FMESLRAVLT EEGLVSFECK 420
  421 VVGFPTPVLK WFKDGHELKP GDVYQLTGTN SLGTYCCIAR NCMGETSSTA VLTVEDIQNQ 480
  481 LTDEERLVFN QQNQNQAPKF LIGLKSTDAK INEPFQFKVV VKATPNPILS WFRDELPIDP 540
  541 NERYNHYRGE NEDWLLDIKS VEFVDQAEWK CVAVNDFGTS ITSCFLKLQI PRHYKKPRFL 600
  601 ECLRAVLTEE GAVNLECKVI GVPQPALKWY KDGVELKPGD IHRIISGQDG TCCLGTYTCE 660
  661 AKNCMGIVAS SASLLGFEDA QRSQQQKSEQ LHENELQRNY SLSTIQEERT SQLYETPVGD 720
  721 ITIDEKGDVS FSFDGKEVSV SLYETPDLTE EEALKIVEMY ADQISEHVTE HNIVELPPLR 780
  781 FVKETSQSGK LLMEAVVIDI SPEYFTVEDD MRTEADMDDI SINEITVHGS SGREGRVDRE 840
  841 TEQYVQQSFD KMEEELSLSA PIRKRKKSKP TETDEFFSLS KASGSQGDEE TSELQTFASA 900
  901 QMSASQKAAS GAQASPEKDK DSVAPPKRKK SKKPTDTDSS KTTEDDARLQ DISGAVGDGL 960
  961 MVTQSSHAKV VSDENEINKN LIALVPLAKL LKVIDNHLSA VENEVMEQST MMMTPSAADQ1020
 1021 SIAIIRNIIE PIKQIESKLR VYSGETQIDA LIQSMDEDIR RLHMGLQVIE KCVEIDETGA1080
 1081 TLIQRTSVCI IDSVAEQMKR ALEELKIVSR KFESECLRAQ IELTADDIQQ GLEITQGTIK1140
 1141 SQALLQEAQE LEAAKHFSET VEKMQEVPDS MSFATISEAN LPSEASALKD ICQPVAKIQE1200
 1201 ALERVEMELS LEESEEQIYK KVHQKVLESI VEPIKQLQST LQSIEDKTES LAGSESIEQK1260
 1261 INMAILDIVT PPLFELKKGL EVILNEKSGS VEGGMRTVST VESMVPPLQE IQNGLAQLGQ1320
 1321 ELQSGQDSVP QEQLRSEPVM GVADTQKLLQ SFAQAVLHFE TNIERISARL SPNVKIRLLN1380
 1381 LKDELSALIG AILEREITGH HVELLDRLKR PVDELNYCIR QTEVKNMTGS LADLIEPLSM1440
 1441 LQENTQKGHQ RLLVAREPDQ QALQTLDNIR SLIRNVVIDI EEHEFKILQQ EIQQDEEQAS1500
 1501 QQQDKSFSAL RKVLETKVSL EEAVGNIETL QEALNKISEN PKASERVKSS SNEAQVYLLR1560
 1561 ILQIAKGLAT FSEAETTLDV NEANTTRILF ECGKSFADLA KALHSPESLT ESEFINALNQ1620
 1621 FGDIVGQQKE SMDEKLSIAS PLSSLIHVLQ NLKPPRASME DLSTLDDVSV LKSVAESLPT1680
 1681 DPDVEVPKGT EKPSTVAVLL SDLNQGITSV LSHSEDPDVV SLSGTAAQQV QAALVKMQEL1740
 1741 QSSLAVVQET NLVEAAHSMS EASQQGTFAE ALCSLERCVL QVEECMAHSG VESLTDLELS1800
 1801 KLKTLATPLH DVRQYCEQID VQLLENVIDI STHGDISELK SSGHQQTVSD HIQEVAVVEE1860
 1861 EPQVEVFDIQ QGVASGIKQL EACLEVTQTD ANKELQQVGK IMEQLKSDLE NIQIALVTDT1920
 1921 VQQETVLAQA QIARTMFRLK ECLVHTYESG LVDSLENVES AFEDILLSLP ILESQLAEEM1980
 1981 FAKIEKAFAN FVAYCERPEA VDYQKLKTLK QPIENLVGSI GAVAAQPTVD VDKSSSVVVQ2040
 2041 LQTSLMAAFR CINDVSEQIS NEVLGGLLKT QSSLVAVFDF IEGNDNTIRV IELLQEMDSI2100
 2101 TAELKALSEI HVEPTVPIDI GIIIENVSSG KAFLTEIEEG LRVNNPTCIL LLDENTDDIA2160
 2161 QLEATLVQIE KEILSQPQLS QITTKQFALI DALQLQISNL QEKLNKLNVF LSELQSQSDV2220
 2221 SSPESALDTD IDLKEGSGSQ EDIEPEAKRP KMLESEQQLD SYKQTETQEE VPKETDDETK2280
 2281 KDIEVESKLE NQNELVAKKD EQKADKVSEQ EKLQESKQQT EVDDTQKSTE VVSQKASPEN2340
 2341 ILEALSEKLS QSPNNATQND EIKTIMTECQ DILDNIDNIE KVSKSIFKLR EHIVHTFDGK2400
 2401 PPEEQTEKEL VEKLIESLFE SCPEATEHVI QTYIKEIKTN IILTKAAIQL IDDSNLFTKP2460
 2461 SLLVPKLVNL EKLSELTQTV KLIDKSSKEM IGLQQNLMDI FIILDDLLDE RTEKINPKIE2520
 2521 NIKKILLSEY DYIEKKEGQL NTAVVNGKIK LITEKILDIC EEFKQIIESQ NQNKDAAGDI2580
 2581 KKSETEDVVD HSIEKKIEEP KRSEKKDLDK EFLEEKELKA SAKKQGDQDI EQKSQKPEVS2640
 2641 EVVAEKISEG KIEEPKKPEE MDTEAKSEKA TVLDKQVLEE KELEASAEKQ GDQDVEKKSQ2700
 2701 KPEVSEVVAE KISEETIEEP KKPEVKDTEI KSEKATALDK QVLEEKELEA SAQKQCDQDV2760
 2761 EKKSQKPEVS EIVAEKISEK TIEEPKKPEV KDTEIKSEKA TALDKQVLEE KELEASAQKQ2820
 2821 GDQDVEKKSQ KPEVSEVVAE KISEETIEEP KKPEVKETEV KSEKATVLDK QVLEEKELEA2880
 2881 SAQKQGDQDV EKKFQKAEVS EVVAEKISEE TIEEPKKPEV KDTEIKSEKA TALDKQVLEE2940
 2941 KELEASAQKQ GDQDVEKKSQ KPEVSEVIAE KISEEKIEEP KKPEEKETEV KSEKATVLDK3000
 3001 QVLEEKELEA SAQKQGDQDV EKRSQKPEVS EVVAEKVSEG KIEEPKKPEV KETEAKSEKA3060
 3061 TTLDMQVLEE RELEASAQKQ GDQDVEKKSQ KPEVSEVIAE KISEEKIEEP KKPEEKETEV3120
 3121 KSEKATVLDK QVLEEKELEA SAQKQGDQDV EKKSQKPEVS EVVAEKVSEG KIEEPKKPEV3180
 3181 KETEVKSEKA TTLDKQVLEE KELEASAQKQ GDQDGKSRDD IIKTLKERLT ELSKALGSSV3240
 3241 DEILRESREI VNNLEDDKVV AKHLFKLRDH IVHTYDGKRG EENKEKELFE SFIELLCEAS3300
 3301 PEAAEKVKLN YLKEIKTNVI LTKATIQLID DSNMFTKPSL LIPKLLNLER VAVKIQSETY3360
 3361 VDKSSEKMIS LQQSLMDIFV ILDDFLDDET EVLKPKIENI KTTLLSDYDY IEKKDGPLLT3420
 3421 AVINGKINVV SQHILTIIEE VKQLTENHDQ KEKDVSNAEA DNFADEKREE SQKEEIKDSE3480
 3481 AKHKKSKVSE KKSIEEEKLE DKKEKQTESA IDEKSQKAEV SEIVSEKITD EKAQESQKKE3540
 3541 VKGSEAKPKK AKVLEKKSIE EEKLEDKKEK QTESAIDEKS QKAEVSEIVS EKITDEKAQE3600
 3601 SQKKEVKDSE AKPKKAKVLE KKSIEEAKLE DKKETQTDSA IDEKSQKAEV SETVSEKITD3660
 3661 EKAQESQKEE VKDSEAKPKK AKVLEKKSIE EEKLEDKKEK QTESAIDEKS QKAEVSEIVS3720
 3721 EKITDEKAQE SQKKEVKDSE AKPKKAKVLE KKSIEEEKLE DKKETQTDSA IDEKSQKAEV3780
 3781 SEIVSEKITD EKAQESQKEE VKDSEAKPKK AKVLEKKSIE EEKLEDKKEK QTESAIDEKS3840
 3841 QKAEVSEIVS EKITDEKAQE SQKKEVKGSE AKPKKAKVLE KKSIEEEKLE DKKEKQTESA3900
 3901 IDEKSQKAEV SEIVSEKITD EKAQESQMEE VKDSEAKPKK AKVLEKKSIE EEKLENKKEK3960
 3961 QTESAIDEKS QKAEVSEIVS EKITDEKAQE SQKKEVKDSE AKPKKAKVLE KKSIEEEKLE4020
 4021 DKKEKQTESA IDEKSQKAEV SEIVSENITD EKAQESQKKE VKDSEAKPKK AKVLEKKSIE4080
 4081 EEKLEDKKET QTDSAIDEKS QKAEVSEIVS EKITDEKAQE SQKEEVKDSE AKPKKAKVLE4140
 4141 KKSIEEEKLE DKKEKQTESA IDEKSQKAEV SEIVSENITD EKAQESQKKE VKDSEAKPKK4200
 4201 AKVLEKKSIE EEKLEDKKEK QTESAIDEKS QKAEVSEIVS EKITEEKAQE SQKKEVKDSK4260
 4261 AKPKKAKVLE KKSIEEAKLE DKKETQTDSA IDEKSQKAEV SEIVSEKITD EKAQESQKEE4320
 4321 VKDSEAKPKK AKVLEKKSIE EEKLENKKEK QTESAIDEKS QKAEVSEIVS EKITDEKAQE4380
 4381 SQKKEVKGSE AKPKKAKVLE KKSIEEEKLE DKKEKQTESA IDEKSQKAEV SEIVSEKITD4440
 4441 EKAQESQKEE VKDSEAKPKK AKVLEKKSIE EAKLEDKKET QTDSAIDEKS QKAEVSEIVS4500
 4501 EKITDEKAQE SQKEEVKDSE AKPKKAKVLE KKSIEEAKLE DKKETQTDSA IDEKSQKAEV4560
 4561 SEIVSEKITD EKAQESQKEE VKDSEAKPKK AKVLEKKSIE EEKLEDKKEK QTESAIDEKS4620
 4621 QKAEVSEIVS EKITDEKAQE SQMEEVKDSE AKPKKAKVLE KKSIEEAKLE DKKETQTDSA4680
 4681 IDEKSQKAEV SEIVSEKITD EKAQESQKEE VKDSEAKPKK AKVLEKKSIE EEKLEDKKEK4740
 4741 QTESAIDEKS QKAEVSEIVS EKITDEKAQE SQKKEVKGSE AKPKKAKVLE KKSIEEEKLE4800
 4801 DKKEKQTESA IDEKSQKAEV SEIVSEKITD EKAQESQKKE VKDSEAKPKK AKVLEKKSIE4860
 4861 EEKLENKKEK QTESAIDEKS QKAEVSEIVS EKITDEKAQE SQKKEVKDSE AKPKKAKVLE4920
 4921 KKSIEEEKLE DKKEKQTESA IDEKFQKAEV SETVSEKITD EKAEESRKEE VKDSEAKPKK4980
 4981 AKVLEKKSIE EEKLEDKKEK QTESAIDEKS QKAEVSETVS EKITDEKAQE SQKKEVKDSE5040
 5041 AKPKKAKILE KKSIEIEKLD EKKEKQTETK VATDTKSQTV EVSEIVLEKI SEEKAEESQK5100
 5101 VELKDSEAKS KKAKVLEKKS TLKEKLDEND KKQKEDGATN KSQKAEAADV VPEKISEEKV5160
 5161 AEIKTPEPMD SKAKSKPDGL PADEKSHGAK VSESVPVKNE AEKTDQLSAK KPTVLDEDLV5220
 5221 VPKRKPYLAE QTADSISLQT YKSMDSEYKD RKESRSAKRK PTVDIQLTNR NTASGSDLKL5280
 5281 TCGLSGHEMN VQWFKDNCPI ENGAKYRRTL NDGLSCLEIK SAELGDSGIY RCIASNQNGE5340
 5341 VETSCLVTIY EAPSSKFGTP PIFTRNIREY YHLRDDELTI ECHVHGYPRP VITWWRGCFQ5400
 5401 VKPSYKFTML EEAHGVCKLL IYKPGNKDGG IYTMKAINSS GEVQINHTVE VARNLHYHVP5460
 5461 GIFHARDKIQ LDSLKQAKKA MEAALKSKAD SDQRRAEAEE EQARLHPVKA TPERLVPAKQ5520
 5521 KLAFATQLRD RMALEGSTIK FVATVIGPDP NTRWMKDDKW VVVGGNIKNL SEEGKAILEV5580
 5581 GNVTSADSGV YKCVAKNDLS EIETSCYFKV YAAQADGDES EPIFALPLRD VYHASQNDLI5640
 5641 LDTKVRGNPR PEISWTKDQI PVVLDDRVVQ IEHLDGICEL IINKPTINDN GIYVCTAKNK5700
 5701 LGSQSTTHTV VVDTTHTSRR SSILSAIAMQ EGGGGGESAD AKAKGKKKKK EDEPEGGDGG5760
 5761 YERRSRMPDP SPKQMLYFTV NLSNRYVAEG SKVKLQAVIG GPQPMIKWLK DDQNVTYGPN5820
 5821 IRNMNRDSLA VLEFTNAKVE DSGTYSIVAQ NESCKITTSA MLHVYETKVN TDVQPVFIRS5880
 5881 LKETYHLNTN ELILETAVRG QPTPAVQWFK DSIEIQSGGR FQIIEHQDGT CELIIDRPDN5940
 5941 KDSGKYVVKA ESRAGKMEIS HYVLFEGQSH HIAENIHGVF HADKSLLRPK EVEKPVEKKP6000
 6001 APAAEPESEA EDGKAKRRAK KEEDDGASSA YATDYASDTA SLSSKRREKN IAIHFSTSMR6060
 6061 DRVVAEGSKV KISCFLEAKE PQVKWFKDGE QIQNSPKIRG RYSEGLCLLE VMSATAEDNG6120
 6121 EYKCWGRDET GEASTSCRLE VYENPGTGDV PPTFTRNIKD TMHGKINELQ LDVHVRGLPT6180
 6181 PAVTWVKDGV KIENSDKYQQ VDHDDGTCEL FISRPKASDS GKYVCQAENR EGKTEIVHMI6240
 6241 TVEPRVRAPR ISPPREGRPP RPSGDEEPAA AGEEGAEGAA DGEGGEKRRR KPKPDEEEQT6300
 6301 SSRREVPPPP DLRKRLYFRN FLSNRTVKSG SNVKWMVNID GPEPTAKWFF GDQPIAFGPR6360
 6361 SKMSMQDGIA WLNLVGVTEE DAGEYTLRVR GSENEIVSTC NLFVYSTGKP EVIPPTFVVG6420
 6421 IKDAYHSQGN QLTLECKVSG SPKPHIYWQR DNTLLPIEGT KYQYEEQSDG IKLLTINNFG6480
 6481 SNDSGLYTCY AESENGQMKI SKFVQASDYV RERIADKKPI DKVIQEIKRD ESSSAAANDT6540
 6541 AAAKAKAREA KLRLNLETSL KTMTIGSGNK AQLICYVTGI IEDVHWLRND ERVTKDARHK6600
 6601 IYNINGAISL EIYDARVEDS GHYRCVVKNS RQTVESAGQL SVLDQSTGKL PESFSSGIIE6660
 6661 SYDDQRNEIV LSCQVIGRPS VSWMRDDHSI CNNRYRTIEE PGGVRKLVIR NPISSDCGIF6720
 6721 ACYAEHEDRI DSTSITIKAA DLKRLINVSQ EEIPSIGDHE STPWSRSQSH LSSGSQVNGN6780
 6781 GELHRAGDRV LRNVGKGKPL FHTLLHDRTV SEGANLRLVC SVSGDENTHI EWLKNHKPLP6840
 6841 RSDNRYQTVY LNGEASLEIF AAVADDSGNY TCCATNDFGE SLTHAQLRVY KNFKEAPLPS6900
 6901 TFTQPIRDTY SLNENELVLD CRVRGQPRPE IQWIKGTEPI EASEKFKPSD QADGYAKLVI6960
 6961 VNPTEKDSGI YWCVARNEGA ENKISHQVDF KGRQHYSLEK THGFFHRDPN KPHFLLPLGN7020
 7021 QTVCNGGTVA ISAEFMETST PIEVKWLRDR RVVDGPNVKA LADRGVYTLT IMNAGPEVEG7080
 7081 TYTCRASNAF GRIESNVNVD VAVGAEKDER PPLFLSRPDT EMKIAVGDPF SLSFRIAGDP7140
 7141 KPKLTFMKGT KDITQSDRVS KEVSDDYTRF SVQQAQISDS GTYFVVARNN FGTDRIFVTV7200
 7201 TIKIPKKKEE

    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: 0.99

    Source: Reynolds et al. (2008)

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