※ dbPPT Protein Information
| Tag | Content | ||||||||||||||||||||||||||||||
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UniProt Accession | |||||||||||||||||||||||||||||||
Theoretical PI | 9.4 | ||||||||||||||||||||||||||||||
Molecular Weight | 211248.9 | ||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||
Protein Name | Hypothetical chloroplast RF1 | ||||||||||||||||||||||||||||||
Gene Name | ycf1 | ||||||||||||||||||||||||||||||
Created Date | 2013-10-16 | ||||||||||||||||||||||||||||||
Organism | Medicago truncatula(Barrel medic Medicago tribuloides) | ||||||||||||||||||||||||||||||
NCBI Taxa ID | 3880 | ||||||||||||||||||||||||||||||
Phosphorylation Sites |
Functional Description Sequence Annotation Keyword Plastid Sequence Source UniProt Protein Sequence MIYQLFILDR LVGLWLKILN SAIVMGLYYG FLTTFSIGPS YLFLIRARVM DKGTETEIAA 60 TTGFITGQLM MFISIYYAPL HLALIRPHTI TVLTLPYLFF NFVYKNNKHY YSADSHFYLD 120 LDYGYKNPNS IRKFRIYKVF FNNLFFQLSN PLLFPSSILL RLMNIYLFRS NNKLLFLTSS 180 FLGWLIGHIF LMKCIGLILL VWSKQKNSIK SKLTMRFDKY ILLQLRNYVG QIFVVFSFVI 240 VVHYLGRTPV PYLYTYTDEI LEYDEKQKDE INGETEIDVE IDSEQEQNGS IEDEEDILSY 300 LFPKKDKTLE NIEQDNNLLA LEKPLVTTLF DYRKWNRPLR YIKNDHFERV VRDENSQFFF 360 HICQSDGKER ISFTYPPDLS SFLKIMEKKM DLFTKDKISY NDNELSNYWS SNNKEKRKKL 420 SNEFFKRAKV LDKKYKKYKK FIPVDVFENR IRLSNDKRKI KYLTKIYDPF LNGPFRGQSF 480 SPSIQNETYT TNSILINKIH GLLLINSNYP EFDNSNYPEF DNSNYPEFEQ KIDQFDRKFL 540 LTEIGFFFNL ISQFSEKSVS SFNFDGLYLF PEHEQVKIYS EEKKRKKKFL FEAIRTDQNN 600 QTIFNRKKCT GINEISKQVP RWSYELIDEL EQMTERLTKE FQIRSAKAER MVIFNGNTDS 660 LTLNIGPRND NDAIPEVDLN HEFFLVNFLR EPDFDRDIIK GSMRPLRRKI ATTKLSQGNA 720 QPHSPIFLEM IDPLYFIFGD LFDDLSQIFK EMFRKPGTDN SEFVEFQERL EHKYEEDAKD 780 DAEIRRLKIE EDWESILYGL IIRSFVLLIQ SFFRKYILLP SLIITKNIIR ILLFQNPEWS 840 EDFRDWSREV HIKCTYQGIP VSDKELPKNW FDEGIQIRIL NPFVLKAWHK SKVQSTEKKK 900 KKRSTEKKYT ENKNFWFLTG YGTLVESYLD EGFPRDPLSI FGPVLKTIRK QLKKDLKKHF 960 FLVLKFLNER KKWFPTMLKK IENWNIKRIL KSILFRFKII DELSESKKTS TISKNNSKIE 1020 VIEVIEESPV KMESINWTNS SFTEKRIKDL NVKTKTIIKQ IETMTEEKKE GILTSEINLN 1080 SNKTTYDAKR LELQKNNLQI LQRRFVRLIR KSYSFFKIFI EGVYIDILLC ISSIARIHRQ 1140 RFLDFLESTD KILNVKKPIY DKKKKMEEME ERFENLSVSR LISILEKSEN ITNMNSQNSW 1200 DVSSLSSLSQ EYVFYKLSQI QFSNGSKFKI RSILESPGRS FFLKNEIKDY FFRMQGTYNS 1260 KLRHKKRSDS LMNPWTNWFK VLYQYDLPEK RWSRLVSQNW RNRINEHRVA QNKDLVEYDS 1320 YEKNQLIWKE LILSKKQEQE GDLLKIEIKN KIKKQYRYDL FSYQYLNFAN KKKSSIYGYR 1380 SPNKNQAISY NYNISIQNYL EEYDILDMEK NLEKNLDRKY FNWMGMNVKR KKTSRPKDKF 1440 LIPGFWFFSK LSKLYCAYKM NPWILPIKFF VLQLDNLELT TEEYVNTVDE DLKSVSYYYK 1500 GSDSKYRTDL KGERDFLLSK YLGFYLHCDS SDEEIGMDNT NLFCLLLRMK KFNKIVIMSI 1560 KKLELDIEML VDSRTKDFCY TECRDTEDLK ERLIFFIEPI RLPRKKHEQS LLYQTIRLPL 1620 IHKSKTRKSW SWKKKKSRVD QKITENKDKN LYDLFVPENL LSTRRRRELR ILTCFNPRNR 1680 NTVHRKTIND NENQIKNVSQ VLTKNKDLDS ETKKLMNFKL FLWPNYRLED LACINRYWFN 1740 THNGSHFSIL RIHMYPRLKD 1760 Gene Ontology GO:0009536; C: plastid; IEA: UniProtKB-KW Interpro InterPro; IPR008896; Uncharacterised_Ycf1 Pfam Pfam; PF05758; Ycf1 SMART PROSITE PRINTS |