※ dbPPT Protein Information
| Tag | Content | ||||||||||||||||||||||||||||||
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UniProt Accession | |||||||||||||||||||||||||||||||
Theoretical PI | 9.1 | ||||||||||||||||||||||||||||||
Molecular Weight | 291586.36 | ||||||||||||||||||||||||||||||
Genbank Protein ID | |||||||||||||||||||||||||||||||
Genbank Nucleotide ID | |||||||||||||||||||||||||||||||
Protein Name | Aberrant pollen transmission 1 | ||||||||||||||||||||||||||||||
Gene Name | apt1 | ||||||||||||||||||||||||||||||
Created Date | 2005-08-02 | ||||||||||||||||||||||||||||||
Organism | Zea mays(Maize) | ||||||||||||||||||||||||||||||
NCBI Taxa ID | 4577 | ||||||||||||||||||||||||||||||
Phosphorylation Sites |
Functional Description Sequence Annotation Keyword Sequence Source UniProt Protein Sequence MMLGLVQLLV GFVVAWEAVE LVLRHGLLLS VFKLAILAAL AAAAGCVAII FFARAVAWVL 60 QRAAKLSIGC RSYGFNYLRD ITISSPKGAV ESICIGEIRL GLRKPITQLG FTVLTHGPIL 120 QLQISDLDVV LRQPVKSTNK KKPAPRKPIS TTTAKAKGKS KGQVKWRLIT SMASLLSLSI 180 VELRLKAPKA ALGIKDLKTD ISKTGGLDPV LNVQVNIIPL FVQALDSDSI GNNTLVFSKL 240 DWWVSGQYCS AMDTSDHSSF LLEDISLSCD LHQRDKAIRV KNLDLVLGPI VVNLEEKLLA 300 KKKPSASTVA EQKDEPSVDN KSTARSEGGK LASLNKKFSM FPEKVSFNMS KLVLKFLPKD 360 HGLSINNEIG SISLRCTRLQ PQDFGEVTTH IRLETDVTEI HLLMDGATSV LEVVKVSTVV 420 SANIPSQPAL PVQAEVDIKI SGFQCNLIVS RIKPLIRINS DKKKPLVLHE NPQQKKAPKE 480 KLALSLACTM SVPELTLVLH SLDDVPLYHC IFQSANVSAS KMIDRGTQLH GKPGDLKFLV 540 PSKHQQSMKE GASGTLLHIS HSTLDLEQND PGQDNDEDHA KSAISVNISG IRMHFCFSYL 600 ESLCATATSY KVFMKSILPP KKRSVQESAS QKSTKKAKRA LLLKINVAQC SIVYDGEMRL 660 EDMSIADPKR VNFGSQGGRV VIINEANGSP RMAYVNSTSL PDHKNVHFST SLEIYQFGVS 720 LNKAKHTMQV ELENFRLTHK EDQLDNKPVE ETKLFDVRKA KFVQRSGGLN DIAACSLINV 780 TDIAVRWEPD PYLELLEVAT RLKSVLHRMK LQNSVTEVKD ENIEHGYSFQ KGITLRPWSA 840 RKRHKRSRES VIAIGLESLK ISGELADGVE AMITVGYIFS ENAEIGVLVE GISVSFCGAW 900 ILKSSRMQLS RIPISVSDSN SDKKLQSAAA CDWVIQCRDV NICLPFRLQL RAIDDAVEDT 960 LRAFKLISAA KTSVLFPEKK SSTTSSKKSK PKSTAFRYVR IIVRDLIAEI EEEPMQGWLD 1020 EHMILMKNVF CESTVRLNLL DELSSGKNKD SPKAKLDSSE KNSGCPDVDA YVPGTHSIEK 1080 LREEIYRQAF QSYYQACQKL PVSEGSGACS SGFQSGFKMS TRRASVMSVC AKDVDVSLSK 1140 IDGGDEGMIS FIKSLDPVCD KDDIPFSRLY GSNFSLKTRS LSAYLRDYTF PLFSGTNGKC 1200 DGRLVLGQQA TCFQPQARRD VYVGKWWRVN LLRSATGYTP PMKTYADIPL YFKKAEVSFG 1260 VGYEPAFADV SYAFTCALRR ANLAKRWYFE RPEPPRRERS LPWWDDMRNY IHGKFKLCFN 1320 ETKWHLPAST SPYEKLDELL IITDSMEIHY VDGYVSLSSK YLRVYLTSLE SLAKKSSLEI 1380 PHHPAIPFLE TPSFFMDISI EWGCDSGNPM DHFIFALPAE GKPRDKVFDA FRSTSLSLKW 1440 SFSLKPYTTE PIEHQKKSNL NTTAPTVNVG VHDLAWLMKW WNLVFLPPHK LRLFSRFPRF 1500 GVPRFVRSGN LPLDRVMTEQ CIRFDAMQLQ INNMPLQADD PAKGLTLHFT KFRYEIAFSR 1560 GKQIFTFDCK REPLDLVYQG IDLHLLKVFI NRIPESSTSM DSKIENKVLQ TKDKDSLGCE 1620 KGKKKTSPTE KSRDDGFFLY SDYFTIRKQT PKADAARLSA WQEDGRKKTE MPLIKSEFDG 1680 GDESDHDQSG SDDEGFNVVV ADSCQRVFVY GLKILWNLEN RAAVLSWVGG LTQAFQPPKP 1740 SPSRQYTQTK ILEKKQLIKE AEMSKDGALS SVSSTSQPSE PQQIKSSESP PSNGSGKPDL 1800 TSSSENALKR SNNSDSEEEG TRHFMVNVVQ PQFNLHSEEA NGRFLLAAGS GRVMVRSFHS 1860 IVQVGQEMFE KAIGSSNDAT GGTGPEMTWS RVELSVMLEH VQAHVAPTDV DPGAGIQWLP 1920 KIHRRSSEVK RTGALLERVF MPCQMYFRYT RHKGGTPELK DKPLKELTFN SPDITAGMTS 1980 RQFQVMMDVL TNLFFARTPK KPKSNLSYPL DNDDDNIEEA SDAVVPDGVE EVVLAKIGVE 2040 VKERARKLLL DDIRALSICG ETSHGQSQSP KANDIAWIVT GSRLMLVIQL KKRLVNVRNG 2100 RKEAYSMLRT AMQKAAQLRL MEKEKNKSPS FAMRISVRIK KIVWSMLADG KSFFEAEIND 2160 MIFEFDRDYK DIGIAQLTTK LFVLKNGLAN AKSDTVVLPW NPPAEWGKNA MLRVNAWQGA 2220 PTGGNPVIES FLVDIYPLKI YLAEAMYRMM WGYFFPGDEQ QPQKRQELFK VSTTAGTRRK 2280 KNTFVAETNS PNNQSSKETT FAQKPELRRT SSFDRTWEET VAESVANELV SQMEGQTNTQ 2340 YEPQDAAKDS KSLRPVRSTR EDKKIVEPNE LKQSRPQKMM DFRNIKISQV ELQLTYEGSP 2400 FAVSDVRLLM DTFHREDFTG TWARLFSRVK KHIVWGVLKS VTGMQGKKFK AKSSSQKEPS 2460 TALISAADFN LSDSDGDEAG SSDQLPAFLK KPSDGAGDGF ATSVKGLFST QKKKAMAFVL 2520 KTMKGDADHD FHGERSENEI EFSPFARQLT ITKTKKLIRR HTKKLNKSKV HKVTATELEV 2580 AELPPRAPGY NTDSSSDSSS AETSPKD 2607 Gene Ontology Interpro Pfam SMART PROSITE PRINTS |