General Information: |
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Name(s) found: |
Reverse_YLR106C
[SGD_S-cerevisiae_na_12-16-2005_con_reversed.fasta]
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Description(s) found:
Found 4 descriptions. SHOW ALL |
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Organism: | SPECIES UNKNOWN |
Length: | 4911 amino acids |
Gene Ontology: |
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Cellular Component: | NONE FOUND |
Biological Process: | NONE FOUND |
Molecular Function: | NONE FOUND |
Sequence: |
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Sequence: [PDR BLAST] [ProtParam] |
1 11 21 31 41 51 | | | | | | 1 *SSALDTFYQ RLILSLMEPL ESIDHVVVYF EFPFTDLYKT IKLQPNGYQD PIYNVQSMDL 60 61 ISENSTIGDI IVFVLMIKNE RARRVLKQIT EHDECIGDSI VIELQWQDNH VMARAREFIK 120 121 TSEAVLKKVD TKTEQFGFWQ FARAGSENSF QQDFSHVEKI NEGFKVISLG GAELQTLTKS 180 181 VLCLSDFALK VCKSESMSKS DDLAIMIQYQ RKSPKTRRLW IKDKRFQSAI YPIIRKMNLR 240 241 KGTKYDGKLK TALTPELILR LQEGLRSVLD ATSIESKHWL ERSEELSREP TLSASADPPN 300 301 DEINEILSQI ESDDEQDASF HENSLENEFD EESKRKGIFG SKKSDVDNNA DHADIDSLME 360 361 EEDIDMKEDD ADEVLEKQDV EQEERDDDIA MDEDITQLQD QTASGLAQTD TETNAGEVHE 420 421 FEDPRENNKE LNEDEEGNTQ AEKIDQRRRH YEKMSDGLQK LAATAEERSE ENNKTVDEQD 480 481 EEYTNQTTGS GGVDDQEQTD TADAGAGKSG SDQQVAAEQD IDETDAKEEV GDLGETNQEG 540 541 GKEKNEEMAA DQKLEEEDSM AQEEPGNEED EKGEDNTMDV DEEAGEEEDL ATETEGADEE 600 601 PGPEDNENDS EIGSEQKVEE DENGVEEKNL DDPMGDSMDV DEDSEEHESD LNMDEPLDLT 660 661 EIEPVNAELD EGEEDKVEDE QEGVDNEEEA NEDNEIEEDG DEPANPDEDG GEKNDRQQED 720 721 NEAAQVDEEQ NKGDLNQDTD KEKSNDSAKD DWMKDDIANP DDENLDDIEE DLEEEESDTD 780 781 EDDNEEGNSL DELEGAMDGE MEVADDENED DREDKDQQEK NENQADETLD EDQEVDKNNN 840 841 QAGEGDGLGT GEQLNKDDVE ESPPQPSCFG NKALSHLITS LIYMGRSTNT YYIRSRELVV 900 901 TMANYYRTIV PLTFSIVSKV YISETTTFDF DKLLSLATEI NKSVVSSRLL KVNVMVKKFS 960 961 ASLWNDDTES ISEIGDGIVK QFSLIISTFT RRFAQEVDEV SPGRKQEKKI PGGKNAKIWE1020 1021 IIIDFVFANG TEKANELKKL LENIFLEFRS YSEIFSSDFI RSSNFHVFFS SLTSKADLLI1080 1081 KQQESTASYK SIVSLTQAAY DLLSPLWKEF LRVNDVNAKL SSHVIDGKLC TFHELDLMMG1140 1141 NIKCYDNTFE SLPHRVTILS FMLSQALAMG REIAAVPIDD SPNSAASRLK PLLDLIKFFF1200 1201 ADSSNLYENN FPAINALITT TSSQVKQIDE RFNVKLGIRR LEKLADGLLK SKQTKLYALR1260 1261 KKNEKTYVNP TEKRLREAEA YFDSALDAFN PFEQSSIKEL YSDMNSAVTD INRLPAARMS1320 1321 WTSIEKVLNK SAELNPDEYF HQKLTPLKLK NENSYLLGAE IITKADGNLL DRYKRVIKYL1380 1381 NNHSKRSSQK LADVNVDKWS ALLIIDDIEK ELSKKGNTIR EDILPKFQYY FKITNHLLGA1440 1441 IKSSRLGILQ IHKYFAKVLD LRANFEGLTS KSFFLNLSSV LLTANPATEK KESVFNSIVI1500 1501 SEYLYFWWKG ISKRTKADES NFLGKWTRLE LKRWSVILDT ILKVTNNLSV ESSAYKEWEA1560 1561 LYTYIQEIKQ LQRALPTKIP YNLFEQSVRY LEKLTAHEPW QKLLKLVSKL VTEIIDGAKQ1620 1621 FEPISFDHYF DINGFVETNK FSQTEADLTN IVASLSGSKL EEIRTNKLDE SLITTIIAGS1680 1681 KLESSFNADH DKDFVSIYTD ALKFYIDDLN EPSSIDKENT VLATDEYDPF LKRFDAEYDD1740 1741 SNDNFKFMNS KENEEQEQRF RRVSWRSYLT YLAAEFIELL NTDRKHFKFL TLFYMLVKEI1800 1801 STDEMDGKKF FRSLEHYASL VNEACSINIP DMSWLPSIQF SARDKSKQLK LLDFGFNISY1860 1861 IYGALIDNLD AFKSYGSELR NLFHASNQQL MELRRDSQDS NCKYSSVLEK IQRSSMTSSL1920 1921 FAMWEDFLSD ISMGTRYVRP SQPADDDSIT NILKETFIEE DGSIVKRVNR WSKMLNQSFT1980 1981 KTKLFLDYLV YDHIAPDYPS DPVFLLLLGT GFTIWAEGLE ELSKSSEALD LAPFIYEAFT2040 2041 VRTESATKEE ILSCLEKLTL KLCDGGVHID IVKRLWSLLM NKYYEMQSKL LNPSCKITSS2100 2101 LLLEADSISQ KIQNGSFSKL NNSKRVVDEL FQSSFITSTF STLKANKETW LVDFIPPYNY2160 2161 KNTILKTLKQ TALSSAPALE KILEATDVSF TYRILNDFED AFYHKRKNLF KNSILELENI2220 2221 GDELKSLLLN FESLKNNLVD DNLLRFVDML DKISNYSESF QLLRVKDFKE SLNILKEFAL2280 2281 WSNSTTPYNK RFIDWLLTIS HGRSLQLVDT FELNINLFPT IEIDSKSKVS AIWSDILEKY2340 2341 VRLRAEDKTV ATELAAIVIV LLDWYYQYQN SGCFLSETKL NESMVTLINY LICFIPIRPI2400 2401 NKLHRGNFAA ASLEIYTLED IKGHTSKENI LKLANLSNLL LRLSSLLYLS EPSKIKDSYK2460 2461 SVTPLVYENL TLSVTEETLQ KDHLGLAKQF KLNAPKYLNN IKELVGMDTL FTIFVYLREA2520 2521 IKKESYETCN LVNNAWKGVE GLHSIPIVAA LSEEIPEEDS LLLIDHVQAF ICPRSLYSPV2580 2581 YHKLPISMDP ENLKIKKIGD DISVFDINEG LEFGLTLRDF ATSRSHLEDI YIEVGRNRMA2640 2641 RSLEGYKPDM TLFLRFNPHP KLVRPQGDEQ SCENILLSGD IELLSNLRDL VSPSCLNAND2700 2701 LILWHGKEVA KVLMGDFWEF KVSAEKTIIE TMKEINMSMT KLLPHGELHS FFRNFRNRFD2760 2761 QFKEPTVINN LLYKLLNLGE MIATANPSLK MNMSIIERVI NTLEETIYSI QRTLDVQEYG2820 2821 GLIDMSDIDS NMSFVDVRPG LISALFRITE TKGSNSPGVL VLPWNNNIAK LVSEYVAVNC2880 2881 ELPFLNQTIP YRYHPNRLAV ENNIQVYDET LKFFNEKTSF KGFIDEILLQ AKNKDSITRF2940 2941 RQKVIIDVFD FVDVDECISY QNLLKLWRLT DRLNFEWPSG SNGWLKRKCV QDELTSMLKI3000 3001 MKAIIDPEIS PYLHKAILLL DDSTLMDIFV VSFRNVFSKP LGKRGGGQYQ PNQAAFVLFN3060 3061 PHCSFSIDLE PIYAEGRHDL CANLGELVSQ SALNMEDLLV WEGKKMARLF PADHWLFEGS3120 3121 REGPADAGFL DVLDTQESLN IRTLKNGTIN ALATILSTKG VGPSGELLIP KHVQMARVVR3180 3181 VLNSATTPAT LNFSSSQADP FRPIKFMGVQ LEDQTVIIEN TEIQQLELDD GCLKLLQIIC3240 3241 ETRLSKLDNE NEALYATNNT GLADIFVMSA GQILATSKNQ IKPFVKNIFE VWALIDRLSI3300 3301 VGSTANGGGL KKGFWESFKV IPNALDKLDE LLRSSVIMNV DNFDEMSPVW IETFRNRLAP3360 3361 SLEKKGYDGG PNMTAFFQFN ESATVLSDSS GQEALLLSRE PELVSNLREL VSDDALSIED3420 3421 LLFFNGTRMA QILPGDSWEF LVNLSDRLKQ IELQVDEAIN KNDSKSYLQL LEKLDVDQDN3480 3481 AINLATKLSK ILKYQIESRN RVPRQAGLID GTETNQHANL TILERGMFQA LLQCITTKGC3540 3541 GTEGVLLVPE KNKLCSSVLV SLRRMGKTWT VSGIAELSKD ELSAYYQDMD LKVKMVKELT3600 3601 KKVTVKEQPT RCREALLMYG SAALQEYGVA DRLAWRFLDR LTAFSNKQEF LRSASREISL3660 3661 QRYVEVIKKA YSPAIQCRER LIIELEDQPI DDFHLELFRN RFARSLIKRG GYIGPPNQTA3720 3721 FLLFDPHPHV VEQTEPIFLE RNDDLLRNLA ELVDTPALNL EDLVIWYGKR LAEVLVGEKF3780 3781 SLKGTDDTVY TGLYEQLDTH EHNNIRVFKH GTIDALYKIM STKGSSTPGQ ILVPFRKGST3840 3841 ARVLNMMNKE VFPTIIYHAQ EQITNPGKKM WYHKFQVYDP GPSPPTQSMI SKVNKLRGLT3900 3901 FKEIVPKLIA ESKQDLLTLF SMCFGDYLSR RLGYIHIIDT VYLLTRTLTR ISFHPKQNSG3960 3961 DVITNNDSLK KAELYLEAID NGVWEDSVSY KGIYKDIISL LDTIDREPSH VYIETFRSRI4020 4021 GMPLDRKGVD TAPNMCAFIR FDPHAKIPEA DGKESLLISR SDPETLLDSI SELTDATALN4080 4081 VEDLLLWEGA RITKVLSGEV FNFVFSNEIS SSQAEFKKVS DNFDAWKDLL LKKEHTNLRR4140 4141 KKKKANENEN ETNTIKLISQ AMKYAENWLK VVNKWQNKNF CRHLMKHFKE NKKLSFTANF4200 4201 LTEFNEQIPV AVTKSNVPKY GGLLDGTETQ QSVNIVTLKK ALMKALQQVV TTKGTGTEGV4260 4261 LLVPETMQIC VSIQEMLRLS HNTFAFLTSN MSKKQINLKE KLLVARGIKI SDDLNELTPV4320 4321 HQTLFLSIRS SAIDLSEGIA QIIPELAKFE GIAGAFCDAA ESFISDYVSS QILQDPKNIG4380 4381 NNKFLIDLRE CLKILDRVSV VRTHAGKNLS IFKTNMYISK VNKYSDILKP ILNTLIPFKQ4440 4441 ALIHTLDEES PEELEIVNWI RMGIMNLNYI KNSSDKQHDE NIRVTSILQF GNAAKVTEGR4500 4501 SPITLERKEL LSLLISLVDT PAKDIDEILV WRGEKVATAL VGARWEFTGP KDGSTYTGIL4560 4561 LKADTQEGLH IKVISDHCGM YKSLENILFT KGSGAKGILM IPTSNQIKRG LQRLSSVTKH4620 4621 TPVFTLPYFV KDHITHVKPV IVGCISAVKT SLDQPEIIFY SSKKEITFCE PVSPLKSFNA4680 4681 CRKAENLELF SYDIGSDGEF HGLLSDRSKI YTDLMDNLTK EGMDLYLSLV KLALFIVVQN4740 4741 EQEKTLLDVL QYLIDPQIFR AFVEKNHYLL RYYALLIKFM DSDKQTSPNQ LITIFHDNEK4800 4801 DLYDEILPMA VPFITIISAL KEIVLVYDKK KSDKIWRAVI ELFIHKYLFV HGTISRSHLI4860 4861 TGALNDLNES TSEKNSFHFP AEIADSPFAS NFLILRQNVV DLDLLIRDQS M |
The following runs contain data for this protein:
  | BAIT | COMMENTS | PUBLICATION |
View Run | #03 Alpha Factor Prep1-TiO2 Flowthrough | Keck JM, et al. (2011) | |
View Run | #29 Asynchronous Prep5-TiO2 Flowthrough | Keck JM, et al. (2011) | |
View Run | #12 Mitotic Prep1-TiO2 Flowthrough | Keck JM, et al. (2011) | |
View Run | #30 Asynchronous Prep6-TiO2 Phosphopeptide enrichment | Keck JM, et al. (2011) |
NOT SHOWING SINGLE HITS. [ Show Single Hits ]
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