The following open reading frames were used in producing the candidate translation product: 4881..4703, 4645..4470, 3431..3271, 3189..3124, 3032..2772, 2667..2609, 2540..2474, 2391..2062, 1819..1733, 1651..1531, 1490..1378, 1294..1196, 1106..1063, 963..894, 803..700, 596..287. Base positions for candidate proteins encoded on the complementary strand are listed in descending order.
Please note: Alignments are produced from Blastp result files, and may not contain the complete amino acid sequence of the matching proteins. The candidate protein sequence is the top line, Residues that are identical to the candidate protein sequence are represented with an underscore (_), non-identical residues are represented by their single letter character. Conservative substitutions are shown in a blue-green while non-conservative substitutions are in red. Blank spaces in the protein match sequences indicate the end of a high scoring segment. BLASTP Wed Apr 10 16:20:36 EDT 1996
g8261.C.cand.8 1 MAARNKQKKRAEPESDLCFAGKPMSVVESTIRWPHRYQSKKTKLQAPTKKPANKGYNFTG >gi|1004286 _QP_IMSMFTKK_AKKEEE_MEESSSMEVDKKEME_GDN >sp|P26358|MTDM_HUMAN KG_G_GKGK_K_QA_EPSE_ >sp|P13864|MTDM_MOUSE _R_SKSD__TL_ETS_S__E_N >pir||S01845 _EIPYN_E_L_WFQRQL_GS_ g8261.C.cand.8 61 GKKEDEEIIKQAKCHFDKALVDGVLINLNDDVYVTVSFLSICVYILCCYAFCFVEMLRGS >gi|1004286 ____E__ >sp|P34881|MTDM_ARATH _FVDN_NVILRAI_EK_G >sp|P26358|MTDM_HUMAN LV_____Y_D_ >gi|1109610 LV_____Y_D_ >sp|P13864|MTDM_MOUSE LV_____Y_D_ >pir||S53120 _LIY_MSLTYIDLFS_A >pir||S01845 S_____Y_D_ g8261.C.cand.8 121 DASSSLSSDSALNCFENLHKDEKFLLDLYSGCGAMSTGFCMGASISGVKLITKWSVDINK >gi|1004286 __VFA___GL_E__ SS_AIEKEE >sp|P34881|MTDM_ARATH _QDDCV_TTE_NELAAK_TEEQ_ST_P_FA___GL_H_ ___IIKKK_ >sp|P26358|MTDM_HUMAN __VF____GL_E__HQAGISDTLWA__L_AIEMWD >gi|1109610 __VF____GL_E__HQAGVSETLWA__L_AIEMWE >sp|P13864|MTDM_MOUSE __VF____GL_E__HQAGISETLWA__L_AIEMWD >pir||S53120 GGF_ I__F__A_GF_L__ __E_EP >sp|P05302|MTD1_DESDN II__FA___GF_H__K_ >gi|1001584 I__FA___G__L_ >pir||S46293 I__FA_A_GL_L__ A___DP >pir||S01845 __VF____GL_E__ _L_AIE_WD >gi|1165245 _SSSNKPKI_S_F____GLDL__ _V_AN_FSH >sp|P34882|MTAA_SYNP2 __K_IS_F__A_G_DI__ _AVA_EQDP >sp|P08455|MTNG_NEIGO IIS_F____GLDL__ >sp|P25265|MTD2_HERAU VI__FC_V_GLTH_LIL >pir||CTNHP2 IIS_F____GLDL__ >sp|P23737|MTS9_STAAU LALGLESAG_S_YGA_E_D_ >gi|293975 IIS_F____GLDL__ >gi|558571 V_E_FA_A_G_AL_ E_DS >sp|P19888|MTBA_BACAR V__FA_I_GIRI__ERA_KRFELETECVL_SE_D_ >sp|P06530|MTBR_BACSU _KINV_S_F____GLDL__ g8261.C.cand.8 181 FACDSLKLNHPETEVRNEAAEDFLALLKEWKRLCEKFSLVSSTEPVESISELEDEEVEEN >gi|1004286 P_AQAYR__N_GST_FSDDCNEL_R_VMQGEK _D_MDNSSNK__ >sp|P34881|MTDM_ARATH ISLKE_N_____ST_ ____KRST >sp|P26358|MTDM_HUMAN P_AQAFR__N_GST_FT_DCNIL_K_V __ERAK_GTRT_KE__R >gi|1109610 P_AQAFR__N_G_T_FT_DCNVL_K_V __KS_EVNGAVKP_VSAEKD_E_E__L__K >sp|P13864|MTDM_MOUSE P_AQAFR__N_G_T_FT_DCNVL_K_VE_KR_KTTRKK_E_H_V__Q_R__ _DDE_AD >pir||S53120 HY__TYRA_F_DHQ_ >sp|P05302|MTD1_DESDN __SG_RDQKDP__SLFV__VRFV_HTQ__VDR_AAIKFGQS_KHV__ >pir||S46293 IH_AAH_F_F_K >pir||S01845 P_AQAFR__N_G_T_FT_DCNVL_K_ _DDE_AD >gi|1165245 W__E_FRK_ >sp|P34882|MTAA_SYNP2 SC_NT_R__M_D_P_ >sp|P23737|MTS9_STAAU N_AET_RI_R_KWK_ >gi|558571 H__KT_RK_R__WN_ >sp|P19888|MTBA_BACAR K__ETYA__FK_ _KA__TYA_NFKE__QGD_H_I g8261.C.cand.8 241 DDIDEASTGAELEPGEFEVEKFLGIMFGDPQGTGEKTLQLMVRWKGYNSSYDTWEPYSGL >gi|1004286 K_EKK_KK_RK__ >sp|P34881|MTDM_ARATH IKLNVSK__FFINGI_YS__D_V >sp|P26358|MTDM_HUMAN _EKE_ >gi|1109610 EIKI_TKE_S_IK >sp|P13864|MTDM_MOUSE __VS_MPSPKK_HQ_K >pir||S01845 __VS_MPSPKK_HQ_K >sp|P23737|MTS9_STAAU SK_K_KA_IA_NVR_LVNH_DGK_L_VM_KVFIK _KD_NVF_TFA_A g8261.C.cand.8 301 GNCKEKLKEYVIDGFKSHLLPLSGTVYTVCGGPPCQGISGYNRYRNNEAPLEDQKNQQLL >gi|1004286 __QK_D_ELL________F__M__FNSR_REYSKF__SLIS >sp|P34881|MTDM_ARATH ___P_Q_DFIN_______F__M__FNQSQSSWSKVQCEMI_ >sp|P26358|MTDM_HUMAN __QK_D_EML________F__M__FNS_SRTYSKF__SLVV >gi|1109610 __QK_D_EML________F__M__FNS_SRTYSKF__SLVV >sp|P13864|MTDM_MOUSE __QK_D_EML________F__M__FNS_SRTYSKF__SLVV >pir||S53120 _DV_I_______F_ D_PR_HLFK >sp|P05302|MTD1_DESDN II_______F_ K___DPRNS >gi|1001584 _SDIDLIA_______F_ _D_PR_SLVF >pir||S46293 _I__A____F_ _D_SR__LVH >gi|1165245 IL__F___DF_ __GERGNLYK >sp|P09795|MTSI_SALIN IM______AF_ ___ERGNVFI >sp|P34882|MTAA_SYNP2 _I______SF_ MD_PRGMLV_ >sp|P08455|MTNG_NEIGO II______SW_ ID_ARG_LFF >sp|P25265|MTD2_HERAU V__RELNA_YPNNQHKILV_CA___DF_Q_TK _W_L_T >pir||CTNHP2 II______SW_ ID_ARG_LFF >sp|P23737|MTS9_STAAU _ _AGKRNGIDIS_S_LSF >gi|293975 II______SW_ ID_ARG_LFF >gi|558571 _YRN__DVLA__F___AF_ _AGKKLGF__TRGTLFF >sp|P06530|MTBR_BACSU IL__F__P_F_ ID_DR_FLY_ >sp|P29567|MTHT_METTF ______SW_ D_PRGKTFY g8261.C.cand.8 361 VFLDIIDFLKPNYVLMENVVDLLRFSKGFLARHAVASFVAMNYQTRLGMMAAGSYGLPQL >gi|1004286 SY_SYC_YYR_RFF_L___RNFVSYK_NMVLKL_LRCLIR_G__CTF_ILQ__Q__V__T >sp|P34881|MTDM_ARATH A__SFA_YFR_R_F_L___RTFVS_N__QTFQLTL__LLE_G__V_F_ILE__A__VS_S >sp|P26358|MTDM_HUMAN S__SYC_YYR_RFF_L___RNFVS_KRSMVLKLTLRCL_R_G__CTF_VLQ__Q__VA_T >gi|1109610 S__SYC_YYR_RFF_L_TLQEK__LTR___RAEVQRRLS_LDADV_CRELSEER__VA_T >sp|P13864|MTDM_MOUSE S__SYC_YYR_RFF_L___RNFVSYRRSMVLKLTLRCL_R_G__CTF_VLQ__Q__VA_T >pir||S53120 E_VRVVKLTQ_KFFV____AR_FTHNS_KTRAEITEQ_ERLG_KVKCKVLN_ADF_V___ >sp|P05302|MTD1_DESDN L_V_FVR_V__KFFV____LGI_ _SNVG_KVCVIILN_CD__V__S >gi|1001584 EYVRM_RD___K_F_F___ VLD_SL__A__K >pir||S46293 HYVRVVME___K_FVF___KG_ VLN_AD__V__D >pir||S01845 __SYC_YYR_RFF_LK__RNFVSY >gi|1165245 S__RFVNAK__KVFVA___KG__TAN_KKAIQQIITD_ENCG_YVQANVYNFAEF_V__F >sp|P09795|MTSI_SALIN KY__VALDIR_K_IVI___RG__ _GVLHYIIRIIKSAG_SVSFNLYNSANF_V__I >sp|P34882|MTAA_SYNP2 E__RVVREAL_KCFV____KGMINW___ _AVSYHVLN_ADF_V__F >sp|P08455|MTNG_NEIGO DYIR_LKSKQ_KFF_A___SGM_ANRHNGAVQNLLKM_DGCG_DVT_T_AN_KD__VA_E >sp|P25265|MTD2_HERAU E_SRL_REIE_DIIS____PEVRT_NR_EVFNNFIQ_LEQLG_HVSHSVVHCPD__I__Q >pir||CTNHP2 DYIR_LKSKQ_KFF_A___SGM_ANRHNGAVQNLLKM_DGCG_DVT_T_AN_KD__VA_E >sp|P23737|MTS9_STAAU M_S_EYEP__K_VIKLAD_LG_VNHDD_KTLEVMLKV_IKEG_EVYWNILNSWN_DIEKM >gi|293975 DYIR_LKSKQ_KFF_A___SGM_ANRHNGAVQNLLKM_DGCG_DVT_T_AN_KD__VA_E >gi|558571 E_ARAAKEIN_KVL_A___RG__NHDA_ >sp|P19888|MTBA_BACAR R_KAF_L___RG_VTHD__RTLKTIISKLEELG_GVSYLLLNSSTF_V__N >sp|P06530|MTBR_BACSU H_IRSLIQAQ_EIFVA___KGMMTLG__EVLNQIIED_ASAG_RVQFKLLN_RD__V___ >sp|P29567|MTHT_METTF AYV_LVKEKD_LFF_A___PGIVSRTHLPEFKRL_N__IDIG_NVEYKVLN_KD__V__D g8261.C.cand.8 421 RNRVFLWAAQPSEDLQVGRIQMEFLKLDNALTLADAISDLPPVTNYVANDVMDYNDAAPK >gi|1004286 _R_AIIL__A_G_K_ I_VR_TM____TIN_F_VEQ_ES_D___DR >sp|P34881|MTDM_ARATH _K_A_I___A_E_V_ I_VR_T_G___S_E_GDSRTNKE_KEV_ >sp|P26358|MTDM_HUMAN _R_AIIL__A_G_KIYISK_VV___QSNSDS_YE_L_NKI_E_R_GASALEIS__ >gi|1109610 _R_AIVL__A_G_K_ I_VR_TM____EIR_GASALEIS__ >sp|P13864|MTDM_MOUSE _R_AIIL__A_G_K_ I_ER_TM____EIQ_GAS_SEIP__ >pir||S53120 _S_I >sp|P05302|MTD1_DESDN _Q___ S_EE______VIEAGEGGE_Q__PV_PRN >gi|1001584 _K_LII >pir||S46293 _R_LI_MG_R _VG___G_I_DAESF >pir||S01845 I_VR_TM____EIQ_GAS_SEIP__ >gi|1165245 _E__LI >sp|P09795|MTSI_SALIN _E__II >sp|P34882|MTAA_SYNP2 _E___I _VQ____T___A_ >sp|P08455|MTNG_NEIGO _K___YIGFRKDLEIKFSFPKGSTVEDKDKI__K_V_W__ >sp|P25265|MTD2_HERAU _D_LV_F__K >pir||CTNHP2 _K___YIGFRKDLEIKFSFPKGSTVEDKDKI__K_V_W__ >sp|P23737|MTS9_STAAU K_QNIKTQTELA_KIDISKS_LS_MFS_EYEP_KKNVIK_AD_LKVSP__II >gi|293975 _K___YIGFRKDLEIKFSFPKGSTVEDKDKI__K_V_W__ >sp|P19888|MTBA_BACAR _V_IYI >sp|P06530|MTBR_BACSU _E__II _LDKQYKQIG__VPVLL_KAVAS__ASPI__WAIN_LESS_N >sp|P29567|MTHT_METTF _K___I _NKKV__R___G___ g8261.C.cand.8 481 TEFENFISLKRSGEHFKLVNLVETLLPAFGGDPTRRLFDHQPLVLGDDDLERVSYIPKQK >gi|1004286 D_ _MKH__LAP >sp|P34881|MTDM_ARATH _IA_T__ICKAMNELN_I_CKL__TRP >sp|P26358|MTDM_HUMAN _LQSNSDSTYED_I_KI__TV_PS_ _MRH__LAP >gi|1109610 _LQNN_DVSYED_L_KI__TV_PV_ _MRH__LAP >sp|P13864|MTDM_MOUSE AH__LFP >sp|P05302|MTD1_DESDN KYQ__ >gi|1001584 __Q_NCSE_S_SNIAYKP_FTC_EAIDD_V__T_YAV_E_ >sp|P06530|MTBR_BACSU NKIK_ g8261.C.cand.8 541 GANYRDMPGVLVHNNKAEINPRFRAKLKSGKNVVPAYAISFIKGKSKKPFGRLWGDEIVN >gi|1004286 _SDW__L_NIP_TLKDGTTCRKL_YTH_DK__ Y___EW_GFFS >sp|P34881|MTDM_ARATH __DWH_L_ >sp|P26358|MTDM_HUMAN _SDW__L_NIE_RLSDGTMARKL_YTHHDR__ Y___EW_GFFS >gi|1109610 _SDW__L_NIE_RLSDGTSTRKL_YTHHEK__ Y___EW_GFFS >sp|P13864|MTDM_MOUSE _SDW__L_NIQ_RLGDGV_ADKLQYTFHDV__ Y___EW_GFFS >pir||S01845 _SDW__L_FIQ_RLGDGV_G_ >sp|P09795|MTSI_SALIN _LG_GKTGFLR_VAW_RPSP >sp|P23737|MTS9_STAAU _ISW__PCL >sp|P19888|MTBA_BACAR IS >sp|P06530|MTBR_BACSU _SQTS__N_LDKQY_QIG_A__ g8261.C.cand.8 601 TVVTRAEPHNQCVIHPMQNRVLSVRENARLQGFPDCYKLCGTIKEKYIQVGNAVAVPVGV >gi|1004286 _T__NP__ _L__E_H__V____C__S_____T_RFF_S_LD_HR_I____PP_MAA >sp|P34881|MTDM_ARATH __E_H_I_T___C__S_____S_EFA_N_NH_HR_I____PP_LAF >sp|P26358|MTDM_HUMAN _T__NP__ _L__E_H__V____C__S_____T_R_F_N_LD_HR______PP_LAK >gi|1109610 _T__NP__ _L__E_H__V____C__S_____T_R_F_N_LD_HR______PP_LAK >sp|P13864|MTDM_MOUSE _T__NP__ _L__E_H__V____C__S_____S_RFF_N_LDRHR______PP_LAK >pir||S53120 _F_YE___A_T___L_A__S___DFVFL_KKIAQQQ______PPLLAQ >sp|P05302|MTD1_DESDN ___FY__NFTA__G__I_S___T_ Q_Q_I____PPLLAQ >gi|1001584 __YALP_CIT___A___HTY__WFQFHN__WHGFREI__S_VPLLAK >pir||S46293 ___TVP__IT___A___HSY__WFRFHA_KWHGFR_I__S_PPLLAR >pir||S01845 _V____C__S_____S_RFF_N_LDRHR______PP_LPK >gi|1165245 _FPEP_AFTN__R____S___DFEFV_STT_VRR_I____ >sp|P09795|MTSI_SALIN _L__HPAMPATDLA__DEL_P___Q_YKVI_Q__EEWVIK_KLLD__R_L____PIGL_L >sp|P08455|MTNG_NEIGO _RMT___V__I_____NF_ VNDA_KMI____P_NLAY >sp|P25265|MTD2_HERAU __E_D_AI_L__A_L__T__RS_QFAPEGQL_FK_I____P_AL_R >pir||CTNHP2 _RMT___V__I_____NF_ VNDA_KMI____P_NLAY >sp|P23737|MTS9_STAAU _LT_SPSQKQTERC__DET_PF_I__Y__I_S___EWEFS_GVGAQ_R_I____P_NLAK >gi|293975 MT___V__I_____NF_ VNDA_KMI____P_NLAY >gi|558571 __EET_P_T___Y__I_T___EWVFE_PMSA__K_I____P_NLSF >sp|P19888|MTBA_BACAR ITL_SSDA_KLG_VQNNVP_RITP__C________DFI_HSNDNFA_K_L__S_T_K_ >sp|P06530|MTBR_BACSU H_R___K_I__V_T___WFQ LDKQ_K_I____P_LLAK >sp|P29567|MTHT_METTF _KPY_R_____C__I_____ VADG_TM_____P_KLAE g8261.C.cand.8 661 ALGYAFGMASQGLTDDEPVIKLPFKYPECMQAKGSNLIDSLHQVVMMKLSLGIILHFLDF >gi|1004286 _I_MEIKVCL_TK_ >sp|P34881|MTDM_ARATH ___ >sp|P26358|MTDM_HUMAN _I_ >gi|1109610 _I_ >sp|P13864|MTDM_MOUSE _I_ >pir||S53120 _IAE_ >sp|P05302|MTD1_DESDN __ >gi|1001584 V__EQVMA_LNCSVE_L__YE_ >pir||S46293 _V_ >pir||S01845 P_AWRLSS_ >sp|P09795|MTSI_SALIN _V_ >sp|P08455|MTNG_NEIGO EIAA_ >sp|P25265|MTD2_HERAU VIAKSIKRFLE__HERQR_ >pir||CTNHP2 EIAA_ >sp|P23737|MTS9_STAAU YI_ >gi|293975 EIAA_ >gi|558571 _V_ >sp|P06530|MTBR_BACSU _V >sp|P29567|MTHT_METTF E_ g8261.C.cand.8 721 LLIFWVSKSYMLKQWRLKLSSSFLLVYL
Protein match title lines
>gi|1004286 (Z50183) DNA (cytosine-5-)-methyltransferase [Paracentrotus
score = 154 p value = 2.7e-45
>sp|P34881|MTDM_ARATH DNA (CYTOSINE-5)-METHYLTRANSFERASE (DNA
score = 186 p value = 8.9e-45
>sp|P26358|MTDM_HUMAN DNA (CYTOSINE-5)-METHYLTRANSFERASE (DNA
score = 155 p value = 1.2e-41
>gi|1109610 (D43920) DNA (cytosine-5-) -methyltransferase [Gallus gallus]
score = 155 p value = 1.4e-40
>sp|P13864|MTDM_MOUSE DNA (CYTOSINE-5)-METHYLTRANSFERASE (DNA
score = 148 p value = 1.6e-40
>pir||S53120 site-specific DNA-methyltransferase (cytosine-specific) (EC
score = 105 p value = 1.5e-19
>sp|P05302|MTD1_DESDN MODIFICATION METHYLASE DDEI (CYTOSINE-SPECIFIC
score = 78 p value = 7.9e-17
>gi|1001584 (D64000) hypothetical protein [Synechocystis sp.]
score = 88 p value = 1.5e-14
>pir||S46293 M-XorII - Xanthomonas oryzae >gi|458402 (U06424) M-XorII
score = 92 p value = 2.3e-14
>pir||S01845 DNA (cytosine-5-)-methyltransferase (EC 2.1.1.37) - mouse
score = 111 p value = 7.3e-13
>gi|1165245 (U43736) M.NgoVII [Neisseria gonorrhoeae]
score = 83 p value = 3.1e-13
>sp|P09795|MTSI_SALIN MODIFICATION METHYLASE SINI (CYTOSINE-SPECIFIC
score = 106 p value = 7.8e-13
>sp|P34882|MTAA_SYNP2 MODIFICATION METHYLASE AQUI ALPHA SUBUNIT
score = 60 p value = 9.5e-13
>sp|P08455|MTNG_NEIGO MODIFICATION METHYLASE NGOPII (CYTOSINE-SPECIFIC
score = 94 p value = 6.4e-12
>sp|P25265|MTD2_HERAU MODIFICATION METHYLASE HGIDII (CYTOSINE-SPECIFIC
score = 103 p value = 8.1e-12
>pir||CTNHP2 site-specific DNA-methyltransferase (cytosine-specific) (EC
score = 94 p value = 8.6e-12
>sp|P23737|MTS9_STAAU MODIFICATION METHYLASE SAU96I (CYTOSINE-SPECIFIC
score = 112 p value = 1.5e-11
>gi|293975 (L14563) cytosine methylase [Neisseria gonorrhoeae]
score = 94 p value = 1.6e-11
>gi|558571 (X82105) site-specific DNA-methyltransferase (cytosine-specific)
score = 114 p value = 4.3e-11
>sp|P19888|MTBA_BACAR MODIFICATION METHYLASE BANI (CYTOSINE-SPECIFIC
score = 90 p value = 5.2e-11
>sp|P06530|MTBR_BACSU MODIFICATION METHYLASE BSURI (CYTOSINE-SPECIFIC
score = 105 p value = 6.3e-11
>sp|P29567|MTHT_METTF MODIFICATION METHYLASE MTHTI (CYTOSINE-SPECIFIC
score = 89 p value = 9.0e-11