#=GF ID Leader_Thr
#=GF AC PF08254.15
#=GF DE Threonine leader peptide
#=GF AU Rossi R;
#=GF SE Short protein clustering
#=GF GA 25.00 25.00;
#=GF TC 25.20 25.10;
#=GF NC 24.00 23.80;
#=GF BM hmmbuild HMM.ann SEED.ann
#=GF SM hmmsearch -E 1000 -Z 75585367 --cpu 4 HMM pfamseq
#=GF TP Family
#=GF RN [1]
#=GF RM 8423151
#=GF RT Nucleotide sequence of the Serratia marcescens threonine operon
#=GF RT and analysis of the threonine operon mutations which alter
#=GF RT feedback inhibition of both aspartokinase I and homoserine
#=GF RT dehydrogenase I.
#=GF RA Omori K, Imai Y, Suzuki S, Komatsubara S;
#=GF RL J Bacteriol 1993;175:785-794.
#=GF RN [2]
#=GF RM 12644504
#=GF RT Comparative genomics of Salmonella enterica serovar Typhi
#=GF RT strains Ty2 and CT18.
#=GF RA Deng W, Liou SR, Plunkett G 3rd, Mayhew GF, Rose DJ, Burland V,
#=GF RA Kodoyianni V, Schwartz DC, Blattner FR;
#=GF RL J Bacteriol 2003;185:2330-2337.
#=GF DR INTERPRO; IPR011720;
#=GF DR SO; 0100021; polypeptide_conserved_region;
#=GF CC Threonine leader peptide of the Threonine operon thrA1A2BC. It
#=GF CC as been sequenced in different bacteria: E. coli, Serratia
#=GF CC marcescens, Salmonella typhi [1,2].
#=GF SQ 30
#=GS A0A1Q8Z2I7_9ENTR/1-22 AC A0A1Q8Z2I7.1
#=GS LPT_ECOSE/1-21 AC B6HYZ8.1
#=GS A0A8J7KS42_9ENTR/1-22 AC A0A8J7KS42.1
#=GS LPT_SALTY/1-21 AC Q7CRA3.1
#=GS A0A5Q2K7B0_9ENTR/8-29 AC A0A5Q2K7B0.1
#=GS LPT_ECOLI/1-21 AC P0AD86.1
#=GS A0A6B2FQ42_9ENTR/1-22 AC A0A6B2FQ42.1
#=GS LPT_SHIDS/1-21 AC Q32KB7.1
#=GS LPT_SHIFL/1-21 AC P0AD88.1
#=GS LPT_YERPE/1-22 AC Q8CKC6.2
#=GS A0A5R9LFB2_9ENTR/1-22 AC A0A5R9LFB2.1
#=GS A0A1W6BAV3_9GAMM/1-22 AC A0A1W6BAV3.1
#=GS D2TGH6_CITRI/1-21 AC D2TGH6.1
#=GS A0A4P7JDV2_9ENTR/1-21 AC A0A4P7JDV2.1
#=GS LPT_KLEP7/1-22 AC A6T4E1.1
#=GS A0A2I0FVR2_9GAMM/1-23 AC A0A2I0FVR2.1
#=GS A0A656YHP8_SALNE/1-21 AC A0A656YHP8.1
#=GS A0A859PUH7_9ENTR/1-22 AC A0A859PUH7.1
#=GS A0A2V1HIJ6_9GAMM/1-22 AC A0A2V1HIJ6.1
#=GS A0A4P8YQQ0_9ENTR/1-22 AC A0A4P8YQQ0.1
#=GS A0A2I8QD49_9ENTR/1-22 AC A0A2I8QD49.1
#=GS A0A1X0WKP4_9GAMM/1-23 AC A0A1X0WKP4.1
#=GS A0A085JJE4_9GAMM/28-49 AC A0A085JJE4.1
#=GS A0A6I4V7F9_9GAMM/1-22 AC A0A6I4V7F9.1
#=GS A0A2S6VSQ9_9GAMM/1-23 AC A0A2S6VSQ9.1
#=GS A0A250AZP3_9GAMM/7-28 AC A0A250AZP3.1
#=GS A0A4Z0KTY5_SALET/1-21 AC A0A4Z0KTY5.1
#=GS A0A845SFE5_9GAMM/1-22 AC A0A845SFE5.1
#=GS A0A6I6F790_9GAMM/1-23 AC A0A6I6F790.1
#=GS A0A2N5ESD1_9GAMM/1-22 AC A0A2N5ESD1.1
A0A1Q8Z2I7_9ENTR/1-22 MNRIGMI.TTI.ITT.T.ITTGNGAG
LPT_ECOSE/1-21 MKRIS--.TTI.TTTiT.ITTGNGAG
A0A8J7KS42_9ENTR/1-22 MRQISLT.TTI.IST.T.ITTSNGAG
LPT_SALTY/1-21 MNRIS--.TTT.ITTiT.ITTGNGAG
A0A5Q2K7B0_9ENTR/8-29 MKRIS-I.TTI.TTT.TiITTGNDAG
LPT_ECOLI/1-21 MKRIS--.TTI.TTTiT.ITTGNGAG
A0A6B2FQ42_9ENTR/1-22 MIRNGLT.ITI.ITT.T.ITTGNGAG
LPT_SHIDS/1-21 MKRIS--.TTI.TTTiT.ITTGNGAG
LPT_SHIFL/1-21 MKRIS--.TTI.TTTiT.ITTGNGAG
LPT_YERPE/1-22 MRYISLN.TTI.ITT.T.ETTGYGAG
A0A5R9LFB2_9ENTR/1-22 MNRIGMI.TTI.ITI.T.ITTGNGAG
A0A1W6BAV3_9GAMM/1-22 MRTNSLN.TII.ITT.T.ITTGNGAG
D2TGH6_CITRI/1-21 MKRIS--.TTI.ITTtT.ITTGNGAG
A0A4P7JDV2_9ENTR/1-21 MKRVG--.TTI.TTTiT.ITTGKGAG
LPT_KLEP7/1-22 MNRIGMI.TTI.ITT.T.ITTGNGAG
A0A2I0FVR2_9GAMM/1-23 MRTISLNmTTI.ITT.T.ITTGNGAG
A0A656YHP8_SALNE/1-21 MNRIS--.TTT.ITTiT.ITTGNGAG
A0A859PUH7_9ENTR/1-22 MRIISLN.TTI.ITT.T.DTTGNGAG
A0A2V1HIJ6_9GAMM/1-22 MRNISLN.TTI.ITT.T.DTTGNGAG
A0A4P8YQQ0_9ENTR/1-22 MIRIGLT.TMT.ITT.T.ITTGNGAG
A0A2I8QD49_9ENTR/1-22 MKRTSTV.TII.ITT.T.ITTGNGAG
A0A1X0WKP4_9GAMM/1-23 MRHISLN.TTI.ITTtT.ITIGNGAG
A0A085JJE4_9GAMM/28-49 MRNYSLN.ITI.ITT.T.ITTGNGAG
A0A6I4V7F9_9GAMM/1-22 MRKISLN.TTI.ITT.T.ITTGNGAG
A0A2S6VSQ9_9GAMM/1-23 MRNDSLNtTTI.ITT.T.ITTGNGAG
A0A250AZP3_9GAMM/7-28 MRYISLN.TTI.ITT.T.GTIGNGAG
A0A4Z0KTY5_SALET/1-21 MNRIS--.TTT.ITTiT.ITTGNGAG
A0A845SFE5_9GAMM/1-22 MRFISLT.TII.ITT.T.DTTSSGAG
A0A6I6F790_9GAMM/1-23 MRKHSLI.TTIiITT.T.ITTGNGAG
A0A2N5ESD1_9GAMM/1-22 MRHISLN.TTI.ITT.T.GTTGNGAG
#=GC seq_cons M++ISh..TTI.ITT.T.ITTGNGAG
//
