BLASTP 2.2.21 [Jun-14-2009] Reference: Altschul, Stephen F., Thomas L. Madden, Alejandro A. Schaffer, Jinghui Zhang, Zheng Zhang, Webb Miller, and David J. Lipman (1997), "Gapped BLAST and PSI-BLAST: a new generation of protein database search programs", Nucleic Acids Res. 25:3389-3402. Reference for compositional score matrix adjustment: Altschul, Stephen F., John C. Wootton, E. Michael Gertz, Richa Agarwala, Aleksandr Morgulis, Alejandro A. Schaffer, and Yi-Kuo Yu (2005) "Protein database searches using compositionally adjusted substitution matrices", FEBS J. 272:5101-5109. Query= 0022.0141.p (309 letters) Database: pfamseq 15,929,002 sequences; 5,169,768,107 total letters Searching..................................................done Score E Sequences producing significant alignments: (bits) Value D8IVV9.1 D8IVV9_HERSS Metal-dependent hydrolase of the TIM-barre... 624 e-177 A4YUQ2.1 A4YUQ2_BRASO Putative uncharacterized protein 469 e-130 D3P1D7.1 D3P1D7_AZOS1 Amidohydrolase 461 e-128 Q89SW9.1 Q89SW9_BRAJA Blr2281 protein 372 e-101 B0UBV4.1 B0UBV4_METS4 Amidohydrolase 2 316 2e-84 C3MH56.1 C3MH56_RHISN Putative hydrolase 282 5e-74 Q1BJ59.1 Q1BJ59_BURCA Amidohydrolase 2 280 2e-73 A0B396.1 A0B396_BURCH Amidohydrolase 2 280 2e-73 D4GFY3.1 D4GFY3_PANAM Putative uncharacterized protein 280 3e-73 B9CE25.1 B9CE25_9BURK Amidohydrolase 2 279 3e-73 >D8IVV9.1 D8IVV9_HERSS Metal-dependent hydrolase of the TIM-barrel fold protein Length = 309 Score = 624 bits (1610), Expect = e-177, Method: Compositional matrix adjust. Identities = 309/309 (100%), Positives = 309/309 (100%) Query: 1 MLDRRSFIAGAMLACAGVRSATAQSVPNSAGSQPPRLKAPMLACDSHHHIYDARFPVSPH 60 MLDRRSFIAGAMLACAGVRSATAQSVPNSAGSQPPRLKAPMLACDSHHHIYDARFPVSPH Sbjct: 1 MLDRRSFIAGAMLACAGVRSATAQSVPNSAGSQPPRLKAPMLACDSHHHIYDARFPVSPH 60 Query: 61 WRGGRPDGATVADYRLLMAKLGIARHVVVQPSTYGSDNRCLLDALTQFGAQARGIVVIDD 120 WRGGRPDGATVADYRLLMAKLGIARHVVVQPSTYGSDNRCLLDALTQFGAQARGIVVIDD Sbjct: 61 WRGGRPDGATVADYRLLMAKLGIARHVVVQPSTYGSDNRCLLDALTQFGAQARGIVVIDD 120 Query: 121 DVDLPQLKEMDRLGVRGVRVNFLSAQSWGVTTVERLRRTAERIAPLGWHVQVLMSGAQIA 180 DVDLPQLKEMDRLGVRGVRVNFLSAQSWGVTTVERLRRTAERIAPLGWHVQVLMSGAQIA Sbjct: 121 DVDLPQLKEMDRLGVRGVRVNFLSAQSWGVTTVERLRRTAERIAPLGWHVQVLMSGAQIA 180 Query: 181 QHEAVLAALPTQVVIDHLGRIPQPDGLDHPGAQAVLRLLAKGNTWIKLSEPYADTLQGPP 240 QHEAVLAALPTQVVIDHLGRIPQPDGLDHPGAQAVLRLLAKGNTWIKLSEPYADTLQGPP Sbjct: 181 QHEAVLAALPTQVVIDHLGRIPQPDGLDHPGAQAVLRLLAKGNTWIKLSEPYADTLQGPP 240 Query: 241 DYPDTSLLAKAYLQAAPQRTLWGSDWPHPTEKIKPDDAVLFDLLAAWAPDPALRQQILVS 300 DYPDTSLLAKAYLQAAPQRTLWGSDWPHPTEKIKPDDAVLFDLLAAWAPDPALRQQILVS Sbjct: 241 DYPDTSLLAKAYLQAAPQRTLWGSDWPHPTEKIKPDDAVLFDLLAAWAPDPALRQQILVS 300 Query: 301 NPAALFGFA 309 NPAALFGFA Sbjct: 301 NPAALFGFA 309 >A4YUQ2.1 A4YUQ2_BRASO Putative uncharacterized protein Length = 309 Score = 469 bits (1207), Expect = e-130, Method: Compositional matrix adjust. Identities = 230/309 (74%), Positives = 258/309 (83%) Query: 1 MLDRRSFIAGAMLACAGVRSATAQSVPNSAGSQPPRLKAPMLACDSHHHIYDARFPVSPH 60 M+ RR+ +A A G R A A SVPNSAGS+PP+LKAP ACDSHHHIYD+RFPVSPH Sbjct: 1 MITRRNLLAAGAAALIGTRPAAADSVPNSAGSEPPKLKAPANACDSHHHIYDSRFPVSPH 60 Query: 61 WRGGRPDGATVADYRLLMAKLGIARHVVVQPSTYGSDNRCLLDALTQFGAQARGIVVIDD 120 WRGGRPDGATVA+YRLL +LG+ RHV+VQPSTYG DNRCLLDAL QFG +ARGIVVID+ Sbjct: 61 WRGGRPDGATVAEYRLLQKRLGVVRHVIVQPSTYGVDNRCLLDALDQFGREARGIVVIDE 120 Query: 121 DVDLPQLKEMDRLGVRGVRVNFLSAQSWGVTTVERLRRTAERIAPLGWHVQVLMSGAQIA 180 +D +LK MD+ GVRGVRVNFL+ QSWGVTT ERL +TA+RIAPLGWHVQVLMSG QIA Sbjct: 121 SIDDAELKRMDQRGVRGVRVNFLTPQSWGVTTAERLEQTAKRIAPLGWHVQVLMSGDQIA 180 Query: 181 QHEAVLAALPTQVVIDHLGRIPQPDGLDHPGAQAVLRLLAKGNTWIKLSEPYADTLQGPP 240 QHEAVLAALP VV DHLGRIPQP GL HPGAQA+LRL KG WIKLSEPYADT GPP Sbjct: 181 QHEAVLAALPVPVVFDHLGRIPQPIGLAHPGAQAMLRLADKGRGWIKLSEPYADTRLGPP 240 Query: 241 DYPDTSLLAKAYLQAAPQRTLWGSDWPHPTEKIKPDDAVLFDLLAAWAPDPALRQQILVS 300 DY DTS +A+A +QA P+R +WGSDWPHPTEK KPDDA+LFDLL+ WAPD A+R +ILV Sbjct: 241 DYADTSAVARACVQAVPERVIWGSDWPHPTEKEKPDDALLFDLLSDWAPDDAIRDKILVG 300 Query: 301 NPAALFGFA 309 NPA LFGFA Sbjct: 301 NPAKLFGFA 309 >D3P1D7.1 D3P1D7_AZOS1 Amidohydrolase Length = 314 Score = 461 bits (1186), Expect = e-128, Method: Compositional matrix adjust. Identities = 227/313 (72%), Positives = 253/313 (80%), Gaps = 5/313 (1%) Query: 1 MLDRRSFI----AGAMLACAGVRS-ATAQSVPNSAGSQPPRLKAPMLACDSHHHIYDARF 55 M+ RR+ I AG A A RS A AQ+VPNSAG++PP LKAP ACDSHHHIYDARF Sbjct: 1 MITRRTLIVGGVAGGACAFAATRSSALAQTVPNSAGTEPPALKAPANACDSHHHIYDARF 60 Query: 56 PVSPHWRGGRPDGATVADYRLLMAKLGIARHVVVQPSTYGSDNRCLLDALTQFGAQARGI 115 PVSPHWRGGRP GATVADYRLL KL I RHV+VQPSTYG DNRCLLDAL QFG++ARGI Sbjct: 61 PVSPHWRGGRPAGATVADYRLLQKKLSITRHVIVQPSTYGVDNRCLLDALEQFGSEARGI 120 Query: 116 VVIDDDVDLPQLKEMDRLGVRGVRVNFLSAQSWGVTTVERLRRTAERIAPLGWHVQVLMS 175 VVID++ +L+ M+ LGVRGVRVNFL+ QSWGVTT ERL TA RIAPLGWH Q+LMS Sbjct: 121 VVIDENTTDAELRRMNDLGVRGVRVNFLTPQSWGVTTPERLVETAARIAPLGWHAQLLMS 180 Query: 176 GAQIAQHEAVLAALPTQVVIDHLGRIPQPDGLDHPGAQAVLRLLAKGNTWIKLSEPYADT 235 G QIA+ E VL LP VV DHLGRIPQPDGL HPGAQA+LR++ KG WIKLSEPYADT Sbjct: 181 GDQIARFEDVLTGLPVPVVFDHLGRIPQPDGLSHPGAQAILRIVGKGRGWIKLSEPYADT 240 Query: 236 LQGPPDYPDTSLLAKAYLQAAPQRTLWGSDWPHPTEKIKPDDAVLFDLLAAWAPDPALRQ 295 GPP Y DTS LA+AY+QAAP+R +WGSDWPHPTEK KPDDAVLFDLL WAPD A R+ Sbjct: 241 KLGPPAYADTSALARAYVQAAPERVIWGSDWPHPTEKEKPDDAVLFDLLTGWAPDAATRE 300 Query: 296 QILVSNPAALFGF 308 +ILV+NPA LFGF Sbjct: 301 RILVANPATLFGF 313 >Q89SW9.1 Q89SW9_BRAJA Blr2281 protein Length = 350 Score = 372 bits (954), Expect = e-101, Method: Compositional matrix adjust. Identities = 183/315 (58%), Positives = 228/315 (72%), Gaps = 10/315 (3%) Query: 2 LDRRSFIAGAMLACA-------GVRSATAQSVPNSAGSQPPRLKAPMLACDSHHHIYDAR 54 + RR + G MLAC+ + + Q+VPNS GS PRL A ACD HHHIYD R Sbjct: 38 ITRRGVVMG-MLACSTGALAAGAMAAGVEQAVPNSTGSAAPRLDARAGACDCHHHIYDER 96 Query: 55 FPVSPHWRGGRPDGATVADYRLLMAKLGIARHVVVQPSTYGSDNRCLLDALTQFGAQARG 114 FPVSPHWR G P GATVADYRLL +LG R VVVQPSTYG DNRCL+DAL Q GA +RG Sbjct: 97 FPVSPHWRQGFPPGATVADYRLLQQRLGTTRSVVVQPSTYGIDNRCLVDALGQLGASSRG 156 Query: 115 IVVIDDDVDLPQLKEMDRLGVRGVRVNFLSAQSWGVTTVERLRRTAERIAPLGWHVQVLM 174 + V+D DV +L+ + GVR +RVNF+S Q+WG TT + L A R++PLGWHVQ+LM Sbjct: 157 VAVVDTDVKDAELRALADAGVRAIRVNFVSPQTWGTTTPQMLTTLAARVSPLGWHVQILM 216 Query: 175 SGAQIAQHEAVLAALPTQVVIDHLGRIPQPDGLDHPGAQAVLRLLAKGNTWIKLSEPYAD 234 +G Q+A HE+V+ +LPT+VVIDHLGRIPQP+G+ HP A+ R+L G TW+K++EPY D Sbjct: 217 TGDQVAAHESVIRSLPTRVVIDHLGRIPQPEGVKHPAFAAIRRMLDGGRTWVKVTEPYED 276 Query: 235 TLQGPPDYPDTSLLAKAYLQAAPQRTLWGSDWPHPTEK-IKPDDAVLFDLLAAWAPDPAL 293 + GPP Y D+ +A+AY+ AAP+R LWG+DWPHPT++ KPDDA L DLLA W PD Sbjct: 277 SKLGPP-YADSGDVARAYVHAAPERILWGTDWPHPTQRGTKPDDAQLLDLLADWVPDEPT 335 Query: 294 RQQILVSNPAALFGF 308 R++ILV NPA LFGF Sbjct: 336 RRRILVENPAELFGF 350 >B0UBV4.1 B0UBV4_METS4 Amidohydrolase 2 Length = 321 Score = 316 bits (810), Expect = 2e-84, Method: Compositional matrix adjust. Identities = 154/285 (54%), Positives = 192/285 (67%) Query: 24 QSVPNSAGSQPPRLKAPMLACDSHHHIYDARFPVSPHWRGGRPDGATVADYRLLMAKLGI 83 +VP SAG++ P+ + P ACDSH HI+ RFP SPHW+G + VA YRL ++G Sbjct: 34 NAVPFSAGTEQPKTEVPAQACDSHIHIFSTRFPASPHWKGQPVSDSDVAAYRLFQKRIGT 93 Query: 84 ARHVVVQPSTYGSDNRCLLDALTQFGAQARGIVVIDDDVDLPQLKEMDRLGVRGVRVNFL 143 +R VVV PSTYG DNR LD + Q GA AR +VV+D DV +L++M G G+RVNF+ Sbjct: 94 SRTVVVTPSTYGIDNRATLDGVAQLGASARAVVVVDLDVTEAELRDMAARGTVGIRVNFV 153 Query: 144 SAQSWGVTTVERLRRTAERIAPLGWHVQVLMSGAQIAQHEAVLAALPTQVVIDHLGRIPQ 203 + QSWGVTT ERL A ++ P GWHVQV M+G QIA H VLA LPT +VIDHL R+ Sbjct: 154 TPQSWGVTTAERLEAMARKVQPFGWHVQVYMTGDQIADHAEVLARLPTPLVIDHLARLLP 213 Query: 204 PDGLDHPGAQAVLRLLAKGNTWIKLSEPYADTLQGPPDYPDTSLLAKAYLQAAPQRTLWG 263 GL+H V LL G TW+KLS Y +T GPP Y D + +AK + +AAP+R +WG Sbjct: 214 GQGLNHRAVPVVRNLLDGGRTWMKLSGAYLNTTSGPPTYADATDVAKLFAKAAPERMVWG 273 Query: 264 SDWPHPTEKIKPDDAVLFDLLAAWAPDPALRQQILVSNPAALFGF 308 SDWPH EK PDDA LFDLLA WAP A R++IL+ NPAAL+GF Sbjct: 274 SDWPHRGEKHMPDDAGLFDLLAEWAPSEAARRRILIDNPAALYGF 318 >C3MH56.1 C3MH56_RHISN Putative hydrolase Length = 313 Score = 282 bits (721), Expect = 5e-74, Method: Compositional matrix adjust. Identities = 142/288 (49%), Positives = 186/288 (64%), Gaps = 6/288 (2%) Query: 23 AQSVPNSAGSQPPRLKAPMLACDSHHHIYDARFPVSPHWRGGRPDGATVADYRLLMAKLG 82 A+ +P + G+ P + P ACD+H H+YD++FP + + PD A+VADY L +LG Sbjct: 30 AEEIPFTQGTNRPSFRTPPQACDTHFHVYDSKFPAAANASLIPPD-ASVADYLRLRDRLG 88 Query: 83 IARHVVVQPSTYGSDNRCLLDALTQFGAQARGIVVIDDDVDLPQLKEMDRLGVRGVRVNF 142 R V+VQPSTYG+DN CLL+AL Q G ARGI V+D V +LK + LGV+G+R NF Sbjct: 89 FERSVIVQPSTYGTDNSCLLNALNQLGPNARGIAVVDTSVTTDELKRLASLGVKGIRFNF 148 Query: 143 LSAQSWGVTTVERLRRTAERIAPLGWHVQVLMSGAQIAQHEAVLAALPTQVVIDHLGRIP 202 A G TT++ + A RIA +GWH+QV + G +A A+ + LP VV DHLGRIP Sbjct: 149 GRA---GATTLDMVEPLAARIADMGWHIQVHIKGDDLASQAALFSRLPVPVVFDHLGRIP 205 Query: 203 QPDGLDHPGAQAVLRLLAKGNTWIKLSEPYADTLQGPPDYPDTSLLAKAYLQAAPQRTLW 262 P G DHP + V LL KG + K+S Y D+ GPP+Y D +A AY++AAP R LW Sbjct: 206 HPHGRDHPAFKIVADLLQKGKAFTKVSSLYQDSKDGPPNYRDVGAVATAYIEAAPDRVLW 265 Query: 263 GSDWPHPT--EKIKPDDAVLFDLLAAWAPDPALRQQILVSNPAALFGF 308 GSDWPHP+ + KPDDA+L DL AAWA + RQ+I V NPA L+GF Sbjct: 266 GSDWPHPSPGKHGKPDDALLMDLAAAWAGNEVNRQKIFVENPAKLYGF 313 >Q1BJ59.1 Q1BJ59_BURCA Amidohydrolase 2 Length = 310 Score = 280 bits (716), Expect = 2e-73, Method: Compositional matrix adjust. Identities = 150/309 (48%), Positives = 199/309 (64%), Gaps = 7/309 (2%) Query: 4 RRSF--IAGAMLACAGVRSATAQSVPNSAGSQPPRLKAPMLACDSHHHIYDARFPVSPHW 61 RR F IAGA LA A + A S+G++ P + P A D H HIYD RFPV+P Sbjct: 6 RRGFLRIAGATLASAALPRLAAADETWSSGTERPAFRLPDGAIDCHMHIYDDRFPVAPG- 64 Query: 62 RGGRPDGATVADYRLLMAKLGIARHVVVQPSTYGSDNRCLLDALTQFGAQARGIVVIDDD 121 RP ATVA YR + A++G+ R+VVV PSTYG+DNRC L A+ QFGA ARG+ V+D Sbjct: 65 TTLRPPNATVAQYRSVQARIGVKRNVVVTPSTYGTDNRCTLAAIAQFGADARGVAVVDGT 124 Query: 122 VDLPQLKEMDRLGVRGVRVNFLSAQSWGVTTVERLRRTAERIAPLGWHVQVLMSGAQIAQ 181 V +L+ +DR G+R +R N G TT++ L A RIA LGWH+++++ GA++ + Sbjct: 125 VSDDELRALDRGGIRAIRFNLSYP---GATTLDMLAPLAARIANLGWHIELVVQGARLPE 181 Query: 182 HEAVLAALPTQVVIDHLGRIPQPDGLDHPGAQAVLRLLAKGNTWIKLSEPYADTLQGPPD 241 E LAALP +VIDH+ +PQP GL + RL+ KG+TWI LS PY D+ G P Sbjct: 182 LEPHLAALPCPLVIDHIAHVPQPGGLSSAAFRTAQRLVEKGHTWITLSGPYVDSKTGAPA 241 Query: 242 YPDTSLLAKAYLQAAPQRTLWGSDWPHPTEKI-KPDDAVLFDLLAAWAPDPALRQQILVS 300 Y D + +AKA + AP+R LWG+DWPHPT+K KPDDA L D++A W P +Q+I V+ Sbjct: 242 YDDVAPVAKALIDMAPERMLWGTDWPHPTQKTDKPDDASLLDVIAGWIGRPDWQQRIFVT 301 Query: 301 NPAALFGFA 309 NPA L+GFA Sbjct: 302 NPAKLYGFA 310 >A0B396.1 A0B396_BURCH Amidohydrolase 2 Length = 310 Score = 280 bits (716), Expect = 2e-73, Method: Compositional matrix adjust. Identities = 150/309 (48%), Positives = 199/309 (64%), Gaps = 7/309 (2%) Query: 4 RRSF--IAGAMLACAGVRSATAQSVPNSAGSQPPRLKAPMLACDSHHHIYDARFPVSPHW 61 RR F IAGA LA A + A S+G++ P + P A D H HIYD RFPV+P Sbjct: 6 RRGFLRIAGATLASAALPRLAAADETWSSGTERPAFRLPDGAIDCHMHIYDDRFPVAPG- 64 Query: 62 RGGRPDGATVADYRLLMAKLGIARHVVVQPSTYGSDNRCLLDALTQFGAQARGIVVIDDD 121 RP ATVA YR + A++G+ R+VVV PSTYG+DNRC L A+ QFGA ARG+ V+D Sbjct: 65 TTLRPPNATVAQYRSVQARIGVKRNVVVTPSTYGTDNRCTLAAIAQFGADARGVAVVDGT 124 Query: 122 VDLPQLKEMDRLGVRGVRVNFLSAQSWGVTTVERLRRTAERIAPLGWHVQVLMSGAQIAQ 181 V +L+ +DR G+R +R N G TT++ L A RIA LGWH+++++ GA++ + Sbjct: 125 VSDDELRALDRGGIRAIRFNLSYP---GATTLDMLAPLAARIANLGWHIELVVQGARLPE 181 Query: 182 HEAVLAALPTQVVIDHLGRIPQPDGLDHPGAQAVLRLLAKGNTWIKLSEPYADTLQGPPD 241 E LAALP +VIDH+ +PQP GL + RL+ KG+TWI LS PY D+ G P Sbjct: 182 LEPHLAALPCPLVIDHIAHVPQPGGLSSAAFRTAQRLVEKGHTWITLSGPYVDSKTGAPA 241 Query: 242 YPDTSLLAKAYLQAAPQRTLWGSDWPHPTEKI-KPDDAVLFDLLAAWAPDPALRQQILVS 300 Y D + +AKA + AP+R LWG+DWPHPT+K KPDDA L D++A W P +Q+I V+ Sbjct: 242 YDDVAPVAKALIDMAPERMLWGTDWPHPTQKTDKPDDASLLDVIAGWIGRPDWQQRIFVT 301 Query: 301 NPAALFGFA 309 NPA L+GFA Sbjct: 302 NPAKLYGFA 310 >D4GFY3.1 D4GFY3_PANAM Putative uncharacterized protein Length = 312 Score = 280 bits (715), Expect = 3e-73, Method: Compositional matrix adjust. Identities = 151/308 (49%), Positives = 196/308 (63%), Gaps = 10/308 (3%) Query: 5 RSFI--AGAMLACAGVRSATAQSVPNSAGSQPPRLKAPMLACDSHHHIYDARFPVSPHWR 62 R FI AG L+ V +A + S P S+G + P L P + D H H+Y+ ++P +P Sbjct: 5 RRFILQAGGALSALTVFNALS-STPFSSGEKQPVLDVPEGSVDCHMHLYNDKYPAAP-GA 62 Query: 63 GGRPDGATVADYRLLMAKLGIARHVVVQPSTYGSDNRCLLDALTQFGAQARGIVVIDDDV 122 RP A++ADY L +LG+ R V+V PSTYG+DNR L+D L Q G QARG+ V+DD V Sbjct: 63 SLRPANASLADYHQLQTRLGLRRMVIVTPSTYGTDNRLLIDGLRQSGGQARGVAVVDDSV 122 Query: 123 DLPQLKEMDRLGVRGVRVNFLSAQSWGVTTVERLRRTAERIAPLGWHVQVLMSGAQIAQH 182 +L+EMDR GVRG+R N S G T+++ L A RIAPLGWH+QV+ G ++A+ Sbjct: 123 SDAELQEMDRQGVRGIRFNL----SRGGTSLDSLEPLASRIAPLGWHIQVVAPGEKLAEL 178 Query: 183 EAVLAALPTQVVIDHLGRIPQPDGLDHPGAQAVLRLLAKGNTWIKLSEPYADTLQGPPDY 242 + L ALPT++VIDH+G +PQP+G P Q + RLL GNTWIKLS PY + GPP Y Sbjct: 179 ASRLRALPTKLVIDHMGHVPQPEGTKAPCFQTLTRLLDAGNTWIKLSGPYIKSRIGPPGY 238 Query: 243 PDTSLLAKAYLQAAPQRTLWGSDWPHPT--EKIKPDDAVLFDLLAAWAPDPALRQQILVS 300 D +A ++ P R LWGSDWPHPT E KPDDA + DLLA WAP A R IL Sbjct: 239 EDVGQVAAELVRRRPDRLLWGSDWPHPTKAENDKPDDAAMLDLLAHWAPSSADRLLILRD 298 Query: 301 NPAALFGF 308 NP+ L+GF Sbjct: 299 NPSDLYGF 306 >B9CE25.1 B9CE25_9BURK Amidohydrolase 2 Length = 310 Score = 279 bits (714), Expect = 3e-73, Method: Compositional matrix adjust. Identities = 149/309 (48%), Positives = 196/309 (63%), Gaps = 7/309 (2%) Query: 4 RRSF--IAGAMLACAGVRSATAQSVPNSAGSQPPRLKAPMLACDSHHHIYDARFPVSPHW 61 RR F IAGA LA A + A S G++ P + P A D H H+YD RFPV+P Sbjct: 6 RRGFLRIAGATLASAALPRRAAADETWSGGTERPAFRLPEGAVDCHMHVYDDRFPVAPG- 64 Query: 62 RGGRPDGATVADYRLLMAKLGIARHVVVQPSTYGSDNRCLLDALTQFGAQARGIVVIDDD 121 RP ATVA YR L ++G+ R+VVV PSTYG+DNRC L A+ QFGA ARG+ V+D Sbjct: 65 TTLRPPNATVAQYRRLQTRIGVKRNVVVTPSTYGTDNRCTLAAIAQFGADARGVAVVDST 124 Query: 122 VDLPQLKEMDRLGVRGVRVNFLSAQSWGVTTVERLRRTAERIAPLGWHVQVLMSGAQIAQ 181 V L+ +DR G+R +R N G TT++ L A RIA LGWH+++++ GA++ + Sbjct: 125 VTDDALRTLDRGGIRAIRFNLSYP---GATTLDMLAPLAARIANLGWHIELVVQGARLPE 181 Query: 182 HEAVLAALPTQVVIDHLGRIPQPDGLDHPGAQAVLRLLAKGNTWIKLSEPYADTLQGPPD 241 E LA LP +VIDH+ +PQP GL + RL+ KGNTWI LS PY D+ G P Sbjct: 182 LERHLAVLPCPLVIDHIAHVPQPGGLASAAFRTAQRLVDKGNTWITLSGPYVDSKTGAPA 241 Query: 242 YPDTSLLAKAYLQAAPQRTLWGSDWPHPTEKI-KPDDAVLFDLLAAWAPDPALRQQILVS 300 Y D + +AKA + AP+R LWG+DWPHPT+K KPDDA + D++A W P +Q+I V+ Sbjct: 242 YDDVAPVAKALIDMAPERMLWGTDWPHPTQKTDKPDDASMLDVIAGWIGRPDWQQRIFVT 301 Query: 301 NPAALFGFA 309 NPAAL+GFA Sbjct: 302 NPAALYGFA 310