bitscore colors: <40, 40-50 , 50-80, 80-200, >200
BLASTP 2.2.24+
Reference: Stephen F. Altschul, 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 composition-based statistics: Alejandro A. Schaffer,
L. Aravind, Thomas L. Madden, Sergei Shavirin, John L. Spouge, Yuri
I. Wolf, Eugene V. Koonin, and Stephen F. Altschul (2001),
"Improving the accuracy of PSI-BLAST protein database searches with
composition-based statistics and other refinements", Nucleic Acids
Res. 29:2994-3005.
Database: kyva
112,920 sequences; 47,500,486 total letters
Query= Emax_1189_orf1
Length=278
Score E
Sequences producing significant alignments: (Bits) Value
At1g03930 397 1e-110
Hs20149530 393 2e-109
Hs4503093 393 2e-109
Hs20544145 393 3e-109
At5g44100 390 1e-108
At3g23340 387 1e-107
At4g28540 387 1e-107
At5g43320 380 2e-105
At1g72710 379 4e-105
At4g26100 377 1e-104
SPBC3H7.15 376 3e-104
At4g14340 375 5e-104
At1g04440 374 2e-103
Hs19923746 374 2e-103
7302004 371 8e-103
At2g19470 367 1e-101
CE00872 362 5e-100
Hs21624639 362 7e-100
At4g28880 360 2e-99
Hs17475657 360 2e-99
At4g28860 357 2e-98
YPL204w 343 2e-94
CE05879 343 2e-94
7292798 343 2e-94
SPAC23C4.12 340 2e-93
Hs4758080 314 1e-85
Hs11545751 310 1e-84
Hs21314778 308 7e-84
HsM5579454 307 1e-83
7300125 303 3e-82
SPAC1805.05 302 5e-82
SPBC1347.06c 297 2e-80
SPBP35G2.05c 296 3e-80
At4g08800 296 4e-80
7296752 288 1e-77
CE29604 281 7e-76
7292762 278 8e-75
YER123w 263 4e-70
YHR135c 259 5e-69
YNL154c 259 6e-69
7298405 247 2e-65
7295933 245 8e-65
ECU03g0910 231 1e-60
At2g25760 172 8e-43
At3g13670 170 4e-42
At5g18190 158 1e-38
At3g03940 155 1e-37
ECU11g1980 133 5e-31
CE01289 127 2e-29
CE06325 126 4e-29
> At1g03930
Length=471
Score = 397 bits (1020), Expect = 1e-110, Method: Compositional matrix adjust.
Identities = 177/235 (75%), Positives = 209/235 (88%), Gaps = 0/235 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L GG G+P + WYG+EGDYNVM+I+LLGPSLEDLF+ CNRKLSLKTVLMLADQ++NR+EF
Sbjct 59 LQGGTGVPNLKWYGVEGDYNVMVIDLLGPSLEDLFNYCNRKLSLKTVLMLADQLINRVEF 118
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
+H+R F+HRDIKPDNFL+G G+K + V+ IDFGL KKYRD +T HIPYRE KNLTGTAR
Sbjct 119 MHTRGFLHRDIKPDNFLMGLGRKANQVYIIDFGLGKKYRDLQTHRHIPYRENKNLTGTAR 178
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YAS+NTHLG+EQSRRDDLEALGYVLMYF +GSLPWQGLKA TKK KYD+I EKK+ATP+E
Sbjct 179 YASVNTHLGVEQSRRDDLEALGYVLMYFLKGSLPWQGLKAGTKKQKYDRISEKKVATPIE 238
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFL 236
VLCK P EF++Y YCRSLRF+D+PDYSYL+RLF+DLF REGYQ+D++FDWT L
Sbjct 239 VLCKNQPSEFVSYFRYCRSLRFDDKPDYSYLKRLFRDLFIREGYQFDYVFDWTVL 293
> Hs20149530
Length=415
Score = 393 bits (1010), Expect = 2e-109, Method: Compositional matrix adjust.
Identities = 175/235 (74%), Positives = 210/235 (89%), Gaps = 0/235 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
+ GG+GIP I W G EGDYNVM++ELLGPSLEDLF+ C+RK SLKTVL+LADQM++RIE+
Sbjct 59 MQGGVGIPTIRWCGAEGDYNVMVMELLGPSLEDLFNFCSRKFSLKTVLLLADQMISRIEY 118
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
+HS++FIHRD+KPDNFL+G GKK ++V+ IDFGLAKKYRD RT HIPYRE KNLTGTAR
Sbjct 119 IHSKNFIHRDVKPDNFLMGLGKKGNLVYIIDFGLAKKYRDARTHQHIPYRENKNLTGTAR 178
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YASINTHLGIEQSRRDDLE+LGYVLMYFN GSLPWQGLKA TK+ KY++I EKKM+TP+E
Sbjct 179 YASINTHLGIEQSRRDDLESLGYVLMYFNLGSLPWQGLKAATKRQKYERISEKKMSTPIE 238
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFL 236
VLCK +P EF TYLN+CRSLRF+D+PDYSYLR+LF++LF R+G+ YD++FDW L
Sbjct 239 VLCKGYPSEFATYLNFCRSLRFDDKPDYSYLRQLFRNLFHRQGFSYDYVFDWNML 293
> Hs4503093
Length=416
Score = 393 bits (1009), Expect = 2e-109, Method: Compositional matrix adjust.
Identities = 175/235 (74%), Positives = 211/235 (89%), Gaps = 0/235 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
+ GG+GIP+I W G EGDYNVM++ELLGPSLEDLF+ C+RK SLKTVL+LADQM++RIE+
Sbjct 59 MQGGVGIPSIKWCGAEGDYNVMVMELLGPSLEDLFNFCSRKFSLKTVLLLADQMISRIEY 118
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
+HS++FIHRD+KPDNFL+G GKK ++V+ IDFGLAKKYRD RT HIPYRE KNLTGTAR
Sbjct 119 IHSKNFIHRDVKPDNFLMGLGKKGNLVYIIDFGLAKKYRDARTHQHIPYRENKNLTGTAR 178
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YASINTHLGIEQSRRDDLE+LGYVLMYFN GSLPWQGLKA TK+ KY++I EKKM+TP+E
Sbjct 179 YASINTHLGIEQSRRDDLESLGYVLMYFNLGSLPWQGLKAATKRQKYERISEKKMSTPIE 238
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFL 236
VLCK +P EF TYLN+CRSLRF+D+PDYSYLR+LF++LF R+G+ YD++FDW L
Sbjct 239 VLCKGYPSEFSTYLNFCRSLRFDDKPDYSYLRQLFRNLFHRQGFSYDYVFDWNML 293
> Hs20544145
Length=409
Score = 393 bits (1009), Expect = 3e-109, Method: Compositional matrix adjust.
Identities = 175/235 (74%), Positives = 210/235 (89%), Gaps = 0/235 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
+ GG+GIP I W G EGDYNVM++ELLGPSLEDLF+ C+RK SLKTVL+LADQM++RIE+
Sbjct 59 MQGGVGIPTIRWCGAEGDYNVMVMELLGPSLEDLFNFCSRKFSLKTVLLLADQMISRIEY 118
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
+HS++FIHRD+KPDNFL+G GKK ++V+ IDFGLAKKYRD RT HIPYRE KNLTGTAR
Sbjct 119 IHSKNFIHRDVKPDNFLMGLGKKGNLVYIIDFGLAKKYRDARTHQHIPYRENKNLTGTAR 178
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YASINTHLGIEQSRRDDLE+LGYVLMYFN GSLPWQGLKA TK+ KY++I EKKM+TP+E
Sbjct 179 YASINTHLGIEQSRRDDLESLGYVLMYFNLGSLPWQGLKAATKRQKYERISEKKMSTPIE 238
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFL 236
VLCK +P EF TYLN+CRSLRF+D+PDYSYLR+LF++LF R+G+ YD++FDW L
Sbjct 239 VLCKGYPSEFATYLNFCRSLRFDDKPDYSYLRQLFRNLFHRQGFSYDYVFDWNML 293
> At5g44100
Length=476
Score = 390 bits (1003), Expect = 1e-108, Method: Compositional matrix adjust.
Identities = 175/235 (74%), Positives = 210/235 (89%), Gaps = 0/235 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L GG GIP I W+G+EGDY+VM+I+LLGPSLEDLF+ CNRKL+LKTVLMLADQ+LNR+EF
Sbjct 59 LQGGSGIPNIKWFGVEGDYSVMVIDLLGPSLEDLFNYCNRKLTLKTVLMLADQLLNRVEF 118
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
+H+R F+HRDIKPDNFL+G G+K + V+ IDFGL KKYRD +T HIPYRE KNLTGTAR
Sbjct 119 MHTRGFLHRDIKPDNFLMGLGRKANQVYIIDFGLGKKYRDLQTHKHIPYRENKNLTGTAR 178
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YAS+NTHLG+EQSRRDDLE+LGYVLMYF +GSLPWQGLKA TKK KYD+I EKK++TP+E
Sbjct 179 YASVNTHLGVEQSRRDDLESLGYVLMYFLKGSLPWQGLKAGTKKQKYDRISEKKVSTPIE 238
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFL 236
VLCK P EF++Y +YCRSLRF+D+PDYSYL+RLF+DLF REGYQ+D++FDWT L
Sbjct 239 VLCKNQPSEFVSYFHYCRSLRFDDKPDYSYLKRLFRDLFIREGYQFDYVFDWTVL 293
> At3g23340
Length=442
Score = 387 bits (995), Expect = 1e-107, Method: Compositional matrix adjust.
Identities = 175/235 (74%), Positives = 205/235 (87%), Gaps = 0/235 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L GG G+P I W+G+EG+YN M I+LLGPSLEDLF+ C R SLKTVLMLADQ++NR+E+
Sbjct 59 LQGGTGVPHIKWFGVEGNYNCMAIDLLGPSLEDLFNYCTRSFSLKTVLMLADQLINRVEY 118
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
+HSR F+HRDIKPDNFL+G G+K + V+ ID+GLAKKYRD +T HIPYRE KNLTGTAR
Sbjct 119 MHSRGFLHRDIKPDNFLMGLGRKANQVYIIDYGLAKKYRDLQTHKHIPYRENKNLTGTAR 178
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YAS+NTHLGIEQSRRDDLE+LGYVLMYF RGSLPWQGLKA TKK KY+KI EKKM TPVE
Sbjct 179 YASVNTHLGIEQSRRDDLESLGYVLMYFIRGSLPWQGLKAGTKKQKYEKISEKKMLTPVE 238
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFL 236
VLCK +P EF +Y +YCRSLRFED+PDYSYL+RLF+DLF REGYQ+D++FDWT L
Sbjct 239 VLCKSYPSEFTSYFHYCRSLRFEDKPDYSYLKRLFRDLFIREGYQFDYVFDWTIL 293
> At4g28540
Length=321
Score = 387 bits (994), Expect = 1e-107, Method: Compositional matrix adjust.
Identities = 174/247 (70%), Positives = 213/247 (86%), Gaps = 0/247 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L GG GIP++ W+G++GDYN M+I+LLGPSLEDLF+ CNR+L+LK VLMLADQ+++R+E+
Sbjct 59 LQGGSGIPSLKWFGVQGDYNAMVIDLLGPSLEDLFNYCNRRLTLKAVLMLADQLISRVEY 118
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
+HSR F+HRDIKPDNFL+G G+K + V+ IDFGLAKKYRD +T HIPYRE KNLTGTAR
Sbjct 119 MHSRGFLHRDIKPDNFLMGLGRKANQVYIIDFGLAKKYRDLQTHRHIPYRENKNLTGTAR 178
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YAS+NTHLG+EQSRRDDLE+LGYVLMYF RGSLPWQGLKA TKK KYD+I EKK++TP+E
Sbjct 179 YASVNTHLGVEQSRRDDLESLGYVLMYFLRGSLPWQGLKAGTKKQKYDRISEKKVSTPIE 238
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFLHAERE 241
VLCK +P EF++Y YCRSLRFED+PDYSYL+RLF+DLF REGYQ+D++FDWT L +
Sbjct 239 VLCKSYPPEFVSYFQYCRSLRFEDKPDYSYLKRLFRDLFIREGYQFDYVFDWTALKHPQS 298
Query 242 RERQRRS 248
R S
Sbjct 299 SARSHSS 305
> At5g43320
Length=480
Score = 380 bits (976), Expect = 2e-105, Method: Compositional matrix adjust.
Identities = 172/235 (73%), Positives = 203/235 (86%), Gaps = 0/235 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L GG GIP + WYG+EG+YN M+I+LLGPS+EDLF+ C+R+ +LKTVLMLADQM+NR+E+
Sbjct 59 LQGGTGIPHLKWYGVEGEYNCMVIDLLGPSMEDLFNYCSRRFNLKTVLMLADQMINRVEY 118
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
+H R F+HRDIKPDNFL+G G+K + V+ ID+GLAKKYRD +T HIPYRE KNLTGTAR
Sbjct 119 MHVRGFLHRDIKPDNFLMGLGRKANQVYIIDYGLAKKYRDLQTHRHIPYRENKNLTGTAR 178
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YAS+NTHLGIEQSRRDDLE+LGYVLMYF RGSLPWQGL+A TKK KYDKI EKK TPVE
Sbjct 179 YASVNTHLGIEQSRRDDLESLGYVLMYFLRGSLPWQGLRAGTKKQKYDKISEKKRLTPVE 238
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFL 236
VLCK FP EF +Y Y RSLRFED+PDY YL+RLF+DLF REGYQ+D++FDWT L
Sbjct 239 VLCKSFPPEFTSYFLYVRSLRFEDKPDYPYLKRLFRDLFIREGYQFDYVFDWTIL 293
> At1g72710
Length=465
Score = 379 bits (972), Expect = 4e-105, Method: Compositional matrix adjust.
Identities = 169/241 (70%), Positives = 209/241 (86%), Gaps = 1/241 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L GG G+P + WYG+EGDYNV++I+LLGPSLEDLF+ C+RKLSLKTVLMLADQM+NRIEF
Sbjct 59 LQGGTGVPNVKWYGVEGDYNVLVIDLLGPSLEDLFNFCSRKLSLKTVLMLADQMINRIEF 118
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
VH + F+HRDIKPDNFL+G G++ + V+ IDFGLAKKYRD Q HIPYRE KNLTGTAR
Sbjct 119 VHQKSFLHRDIKPDNFLMGLGRRANQVYVIDFGLAKKYRDSNHQ-HIPYRENKNLTGTAR 177
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YAS+NTHLGIEQSRRDDLE+LG+VLMYF +GSLPWQGLKA KK KY+KI EKK++T +E
Sbjct 178 YASMNTHLGIEQSRRDDLESLGFVLMYFLKGSLPWQGLKAGNKKQKYEKISEKKVSTSIE 237
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFLHAERE 241
LC+ +P EF +Y +YCRSLRF+D+PDY+YL+RLF+DLF REG+Q+D++FDWT L ++
Sbjct 238 ALCRGYPSEFASYFHYCRSLRFDDKPDYAYLKRLFRDLFIREGFQFDYVFDWTILKYQQS 297
Query 242 R 242
+
Sbjct 298 Q 298
> At4g26100
Length=450
Score = 377 bits (969), Expect = 1e-104, Method: Compositional matrix adjust.
Identities = 163/235 (69%), Positives = 207/235 (88%), Gaps = 0/235 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L GG G+P + W+G+EGDYNV++++LLGPSLEDLF+ C+RKLSLK+VLMLADQM+NR+EF
Sbjct 59 LQGGTGVPNVKWFGVEGDYNVLVMDLLGPSLEDLFNFCSRKLSLKSVLMLADQMINRVEF 118
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
HS+ F+HRD+KPDNFL+G G++ + V+ IDFGLAKKYRD T HIPYRE KNLTGTAR
Sbjct 119 FHSKSFLHRDLKPDNFLMGLGRRANQVYIIDFGLAKKYRDSTTHQHIPYRENKNLTGTAR 178
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YAS+NTHLGIEQSRRDDLE+LGY+LMYF +GSLPWQGLKA TKK KY++I EKK++T +E
Sbjct 179 YASMNTHLGIEQSRRDDLESLGYILMYFLKGSLPWQGLKAGTKKQKYERISEKKVSTSIE 238
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFL 236
LC+ +P EF +Y +YCRSLRF+D+PDY+YL+R+F+DLF REG+Q+D++FDWT L
Sbjct 239 ALCRGYPSEFASYFHYCRSLRFDDKPDYAYLKRIFRDLFIREGFQFDYVFDWTIL 293
> SPBC3H7.15
Length=365
Score = 376 bits (966), Expect = 3e-104, Method: Compositional matrix adjust.
Identities = 172/234 (73%), Positives = 207/234 (88%), Gaps = 0/234 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
LSGG+GIP + W+G+E DYN M+++LLGPSLEDLF+ CNRK SLKTVL+LADQ+++RIEF
Sbjct 61 LSGGVGIPFVRWFGVECDYNAMVMDLLGPSLEDLFNFCNRKFSLKTVLLLADQLISRIEF 120
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
+HS+ F+HRDIKPDNFL+G GK+ + V IDFGLAKKYRD +T HIPYRE KNLTGTAR
Sbjct 121 IHSKSFLHRDIKPDNFLMGIGKRGNQVNIIDFGLAKKYRDHKTHLHIPYRENKNLTGTAR 180
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YASINTHLGIEQSRRDDLE+LGYVL+YF RGSLPWQGLKATTKK KY+KIMEKK++TP E
Sbjct 181 YASINTHLGIEQSRRDDLESLGYVLVYFCRGSLPWQGLKATTKKQKYEKIMEKKISTPTE 240
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTF 235
VLC+ FP EF YLNY RSLRF+D+PDY+YLR+LF+DLF R+ Y++D++FDWT
Sbjct 241 VLCRGFPQEFSIYLNYTRSLRFDDKPDYAYLRKLFRDLFCRQSYEFDYMFDWTL 294
> At4g14340
Length=457
Score = 375 bits (963), Expect = 5e-104, Method: Compositional matrix adjust.
Identities = 169/234 (72%), Positives = 202/234 (86%), Gaps = 0/234 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L GG G+P + W+G+EG+Y+ M+I+LLGPSLEDLF+ C R SLK+VLMLADQ++ R+E+
Sbjct 65 LQGGTGVPHLKWFGVEGEYSCMVIDLLGPSLEDLFNYCKRIFSLKSVLMLADQLICRVEY 124
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
+HSR F+HRDIKPDNFL+G G++ + V+ ID+GLAKKY+D +TQ HIPYRE KNLTGTAR
Sbjct 125 MHSRGFLHRDIKPDNFLMGLGRRANQVYIIDYGLAKKYKDLQTQKHIPYRENKNLTGTAR 184
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YAS+NTHLGIEQSRRDDLE+LGYVLMYF RGSLPWQGLKA TKK KYDKI EKKM T VE
Sbjct 185 YASVNTHLGIEQSRRDDLESLGYVLMYFLRGSLPWQGLKAGTKKQKYDKISEKKMLTSVE 244
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTF 235
LCK +P EF +Y +YCRSLRFED+PDYSYLRRLF+DLF REGYQ D++FDWT
Sbjct 245 TLCKSYPSEFTSYFHYCRSLRFEDKPDYSYLRRLFRDLFIREGYQLDYVFDWTI 298
> At1g04440
Length=468
Score = 374 bits (959), Expect = 2e-103, Method: Compositional matrix adjust.
Identities = 168/235 (71%), Positives = 202/235 (85%), Gaps = 0/235 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L GG GIP + W+G+EG++N M+I+LLGPS+E+ F+ C+R SLKTVLMLADQM+NR+E+
Sbjct 59 LQGGTGIPHLKWFGVEGEFNCMVIDLLGPSMEEFFNYCSRSFSLKTVLMLADQMINRVEY 118
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
+H + F+HRDIKPDNFL+G G+K + V+ ID+GLAKKYRD +T HIPYRE KNLTGTAR
Sbjct 119 MHVKGFLHRDIKPDNFLMGLGRKANQVYIIDYGLAKKYRDLQTHKHIPYRENKNLTGTAR 178
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YAS+NTHLGIEQSRRDDLE+LGY+LMYF RGSLPWQGL+A TKK KYDKI EKK TPVE
Sbjct 179 YASVNTHLGIEQSRRDDLESLGYLLMYFLRGSLPWQGLRAGTKKQKYDKISEKKRLTPVE 238
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFL 236
VLCK FP EF +Y Y RSLRFED+PDYSYL+RLF+DLF REGYQ+D++FDWT L
Sbjct 239 VLCKNFPPEFTSYFLYVRSLRFEDKPDYSYLKRLFRDLFIREGYQFDYVFDWTIL 293
> Hs19923746
Length=337
Score = 374 bits (959), Expect = 2e-103, Method: Compositional matrix adjust.
Identities = 174/253 (68%), Positives = 207/253 (81%), Gaps = 0/253 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L GG+GIP I WYG E DYNV++++LLGPSLEDLF+ C+R+ ++KTVLMLADQM++RIE+
Sbjct 67 LQGGVGIPHIRWYGQEKDYNVLVMDLLGPSLEDLFNFCSRRFTMKTVLMLADQMISRIEY 126
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
VH+++FIHRDIKPDNFL+G G+ + +F IDFGLAKKYRD RT+ HIPYRE KNLTGTAR
Sbjct 127 VHTKNFIHRDIKPDNFLMGIGRHCNKLFLIDFGLAKKYRDNRTRQHIPYREDKNLTGTAR 186
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YASIN HLGIEQSRRDD+E+LGYVLMYFNR SLPWQGLKA TKK KY+KI EKKM+TPVE
Sbjct 187 YASINAHLGIEQSRRDDMESLGYVLMYFNRTSLPWQGLKAATKKKKYEKISEKKMSTPVE 246
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFLHAERE 241
VLCK FP EF YLNYCR LRFE+ PDY YLR+LF+ LF +QYD+ FDWT L +
Sbjct 247 VLCKGFPAEFAMYLNYCRGLRFEEAPDYMYLRQLFRILFRTLNHQYDYTFDWTMLKQKAA 306
Query 242 RERQRRSMVNQGA 254
++ S Q A
Sbjct 307 QQAASSSGQGQQA 319
> 7302004
Length=440
Score = 371 bits (953), Expect = 8e-103, Method: Compositional matrix adjust.
Identities = 170/255 (66%), Positives = 207/255 (81%), Gaps = 0/255 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
+ GGIGIP I W G EGDYNVM++ELLGPSLEDLF+ C+R+ SLKTVL+LADQM++RI++
Sbjct 59 MQGGIGIPRIIWCGSEGDYNVMVMELLGPSLEDLFNFCSRRFSLKTVLLLADQMISRIDY 118
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
+HSR FIHRDIKPDNFL+G GKK ++V+ IDFGLAKK+RD R+ HIPYRE KNLTGTAR
Sbjct 119 IHSRDFIHRDIKPDNFLMGLGKKGNLVYIIDFGLAKKFRDARSLKHIPYRENKNLTGTAR 178
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YASINTHLGIEQSRRDDLE+LGYVLMYFN G+LPWQGLKA K+ KY++I EKK++T +
Sbjct 179 YASINTHLGIEQSRRDDLESLGYVLMYFNLGALPWQGLKAANKRQKYERISEKKLSTSIV 238
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFLHAERE 241
VLCK FP EF+ YLN+CR + F+ RPDY +LR+LF++LF R G+ YD++FDW L
Sbjct 239 VLCKGFPSEFVNYLNFCRQMHFDQRPDYCHLRKLFRNLFHRLGFTYDYVFDWNLLKFGGP 298
Query 242 RERQRRSMVNQGADG 256
R Q GADG
Sbjct 299 RNPQAIQQAQDGADG 313
> At2g19470
Length=433
Score = 367 bits (943), Expect = 1e-101, Method: Compositional matrix adjust.
Identities = 165/265 (62%), Positives = 211/265 (79%), Gaps = 0/265 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L GG GIP + WYG+EGDYNV++++LLGPSLEDLFS C R+ SLKTVLMLADQM+NR+EF
Sbjct 59 LQGGTGIPNMKWYGVEGDYNVLVMDLLGPSLEDLFSYCKRQFSLKTVLMLADQMINRLEF 118
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
+HS+ ++HRDIKPDNFL+G G++ + V+ ID+GLAKKYRD T HIPYRE K+L GT R
Sbjct 119 IHSKSYLHRDIKPDNFLMGLGRRANQVYIIDYGLAKKYRDSSTHRHIPYRENKSLIGTPR 178
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YAS+NTHLGIEQSRRDD+E+LGY+LMYF +GSLPWQGLKA KK KYDKI EKK++T +E
Sbjct 179 YASLNTHLGIEQSRRDDIESLGYILMYFLKGSLPWQGLKAGNKKQKYDKISEKKVSTSIE 238
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFLHAERE 241
LC+ P EF +Y +YCRSLRF+D+PDY+YL+RLF++LF REG+Q+DF+FDWT ++
Sbjct 239 TLCRGHPTEFASYFHYCRSLRFDDKPDYAYLKRLFRNLFIREGFQFDFVFDWTVYKYQQS 298
Query 242 RERQRRSMVNQGADGGNQWRRDASG 266
+ + + G G + A G
Sbjct 299 QSGNPQPRPHDGGVGTSSGLNPAVG 323
> CE00872
Length=341
Score = 362 bits (928), Expect = 5e-100, Method: Compositional matrix adjust.
Identities = 173/273 (63%), Positives = 211/273 (77%), Gaps = 3/273 (1%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L GG+GIP I WYG E +YNV++++LLGPSLEDLF+ C+R+ ++KTVLMLADQM+ RIE+
Sbjct 66 LQGGVGIPHIRWYGTEREYNVLVMDLLGPSLEDLFNFCSRRFTMKTVLMLADQMIGRIEY 125
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
VH ++FIHRDIKPDNFL+G G+ + +F IDFGLAKKYRD RT++HIPYRE KNLTGTAR
Sbjct 126 VHVKNFIHRDIKPDNFLMGIGRHCNKLFLIDFGLAKKYRDSRTRTHIPYREDKNLTGTAR 185
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YASIN HLGIEQSRRDD+E+LGYVLMYFNRG+LPWQGLKA TKK KY+KI EKKM T VE
Sbjct 186 YASINAHLGIEQSRRDDMESLGYVLMYFNRGTLPWQGLKAATKKQKYEKISEKKMTTSVE 245
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFLHAERE 241
LCK FP EF YL+Y R LRF++ PDY YLR+LF+ LF +QYD+ FDWT L ++
Sbjct 246 HLCKGFPAEFPMYLSYTRGLRFDESPDYMYLRQLFRILFRTLNHQYDYTFDWTML---KQ 302
Query 242 RERQRRSMVNQGADGGNQWRRDASGRDPLGRLP 274
+ +Q +S G + Q S P G P
Sbjct 303 KAQQSQSSGVPGTNTTTQGATVPSAGVPAGVAP 335
> Hs21624639
Length=337
Score = 362 bits (928), Expect = 7e-100, Method: Compositional matrix adjust.
Identities = 165/247 (66%), Positives = 202/247 (81%), Gaps = 0/247 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L GG+GIP ++WYG E D NV++++LLGPSLEDLF+ C+R+ ++KTVLMLADQM++RIE+
Sbjct 67 LQGGVGIPHMHWYGQEKDNNVLVMDLLGPSLEDLFNFCSRRFTMKTVLMLADQMISRIEY 126
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
VH+++F+HRDIKPDNFL+G G+ + +F IDFGLAKKYRD RT+ HIPYRE K+L GT R
Sbjct 127 VHTKNFLHRDIKPDNFLMGTGRHCNKLFLIDFGLAKKYRDNRTRQHIPYREDKHLIGTVR 186
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YASIN HLGIEQSRRDD+E+LGYV MYFNR SLPWQGLKA TKK KY+KI EKKM+TPVE
Sbjct 187 YASINAHLGIEQSRRDDMESLGYVFMYFNRTSLPWQGLKAMTKKQKYEKISEKKMSTPVE 246
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFLHAERE 241
VLCK FP EF YLNYCR LRFE+ PDY YLR+LF+ LF +QYD+ FDWT L +
Sbjct 247 VLCKGFPAEFAMYLNYCRGLRFEEVPDYMYLRQLFRILFRTLNHQYDYTFDWTMLKQKAA 306
Query 242 RERQRRS 248
++ S
Sbjct 307 QQAASSS 313
> At4g28880
Length=307
Score = 360 bits (924), Expect = 2e-99, Method: Compositional matrix adjust.
Identities = 166/249 (66%), Positives = 203/249 (81%), Gaps = 0/249 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L GG GIP I W+G++G N ++++LLGPSLEDLF C RK S KTVLMLADQML RIEF
Sbjct 59 LEGGSGIPRIKWFGVDGTENALVMDLLGPSLEDLFVYCGRKFSPKTVLMLADQMLTRIEF 118
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
VHS+ ++HRDIKPDNFL+G G+K + V+ IDFGLAK+YRD T HIPYRE KNLTGTAR
Sbjct 119 VHSKGYLHRDIKPDNFLMGLGRKANQVYLIDFGLAKRYRDANTNRHIPYRENKNLTGTAR 178
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YAS NTHLGIEQSRRDDLE+LGYVL+YF RGSLPWQGLKA KK KYDKI EKK++TP+E
Sbjct 179 YASCNTHLGIEQSRRDDLESLGYVLLYFLRGSLPWQGLKAVDKKQKYDKICEKKISTPIE 238
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFLHAERE 241
VLCK P EF +Y +YC +L F+ RPDY +L+RLF+DLF REGY++D+IFDWT + ++
Sbjct 239 VLCKNHPVEFASYFHYCHTLTFDQRPDYGFLKRLFRDLFSREGYEFDYIFDWTIIKYQQA 298
Query 242 RERQRRSMV 250
++ + +S V
Sbjct 299 QKSRNQSQV 307
> Hs17475657
Length=337
Score = 360 bits (923), Expect = 2e-99, Method: Compositional matrix adjust.
Identities = 164/247 (66%), Positives = 202/247 (81%), Gaps = 0/247 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L GG+GIP ++WYG E D NV++++LLGPSLEDLF+ C+R+ ++KTVLMLADQM++RIE+
Sbjct 67 LQGGVGIPHMHWYGQEKDNNVLVMDLLGPSLEDLFNFCSRRFTMKTVLMLADQMISRIEY 126
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
VH+++F+HRDIKPDNFL+G G+ + +F IDFGLAKKYRD RT+ HIPYRE K+L GT R
Sbjct 127 VHTKNFLHRDIKPDNFLMGTGRHCNKLFLIDFGLAKKYRDNRTRQHIPYREDKHLIGTVR 186
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YASIN HLGIEQSRRDD+E+LGYV MYFNR SLPWQGL+A TKK KY+KI EKKM+TPVE
Sbjct 187 YASINAHLGIEQSRRDDMESLGYVFMYFNRTSLPWQGLRAMTKKQKYEKISEKKMSTPVE 246
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFLHAERE 241
VLCK FP EF YLNYCR LRFE+ PDY YLR+LF+ LF +QYD+ FDWT L +
Sbjct 247 VLCKGFPAEFAMYLNYCRGLRFEEVPDYMYLRQLFRILFRTLNHQYDYTFDWTMLKQKAA 306
Query 242 RERQRRS 248
++ S
Sbjct 307 QQAASSS 313
> At4g28860
Length=307
Score = 357 bits (915), Expect = 2e-98, Method: Compositional matrix adjust.
Identities = 163/250 (65%), Positives = 202/250 (80%), Gaps = 0/250 (0%)
Query 1 NLSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIE 60
L GG GIP I W+G++G N ++++LLGPSLEDLF C RK S KTVLMLADQML RIE
Sbjct 58 TLEGGSGIPRIRWFGVDGTENALVMDLLGPSLEDLFVYCGRKFSPKTVLMLADQMLTRIE 117
Query 61 FVHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTA 120
+VHS+ ++HRDIKPDNFL+G G+K + V+ IDFGLAK+YRD T HIPYRE KNLTGTA
Sbjct 118 YVHSKGYLHRDIKPDNFLMGLGRKANQVYLIDFGLAKRYRDANTNRHIPYRENKNLTGTA 177
Query 121 RYASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPV 180
RYAS NTHLGIEQ RRDDLE+LGYVL+YF RGSLPWQGLKA KK KYDKI EKK++TP+
Sbjct 178 RYASCNTHLGIEQGRRDDLESLGYVLLYFLRGSLPWQGLKAVDKKQKYDKICEKKISTPI 237
Query 181 EVLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFLHAER 240
EVLCK P EF +Y +YC +L F+ RPDY +L+RLF+DLF REGY++D+I+DWT + ++
Sbjct 238 EVLCKSHPVEFASYFHYCHTLTFDQRPDYGFLKRLFRDLFSREGYEFDYIYDWTIIKYQQ 297
Query 241 ERERQRRSMV 250
++ + +S V
Sbjct 298 SQKTRSQSQV 307
> YPL204w
Length=494
Score = 343 bits (881), Expect = 2e-94, Method: Compositional matrix adjust.
Identities = 161/253 (63%), Positives = 200/253 (79%), Gaps = 1/253 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
LSGG+GIP I W+G EG+YN M+I+LLGPSLEDLF+ C+R+ S KTV+MLA QM RI++
Sbjct 59 LSGGVGIPFIRWFGREGEYNAMVIDLLGPSLEDLFNYCHRRFSFKTVIMLALQMFCRIQY 118
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
+H R FIHRDIKPDNFL+G G++ S V IDFGL+KKYRD T HIPYRE K+LTGTAR
Sbjct 119 IHGRSFIHRDIKPDNFLMGVGRRGSTVHVIDFGLSKKYRDFNTHRHIPYRENKSLTGTAR 178
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YAS+NTHLGIEQSRRDDLE+LGYVL+YF +GSLPWQGLKATTKK KYD+IMEKK+ VE
Sbjct 179 YASVNTHLGIEQSRRDDLESLGYVLIYFCKGSLPWQGLKATTKKQKYDRIMEKKLNVSVE 238
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFL-HAER 240
LC P EF Y+ YC++L+F+++PDY +L RLFKDL + Y D +FDWT L + +
Sbjct 239 TLCSGLPLEFQEYMAYCKNLKFDEKPDYLFLARLFKDLSIKLEYHNDHLFDWTMLRYTKA 298
Query 241 ERERQRRSMVNQG 253
E+QR ++ +G
Sbjct 299 MVEKQRDLLIEKG 311
> CE05879
Length=578
Score = 343 bits (881), Expect = 2e-94, Method: Compositional matrix adjust.
Identities = 161/231 (69%), Positives = 192/231 (83%), Gaps = 1/231 (0%)
Query 4 GGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEFVH 63
GGIGIP I W G EGDYNVM++ELLGPSLEDLF+ C RK SLKTVL+LADQML+R+EF+H
Sbjct 240 GGIGIPEIRWCGQEGDYNVMVMELLGPSLEDLFNFCQRKFSLKTVLLLADQMLSRVEFIH 299
Query 64 SRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTARYA 123
R +IHRDIKPDNFL+G GK+ ++V+ IDFGLAK+YRD + Q HI YRE KNLTGTARYA
Sbjct 300 CRDYIHRDIKPDNFLMGLGKRGNLVYIIDFGLAKRYRDSKHQ-HIAYRENKNLTGTARYA 358
Query 124 SINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVEVL 183
SINTH GIEQSRRDD+E+LGYV MYFNRG+LPWQGLKA TK+ KY+ I EKK++T V+ L
Sbjct 359 SINTHRGIEQSRRDDIESLGYVFMYFNRGTLPWQGLKAVTKRQKYELISEKKISTRVDDL 418
Query 184 CKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWT 234
C +P F YLNYCRSL FE++PDY YLR LF+ LF R+ + YD++FDW
Sbjct 419 CAGYPEAFAQYLNYCRSLGFEEQPDYGYLRNLFRTLFHRQQFCYDYVFDWN 469
> 7292798
Length=337
Score = 343 bits (880), Expect = 2e-94, Method: Compositional matrix adjust.
Identities = 157/235 (66%), Positives = 194/235 (82%), Gaps = 0/235 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
LSGG+G P I +G E ++N ++++LLGPSLEDLF+ C R ++KTVLML DQM+ R+E+
Sbjct 70 LSGGVGFPRIRHHGKEKNFNTLVMDLLGPSLEDLFNFCTRHFTIKTVLMLVDQMIGRLEY 129
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
+H + FIHRDIKPDNFL+G G+ + +F IDFGLAKK+RDP T+ HI YRE KNLTGTAR
Sbjct 130 IHLKCFIHRDIKPDNFLMGIGRHCNKLFLIDFGLAKKFRDPHTRHHIVYREDKNLTGTAR 189
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YASIN HLGIEQSRRDD+E+LGYV+MYFNRG LPWQG+KA TK+ KY+KI EKKM+TP+E
Sbjct 190 YASINAHLGIEQSRRDDMESLGYVMMYFNRGVLPWQGMKANTKQQKYEKISEKKMSTPIE 249
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFL 236
VLCK P EF YLNYCRSLRFE++PDY YLR+LF+ LF +QYD+I+DWT L
Sbjct 250 VLCKGSPAEFSMYLNYCRSLRFEEQPDYMYLRQLFRILFRTLNHQYDYIYDWTML 304
> SPAC23C4.12
Length=400
Score = 340 bits (873), Expect = 2e-93, Method: Compositional matrix adjust.
Identities = 155/239 (64%), Positives = 194/239 (81%), Gaps = 2/239 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L G IGIP I W+G+ YN M+++LLGPSLEDLF C RK +LKTVL+LADQ+++RIE+
Sbjct 62 LKGNIGIPTIRWFGVTNSYNAMVMDLLGPSLEDLFCYCGRKFTLKTVLLLADQLISRIEY 121
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
VHS+ F+HRDIKPDNFL+ K ++V IDFGLAKKYRD +T HIPYR+ KNLTGTAR
Sbjct 122 VHSKSFLHRDIKPDNFLMK--KHSNVVTMIDFGLAKKYRDFKTHVHIPYRDNKNLTGTAR 179
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YASINTH+GIEQSRRDDLE+LGYVL+YF RGSLPWQGL+A TK+ KY +I + K+ TP+E
Sbjct 180 YASINTHIGIEQSRRDDLESLGYVLLYFCRGSLPWQGLQADTKEQKYQRIRDTKIGTPLE 239
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFLHAER 240
VLCK P EFITY+ Y R L F ++P+Y+YLR+LF+DL R+GYQYD++FDW L ++
Sbjct 240 VLCKGLPEEFITYMCYTRQLSFTEKPNYAYLRKLFRDLLIRKGYQYDYVFDWMILKYQK 298
> Hs4758080
Length=447
Score = 314 bits (805), Expect = 1e-85, Method: Compositional matrix adjust.
Identities = 158/279 (56%), Positives = 197/279 (70%), Gaps = 21/279 (7%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L G GIP +Y++G G YN M++ELLGPSLEDLF +C+R SLKTVLM+A Q+++R+E+
Sbjct 93 LGSGDGIPQVYYFGPCGKYNAMVLELLGPSLEDLFDLCDRTFSLKTVLMIAIQLISRMEY 152
Query 62 VHSRHFIHRDIKPDNFLIGR--GKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGT 119
VHS++ I+RD+KP+NFLIGR K ++ IDFGLAK+Y DP T+ HIPYRE K+LTGT
Sbjct 153 VHSKNLIYRDVKPENFLIGRPRNKTQQVIHIIDFGLAKEYIDPETKKHIPYREHKSLTGT 212
Query 120 ARYASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATP 179
ARY SINTHLG EQSRRDDLEALG++ MYF RGSLPWQGLKA T K++Y KI + K ATP
Sbjct 213 ARYMSINTHLGKEQSRRDDLEALGHMFMYFLRGSLPWQGLKADTLKERYQKIGDTKRATP 272
Query 180 VEVLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWT----- 234
+EVLC+ FP E TYL Y R L F ++PDY YLR+LF DLF R+GY +D+ +DW
Sbjct 273 IEVLCENFP-EMATYLRYVRRLDFFEKPDYEYLRKLFTDLFDRKGYMFDYEYDWIGKQLP 331
Query 235 ----------FLHAERERERQRRSMV---NQGADGGNQW 260
L + RE + R M NQ AD W
Sbjct 332 TPVGAVQQDPALSSNREAHQHRDKMQQSKNQSADHRAAW 370
> Hs11545751
Length=393
Score = 310 bits (795), Expect = 1e-84, Method: Compositional matrix adjust.
Identities = 145/234 (61%), Positives = 183/234 (78%), Gaps = 2/234 (0%)
Query 3 SGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEFV 62
S G G+P +Y++G G YN M++ELLGPSLEDLF +C+R +LKTVLM+A Q+L+R+E+V
Sbjct 96 SAGEGLPQVYYFGPCGKYNAMVLELLGPSLEDLFDLCDRTFTLKTVLMIAIQLLSRMEYV 155
Query 63 HSRHFIHRDIKPDNFLIGR--GKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTA 120
HS++ I+RD+KP+NFLIGR KK ++ IDFGLAK+Y DP T+ HIPYRE K+LTGTA
Sbjct 156 HSKNLIYRDVKPENFLIGRQGNKKEHVIHIIDFGLAKEYIDPETKKHIPYREHKSLTGTA 215
Query 121 RYASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPV 180
RY SINTHLG EQSRRDDLEALG++ MYF RGSLPWQGLKA T K++Y KI + K TP+
Sbjct 216 RYMSINTHLGKEQSRRDDLEALGHMFMYFLRGSLPWQGLKADTLKERYQKIGDTKRNTPI 275
Query 181 EVLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWT 234
E LC+ FP E TYL Y R L F ++PDY YLR LF DLF ++GY +D+ +DW
Sbjct 276 EALCENFPEEMATYLRYVRRLDFFEKPDYEYLRTLFTDLFEKKGYTFDYAYDWV 329
> Hs21314778
Length=415
Score = 308 bits (789), Expect = 7e-84, Method: Compositional matrix adjust.
Identities = 143/236 (60%), Positives = 183/236 (77%), Gaps = 2/236 (0%)
Query 1 NLSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIE 60
LS G+P +Y++G G+YN M++ELLGPSLEDLF +C+R +LKTVLM+A Q++ R+E
Sbjct 95 QLSATEGVPQVYYFGPCGNYNAMVLELLGPSLEDLFDLCDRTFTLKTVLMIAIQLITRME 154
Query 61 FVHSRHFIHRDIKPDNFLIGR--GKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTG 118
+VH++ I+RD+KP+NFL+GR K+ + IDFGLAK+Y DP T+ HIPYRE K+LTG
Sbjct 155 YVHTKSLIYRDVKPENFLVGRPGTKRQHAIHIIDFGLAKEYIDPETKKHIPYREHKSLTG 214
Query 119 TARYASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMAT 178
TARY SINTHLG EQSRRDDLEALG++ MYF RGSLPWQGLKA T K++Y KI + K AT
Sbjct 215 TARYMSINTHLGKEQSRRDDLEALGHMFMYFLRGSLPWQGLKADTLKERYQKIGDTKRAT 274
Query 179 PVEVLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWT 234
P+EVLC+ FP E TYL Y R L F ++PDY YLR+LF DLF R G+ +D+ +DW
Sbjct 275 PIEVLCENFPEEMATYLRYVRRLDFFEKPDYDYLRKLFTDLFDRSGFVFDYEYDWA 330
> HsM5579454
Length=415
Score = 307 bits (787), Expect = 1e-83, Method: Compositional matrix adjust.
Identities = 143/236 (60%), Positives = 182/236 (77%), Gaps = 2/236 (0%)
Query 1 NLSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIE 60
LS G+P +Y++G G YN M++ELLGPSLEDLF +C+R +LKTVLM+A Q++ R+E
Sbjct 95 QLSATEGVPQVYYFGPCGKYNAMVLELLGPSLEDLFDLCDRTFTLKTVLMIAIQLITRME 154
Query 61 FVHSRHFIHRDIKPDNFLIGR--GKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTG 118
+VH++ I+RD+KP+NFL+GR K+ + IDFGLAK+Y DP T+ HIPYRE K+LTG
Sbjct 155 YVHTKSLIYRDVKPENFLVGRPGTKRQHAIHIIDFGLAKEYIDPETKKHIPYREHKSLTG 214
Query 119 TARYASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMAT 178
TARY SINTHLG EQSRRDDLEALG++ MYF RGSLPWQGLKA T K++Y KI + K AT
Sbjct 215 TARYMSINTHLGKEQSRRDDLEALGHMFMYFLRGSLPWQGLKADTLKERYQKIGDTKRAT 274
Query 179 PVEVLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWT 234
P+EVLC+ FP E TYL Y R L F ++PDY YLR+LF DLF R G+ +D+ +DW
Sbjct 275 PIEVLCENFPEEMATYLRYVRRLDFFEKPDYDYLRKLFTDLFDRSGFVFDYEYDWA 330
> 7300125
Length=422
Score = 303 bits (776), Expect = 3e-82, Method: Compositional matrix adjust.
Identities = 146/230 (63%), Positives = 180/230 (78%), Gaps = 2/230 (0%)
Query 7 GIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEFVHSRH 66
G+P +Y++G G YN +++ELLGPSLEDLF IC R+ +LK+VL++A Q+L+RIE+VHSRH
Sbjct 77 GVPEVYYFGPCGKYNALVMELLGPSLEDLFDICGRRFTLKSVLLIAIQLLHRIEYVHSRH 136
Query 67 FIHRDIKPDNFLIGRG--KKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTARYAS 124
I+RD+KP+NFLIGR K+ I+ IDFGLAK+Y D T HIPYRE K+LTGTARY S
Sbjct 137 LIYRDVKPENFLIGRTSTKREKIIHIIDFGLAKEYIDLDTNRHIPYREHKSLTGTARYMS 196
Query 125 INTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVEVLC 184
INTH+G EQSRRDDLEALG++ MYF RGSLPWQGLKA T K++Y KI + K ATP+EVLC
Sbjct 197 INTHMGREQSRRDDLEALGHMFMYFLRGSLPWQGLKADTLKERYQKIGDTKRATPIEVLC 256
Query 185 KQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWT 234
P EF TYL Y R L F + PDY +LRRLF+DLF R+GY + FDWT
Sbjct 257 DGHPEEFATYLRYVRRLDFFETPDYDFLRRLFQDLFDRKGYTDEGEFDWT 306
> SPAC1805.05
Length=439
Score = 302 bits (774), Expect = 5e-82, Method: Compositional matrix adjust.
Identities = 142/238 (59%), Positives = 180/238 (75%), Gaps = 2/238 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L G GIP++Y+YG EG YN+++++LLGPSLEDLF C R+ S KTV M+A QM+ RI+
Sbjct 65 LMGLPGIPSVYYYGQEGMYNLLVMDLLGPSLEDLFDYCGRRFSPKTVAMIAKQMITRIQS 124
Query 62 VHSRHFIHRDIKPDNFLIG--RGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGT 119
VH RHFI+RDIKPDNFLIG K ++++A+DFG+AK+YRDP+T H PY E K+L+GT
Sbjct 125 VHERHFIYRDIKPDNFLIGFPGSKTENVIYAVDFGMAKQYRDPKTHVHRPYNEHKSLSGT 184
Query 120 ARYASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATP 179
ARY SINTHLG EQSRRDDLE++G+V MYF RGSLPWQGLKA T K KY+KI EKK TP
Sbjct 185 ARYMSINTHLGREQSRRDDLESMGHVFMYFLRGSLPWQGLKAATNKQKYEKIGEKKQVTP 244
Query 180 VEVLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFLH 237
++ LC+ +P EF+ Y+ Y R+L +E+ PDY YLR LF L R D +DWT L+
Sbjct 245 LKELCEGYPKEFLQYMIYARNLGYEEAPDYDYLRSLFDSLLLRINETDDGKYDWTLLN 302
> SPBC1347.06c
Length=446
Score = 297 bits (761), Expect = 2e-80, Method: Compositional matrix adjust.
Identities = 138/238 (57%), Positives = 175/238 (73%), Gaps = 2/238 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L+G GIP +Y++G EG +N+++I+LLGPSLEDL +C RK S+KTV M A QML R++
Sbjct 62 LAGCTGIPNVYYFGQEGLHNILVIDLLGPSLEDLLDLCGRKFSVKTVAMAAKQMLARVQS 121
Query 62 VHSRHFIHRDIKPDNFLIGR--GKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGT 119
+H + ++RDIKPDNFLIGR K ++++ +DFG+ K YRDP T+ HIPYRE KNL+GT
Sbjct 122 IHEKSLVYRDIKPDNFLIGRPNSKNANMIYVVDFGMVKFYRDPVTKQHIPYREKKNLSGT 181
Query 120 ARYASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATP 179
ARY SINTHLG EQSRRDDLEALG+V MYF RGSLPWQGLKA T K KY++I EKK +TP
Sbjct 182 ARYMSINTHLGREQSRRDDLEALGHVFMYFLRGSLPWQGLKAATNKQKYERIGEKKQSTP 241
Query 180 VEVLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFLH 237
+ LC FP EF Y++Y R+L F+ PDY YL+ LF + R D FDW L+
Sbjct 242 LRELCAGFPEEFYKYMHYARNLAFDATPDYDYLQGLFSKVLERLNTTEDENFDWNLLN 299
> SPBP35G2.05c
Length=435
Score = 296 bits (758), Expect = 3e-80, Method: Compositional matrix adjust.
Identities = 135/238 (56%), Positives = 178/238 (74%), Gaps = 2/238 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L G GIP +Y++G EG +N+++I+LLGPSLEDLF C R+ S+KTV M A QML+R++
Sbjct 62 LVGNAGIPNVYYFGQEGLHNILVIDLLGPSLEDLFEWCGRRFSVKTVAMTAKQMLSRVQT 121
Query 62 VHSRHFIHRDIKPDNFLIGR--GKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGT 119
+H ++ ++RDIKPDNFLIGR + ++V+ +DFG+AK YRDP+T+ HIPY E K+L+GT
Sbjct 122 IHEKNLVYRDIKPDNFLIGRPSSRNANMVYMVDFGMAKYYRDPKTKQHIPYSERKSLSGT 181
Query 120 ARYASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATP 179
ARY SINTHLG EQSRRDDLE+LG+V MYF RGSLPWQGLKA K KY+KI EKK +T
Sbjct 182 ARYMSINTHLGREQSRRDDLESLGHVFMYFLRGSLPWQGLKAANNKHKYEKISEKKQSTS 241
Query 180 VEVLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFLH 237
+ LC FP EF Y+ Y RSL F++ PDY++L+ LF D+ G D ++DW L+
Sbjct 242 ISELCAGFPNEFSKYMTYVRSLEFDEEPDYAFLQELFDDVLRANGDTNDGVYDWMLLN 299
> At4g08800
Length=285
Score = 296 bits (757), Expect = 4e-80, Method: Compositional matrix adjust.
Identities = 142/235 (60%), Positives = 173/235 (73%), Gaps = 32/235 (13%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L G GIP + WYG K SLKTVLMLADQM+NR+EF
Sbjct 59 LQSGNGIPNMKWYG--------------------------KFSLKTVLMLADQMINRLEF 92
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
+HS+ F+HRDIKPDNFL+G+ K DFGLA+KYRD + HIPYRE K+LTGT
Sbjct 93 IHSKSFLHRDIKPDNFLMGKAGKS------DFGLARKYRDSSSYRHIPYRENKSLTGTPA 146
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YAS+NTHLGIEQSRRDD+E+LGY+LMYF +GSLPW+GLKA KK KYDKI EKK++T +E
Sbjct 147 YASLNTHLGIEQSRRDDVESLGYILMYFLKGSLPWKGLKAGNKKQKYDKISEKKVSTSIE 206
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFL 236
LC+ P EF TY++YCRSLRF+D+PDY+YL+RLF+DLF REG+Q+DF+FDWT L
Sbjct 207 TLCEGHPIEFATYIHYCRSLRFDDKPDYAYLKRLFRDLFIREGFQFDFVFDWTVL 261
> 7296752
Length=477
Score = 288 bits (736), Expect = 1e-77, Method: Compositional matrix adjust.
Identities = 145/287 (50%), Positives = 187/287 (65%), Gaps = 19/287 (6%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L GG+GIP + Y EG YNVM+++LLGP+LEDL ++C+R S+KT LMLADQ+L R+E
Sbjct 118 LQGGLGIPHVKHYATEGAYNVMVMDLLGPTLEDLLNLCSRSFSMKTTLMLADQILARVEL 177
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
+H R FIHRDIKPDNFL+G + + V+ IDFGLAKK+ RTQ HI Y E ++L GTAR
Sbjct 178 LHRRCFIHRDIKPDNFLMGLNRHQTQVYMIDFGLAKKFYSLRTQKHIGYTENRDLVGTAR 237
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YAS+ H EQSRRDDLE++GY+L+YF RG LPWQG++A ++ KY+KI E K P++
Sbjct 238 YASVRAHYA-EQSRRDDLESVGYLLLYFQRGRLPWQGIRAQSQAQKYEKIAEYKANIPLQ 296
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFLHAE-- 239
LC P EF YL YCR L F ++PDY YL++LFK LF + DF+FDW L E
Sbjct 297 QLCSGLPVEFFMYLKYCRKLHFAEKPDYVYLQQLFKVLFRNQYKVCDFLFDWVVLKRESP 356
Query 240 --------RERER--------QRRSMVNQGADGGNQWRRDASGRDPL 270
RER+R Q+ N+ D Q R +G D L
Sbjct 357 EQQSQQKGRERDRGGKRNVVVQKERHRNKDRDSDTQRCRIKNGGDLL 403
> CE29604
Length=407
Score = 281 bits (720), Expect = 7e-76, Method: Compositional matrix adjust.
Identities = 136/230 (59%), Positives = 170/230 (73%), Gaps = 2/230 (0%)
Query 7 GIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEFVHSRH 66
G+P ++++G G YN +++ELLG SLEDLF +C+R SLKTV M+A Q++ RIE+VH++H
Sbjct 83 GLPQVHYFGPCGKYNALVMELLGHSLEDLFDLCDRHFSLKTVAMVAMQLIRRIEYVHTKH 142
Query 67 FIHRDIKPDNFLIGR--GKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTARYAS 124
I+RD+KP+NFLIGR +K ++ IDFGLAK+Y D T HI YRE K+LTGTARY S
Sbjct 143 LIYRDVKPENFLIGRYSTRKQHVLHIIDFGLAKEYIDCDTGKHIAYREHKSLTGTARYMS 202
Query 125 INTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVEVLC 184
INTHLG EQSRRDDLEALG++ MYF RGSLPWQGLKA T K++Y KI + K T VEVLC
Sbjct 203 INTHLGKEQSRRDDLEALGHMFMYFLRGSLPWQGLKADTLKERYQKIGDTKRQTAVEVLC 262
Query 185 KQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWT 234
+ FP EF YL Y R L F + PDY + LFK + R G YD+ FDWT
Sbjct 263 EGFPDEFAQYLRYARRLDFFETPDYDFCYNLFKSVLDRLGATYDYEFDWT 312
> 7292762
Length=344
Score = 278 bits (711), Expect = 8e-75, Method: Compositional matrix adjust.
Identities = 130/230 (56%), Positives = 170/230 (73%), Gaps = 0/230 (0%)
Query 7 GIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEFVHSRH 66
G+P I ++ E Y M+++LLGPSLE LF C R ++KTVL+LA+QML R+E+VH+R
Sbjct 72 GLPRIRYFHKEEHYQAMVMDLLGPSLERLFQFCERAFTIKTVLLLAEQMLRRVEYVHNRG 131
Query 67 FIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTARYASIN 126
F+HRDIKPDNFL+G G V+ IDFGL+KKY D T HIPYRE ++LTGTARYASI
Sbjct 132 FLHRDIKPDNFLMGLGTMSKQVYLIDFGLSKKYLDITTGVHIPYREERSLTGTARYASIG 191
Query 127 THLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVEVLCKQ 186
H G+E +RRDD+ A+GYVLMYFNRGSLPWQ LKA+TK+ KY++I EKK++ +EVLC+
Sbjct 192 AHAGVESARRDDMVAVGYVLMYFNRGSLPWQDLKASTKQQKYERIHEKKISVSIEVLCEG 251
Query 187 FPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFL 236
FP EF YLNYCR + F D+P+Y ++ R+F+ L + I+DW L
Sbjct 252 FPCEFTMYLNYCRGMGFYDKPNYDFICRMFRMLRNGLNLRPGLIYDWDML 301
> YER123w
Length=524
Score = 263 bits (671), Expect = 4e-70, Method: Compositional matrix adjust.
Identities = 131/257 (50%), Positives = 173/257 (67%), Gaps = 20/257 (7%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L+G +GIP Y++G EG +N++II+LLGPSLEDLF C RK S+KT M+A QM++R+
Sbjct 81 LNGCVGIPHAYYFGQEGMHNILIIDLLGPSLEDLFEWCGRKFSVKTTCMVAKQMIDRVRA 140
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMS------------------IVFAIDFGLAKKYRDPR 103
+H I+RDIKPDNFLI + +++S +++ +DFG+AK+YRDPR
Sbjct 141 IHDHDLIYRDIKPDNFLISQYQRISPEGKVIKSCASSSNNDPNLIYMVDFGMAKQYRDPR 200
Query 104 TQSHIPYREGKNLTGTARYASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATT 163
T+ HIPYRE K+L+GTARY SINTH G EQSRRDDLE+LG+V YF RGSLPWQGLKA
Sbjct 201 TKQHIPYRERKSLSGTARYMSINTHFGREQSRRDDLESLGHVFFYFLRGSLPWQGLKAPN 260
Query 164 KKDKYDKI-MEKKMATPVEVLCKQ-FPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFF 221
K KY+KI M K+ P ++L P++F TYL Y RSL+F++ PDY YL L D
Sbjct 261 NKLKYEKIGMTKQKLNPDDLLLNNAIPYQFATYLKYARSLKFDEDPDYDYLISLMDDALR 320
Query 222 REGYQYDFIFDWTFLHA 238
+ D +DW L+
Sbjct 321 LNDLKDDGHYDWMDLNG 337
> YHR135c
Length=538
Score = 259 bits (662), Expect = 5e-69, Method: Compositional matrix adjust.
Identities = 132/241 (54%), Positives = 167/241 (69%), Gaps = 2/241 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L+G IP Y++G EG +N+++I+LLGPSLEDLF C RK S+KTV+ +A QM+ IE
Sbjct 119 LNGTPNIPYAYYFGQEGLHNILVIDLLGPSLEDLFDWCGRKFSVKTVVQVAVQMITLIED 178
Query 62 VHSRHFIHRDIKPDNFLIGRGKK--MSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGT 119
+H+ I+RDIKPDNFLIGR + + + IDFG+AK+YRDP+T+ HIPYRE K+L+GT
Sbjct 179 LHAHDLIYRDIKPDNFLIGRPGQPDANNIHLIDFGMAKQYRDPKTKQHIPYREKKSLSGT 238
Query 120 ARYASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATP 179
ARY SINTHLG EQSRRDD+EALG+V YF RG LPWQGLKA K KY+KI EKK +T
Sbjct 239 ARYMSINTHLGREQSRRDDMEALGHVFFYFLRGHLPWQGLKAPNNKQKYEKIGEKKRSTN 298
Query 180 VEVLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFLHAE 239
V L + P +F YL RSL FE+ PDY R+L + G D +DW L+
Sbjct 299 VYDLAQGLPVQFGRYLEIVRSLSFEECPDYEGYRKLLLSVLDDLGETADGQYDWMKLNDG 358
Query 240 R 240
R
Sbjct 359 R 359
> YNL154c
Length=546
Score = 259 bits (661), Expect = 6e-69, Method: Compositional matrix adjust.
Identities = 131/241 (54%), Positives = 166/241 (68%), Gaps = 2/241 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L+G GIP Y++G EG +N+++I+LLGPSLEDLF C R+ S+KTV+ +A QM+ IE
Sbjct 126 LAGTPGIPQEYYFGQEGLHNILVIDLLGPSLEDLFDWCGRRFSVKTVVQVAVQMITLIED 185
Query 62 VHSRHFIHRDIKPDNFLIGRGKK--MSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGT 119
+H+ I+RDIKPDNFLIGR + + V IDFG+AK+YRDP+T+ HIPYRE K+L+GT
Sbjct 186 LHAHDLIYRDIKPDNFLIGRPGQPDANKVHLIDFGMAKQYRDPKTKQHIPYREKKSLSGT 245
Query 120 ARYASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATP 179
ARY SINTHLG EQSRRDD+EA+G+V YF RG LPWQGLKA K KY+KI EKK T
Sbjct 246 ARYMSINTHLGREQSRRDDMEAMGHVFFYFLRGQLPWQGLKAPNNKQKYEKIGEKKRLTN 305
Query 180 VEVLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFLHAE 239
V L + P +F YL R+L FE+ PDY R L + G D +DW L+
Sbjct 306 VYDLAQGLPIQFGRYLEIVRNLSFEETPDYEGYRMLLLSVLDDLGETADGQYDWMKLNGG 365
Query 240 R 240
R
Sbjct 366 R 366
> 7298405
Length=367
Score = 247 bits (631), Expect = 2e-65, Method: Compositional matrix adjust.
Identities = 121/266 (45%), Positives = 167/266 (62%), Gaps = 32/266 (12%)
Query 7 GIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEFVHSRH 66
G P + YG E +YN M TVLML DQ+L RIE VH R
Sbjct 82 GFPTLLHYGCEKNYNAM-----------------------TVLMLTDQLLMRIECVHERG 118
Query 67 FIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTARYASIN 126
FIHRDIKPDNFL+G + + ++ IDFGL+K+Y+D ++ HIPYR +NLTGT RYASIN
Sbjct 119 FIHRDIKPDNFLMGLDRHCNKLYLIDFGLSKRYKDIESEIHIPYRTDRNLTGTVRYASIN 178
Query 127 THLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVEVLCKQ 186
+G+EQSRRDD+E++ Y LMYFN G LPWQG+ A KK KY+KI+EKK + + LCK
Sbjct 179 AQIGVEQSRRDDMESMSYCLMYFNLGKLPWQGITAANKKQKYEKILEKKTSVTIAQLCKG 238
Query 187 FPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFLHAERER---- 242
FP EF + Y R+L F++ PD++YLR++F+ LF + YD+I+DWT L ++++
Sbjct 239 FPSEFCLLMTYVRNLGFKEPPDHTYLRQIFRILFRSLNHHYDYIYDWTALQQQKDQICRS 298
Query 243 -----ERQRRSMVNQGADGGNQWRRD 263
E +R + + + G + +RD
Sbjct 299 REQILESEREEVRKRDGERGCEPQRD 324
> 7295933
Length=319
Score = 245 bits (625), Expect = 8e-65, Method: Compositional matrix adjust.
Identities = 119/239 (49%), Positives = 160/239 (66%), Gaps = 2/239 (0%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L G+GIP Y + ++V+++ELLGPSLE LF++CNR+ S+KTVLMLADQM++R+E+
Sbjct 65 LRHGMGIPMTYQFFSNRRHDVLVMELLGPSLETLFTMCNRRFSMKTVLMLADQMVDRLEY 124
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
+H H++HRDIKP+NFL+G G + IDFGL+K+Y D + H+P R G GTAR
Sbjct 125 LHLHHYVHRDIKPENFLMGVGLTRHRLHLIDFGLSKRYWDMKENRHVPQRRGTKWAGTAR 184
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
YAS+N QSRRDDLE++GYVL+Y RGSLPWQGL +K K + I+E K++T
Sbjct 185 YASVNALCCKVQSRRDDLESVGYVLIYLLRGSLPWQGLLPNSKLQKAEMILEMKLSTLPN 244
Query 182 VLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDWTFLHAER 240
LC +P EF Y+ Y R L FE+ PDY +R F L F + D I+DW HAE+
Sbjct 245 SLCAGYPNEFYNYIIYTRQLGFEEEPDYRMIRCTFLSLLFNLKFTNDLIYDWD--HAEK 301
> ECU03g0910
Length=327
Score = 231 bits (589), Expect = 1e-60, Method: Compositional matrix adjust.
Identities = 116/235 (49%), Positives = 163/235 (69%), Gaps = 8/235 (3%)
Query 4 GGIGIPAIYWYG---IEGDY-NVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRI 59
GG P IY YG E Y N +++EL+G SLE LF C+R+ SLKTVLML ++M++ +
Sbjct 81 GGTRTPRIYEYGKILYENVYVNGLVMELMGKSLEQLFVTCSRRFSLKTVLMLGERMVDNV 140
Query 60 EFVHSRHFIHRDIKPDNFLIG-RGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTG 118
E++H R+++HRDIKPDNF+ +G ++ + ID+GLAK++R+P T H R K+LTG
Sbjct 141 EYLHHRNYVHRDIKPDNFVFDVQGDRL---YLIDYGLAKEFRNPMTFKHREMRTDKSLTG 197
Query 119 TARYASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMAT 178
TARYAS+ TH G EQSRRDDLE++G+ ++YF +G LPWQGLKA TK++KYD+I E K +
Sbjct 198 TARYASLRTHQGYEQSRRDDLESVGFCMVYFLKGRLPWQGLKAKTKQEKYDRIRESKESI 257
Query 179 PVEVLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDW 233
+ LC P E ++ Y R+L +ED P+Y+YLR L D + G + D +FDW
Sbjct 258 SLYELCMGLPKEIHSFCFYVRNLGYEDMPNYAYLRTLLSDALRQRGLRSDGVFDW 312
> At2g25760
Length=304
Score = 172 bits (435), Expect = 8e-43, Method: Compositional matrix adjust.
Identities = 87/221 (39%), Positives = 139/221 (62%), Gaps = 3/221 (1%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L G G+P +++ G +GD+ VM++++LGPSL D+++ + +S + V +A + ++ +E
Sbjct 64 LGGSHGVPRVHFKGRQGDFYVMVMDILGPSLWDVWNSTTQAMSTEMVACIAIEAISILEK 123
Query 62 VHSRHFIHRDIKPDNFLIGR--GKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNL-TG 118
+HSR ++H D+KP+NFL+G + +F +D GLA K+RD T H+ Y + ++ G
Sbjct 124 MHSRGYVHGDVKPENFLLGPPGTPEEKKLFLVDLGLASKWRDTATGLHVEYDQRPDVFRG 183
Query 119 TARYASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMAT 178
T RYAS++ HLG SRRDDLE+L Y L++ RG LPWQG + K+K + +KKMAT
Sbjct 184 TVRYASVHAHLGRTCSRRDDLESLAYTLVFLLRGRLPWQGYQVGDTKNKGFLVCKKKMAT 243
Query 179 PVEVLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDL 219
E LC P F ++ Y +L+F++ PDY+ LF +
Sbjct 244 SPETLCCFCPQPFRQFVEYVVNLKFDEEPDYAKYVSLFDGI 284
> At3g13670
Length=703
Score = 170 bits (430), Expect = 4e-42, Method: Compositional matrix adjust.
Identities = 85/223 (38%), Positives = 141/223 (63%), Gaps = 6/223 (2%)
Query 1 NLSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIE 60
L G G+P +++ G +GDY VM++++LGPSL DL++ + +S + V +A + L+ +E
Sbjct 197 TLGGSHGVPRVHFKGRQGDYYVMVMDMLGPSLWDLWNTSGQAMSSEMVACIAVESLSILE 256
Query 61 FVHSRHFIHRDIKPDNFLIGR--GKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNL-T 117
+H++ ++H D+KP+NFL+G+ + +F +D GLA K+R+ + H+ Y + ++
Sbjct 257 KMHAKGYVHGDVKPENFLLGQPSTSQEKKLFLVDLGLATKWREGGSGQHVEYDQRPDMFR 316
Query 118 GTARYASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMA 177
GT RYAS + HLG SRRDDLE+L Y L++ +RG LPWQG + +K + +KKMA
Sbjct 317 GTVRYASAHAHLGRTASRRDDLESLAYTLIFLHRGRLPWQGYQG---DNKSFLVCKKKMA 373
Query 178 TPVEVLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLF 220
T ++LC P F +L +++F++ P+Y L LF+DL
Sbjct 374 TSPDMLCCFCPPPFKQFLEIVVNMKFDEEPNYGKLVSLFQDLL 416
> At5g18190
Length=691
Score = 158 bits (400), Expect = 1e-38, Method: Compositional matrix adjust.
Identities = 78/223 (34%), Positives = 138/223 (61%), Gaps = 6/223 (2%)
Query 1 NLSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIE 60
L+G G+PA++ G +GD+ ++++++LGPSL D+++ + +S V +A + ++ +E
Sbjct 189 TLNGCYGVPAVHHKGRQGDFYILVMDMLGPSLWDVWNSSGQSMSPNMVACIAVESISILE 248
Query 61 FVHSRHFIHRDIKPDNFLIGRGKKM--SIVFAIDFGLAKKYRDPRTQSHIPYREGKNL-T 117
+H + F+H D+KP+NFL+G+ ++ ID GLA K++D + H+ Y + ++
Sbjct 249 KLHMKGFVHGDVKPENFLLGQPGTADEKKLYLIDLGLASKWKDSHSGQHVEYDQRPDVFR 308
Query 118 GTARYASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMA 177
GT RYAS++ HLG SRRDDLE+L Y L++ +G LPWQG + +K + +KKM+
Sbjct 309 GTIRYASVHAHLGRTGSRRDDLESLAYTLIFLLKGRLPWQGYQG---DNKSFLVCKKKMS 365
Query 178 TPVEVLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLF 220
T E++C P F +L +++F++ P+Y+ L +F L
Sbjct 366 TSPELMCCFCPPPFKLFLEAVTNMKFDEEPNYAKLISIFDSLI 408
> At3g03940
Length=701
Score = 155 bits (392), Expect = 1e-37, Method: Compositional matrix adjust.
Identities = 78/223 (34%), Positives = 136/223 (60%), Gaps = 6/223 (2%)
Query 1 NLSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIE 60
L+ GIPA++ G +GD+ ++++++LGPSL D+++ + +S V +A + ++ +E
Sbjct 199 TLNSCYGIPAVHHKGRQGDFYILVMDMLGPSLWDVWNSLAQSMSPNMVACIAVEAISILE 258
Query 61 FVHSRHFIHRDIKPDNFLIGRGKKM--SIVFAIDFGLAKKYRDPRTQSHIPYREGKNL-T 117
+H + F+H D+KP+NFL+G+ ++ ID GLA +++D + H+ Y + ++
Sbjct 259 KLHMKGFVHGDVKPENFLLGQPGTADEKKLYLIDLGLASRWKDSHSGQHVEYDQRPDVFR 318
Query 118 GTARYASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMA 177
GT RYAS + HLG SRRDDLE+L Y L++ RG LPWQG + +K + +KKM+
Sbjct 319 GTIRYASCHAHLGRTGSRRDDLESLAYTLIFLMRGRLPWQGYQG---DNKSFLVCKKKMS 375
Query 178 TPVEVLCKQFPFEFITYLNYCRSLRFEDRPDYSYLRRLFKDLF 220
T E++C P F +L +++F++ P+Y+ L +F L
Sbjct 376 TSPELMCCFCPPPFKLFLEAVTNMKFDEEPNYAKLISIFDTLI 418
> ECU11g1980
Length=318
Score = 133 bits (334), Expect = 5e-31, Method: Compositional matrix adjust.
Identities = 79/221 (35%), Positives = 119/221 (53%), Gaps = 6/221 (2%)
Query 2 LSGGIGIPAIYWYGIEGDYNVMIIELLGPSLEDLFSICNRKLSLKTVLMLADQMLNRIEF 61
L G IP + +G +++ LL SL+DL R + K+ ++ ++LN IEF
Sbjct 60 LQGCEKIPRLVDHGSYEGLTFLVLPLLKYSLKDLLERHPRFFTKKSATIVGKKLLNAIEF 119
Query 62 VHSRHFIHRDIKPDNFLIGRGKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTAR 121
+H + +HRDIKP+N + G + ++ +DFG++ Y SHIP GK+++GT
Sbjct 120 IHGKGRLHRDIKPENVMFGHNNR---IYLVDFGMSAPYLRG-DGSHIPEVGGKSVSGTLW 175
Query 122 YASINTHLGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVE 181
Y SINTH GIEQSRRDDLE+L Y+L+ + LPW A+ K + + E K V
Sbjct 176 YMSINTHRGIEQSRRDDLESLFYLLILLYKSRLPWMEPGASVSKKQEARTKEIKENLSVY 235
Query 182 VLCKQFPFE--FITYLNYCRSLRFEDRPDYSYLRRLFKDLF 220
LC + I + + SL F ++P+Y YL L +F
Sbjct 236 DLCDGIHGKEHLIKFFQHISSLEFAEKPNYRYLNSLLDKIF 276
> CE01289
Length=263
Score = 127 bits (320), Expect = 2e-29, Method: Compositional matrix adjust.
Identities = 82/241 (34%), Positives = 126/241 (52%), Gaps = 9/241 (3%)
Query 11 IYWYGIEGDYNVMIIELLGPSLEDLFSIC-NRKLSLKTVLMLADQMLNRIEFVHSRHFIH 69
+++ G +N +I+ L+G +L +L + C NRK S +T L + QM+N I+ +HS FIH
Sbjct 20 VFFCGKAEKFNFLIMTLVGKNLSELRANCPNRKFSRRTGLQIGIQMINAIQQLHSIGFIH 79
Query 70 RDIKPDNFLIGRGKKMSIVFAIDFGLAKKY-RDPRTQSHIPYREGKNLTGTARYASINTH 128
RDIKP NF I +V +DFG+ +KY D TQ P GT RYA + TH
Sbjct 80 RDIKPANFCINLDNPHQLVM-VDFGMCRKYLNDGGTQLRHPRWSVHGFRGTVRYAPLATH 138
Query 129 LGIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVEVLCKQFP 188
G + R++DLE + YVL+ G+LPW ++ + ++ T + P
Sbjct 139 YGRDSCRKEDLETIFYVLVELLVGTLPWMTMEEHIHVEHSKQVAR---TTGLREFLSGCP 195
Query 189 FEFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDW-TFLHAERERERQRR 247
+ + L Y +LRF D PDY+ +R L F E Q++ F+W + ER+++ R
Sbjct 196 KQLVHILLYIDNLRFYDAPDYALIRGLLS--FALENCQHNGSFEWEEEMKMERKKDEDMR 253
Query 248 S 248
S
Sbjct 254 S 254
> CE06325
Length=776
Score = 126 bits (317), Expect = 4e-29, Method: Compositional matrix adjust.
Identities = 75/224 (33%), Positives = 118/224 (52%), Gaps = 9/224 (4%)
Query 12 YWYGIEGDYNVMIIELLGPSLEDLFSICNRK-LSLKTVLMLADQMLNRIEFVHSRHFIHR 70
Y G +N +++ L G +L DL ++ +L T + + Q+LN I +HS F+HR
Sbjct 81 YGCGRNDKFNYLVMSLQGKNLADLRREAPKQCFNLSTAVRVGIQILNGIREIHSIGFLHR 140
Query 71 DIKPDNFLIGR-GKKMSIVFAIDFGLAKKYRDPRTQSHIPYREGKNLTGTARYASINTHL 129
D+KP NF +GR + M V+ +DFGLA++Y + + + P R GT RYA++ H
Sbjct 141 DVKPSNFAMGRTSQTMRNVYMLDFGLARQYLNAKGEIRSP-RSAAGFRGTVRYAAVTAHK 199
Query 130 GIEQSRRDDLEALGYVLMYFNRGSLPWQGLKATTKKDKYDKIMEKKMATPVEVLCKQFPF 189
E R+DDL +L Y+L F +G LPW+ +K KD+ K+ E+ + VL P
Sbjct 200 NKEMGRQDDLWSLFYMLTEFLQGQLPWRKIK---DKDEVGKMKEE---ADLVVLLDDCPH 253
Query 190 EFITYLNYCRSLRFEDRPDYSYLRRLFKDLFFREGYQYDFIFDW 233
E ++ + + L + D PDY YL L + +D +DW
Sbjct 254 EMHLFVAHLKVLGYADTPDYVYLESLLNKIVAENEISWDEPYDW 297
Lambda K H
0.325 0.143 0.441
Gapped
Lambda K H
0.267 0.0410 0.140
Effective search space used: 6056485866
Database: kyva
Posted date: Jul 3, 2009 9:03 AM
Number of letters in database: 47,500,486
Number of sequences in database: 112,920
Matrix: BLOSUM62
Gap Penalties: Existence: 11, Extension: 1
Neighboring words threshold: 11
Window for multiple hits: 40