Table with the complete prediction results of TargetP, SignalP and ASAFind ### targetp v1.1 prediction results, Number of query sequences:
Cleavage site predictions included, Using NON-PLANT networks.
protein name protein ID Name Len mTP SP other Loc RC TPlen
PYC1 (pyruvate carboxylase 1) 30519 30519 1252 0,882 0,011 0,226 M 2 11
PYC2 (pyruvate carboxylase 2) 49339 49339 1264 0,585 0,528 0,006 M 5 53
PEPCK (phosphoenolpyruvate carboxykinase) 55018 55018 612 0,946 0,021 0,066 M 1 18 PPDK (pyruvate phosphate dikinase) 21988 21988 1011 0,381 0,223 0,116 M 5 74
ENO1 (enolase 1) 56468 56468 483 0,287 0,777 0,016 S 3 20
ENO2 (enolase 2) bd_1572 bd_1572 464 0,949 0,013 0,096 M 1 19
PGAM 1 (phosphoglycerate mutase 1) 42857 42857 888 0,046 0,893 0,038 S 1 24
56798 56798 890 0,048 0,895 0,045 S 1 26
PGAM 2 (phosphoglycerate mutase 2) 43253 43253 539 0,87 0,065 0,12 M 2 39
PGAM 3 (phosphoglycerate mutase 3) 43812 43812 476 0,346 0,917 0,005 S 3 30 PGAM 4 (phosphoglycerate mutase 4) 51298 51298 306 0,453 0,836 0,005 S 4 17 56801 56801 359 0,127 0,169 0,752 _ 3 - PGAM 5 (phosphoglycerate mutase) 5 26201 26201 426 0,702 0,058 0,275 M 3 22 PGAM 6 (phosphoglycerate mutase 6) 33839 33839 282 0,935 0,032 0,066 M 1 21 PGAM 7 (phosphoglycerate mutase 7) 35164 35164 357 0,811 0,017 0,349 M 3 28 PGK 1 (phosphoglycerate kinase 1) 29157 29157 441 0,303 0,775 0,023 S 3 20
PGK 2 (phosphoglycerate kinase 2) 51125 51125 436 0,361 0,06 0,685 _ 4 -
PGK 3 (phosphoglycerate kinase 3) 48983 48983 448 0,959 0,014 0,066 M 1 42 GAPDH/GapC (glyceraldehyde 3-phosphate dehydrogenase) 23598 23598 351 0,397 0,101 0,414 _ 5 - GAPDH/GapC1 (glyceraldehyde 3-phosphate dehydrogenase) 22122 22122 379 0,586 0,409 0,044 M 5 40 GAPDH/GapC2a (glyceraldehyde 3-phosphate dehydrogenase) 51128 51128 334 0,614 0,077 0,286 M 4 76 GAPDH/GapC2b (glyceraldehyde 3-phosphate dehydrogenase) 51129 51129 334 0,614 0,077 0,286 M 4 76 GAPDH/GapC4 (glyceraldehyde 3-phosphate dehydrogenase) 32747 32747 336 0,654 0,053 0,305 M 4 20 GapC3_TPI (glyceraldehyde 3-phosphate
dehydrogenase_triosephosphate isomerase) 25308 25308 614 0,925 0,027 0,087 M 1 27 TPI2 (triosephosphate isomerase 2) 18228 18228 298 0,072 0,875 0,077 S 2 18 TPI1 (triosephosphate isomerase 1) 50738 50738 290 0,292 0,76 0,032 S 3 17
Konstanzer Online-Publikations-System (KOPS) URL: http://nbn-resolving.de/urn:nbn:de:bsz:352-0-286001
### targetp v1.1 prediction results, Number of query sequences:
Cleavage site predictions included, Using NON-PLANT networks.
protein name protein ID Name Len mTP SP other Loc RC TPlen
Fba C1 (fructose-1,6-bisphosphate aldolase) bd_825 bd_825 402 0,081 0,875 0,06 S 2 16 Fba C2 (fructose-1,6-bisphosphate aldolase) 22993 22993 439 0,171 0,815 0,077 S 2 16 Fba C3 (fructose-1,6-bisphosphate aldolase) 29014 29014 400 0,133 0,095 0,837 _ 2 - Fba C4 (fructose-1,6-bisphosphate aldolase) 42447 42447 299 0,088 0,194 0,751 _ 3 - Fba C5 (fructose-1,6-bisphosphate aldolase) 51289 51289 401 0,228 0,833 0,011 S 2 22 FBPC1 (fructose-1,6-bisphosphatase) 42886 42886 427 0,022 0,939 0,076 S 1 30 FBPC2 (fructose-1,6-bisphosphatase) 42456 42456 420 0,728 0,455 0,011 M 4 25 FBPC3 (fructose-1,6-bisphosphatase) 31451 31451 418 0,105 0,914 0,013 S 1 25 FBPC4 (fructose-1,6-bisphosphatase) 54279 54279 457 0,03 0,966 0,025 S 1 28 FBP (fructose-1,6-bisphosphatase) 23247 23247 341 0,043 0,104 0,933 _ 1 - GPI1 (glucose-6-phosphate isomerase 1) 23924 23924 554 0,106 0,05 0,918 _ 1 - GPI2 (glucose-6-phosphate isomerase 2) 53878 53878 601 0,038 0,215 0,893 _ 2 - 56806 56806 640 0,227 0,076 0,631 _ 3 - GPI3 (glucose-6-phosphate isomerase 3) 56512 56512 786 0,025 0,889 0,063 S 1 26
ACC1 (acetyl CoA carboxylase) 54926 54926 2092 0,235 0,682 0,016 S 3 24
ACC2 (acetyl CoA carboxylase) 55209 55209 2282 0,262 0,056 0,789 _ 3 -
MAT (malonyl CoA : ACP tranacylase) 47437 47437 359 0,783 0,423 0,007 M 4 44
KAS (ketoacyl-synthase) 56794 56794 467 0,174 0,847 0,026 S 2 16
56797 56797 488 0,021 0,954 0,07 S 1 28
18940 18940 457 0,535 0,068 0,341 M 5 83
KAR (ketoacyl-ACP reductase) 56784 56784 186 0,766 0,022 0,328 M 3 17
HD (hydroxyl acyl-CoA-dehydratase) 48505 48505 605 0,06 0,051 0,957 _ 1 -
55157 55157 197 0,151 0,918 0,011 S 2 18
EAR (enoly-ACP reductase) 50714 50714 360 0,111 0,823 0,035 S 2 18
# SignalP-NN # SignalP-HMM euk predictions euk predictions
protein name name Cmax pos ? Ymax pos ? Smax pos ? Smean ? D ?
PYC1 30519 0,085 19 N 0,1 47 N 0,637 41 N 0,232 N 0,166 N PYC2 49339 0,929 20 Y 0,845 20 Y 0,981 13 Y 0,929 Y 0,887 Y PEPCK 55018 0,125 27 N 0,137 27 N 0,883 9 Y 0,476 N 0,307 N PPDK 21988 0,523 25 Y 0,433 25 Y 0,917 12 Y 0,536 Y 0,484 Y ENO1 56468 0,624 21 Y 0,695 21 Y 0,989 12 Y 0,94 Y 0,817 Y ENO2 bd_1572 0,377 34 Y 0,189 18 N 0,62 2 N 0,361 N 0,275 N PGAM 1 42857 0,921 25 Y 0,802 25 Y 0,992 19 Y 0,89 Y 0,846 Y
56798 0,899 27 Y 0,801 27 Y 0,992 21 Y 0,875 Y 0,838 Y
PGAM 2 43253 0,657 27 Y 0,076 42 N 0,701 32 N 0,209 N 0,142 N PGAM 3 43812 0,595 31 Y 0,597 31 Y 0,947 19 Y 0,826 Y 0,712 Y PGAM 4 51298 0,94 18 Y 0,857 18 Y 0,995 13 Y 0,955 Y 0,906 Y 56801 0,217 24 N 0,135 63 N 0,767 60 N 0,109 N 0,122 N PGAM 5 26201 0,08 29 N 0,073 37 N 0,463 2 N 0,131 N 0,102 N PGAM 6 33839 0,314 27 N 0,349 27 Y 0,889 12 Y 0,553 Y 0,451 Y PGAM 7 35164 0,07 27 N 0,068 15 N 0,525 1 N 0,184 N 0,126 N PGK 1 29157 0,409 21 Y 0,527 21 Y 0,97 11 Y 0,814 Y 0,671 Y PGK 2 51125 0,17 25 N 0,079 33 N 0,189 1 N 0,057 N 0,068 N PGK 3 48983 0,528 30 Y 0,192 30 N 0,891 12 Y 0,361 N 0,276 N GAPDH/GapC 23598 0,049 62 N 0,089 17 N 0,556 5 N 0,361 N 0,225 N GAPDH/GapC1 22122 0,291 18 N 0,439 18 Y 0,946 13 Y 0,76 Y 0,6 Y GAPDH/GapC2a 51128 0,075 32 N 0,136 23 N 0,752 9 N 0,354 N 0,245 N GAPDH/GapC2b 51129 0,075 32 N 0,136 23 N 0,752 9 N 0,354 N 0,245 N GAPDH/GapC4 32747 0,068 23 N 0,062 23 N 0,42 8 N 0,167 N 0,114 N GapC3_TPI 25308 0,136 29 N 0,085 20 N 0,44 12 N 0,217 N 0,151 N TPI2 18228 0,771 19 Y 0,772 19 Y 0,971 13 Y 0,85 Y 0,811 Y TPI1 50738 0,4 18 Y 0,556 18 Y 0,972 12 Y 0,925 Y 0,74 Y
# SignalP-NN # SignalP-HMM euk predictions euk predictions
protein name name Cmax pos ? Ymax pos ? Smax pos ? Smean ? D ?
Fba C1 bd_825 0,656 17 Y 0,692 17 Y 0,972 13 Y 0,913 Y 0,803 Y Fba C2 22993 0,314 17 N 0,488 17 Y 0,943 5 Y 0,876 Y 0,682 Y Fba C3 29014 0,363 16 Y 0,202 16 N 0,386 1 N 0,17 N 0,186 N Fba C4 42447 0,139 27 N 0,103 15 N 0,348 8 N 0,211 N 0,157 N Fba C5 51289 0,594 23 Y 0,709 23 Y 0,983 13 Y 0,927 Y 0,818 Y FBPC1 42886 0,709 31 Y 0,762 31 Y 0,984 21 Y 0,802 Y 0,782 Y FBPC2 42456 0,348 18 Y 0,491 18 Y 0,955 6 Y 0,829 Y 0,66 Y FBPC3 31451 0,518 28 Y 0,576 26 Y 0,992 5 Y 0,869 Y 0,722 Y FBPC4 54279 0,482 29 Y 0,523 29 Y 0,981 11 Y 0,875 Y 0,699 Y FBP 23247 0,161 19 N 0,113 37 N 0,573 30 N 0,122 N 0,118 N GPI1 23924 0,079 16 N 0,057 16 N 0,192 2 N 0,067 N 0,062 N GPI2 53878 0,099 23 N 0,082 23 N 0,548 1 N 0,161 N 0,122 N 56806 0,22 20 N 0,099 49 N 0,697 37 N 0,286 N 0,193 N GPI3 56512 0,768 27 Y 0,695 27 Y 0,988 21 Y 0,851 Y 0,773 Y ACC1 54926 0,744 25 Y 0,722 25 Y 0,987 6 Y 0,839 Y 0,78 Y ACC2 55209 0,142 37 N 0,078 37 N 0,175 1 N 0,047 N 0,063 N MAT 47437 0,241 22 N 0,417 22 Y 0,994 12 Y 0,936 Y 0,677 Y KAS 56794 0,619 17 Y 0,654 17 Y 0,986 13 Y 0,95 Y 0,802 Y
56797 0,249 29 N 0,383 29 Y 0,971 10 Y 0,779 Y 0,581 Y
18940 0,31 33 N 0,204 33 N 0,845 12 N 0,336 N 0,27 N
KAR 56784 0,065 30 N 0,03 37 N 0,122 30 N 0,048 N 0,039 N
HD 48505 0,144 25 N 0,014 28 N 0,02 4 N 0,012 N 0,013 N
55157 0,565 19 Y 0,604 19 Y 0,996 13 Y 0,965 Y 0,784 Y
EAR 50714 0,501 19 Y 0,628 19 Y 0,982 13 Y 0,932 Y 0,78 Y
# SignalP-HMM
ASAFind prediction
euk predictions SignalP D SignalP SignalP 25aa
protein name name ! Cmax pos ? Sprob ? Identifier SignalP score cleavage position cleavage score
PYC1 30519 S 0,578 56 Y 0,947 Y 30519 N 0,166 NA NA
PYC2 49339 S 0,766 20 Y 1 Y 49339 Y 0,887 20 8,538044354
PEPCK 55018 Q 0,071 38 N 0,364 N 55018 N 0,307 NA NA
PPDK 21988 S 0,823 25 Y 0,989 Y 21988 Y 0,484 25 5,392985367
ENO1 56468 S 0,656 21 Y 0,998 Y 56468 Y 0,817 21 9,04810826
ENO2 bd_1572 Q 0,077 34 N 0,102 N bd_1572 N 0,275 NA NA
PGAM 1 42857 S 0,979 25 Y 0,998 Y 42857 Y 0,846 25 4,085315181
56798 S 0,979 27 Y 0,999 Y 56798 Y 0,838 27 4,085315181
PGAM 2 43253 Q 0,286 27 N 0,323 N 43253 N 0,142 NA NA
PGAM 3 43812 S 0,285 36 N 0,994 Y 43812 Y 0,712 31 4,351651183
PGAM 4 51298 S 0,544 18 Y 0,999 Y 51298 Y 0,906 18 8,003266273
56801 Q 0 24 N 0 N 56801 N 0,122 NA NA
PGAM 5 26201 Q 0,008 37 N 0,014 N 26201 N 0,102 NA NA
PGAM 6 33839 Q 0,413 27 N 0,497 N 33839 Y 0,451 27 3,686065631
PGAM 7 35164 Q 0 21 N 0 N 35164 N 0,126 NA NA
PGK 1 29157 S 0,368 20 N 0,999 Y 29157 Y 0,671 21 8,692932379
PGK 2 51125 Q 0 31 N 0 N 51125 N 0,068 NA NA
PGK 3 48983 S 0,48 28 N 0,636 Y 48983 N 0,276 NA NA
GAPDH/GapC 23598 Q 0 22 N 0 N 23598 N 0,225 NA NA
GAPDH/GapC1 22122 S 0,39 18 N 0,998 Y 22122 Y 0,6 18 5,593626164
GAPDH/GapC2a 51128 Q 0,001 32 N 0,002 N 51128 N 0,245 NA NA
GAPDH/GapC2b 51129 Q 0,001 32 N 0,002 N 51129 N 0,245 NA NA
GAPDH/GapC4 32747 Q 0 22 N 0 N 32747 N 0,114 NA NA
GapC3_TPI 25308 Q 0,018 29 N 0,045 N 25308 N 0,151 NA NA
TPI2 18228 S 0,98 19 Y 0,997 Y 18228 Y 0,811 19 7,26324739
TPI1 50738 S 0,731 18 Y 1 Y 50738 Y 0,74 18 9,181179308
# SignalP-HMM
ASAFind prediction
euk predictions SignalP D SignalP SignalP 25aa
protein name name ! Cmax pos ? Sprob ? Identifier SignalP score cleavage position cleavage score
Fba C1 bd_825 S 0,549 17 Y 0,998 Y bd_825 Y 0,803 17 8,190201739
Fba C2 22993 S 0,631 17 Y 0,995 Y 22993 Y 0,682 17 8,326121234
Fba C3 29014 Q 0,003 16 N 0,004 N 29014 N 0,186 NA NA
Fba C4 42447 Q 0,002 27 N 0,002 N 42447 N 0,157 NA NA
Fba C5 51289 S 0,347 21 N 1 Y 51289 Y 0,818 23 7,628336989
FBPC1 42886 S 0,884 31 Y 0,977 Y 42886 Y 0,782 31 5,857557445
FBPC2 42456 S 0,897 18 Y 0,989 Y 42456 Y 0,66 18 7,935267598
FBPC3 31451 S 0,837 26 Y 0,999 Y 31451 Y 0,722 26 4,352208466
FBPC4 54279 S 0,556 29 Y 0,904 Y 54279 Y 0,699 29 4,912766304
FBP 23247 Q 0 42 N 0 N 23247 N 0,118 NA NA
GPI1 23924 Q 0 16 N 0 N 23924 N 0,062 NA NA
GPI2 53878 Q 0,001 18 N 0,004 N 53878 N 0,122 NA NA
56806 Q 0 61 N 0,001 N 56806 N 0,193 NA NA
GPI3 56512 S 0,688 27 Y 0,967 Y 56512 Y 0,773 27 8,421620766
ACC1 54926 S 0,765 25 Y 1 Y 54926 Y 0,78 25 7,800163423
ACC2 55209 Q 0 23 N 0 N 55209 N 0,063 NA NA
MAT 47437 S 0,393 24 N 0,932 Y 47437 Y 0,677 22 4,198723804
KAS 56794 S 0,538 17 Y 1 Y 56794 Y 0,802 17 8,489888579
56797 S 0,379 29 N 0,982 Y 56797 Y 0,581 29 5,074893467
18940 S 0,804 33 Y 0,881 Y 18940 N 0,27 NA NA
KAR 56784 Q 0 0 N 0 N 56784 N 0,039 NA NA
HD 48505 Q 0 0 N 0 N 48505 N 0,013 NA NA
55157 S 0,824 19 Y 0,972 Y 55157 Y 0,784 19 7,436903092
EAR 50714 S 0,637 19 Y 0,998 Y 50714 Y 0,78 19 8,719939542
SignalP 25aa ASAFind ASAFind 25aa ASAFind cleavage has
protein name sequence cleavage position
cleavage
score ASAFind 25aa sequence [FWYL] at +1 position
PYC1 NA NA NA NA NA
PYC2 SMAAAFAPRRSWTTATTPAGIETAA 20 8,538044354 SMAAAFAPRRSWTTATTPAGIETAA F
PEPCK NA NA NA NA NA
PPDK PMIFSFVTPPSRFASGHQASGSERS 25 5,392985367 PMIFSFVTPPSRFASGHQASGSERS F ENO1 GTTLAFAPRSTTTSLTSTTRGSASS 21 9,04810826 GTTLAFAPRSTTTSLTSTTRGSASS F
ENO2 NA NA NA NA NA
PGAM 1 SGCEALLVFLPRRSPFTVISTRSST 25 4,085315181 SGCEALLVFLPRRSPFTVISTRSST L SGCEALLVFLPRRSPFTVISTRSST 27 4,085315181 SGCEALLVFLPRRSPFTVISTRSST L
PGAM 2 NA NA NA NA NA
PGAM 3 AYSLAWRTSAACWTTTTGTARSRSR 31 4,351651183 AYSLAWRTSAACWTTTTGTARSRSR W PGAM 4 TVASAFTHQSTFWGRTAATNSRILS 18 8,003266273 TVASAFTHQSTFWGRTAATNSRILS F
NA NA NA NA NA
PGAM 5 NA NA NA NA NA
PGAM 6 AAVQAADKHTLVLVRHGESTWNLEN 27 3,686065631 AAVQAADKHTLVLVRHGESTWNLEN No
PGAM 7 NA NA NA NA NA
PGK 1 STAAAFAPAKTFGVRSFAPVSLIEL 21 8,692932379 STAAAFAPAKTFGVRSFAPVSLIEL F
PGK 2 NA NA NA NA NA
PGK 3 NA NA NA NA NA
GAPDH/GapC NA NA NA NA NA
GAPDH/GapC1 GSAAAYSSSSFTGSALKSSASNDAS 18 5,593626164 GSAAAYSSSSFTGSALKSSASNDAS Y
GAPDH/GapC2a NA NA NA NA NA
GAPDH/GapC2b NA NA NA NA NA
GAPDH/GapC4 NA NA NA NA NA
GapC3_TPI NA NA NA NA NA
TPI2 SEISAFTVHYSNTNKNAGLRLTSME 19 7,26324739 SEISAFTVHYSNTNKNAGLRLTSME F TPI1 SSATAFAPTFRGSPASTTASTTSLA 18 9,181179308 SSATAFAPTFRGSPASTTASTTSLA F
SignalP 25aa ASAFind ASAFind 25aa ASAFind cleavage has
protein name sequence cleavage position
cleavage
score ASAFind 25aa sequence [FWYL] at +1 position Fba C1 PAVVAFAPPQAAFRSNPALFATETA 17 8,190201739 PAVVAFAPPQAAFRSNPALFATETA F
Fba C2 AQCGAFAPAHYSRTVTSSTLLGAKE 17 8,326121234 AQCGAFAPAHYSRTVTSSTLLGAKE F
Fba C3 NA NA NA NA NA
Fba C4 NA NA NA NA NA
Fba C5 SHAAAFSAPVSSSNGKNGIRSFAPL 23 7,628336989 SHAAAFSAPVSSSNGKNGIRSFAPL F FBPC1 PTTNSFQTSTGQSQPQRLPASSASL 31 5,857557445 PTTNSFQTSTGQSQPQRLPASSASL F FBPC2 ISVRAFLPTRPSPATQYFRYGPRLA 18 7,935267598 ISVRAFLPTRPSPATQYFRYGPRLA F FBPC3 TAARANSIRPAAALSVFDLSSVEAV 24 4,481394363 AFTAARANSIRPAAALSVFDLSSVE No FBPC4 VSIQAWIPLPLSATVKARIDSTTLF 29 4,912766304 VSIQAWIPLPLSATVKARIDSTTLF W
FBP NA NA NA NA NA
GPI1 NA NA NA NA NA
GPI2 NA NA NA NA NA
NA NA NA NA NA
GPI3 SFSSAFVPLSLPMRTPRAVRLQVMT 27 8,421620766 SFSSAFVPLSLPMRTPRAVRLQVMT F ACC1 HHASAFTSNSPAAFLSNGLAKVQRQ 25 7,800163423 HHASAFTSNSPAAFLSNGLAKVQRQ F
ACC2 NA NA NA NA NA
MAT RLGWATAFAPSFQSSIATATRARTS 24 8,704836737 GWATAFAPSFQSSIATATRARTSSR F KAS VPTTAFTPSAFAGQSLAIRGVSSTS 17 8,489888579 VPTTAFTPSAFAGQSLAIRGVSSTS F RSLEAWAPSLSAVHSLTVKSPGGGN 29 5,074893467 RSLEAWAPSLSAVHSLTVKSPGGGN W
NA NA NA NA NA
KAR NA NA NA NA NA
HD NA NA NA NA NA
VFTTAFVVDRPTVARTSTARADTPH 19 7,436903092 VFTTAFVVDRPTVARTSTARADTPH F EAR ASCSAFAPSLDVGRGSFSTSQAVGF 19 8,719939542 ASCSAFAPSLDVGRGSFSTSQAVGF F
ASAFind/SignalP ASAFind 20aa ASAFind Prediction protein name cleavage site offset transit score
PYC1 NA NA Not plastid, SignalP negative
PYC2 0 5,388432023 Plastid, high confidence
PEPCK NA NA Not plastid, SignalP negative
PPDK 0 4,876229851 Plastid, high confidence ENO1 0 6,032763971 Plastid, high confidence
ENO2 NA NA Not plastid, SignalP negative
PGAM 1 0 1,427010581 Plastid, low confidence
0 1,427010581 Plastid, low confidence
PGAM 2 NA NA Not plastid, SignalP negative PGAM 3 0 1,577214591 Plastid, low confidence PGAM 4 0 4,763239342 Plastid, high confidence
NA NA Not plastid, SignalP negative PGAM 5 NA NA Not plastid, SignalP negative PGAM 6 0 0,845077229 Not plastid, SignalP positive PGAM 7 NA NA Not plastid, SignalP negative PGK 1 0 5,333884032 Plastid, high confidence
PGK 2 NA NA Not plastid, SignalP negative
PGK 3 NA NA Not plastid, SignalP negative
GAPDH/GapC NA NA Not plastid, SignalP negative GAPDH/GapC1 0 2,194878222 Plastid, high confidence GAPDH/GapC2a NA NA Not plastid, SignalP negative GAPDH/GapC2b NA NA Not plastid, SignalP negative GAPDH/GapC4 NA NA Not plastid, SignalP negative GapC3_TPI NA NA Not plastid, SignalP negative TPI2 0 4,482864341 Plastid, high confidence TPI1 0 5,732844584 Plastid, high confidence
ASAFind/SignalP ASAFind 20aa ASAFind Prediction protein name cleavage site offset transit score
Fba C1 0 5,47757902 Plastid, high confidence Fba C2 0 5,772775038 Plastid, high confidence Fba C3 NA NA Not plastid, SignalP negative
Fba C4 NA NA Not plastid, SignalP negative
Fba C5 0 4,472179782 Plastid, high confidence FBPC1 0 4,809068601 Plastid, high confidence FBPC2 0 5,013805985 Plastid, high confidence FBPC3 -2 1,592383995 Not plastid, SignalP positive FBPC4 0 2,101240829 Plastid, high confidence
FBP NA NA Not plastid, SignalP negative
GPI1 NA NA Not plastid, SignalP negative
GPI2 NA NA Not plastid, SignalP negative
NA NA Not plastid, SignalP negative GPI3 0 5,467409498 Plastid, high confidence ACC1 0 4,681383454 Plastid, high confidence
ACC2 NA NA Not plastid, SignalP negative
MAT 2 5,674943703 Plastid, low confidence KAS 0 5,683860135 Plastid, high confidence
0 2,361189994 Plastid, high confidence
NA NA Not plastid, SignalP negative
KAR NA NA Not plastid, SignalP negative
HD NA NA Not plastid, SignalP negative
0 4,670143901 Plastid, high confidence
EAR 0 5,67538653 Plastid, high confidence
Protein sequence
>PYC1
MYRTRVLRRATATTRTRGAGSGSLSPSRFRLSRWSTTFAAPPLACGLLSCAAGLSQQCHQPIGRGLHTFHTPDEQLPKSGGPVGVDTPPFTKLLAANRGEIATRINRAAAELGISTAGIYSYE DRFTQHRYKCDQAFELDTSKSPVAQYLDIDKIVDICVKNKVQAVHPGYGFLSENETFAKKLDNAGIIFVGPTVQNLQAFGDKTAARNMAIACNVPVVAGSHDAFATAKEASAWINDPAN QCDYPVIVKALMGGGGRGIRIVPTEKDLNAMFQQASNEAASAFGDGRCFVEKYVEKPRHVEVQCLGDGTGNVIHLWDRDCSVQRRHQKVVELAPAEGLSEDGRNQILNDAVRLLQNA NYRNAGTVEFLVDKNGKHYFMEVNPRVQVEHTVTEEITGVDIVQSQILIASGKTLPELNLTQESIPSPMGVAMQCRVTTEDPAQDFRPDTGTINVFRMPAGMGIRLDDGPGFPGARITP HYDSLLVKITAKARNRKEAAAKLIRALKEFRVRGVKTNKSFLLNVLKHPDFLEGVVDTGFIAANPHLLAPLREQDRAQKLLYYIANVVVNGTPKELGATGAPPSTVDPIIPVVEPNSGQQKKP SLKKIFDADGPDAFAKAVRNNKGLLITDTTWRDAHQSLLATRLRTKDMLNIAPATTVALANAYSLECWGGATFDVSLRFLRECPWERLSALREAVPDIPFQMLLRGANAVGYTSYPDNVV YEFCQMAKDTGMDVFRIFDSVNYIENMKLGIDAVGAAGGIVEAAVCYTGDVSNPNRGMYNLEYYLGFVRQLHGLGIHVLAIKDMAGLLKPEAGTMLVNAIRQEFPDLPIHVHTHDTAGT GVASMLACAKAGADAVDAAADAMSGTTSQPSLGALVASTQGTQWDTGLDLNQVQAVNDYWEEARGLYAPFESGQKTGSSDVYEHEMPGGQYTNLLFQSSQLGLTGQWSKVKKAY AAANRLLGDIIKVTPSSKVTGDLAQFLVANDLTEKEVIEKAETLSFPKSVVEYFQGYLGIPPFGFPEPLRTKVLKGQTIEGYEGLTCFEGRPGADLKPMDMEAVRSKLEEKWGGQADHGVRN VDILSHAMYPAVFDEYKEFKNVFGKLDFLDTRTFLTGMRVNQELRVEIEPGKQLVIKLDSVSEPDKDGLVTLQFELNGTLRTVQIQDKSVDSEKAVRPKAMAAVAGSVGAPMPGVVVETK VKKGDVVEQGDPLLSLSAMKMETTVSAPVSGTVVFFEVTAGDQVEAGDLLVEIEDE*
>PYC2
MRRVAVFVLVLSMPSMAAAFAPRRSWTTATTPAGIETAATMARRSLLSSLLRVSTGTDSEKDTNASTDSIQTDSVVTEASARNSKLVRNVPPFQRILAANRAEIAVRIMRAATELNAGTVA MYTHEDRYSQHRWGADQSFLLDKKNPTSSPISAYLDIPQIIRLALDAGVDAIHPGYGFLSESPEFAQACADASITFVGPTVENLQRFSDKTSARQAAIEADVPVVPGSDGALETEADVTAFV EANGLPVILKAAMGGGGKGMRVVRRMEDLIPFFQAASSEALASFGDGAVFVERFVERPRHIEVQIIGDGTGNVVHLWERDCSIQRRHQKVIEMAPAWTLPDELRAQLHEYAVRLTSQAK YKNAGTVEFLIDAELRPYFIEVNPRIQVEHTVTEEVTGIDLVQAQIKIAAGATLEEVGLVQANIQPRGVAIQCRVTTENPERDFAPDTGTVTLYRHSAGKGVRMDGIGYSGMTITPYFDSMIV KYTALGANFPETVARMKRVLQECRIRGVKTNVGFLLNVLSHPEFETGIVTTSFIDENPQLKQTSMSMYDFASEEQADPRKTFATERLVRYLANLAVNGQPPELGADSQKLTRTTAIADIPAP EIRSEGNAAVPSDESPNQPGWRHLLLEQGPKAYAKAVREHQGLLITDTTWRDAHQSLLATRMRTQELIKSADYTNMALANAFSLEMWGGATFDVAMRFLRECPWERLEALREKVPNV PFQMLLRGANAVGYTNYADNVVHKFCKQAHDSGVDVFRVFDSLNYIENLQLGVDAAGEAGGFVEGAMSYTGDVADPTKGKYSLEYYMNLASELVDMGVHSLAIKDMAGLLTPKASTL LVSALREAHPDIPIHVHTHDTAGSGVASMLAAAQAGADIVDSSMDAFSGMTSQPSLGALVANLAGTERDTGIQLSNLPPLNSYWEDVRSLYAPFESGQLSGSSDVYFHEIPGGQYTNLLF QSKQLGLSDRWTEIKTKYAEANIILGDIPKVTPSSKVVGDLAQFLVSQNLEANEVLEKADTLAFPDSVINYLKGDIGVPPGGFPEPLRNKVLQSRNLEPIEGRPGKFLPDYNFDKERELLEKRF GKANIDEKDCLSYALYPDVFTEWKDFQALYGDVGKLPTRLFLNPMQVGDEVEIEIAKGQTLIVELVSIQDVKEDGTRTVIFEVNGEPWYMPVTDQNLLGDSAVREKAVAPGQVGASMPG VVVGLKVKAGDTVQEGETVATLSAMKMETSIPATASGVIKRVLVNVGDKVNGDDLILEIE*
>PEPCK
MLLTTGAARVFLRSAAVSKSAVKTFAARAVLGSGRLSSPSSLYHGCSVQTFTSLPNDASTSCKEGREAYNVSQTHKGTDACLKVGIDKLGITGPSTIYRNLNYDEIFEHEVKNGEGVVAKAEY GDTFCVDTGKFTGRSPKDKWIVLNKGSETEANIDWNSINQATKPEVFDELYDKAVDYFNQRESCYVADVYCGANPSTRKKIRFLFDKAWQQHFVTNMFIRPSDEAELDGFDPDFTVINCC AQVDDDWERHGLHSDTAVVFNIEKKTAVVFGTWYGGENKKGIFSLMNYWLPMQGHLPMHCSANVGKEGDVALFFGLSGTGKTTLSADPHRALIGDDEHGWDHDGIFNFEGGCYAKT INLSEATEPDIYRAIHKDALLENVAIRDDGTPDYSNVSKTENGRVSYPIFNIPGYHKEQMAGHPSNIIFLSCDAFGVMPPVARLSSGQAMYHFLSGYTAKVAGTERGITEPSATFSTCFGAAF
MTMHPTVYADLLQEKLDKHGSHAYLVNSGWSGGAYGTGKRMSIKTTRTCIDAILDGSIHDAEFQVDPIFGYEVPKSLPGLDDLLLDPKSTWDNQDAYDETAAKLAKMYSDNFKQYEGKG SIDYTKFGPKI*
>PPDK
MKFSSAAATTVGLLLSGHAPMIFSFVTPPSRFASGHQASGSERSIISHSTESSSSLTSHNTNDSRSISSKMQFPLFMTATYSEAGKKKTSTISTTGSNSMVSEQEDSKHGIVPFGGSAAHVKTP DKQILGGKGLGLQEMSYVGIDVPPGFTLTTPLCQVFQENGDLPEEMWRQVEAAIQRVEQDMDRKFGDPSYPLLFSCRSGAAISMPGMMDTVLNVGLNKETVEGLAKATGNKRFAYDS FRRLLDMFGDVVLGIPHESFEDKLKGLKAKVGVQDDIDLTAEHLKELCDLYEKVYDEHGKEFPHNPMDQLKACIKAVFGSWNSGRAIKYREVQGITSLLGTACNIQTMVFGNLGPTSGTGV AFSRDPGTGKAVLNGEYLVNAQGEDVVAGIRTPEPISTMEKGFPKAYEQFIRNVHTLEQHFKDMQDVEFTVENERLWMLQCRSGKRTGQAALKIACDLVDEGICTPEEALLKVEPDHVK QVLHPTFSAEALESAVYKENVVAVGLAGGPGAAVGKVVFSTETAEEMTKEGVILVRETTSPEDVGGMWASRGIVTCRGGVTSHAAVVARGWGKPCVVGCDDIDVDMKTKTMTIKETG EEFKEGDVISINGSTGEIVRVAIETTVPALEGEFGKLLGWADEVPDVCRVMANADSGADAQKARDLGAQGIGLCRTEHMFFSPSRLPVVRRWILRDEGLEQVQEFQREDFREIMHVMDG KPVTIRLLDPPLHEFLPHSSEINEKLSKQLGYDDSQALASDIEAMHEENPMLGLRGCRLGIVREGLTAMQTEAIIHAAADLIEKNNDAKPYPRIMVPLIGSVAEFKNQALLIKRTAERVKKERGI DVPYEIGTMIEVPRAALVSDQIAGVTDPEDGKRLCEFFSYGTNDLTQMTLGISRDDAGAFLQVYKDLGIMEEDPFKSIDTEGVGFLLHLSAAKGRMVNPELSLSICGEHGGDAASIKFFDKV GLDYVSCSPFRVPVARLAAGQASVKRRKDEIEPMSRKDRVVKTSPMA*
>ENO1
MLFKPSTLLALFAVAGTTLAFAPRSTTTSLTSTTRGSASSSVTTLAMSGITGVLAREILDSRGNPTVEVEVTTADGVFRASVPSGASTGAYEAVELRDGGDRYMGKGVLQAVQNVNDILGPA VMGMDPVGQGSVDDVMLELDGTPNKANLGANAILGVSLAVAKAGAAAKKVPLYRHFADLAGNNLDTYTMPVPCFNVINGGSHAGNKLAFQEYFVIPTGAKSFAEAMQIGCEVYHTLG KIIKAKFGGDATLIGDEGGFAPPCDNREGCELIMEAISKAGYDGKCKIGLDVAASEFKVKGKDEYDLDFKYDGDIVSGEELGNLYQSLAADFPIVTIEDPFDEDDWENWSKFTTKNGATFQV VGDDLTVTNIEKIERAIDEKACTCLLLKVNQIGSISESIAAVTKAKKAGWGVMTSHRSGETEDTYIADLAVGLCTGQIKTGAPCRSERLAKYNQLLRIEAELEAGKVTFPGENFRTTAWMGQ*
>ENO2
MMWSRPVLRRNISTTRASSSSRRFLSAITGVHGREIIDSRGNPTVEVDVTTAQGTFTASVPSGASTGIYEASELRDGGSRYMGKGVLTAVKNVNTILADAVMGMDTADQRAIDQVMLAT DGSPNKANLGANAILGISLAISKAGAASRGIPLWQHYADIAGNPIPHTLPVPCFNVINGGEHAGNKLAFQEFFVIPTGAATFTESMSIGCEIFHNLKKVIKGKFGGDATLIGDEGGFAPPCDV ESGLDMIMEAADLAGYTDKISVGLDVASSEFKVKGKDQYDLDFKTTGADKDTSAVKSGDEMIAYYKALIDKYPIVTIEDPFDQDDWTNWSKIVAQVGEKVQIVGDDLTVTNPVKIQQAVD EKAANCLLLKVNQIGSISESIDAVKLSKQNGWGVMTSHRSGETEDNYIADLAVGLCTGQIKTGAPCRGERTAKYNQLLRIEEELGAGAKYPGMGFRKTEWMA*
>PGAM1_42857
MDAITMRKLTLTMAVLLIVSGCEALLVFLPRRSPFTVISTRSSTNSAGLLHLHSKANESDGLEGKWIKVSSALDEGVDAANEEKEGAFLSSDYNSMNGYNTDLNRYHTMLRERGTFVEALFG QRRSFVIAKRDGDENEDGWRDMRRQRRPLWKHLLRLPISVAKNVLWKPPQPGTLILIRHGQSVWNSNKTFTGWADPDLSELGLREVEHAARLLLEGGYEIDVVFTSRLKRAIRSVWIILQ ELEEVYLPVFKSWRLNERMYGALTGLSKKETAEQLGSSIVQEWRGSLKSRPPALTPTHPFWPGKDRKYADLSSDQIPMTESLMDCMERTAPVWEDKIMYELRKGRNVMVVAHANTLRG LVKTIDGVSDEDIREVAIPTGIPIIYKFDENMKSIPPEGDRQTKSQIHMKGLFLEQPGLLKEALAREEEWSKQVPGYNPTMAKETSMTSLERSLFKLQAEREMNEWAGQFIDPDAPHEDDG NDGNEGKPMQWQDSIWAKGMNSVKSGEPFDPDTVDFHENKDMKHVDDLEDVPSENEVVANMVRNQPCITSFPSAYMIPGMGSVPVRRDAVIVIIRHGKTEHNKLGLFTGWEDAPL AREGVDEAREAGRLLKAHGFEFDVVYTSWLSRAIETAWHVIDEMDALWLPIVKTWRLNERMYGKLTGLSKQMVRQRHGPTQFKKWRRGYKDPPPPVSSFSQHYPGNDPRYEKYLNDI
RYSASESIIRSIEKGRPTLHRKLPKSESLKNCMDRTIPFFTERIVPEAIDQGKRVLISSSENAIRGLLMHLCEIPEDKITELEIPNGLPLVFDLRSKCVKLLDDGTGRDPLEVHNFGKAASYLFRPCE DEDGNPDEECDIRFATDERFVLTNDDHATIAAIKKQIVSRNEAVLAE*
>PGAM1_56798
MAMDAITMRKLTLTMAVLLIVSGCEALLVFLPRRSPFTVISTRSSTNSAGLLHLHSKANESDGLEGKWIKVSSALDEGVDAANEEKEGAFLSSDYNSMNGYNTDLNRYHTMLRERGTFVEA LFGQRRSFVIAKRDGDENEDGWRDMRRQRRPLWKHLLRLPISVAKNVLWKPPQPGTLILIRHGQSVWNSNKTFTGWADPDLSELGLREVEHAARLLLEGGYEIDVVFTSRLKRAIRSVWII LQELEEVYLPVFKSWRLNERMYGALTGLSKKETAEQLGSSIVQEWRGSLKSRPPALTPTHPFWPGKDRKYADLSSDQIPMTESLMDCMERTAPVWEDKIMYELRKGRNVMVVAHANTL RGLVKTIDGVSDEDIREVAIPTGIPIIYKFDENMKSIPPEGDRQTKSQIHMKGLFLEQPGLLKEALAREEEWSKQVPGYNPTMAKETSMTSLERSLFKLQAEREMNEWAGQFIDPDAPHED DGNDGNEGKPMQWQDSIWAKGMNSVKSGEPFDPDTVDFHENKDMKHVDDLEDVPSENEVVANMVRNQPCITSFPSAYMIPGMGSVPVRRDAVIVIIRHGKTEHNKLGLFTGWED APLAREGVDEAREAGRLLKAHGFEFDVVYTSWLSRAIETAWHVIDEMDALWLPIVKTWRLNERMYGKLTGLSKQMVRQRHGPTQFKKWRRGYKDPPPPVSSFSQHYPGNDPRYEKYL NDIRYSASESIIRSIEKGRPTLHRKLPKSESLKNCMDRTIPFFTERIVPEAIDQGKRVLISSSENAIRGLLMHLCEIPEDKITELEIPNGLPLVFDLRSKCVKLLDDGTGRDPLEVHNFGKAASYLFRP CEDEDGNPDEECDIRFATDERFVLTNDDHATIAAIKKQIVSRNEAVLAE*
>PGAM2
MASITLNRSRFTMITAIGMSHPRSHGTPRSVLLLLLRQFSSKDWNGKGTDSASRSGPVLIKKTPRSAAAAKLRSTAPSLNGSTTDSTTGAVKHHPAHHYINGGTPCDPAPPPYNLAEYGEES LYTLVLLRHGESEWNKLNQYTGWCDVNLTSTGEMEARTAGRLLYENGIELDHAFTSVLRRASFSCNMMLNMANQHWVPVTKTWRLNERHYGALQGYNKDTAYKELGLDQELVMQM RRSYDVRPPRMLDDHPYWHGTDRRYRKLSPDQLDSSRAESLKDAAERIMPFYNSVVVPSMRSGNKCIIVSHANTIRTLIKNIDGISDEDIKGMSIPTGIPLLYRLDKNMKPVDPQIELEFRY MVEPKGYTWGTSREHGFHGVYLGDLERLQEIQRRRDATNRDWQRIILRNIGRALGWNDLESSTSLGAKTEPNAYGTSNPKVVETRQLWWQIHTKMQTSEYSNMLLLVKMEDALEELM YQRKQKYITQAAYAKMIDQIHLDTEGSVVEPFCELAERHDREERQRIWYESLTLDLEEECLIK*
>PGAM3
MGRRTTHRRLFPALALIFADLIMSTAYSLAWRTSAACWTTTTGTARSRSRIATTRKVRRSRPNPCNPRHPVAFSFFGTSTRRCRSSGSLYGEIDADAEGPDSPRADDRSRPPPPTTSSLSRSE TLPPIPPNAHRVVLMRHGESEFNNANIFTGWCDVALTQRGVVEAVEAGQVFRSHELHFRKCYTSLLTRSIVTAHRSLEAAGVSYTPIVYDWRLNERHYGALQGLSKERTADRLGRTRVMK WRRSYEARPPLMQPGHPHYDTINQDPRYHTLTDLPLGESLEECQTRVVESWREIVADIAGELSRSDEDDSAVRDSPYSLVVAHANSLRALVMHLDDIPAHEIESLNIPTAIPFYYDVDVTTG AVLLASRDASASPDGQSDANRSGSHGGLGTGVFRGVYIADERKKRSFLERRRAANDPWLWALHDHQVERSMLVAPNEDNEEADLSADAEALEGMEQEAKQNTETHSVVSYW*
>PGAM4_51298
MMLRSLVLALSWTVASAFTHQSTFWGRTAATNSRILSLSPPTDASSSALCMKYTLVLVRHGESTWNKENRFTGWVDCPLSEAGEEEAHKGGQLLREGGYHFDKAYTSTLKRAIKTLWIVL EEMDLMYLPITNNWRLNERHYGALQGLNKQETVDKHGKDQVLEWRRSYDIPPPDIDEDSEYFPGNDPMYKDVPKEDLPKAESLKLTEERFMSWWEDTLVPEIKSGTKILIAAHGNTLRAL VKHLDNISPEDITGLNIPTGVPLVYELDEELKPIPHKDAIAPLSGHYLGDQEEVRNRIGAVAAQTK*
>PGAM4_56801
MCDESRQTATPMIHFEIFRFSDPLVRQDRQAPHLSLTSTVKILSDSHLHKLFIMMLRSLVLALSWTVASAFTHQSTFWGRTAATNSRILSLSPPTDASSSALCMKYTLVLVRHGESTWNKEN RFTGWVDCPLSEAGEEEAHKGGQLLREGGYHFDKAYTSTLKRAIKTLWIVLEEMDLMYLPITNNWRLNERHYGALQGLNKQETVDKHGKDQVLEWRRSYDIPPPDIDEDSEYFPGNDP MYKDVPKEDLPKAESLKLTEERFMSWWEDTLVPEIKSGTKILIAAHGNTLRALVKHLDNISPEDITGLNIPTGVPLVYELDEELKPIPHKDAIAPLSGHYLGDQEEVRNRIGAVAAQTK*
>PGAM5
MLVPHPSGTAMRGLREEACRFLSSRSFGATVDATHARMGGNFVNSVQACNNGKRVCWHQRNRRTFSVVATQRNGIGHRTTQGEMEAVPRRHFTSLNQSTPFQLCFLRHGQSTWNR DNIFIGWTDTPLTDDGVLEARVAGKMLHKSGIRFDEVHTSLLRRSIRTTNLALMELGQEYLPVHKHWRLNERCYGDLVGKNKKEVVMQHGADQVKRWRRSYDEPPPPMSDDHPYHPA RDPRYQNILDELPKSESLKNTVERSSLYWDEVLAPALREGKTLLVVGHENNLRSLLMRLEDIAPEDIINLSLPRAVPLAYRLDENLKPLPREDGKLDEATGFLKGTWLGGDQAVSEILDRDHK QVYDTAITTNLEIGQDREKWNNWMEFIMGKPSAKQKRIGGDKQNGFAGGAAIPGVNHRTFTLQQERKQESQ*
>PGAM6
MFAVSRSSFLLATRVKTLRSFAAVQAADKHTLVLVRHGESTWNLENKFTGWYDCPLSPKGHEEVIEAGQLIKKEGIKADIAFTSLLQRAIRSMWHVMEQTDLMWIPVKKAWELNERHYG ALQGLDKQETVDKYGKDQVLVWRRSYDVPPPTVDKTSEHHPANDPRYNGFDFPDEFTESLATTLERVVPFWNKEIVPELKAGKTVMVAAHGNSLRALVKHLDGIDESEISELNIPTGTPLV YELDEDFKPIPQDGAIAPLQGRYLGDQDAIRARIEGVKNQTK*
>PGAM7
MRVPCRRLHPQLSAKGTRRPFQYSSSNSIDDQHRSSHLDALPGRLIVVRHGQSVWNKGSNQLERFTGWTNVGLSENGQRQAVQAARKLHGYSIDCAYVSLLQRSQTTLRLMLEELNDQ GRRSEGYDDLTTDIPVISSWRLNERHYGALTGQSKLQAEQLFGKAQLDLWRYSYKIPPPPMDPDTFSSWKHQAHCQMATYIHHRHNRSRVIEKGNSVWDSSRAVMPRSEAFFDVLQRIV PLWKYGIAPRLARGETVLLVGHANSVKALLCLLDPHTVTPTSIGALKIPNTTPLVYQLIRDYPGASTSVPASFPVLGDLRVVIPPSNSTRYPLSGTWLEDPPVARDAGTAVEEPNASVLG*
>PGK1
MKFVQAAIFALAASASTAAAFAPAKTFGVRSFAPVSLIELEAKASIEDLSDAELKGKKVLVRCDVNVPLDGKKITDDTRIRSSIPTIEYLKNKGAIVSVCSHLGRPKDGPEDKFSLGPCAERMGE LLGQTVTLAPDCIGEEVAKIVNDAKEGDVIMLENTRFYKEETKNDPEFVEKLAAPFDLYVNDAFGTAHRAHASTEGVTKFLKPSVGGFLLAKELEYLDGAISNGKKPMAAIVGGSKVSSKITV LEALLDKCDKVIIGGGMVFTFLKAKGFNVGTSLVEDDFVDTAKEVLAKAEKLGKEILLPIDIVIADKFDAEAETKVVSAEEIPDGWMGLDNGPETTAQQKEALSDCKTIIMNGPMGVFEFEKF AKGTFDLVNILADLSKDKGAITIIGGGDSVAATEQSGRAGDMSHISTGGGASLELLEGKVLPGVAALNDK*
>PGK2
MASDMPKLAPGATRKRNVFDVIEALQKQSAKTILVRVDFNVPMNSDGKITDDSRIRGALPTIKAVVNAKCNAVLVSHMGRPKLVQKAADDEETRQQRHELSLKPVADHLAKLLDQEVLF GDDCLHAQSTIRELPAEGGGVCLLENLRFYKEEEKNGEDFRKSLASYADGYVNDAFGTSHRAHASVAGVPALLPKEVCGIGCLVASELAYLDFKNASSDEQIAAIIGGSKVSTKLPVIEGLLKN VQTLVLQGGLAFTFLKAQGIKIGDSLVEDSMIDTAKDLLKQADSMGKTIILPVDAVCSQSFPKGPMDKADTKTFELNTDAGIDDGWMGLDIGPKSVKIIADGLAKATKIVVNGPAGVFEVP PFDEGTRGLVDAIESLTKNGTVSVVGGGDSVAALEAFGKTEAVSYVSTGGGATLELLAGDILPGVAAIADYD*
>PGK3
MFRMLTSTALRRSPVTSSLTSCCKANAFAVRIRSFHAAPVIQAKMTVEQLAQQVDMKGTNVLVRVDLNAPLATDDVTVTDDTRLRAIVPTTKFLLEQGANVILCSHFGRPKGEIIETGKNG RLNPVVKPLEVLLGQTITKLDDCMGPDVEAATKNLGEGKVVLLENTRFYSGETKNDPELAAGLGKLADYFVMDAFGTAHRAHSSTAGVTTHMKFNAAGKLMEKELQYLQGAVEEPKRP MMAIVGGAKVSTKIPVIESLLDKCDVILIGGGMIFTFYKALGYDIGASLVEDDIVELASSLMKKAEEKGVKLILPVDVVLADKFDNDANSAVAKVTDISGDWMGLDIGPETIDLFRSEIAEANT IVWNGPMGVFEFSNFAAGTNDVAQMLAQATAERGAVTIIGGGDSVAAVNKAGLGDKVSHISTGGGASLELLEGKVLPGVAALTEV*
>GAPDH/GapC
MPVKCLVNGFGRIGRLCFRYAWDDPELEIVHVNDVCSCESAAYLVQYDSVHGTWSKSVVAAEDSQSFTVDGKLVTFSQEKDFTKIDFASLGVDMVMECTGKFLTVKTLQPYFGMGVKQ VVVSAPVKEDGALNVVLGCNHQKLTTDHTLVTNASCTTNCLAPVVKVIQENFGIKHGCITTIHDVTGTQTLVDMPNTKKSDLRRARSGMTNLCPTSTGSATAIVEIYPELKGKLNGLAVRV PLLNASLTDCVFEVNKEVTVEEVNAALKKASESGPLKGILGFEIKPLVSTDYTNDTRSSIIDALSTQVIDKTMIKIYAWYDNEAGYSKRMAELCNIVAAMNITGQEPSFKYE*
>GAPDH/GapC1
MKFSAATFAALVGSAAAYSSSSFTGSALKSSASNDASMSMATGMGVNGFGRIGRLVTRIMMEDDECDLVGINAGSATPDYMAYQYKYDTIHGKAKQTVEIDGDFLVLDGKKIITSRCRD PKEVGWGALGADYVCESTGVFLTKESAQSIIDGGAKKVIYSAPAKDDSLTIVMGVNQEAYDGSEDFISCASCTTNGLAPMVKAIHDEFVIEEALMTTVHAMTATQAVVDSSSRKDWRGG RAASGNIIPSSTGAAKAVTKVIPSLVGKITGMAFRVPTIDVSVVDLTAKLEKSTTYEEICAVIKAKSEGEMKGFLGYSDEPLVSTDFEGDLRSSIFDADAGIMLNPNFVKLIAWYDNEYGYSGR VVDLMKHVAAVDAKIKA*
>GAPDH/GapC2a
MPVSLGINGFGRIGRLVMRAALEHPDATVVAVNDPFLTPEYAAYQFKYDSVHGTYAEDVSFEEGYLVVGDKKIRFFSERNPEEIGWGSVGAEIVCESTGVFTTIDKAQAHINGGAEKVVISA PSADAPMYVMGVNHTTYSGATVFSNASCTTNCLAPLAKVLHEEFGIVEGLMTTIHAGTATQLVVDGPAKGGKDWRAGRSSLANLIPASTGAAKAVGKVIPELNGKLTGMAVRVPTADV SMVDLTIRTEKAVSAAELKAALKKASEGPMKGILGYTEDAVVSQDFVHDPRSSIVDASAGIALNDNFHKVIAWYDNEWGYSNRLVDLAIYTSGK*
>GAPDH/GapC2b
MPVSLGINGFGRIGRLVMRAALEHPDATVVAVNDPFLTPEYAAYQFKYDSVHGTYAEDVSFEEGYLVVGDKKIRFFSERNPEEIGWGSVGAEIVCESTGVFTTIDKAQAHINGGAEKVVISA PSADAPMYVMGVNHTTYSGATVFSNASCTTNCLAPLAKVLHEEFGIVEGLMTTIHAGTATQLVVDGPAKGGKDWRAGRSSLANLIPASTGAAKAVGKVIPELNGKLTGMAVRVPTADV SMVDLTIRTEKAVSAAELKAALKKASEGPMKGILGYTEDAVVSQDFVHDPRSSIVDASAGIALNDNFHKVIAWYDNEWGYSNRLVDLAIYTSGK*
>GAPDH/GapC4
MSINVGINGFGRIGRLVMRAAQKNPNIKIVAVNDPFIPVEYMEYMYKYDTVHGRADSVVKANKEAGTITVGENEIKVFGEMDPSKIQWGSAGADYVVESTGVFTTTEKASAHMVGGAK KVVISAPSGDAPMFVMGVNQEKYESSMDVVSNASCTTNCLAPLAKVVNDEFGLKEGLMTTVHAVTATQQTVDGPSQKDWRGGRAACYNIIPSSTGAAKAVGKVIPALNGKLTGMSFR VPTANVSVVDLTCRLDKGAPYATICAAIKAASEGPMKGILGYTDEDVVSSDFISDTHSSIFDQKAGIALTDDFVKLVSWYDNEAGYSTRVLDLIAHMESQK*
>GapC3_TPI
MLASSRTAAASVQRMSSRAFHASSLTEARKFFVGGNWKCNGSVQQAADLVSMLNQSSLSQDTEVVICPSQVHLQSVQSTIRGDVAVGAQDVWTQGNGAFTGETSANMLKDLGVKW AVIGHSERRGKGEPDAQVAAKAKYALDQGLSVIACCGEPLEAREAGTTNEYVFPQIKAYVDALEPKDWDRVVIAYEPIWAIGTGLTATPEQAQDTHEAIRQYLGQVAGAEVAANTRILYG GSASAKTAPGLSAKPDIDGFLVGGASLKPEFADIVNCQGDTKSLKPVNIGINGFGRIGRLVMRAAQNDPMINIVAVNDPFIPTDYMEYMFQFDSTHGLYTGTVNMVDESNIAVDGKPIRV FNERDPSKIQWGSAGADYVIESTGIFTTTEKASAHMAGGAKKVVISAPSGDAPMFVMGVNQEKYESSMDVVSNASCTTNCLAPLAKVVNDEFGLKEGLMTTVHAVTATQQTVDGPSQ KDWRGGRAACYNIIPSSTGAAKAVGKVIPALNGKLTGMSFRVPTIDVSVVDLTCRLDKGAPYATICAAIKAASEGPMKGILGYQNKDVVSSDFISDSHSSIFDEKAGIALTDDFVKLVSWYD NEAGYSMRVLDLIKHMEKSK*
>TPI2_18228
MKISSIALLLSIVSEISAFTVHYSNTNKNAGLRLTSMELSARKPFITGNWKLNPQTKGEAIELALGIQSSITGKSPCDVGLFVPFPFIGAVQNAVGDKLVVGAEMVSPQDAGAFTGGISCSMLK SIGVDWALAGHSERRTIFAETDDDINAQCLKLIESGMNVVLCIGETLQEFEKDLVGAICEVQLKKALAGISATDMSRVTIAYEPIWAIGTGKVATPEIAQDVHATCRQILVGMYGEQVANDT RILYGGSVSPESVDGLLAKPDIDGALVGGASLESEKFGRIINFEMAEAPMIA*
>TPI1_50738
MKFLALSVAALISSATAFAPTFRGSPASTTASTTSLAARKPFISGNWKLNPQTKSEAVDLASNIAAAITSDSPDADVALFVPYVFIEAAQEATGGKLAIGAEGVCPQIQGAFTGAVSASMLQSI GVQWALAGHSERRVVFGETDEYINGQCLKLIELGMSVMLCIGESESEYEQDLAGPVCAVQLKKGLAGIQKEDLSRVAIAYEPVWAIGTGKVATPEIAQSVHAKCRAVLAEMYGPETADAT RILYGGSVTPESVDDLMAMPDIDGALVGGASLDAAKFGRIINFQSK*
>Fba C1
MKLSTAALFFIPAVVAFAPPQAAFRSNPALFATETAAEKTTFSKMPASVKPGVVTGKALVDLLQHAKKEGFAIPGVNIVGTNSINACMEAAKKYGGPIMVTFSKGGGQFIAGKAADNSDD AASIAGCVAGAKHVREVAKLYGVPVVLHTDHCQKAWLPWFDGLIEANEEYYKEHGEPLFSSHMLDLSEESLEENIGICKQYMERMAKIDLLLEFELGVTGGEEDGVDNSDVDSSRLYTQPE EVYYAYKELGSVPNAAFTCAASFGNVHGVYAPGNVELKPEILHNTQAYIQEKEGSDDSKPMLFVFHGGSGSDVKDIQYAIEAGVVKMNIDTDTQWAFWDGVREYEATNREYLQGQIGN PDGADKPNKKYYDPRMSLRAGEEAMAARLCQAAEDLKCNGVLN*
>Fba C2
MKIAVVAFFVIAQCGAFAPAHYSRTVTSSTLLGAKEKGGTSKELDLPCADECAISKYPNLPESIHPGVLSGQAQMDLLNHAKEHGYAIPAVNCVSNSGINACLEAARKNDAPIIIQFSSGGSQ FYGGKGLDNSNYRAAIAGAVSGAFHVRTMAEQYGVPVILHTDHCAKKLLPWIDGLLSASERYYEQHGEPLFSSHMIDLSEEPIEENIEICKEYLTRMDKIGILLEMELGITGGEEDGVDNSDR PIEDLYSKPEEIYQVYEELMKISDKFTVAAAFGNVHGVYSPGNVKLEPKILSRAQDYISEKLGDKAPADKKPVAFVFHGGSGSDVADIQEAIGYGVIKMNIDTDTQWSYWEGIKNFETKYHD YLQTQIGNPDGPDKPNKKYYDPRESMRAAEVNTVARLGKSYADLKCQNILGLGEVEPADNVLGPRRGGLPV*
>Fba C3
MATITDLVPPGVVTGDNLTTLLEHARANGYAIPAVNCTSSSTANAVLEAGRKSKSPVIIQVSNGGGSFMAGKGYKDADSATVGSVALAVHVRSVAKYYGIPVILHSDHCAKKLLPWFDGM LAADEDFFAKYGEPLFGSHMLDLSEEPDEENIAICVEYFKRMVPMKIWLEMEIGITGGEEDGVNNEDVDPDKLYTTPEQVYSVYQALSQVGDMFSIAAAFGNVHGVYKPGNVKLSPERLV
KHQEYTKKMIDSSLTHPLFLVMHGGSGSTDEEIQTAVKAGVVKMNIDTDTQWSYWDGLRGFEKEKRDYLQGQIGNPTGADKPNKKFYDPRVWVRKAEEAMVVRVMTSCEKLNSAGT YEPSNEPGSPQLGQPLKTPSPVVLMAAGALAGSAATLLLKTLGK*
>Fba C4
MLMVGPMFEKVLKADGFIAALDQSGGSTPKALRLYGISDDSYVEGEKSMFDKVHEMRTRIITSKAFDGDRILGAILFEDTMDRDIEGQSTGHYLWQKRNIVPFLKIDKGLASEASGVQLMK PIPGLDELLKRGKGNGMFGTKMRSVIKKANAEGIKAIVDQQFELAKEIIAAELIPIIEPEVDIHSEEKEECETILKKCILDHLNQLKSSDMVMLKLTLPSQQNFYKECIDHPQCMRVVALSGGYE RERANEILSQQKGMIASFSRALTQDMKHGMTEDEFDEKLDQAIASIYKASKAG*
>Fba C5
MRFSLQSSLAVLLVLQASHAAAFSAPVSSSNGKNGIRSFAPLSMSLDKYADELRDTANRMVRPGYGLLACDESTGTVGTRLESIGLENTEENRQVWRQLLFTTPNLGDYISGAILFEETLYQS STEGVPFVDVLTDAGIIPGIKVDSGLKPLCGGGPGETWCSGLDGLYEKCCKHYEQGARFAKWRTAVRINVEQDLPSDLAVQEAAWGLARYARICQEAGLVPIVEPEILIDGTHDLATTAKV QERLLTTVYKCLQENGVLLEGSLLKPSMTVAGVDCPDKPKPEEIAAMTVQTLQRCLPPAMPGVTFLSGGTSEEDSSIYLNEINKIDRLGPWALTFSFSRAMQSSCLQKWGGRDDNVKAAQ DQLLARAMANAAACQGKYEPGSQPSEEESLYVANYVY*
>FBPC1
MEKWGFSRGQVPLLLSVIALSFVLLPTTNSFQTSTGQSQPQRLPASSASLHMSDPLAGPSAKRAPLQRKKDLKQFSRFLEVECWKRAELRDLEPVLASVAEACRQINRIVQRAQTDDIYGV AVKIDGSPLDDTNVQGEVQQKLDVLCNTIMLRAFCGSSRSVHSVASEEEDEPRCCSDVMNDSAFAVGNFIAVFDPLDGSKNIDASLPVGSIFGIYKKIPGKSVDDQTFLQDGSGLVAAGYC LFSATTVLVLTLGSGVDGFTLDPDTGRFLHTHQDIRIPSSGPIYSFNEANFKDFDPPVKHFLNALKEGSSSTGIRSNARYIGALVADVHNVLINGGIYGYPSTRANRNGKLRLLYESAPMAMIL EQAGGAGSTGRGRILDVVATKIHQRIPTFLGSIENVFELDQFYKYYSDDDNKEQVSTAKQV*
>FBPC2
MKIALLPVVFSAISVRAFLPTRPSPATQYFRYGPRLATASLSQAAGAAVSKAPVFDEVCETTGVTLTRFMNEVATLNPDLKELTTLFGAIDTACKAISNLVKRSQLPSSDTLGLEGTLNVQGED QKKLDVITNDLLKRALRFTGRLGVLASEEEDVPVDLLRSGLHNRGSEILIEEGEKYVAVFDPLDGSSNVDAGIPTGTIIGVYEHDESCNTNLECTPEECTEQEAQCLANTLQPGTNLVAAAYCL YSSSTFFALTLGNGVYIFTLDETIGEFILSKPSVQIPESSSIYSFNEAKLEMWDEPMRKTVNSWREGTGKSGKIFSSRYIGSMVGDVHRTLLYGGVFGYPADNENPIGKLRLLYEAAPMSFIME QAGGISTTGMQRVMEIQPLMVHQRVPVIMGSKNDVLEVIDAYTAASNE*
>FBPC3
MMFILKSPALWLLLYPVVAFTAARANSIRPAAALSVFDLSSVEAVPSRKTKAPIFDEVCDTTGVTLKRFMTEVSLLNPEIEELTTLFGAIETACKAIANLVKRSPLPSSDTLGLQGEINVQGEDQ KKLDVIANDILKRALRFTGRLGVLASEEEDTPVDLMPRDPSTKKVLIDEGEKYVAVFDPLDGSSNVDAGIPTGTIIGIYEHDETCKIDPDALEEDRTKQENLCLANTLQPGTNLVAAAYCLYSSS TFLVLTLGAGTYGFTLDETIGEFVLSHPNIKIPECSSIMSFNEANTPSWDRPLQDTFAKWRTGTGKSGKKFSSRYIGSMVGDVHRTLLYGGVFGYPGDKKNPNGKLRLLYEGAPMSFIMEQ AGGLSTTGTQRVMEISPDTVHQRVPIIMGSRQDVEEVMDAYKNFGIE*
>FBPC4
MGRGVIIFCVKNFAVWLLIITSAVSIQAWIPLPLSATVKARIDSTTLFFSRYKTPLYHGGNEESYGPPAPAVDSRYYTYVEAPVQSSRSRDTKQPITLSRFLSDAVKENAELRDLESLFMGIQMA CKTIASLVNRAGLVYSITEDIRDDITDGRFYSMKRLDHLSTVVLKNALKYTGKCEVLAPKSRLDNESPAQHQPGVLIAKSMDSNYVACLDPLDGSGNADASICTGTVFGVFEKETSTGISLWK KSREDRDRELVDSVLQPGKNMRAAGYCLYSSATVLVFTLGESVQGFTLDPQMQEFVLTHPDLTIPKRGSVYSCNEANSEGWDDAYNSYLRNLKTGKGETGKRYAHRYVGSMVGDIHRTL LYGGIFAYPADRLEHPDGNLQLLYKAAPMAYIVHTAGGKAIDGRSGSLLEVRPDRVHQKSPCFIGSYDDVSEWESYLSDNEGIYYKKGRD*
>FBP
MSDKFDSDATTLNRFVMSYTRDHDLVILLNAIATSCKLITSAVQRAGVAKLYGLAGEVNSTGDDQKKLDVLSNDMMINALVNSGVCCVLVSEENEEPIIVPPGKAGKYCVAFDPLDGSSNI DCNVSVGTIFSVYERKPGSNGSAEDLLRSGADCICAGYVVYSSAVEMVFTFRGSDVHGFCLDSTIGEFVHTREKMVFPAEGGKRIYSCNEGNANNWDQPIKDACDHFRDSEQPYTARYVG SMVADIHRTILYGGIYMYPADAKSPKGKLRLLYEGIPMAMIIEQAGGVASTGFFNGKIQRVLDLVPDEIHAKCPIIMGGKRDVQVVFDQYKKAGIDGPTL*
>GPI1
MSDLTSSPAWKALEAHYGTMKNVHMKELFANDSERFHKYSMKFEDILLDYSKNRVADSTMDLLYALAEQQDVKGKAQAMFSGEKINSTEDRTVLHIALRNQSNKPIYVDGEDVMPAVN ETLERIKAFTNQVRDGTWKGHTGKVITAIVNIGIGGSDLGPVMACEALKPYAADHLKMHFCSNVDGTHIAEILKLCDPETTLFLIASKTFTTQETMTNANTAKTWLVGNFDGDETSVAKHF AALSTNGDAVSAFGIDVTNMFGFWNWVGGRYSLWSAIGTPIALAIGFDNWMEMHAGAHAVDQHFLQYDGKDNLPLTLALIGLWYNNFFGAETVAILPYDQYMHRFAAYFQQGDME SNGKYVDMNGKRMQTQTGPIIFGEPGTNGQHAFYQLIHQGTKIIPCDFVAPCQSQNNLPEKLGAPVDHHPILLSNYFAQTEALAFGKDESQVKAELDKTDMSEAEKTALVPHKVFEGNR PSNSFLFKKLTPRTLGSLIAIYEMKIFCQGAIWNINSFDQWGVELGKQLAKAILPELDGDSPVSSHDSSTNGLINYYKTNK*
>GPI2 _53878
MPPSTATTSWTLKCTDLPQFDALEAEADLFRTDDKLHLRNLCNNSARCAGLTVVYTTPGHRKIVYDYSRQRVTGETIALLFHLADAVGLAERREAMRTGQRINLTEDRPVLHHVLRMPAD FHFVRHDPMAGKEGGAQATDGATTLRNVHEVRERVRDFAERVRSGAYKSVKHKHFRNTIVIGTGGFKIGPQFVADALQADPAAMHGSAGRRLLFLSNMDPVDFSTVVGDLDPAETLVV VVSKTFTAPETILNARTAKTWLVQNMAVGGITENEIVGKHMIGITSNPTLCQKFGIRRENIYMLWDWVNPRFSVCSAAGLLPLSIHFSSEVLSEVLNGAHDMDKHFFHAPLGDNIPVIMGL LGVWNSTFLGYHCRAVLPYSHAMRSFPNFVQHVDMESNGKRVALDGSSLLHRSAEITLGEPGTNVQNVLMQLMHQGRPFPADFIGFMEAQQHIHLENEALSNHDELMSNFFAQPDAL AYGKTLVDLIQEGIPEPLREHMVFNGNRPSSSILMTRLDAFAVGQLIAMYEHRTAVQGFIWGINSWDQFGVELGKVLATHIRSQLSASRKTGASVQGFNSSTSSLLEHFLAHGKHPEPTSTE KTL*
>GPI2 _56806
MLHDIQCNFVITERIRTQAFFAVAGNLGALKRYLFAKLYSLLVAPTQIIIVMYMPPSTATTSWTLKCTDLPQFDALEAEADLFRTDDKLHLRNLCNNSARCAGLTVVYTTPGHRKIVYDYSRQ RVTGETIALLFHLADAVGLAERREAMRTGQRINLTEDRPVLHHVLRMPADFHFATDGATTLRNVHEVRERVRDFAERVRSGAYKSVKHKHFRNTIVIGTGGFKIGPQFVADALQADPAA MHGSAGRRLLFLSNMDPVDFSTVVGDLDPAETLVVVVSKTFTAPETILNARTAKTWLVQNMAVGGITENEIVGKHMIGITSNPTLCQKFGIRRENIYMLWDWVNPRFSVCSAAGLLPLSI HFSSEVLSEVLNGAHDMDKHFFHAPLGDNIPVIMGLLGVWNSTFLGYHCRAVLPYSHAMRSFPNFVQHVDMESNGKRVALDGSSLLHRSAEITLGEPGTNVQNVLMQLMHQGRPFPA DFIGFMEAQQHIHLENEALSNHDELMSNFFAQPDALAYGKTLVDLIQEGIPEPLREHMVFNGNRPSSSILMTRLDAFAVGQLIAMYEHRTAVQGFIWGINSWDQFGVELGKVLATHIRS QLSASRKTGASVQGFNSSTSSLLEHFLAHGKHPEPTSTEKTL*
>GPI3
MRAILESHCFHVFSILLLLLCSFSSAFVPLSLPMRTPRAVRLQVMTEPPRGGTSRTEAKEDKDDDPKALSPESDYLLQTEDFTRQWKKPEQHSLEVPRVRHTVLSERDYHRLEAIIFQDDATE GSEEATVLQRRVSLPNIPIPPRLARPGVAWQHHHHATVNLVRQHRNQKHDGPIQFITNIINRPQLVSTCSEWKRLEKHAEYIGTTHLKDLLQDRERCDEMYATHDGVYLDYSRQRVTLET MKFLYALAEKQNLKGQIDKMVKGDKINFTEDRAVLHTALRAERALTGTVMVDGVDVIAEVHQVLDQVKVFTDGVRSGQIRGYTGKRLRNIVSVGIGGSYLGPEFLHECLKTEPEGINSALG YSLRFLSNVDPVDVERTCADLDPEETLVVVVSKTFTTAETMLNARTMRQWLWDFMGNDKEVVKKHMVACASVSAIDNVRKFGIDTDRYFFRFWDFVGGRYSVCSAAGAVPISLLYGFD LFEKFLQGANSMDKHFLTAPYDRNIPVLMGLLGVWNMSFMNYKARTTLPYAEALLKLPAHIQQLDMESNGKTMTKHGLEVDYPVGEIDFGEAGTNGQHSFYQLLHMGQTVPCDFIGF VQSQHDFCLDGENLSSHDELMANFFAQPDALATGKTADEVRAEGVPPGLVGHKVFKGNRPSLSLLLPKLTAYACGQLLAIYEHRTAVQGFMWDINSFDQWGVELGKKLAIDVKGHLLN ARRSEEEVETSNPATTRLLNYYVNNSRRICQEAPYNPITSVTRKTHREHASAPLPPLPHDLGGQEGRLT*
>ACC1
MLSRGYATAALALLVAAAAHHASAFTSNSPAAFLSNGLAKVQRQNVVGVSRENDRGLDTALWSTLDEPITLGGVKALEDYVKERGGNLPIRKVLIANNGMAATKSILSMRQWAYMELG DERAIQFVAMATPEDLKANAEFIRLADSFVEVPGGSSANNYGNVDVICKLAQEQGVDAVWPGWGHASEKPALPDGLAKIGVKFIGPPAPVMSVLGDKIAANILAQTANVPSIPWSGSFG GTDDGPLQADLTDEGTIPDDIFEKATCRNVEEAIQAAEKIGYEEGLMIKASEGGGGKGIRFVDNEEDLRNAFIQVQSEVIGSPIFIMQLCKNARHLEVQIVGDEHGNAVALNGRDCSTQRR FQKIFEEGPPTIAKVDTFDEMQKAAQRLTQTIGYVGAGTVEYLYNAATDKYFFLELNPRLQVEHPVTEGITGVNMPATQLQVAMGIPLYNIPQIRHLYGKEDIYGTDKIDFMVEKYKPIDTH VIAARITAENPDEGFKPTSGSIERIKFQSTSNVWGYFSVGANGGIHEFADSQFGHLFAKGATREQARKSLILALKEIEVRGEIRTTVEYLAQLLETKEFIENTIDTSWLDGIIKSKSVQIEMPEDLT VISAAVFKAFKHVEEAVEDVKESFRKGQVSVGGVPAMNSFDIEIAYKDTKYTFHVERTAEDLYLLSCAGNTIEVRLTLTAESAILATFGGETHRIDGMDEPLGLRLVLDGNTILMPTIFDPSELR TDVTGKVVRFLQDNGGSVEAGQPFVEVEAMKMIMPLKATESGKITHNLSPGSVISAGDLLASLDLKDPSKVKKIVTFEGEFKIPSVALETAATDMISHILAGYQGDAEFAANAAFEDIEDVE TAATLVTDTLNEFLRVEKIFNGRLLDDVVRDLTKANSENLDHVIAEIQAHLNVRLRSQLILAMLRQVETFSDRFGVAEISGDLLAALEELQTLKDKMYGEITLAADTIIRQSKIPSFESRVEELRA QLSDTETDLVKLSKSPTLSAGVDLLTYLFTDSDGLVRSAAVEVYVRRVYRAHRMLDLSVEDKSGRLTCSFTFQFSDVPENEAPTRQGLLSVVASMDSFKSDFANILEDMSEAIGEKPATSDGR PLTALHIAMADGEMGEFSVVEGVLASEKPKLIAMGVRTVNFVVPNKKKEPSYFTFPQADNYKEDRLRRNMRPTFHHLLELARLTSNFDAERIPAIGKNAQVYIGTEKSERPVRGGPPQVVF VRAISHSSGLVTDVGALRALQQGLDELERAQSNSKVNLQSSSRIFLHSLHELEGTTPQEVSARFKAVMSSLKSKLATRLLKLRVDEIEVKLRIASKSEDGSPIVQNVRLVGSSMEGEWLGATTY IEKPDPVTGVTTEFCVLDESGEANMCFLDPYGTSNIIQTKRAIARRVGSTYAYDFLGLLEVALIGEWEQHINSLELDTGVTIPTDLFESQELIEDEDGNLVLGSRVVGTNKIGMVTWVVKMKT PEYPEGREVVVIANDVTVQSGSFGVEEDELYYKASVYARERKLPRVYIACNAGARIGLVDELKEKINIKFNDPTNPNKGFEYLYLTDEDYKALPEGALIASKVNEGWALSDIIGTKHGIGVENL QGSGKIAGETSRSYDEIFTLSYVTGRSVGIGAYLVRLGQRVIQMKQGPIILTGFSALNKLLGRDVYTSNNQLGGPQVMQPNGVSHDIVDDDQEGVTSIMKWLSFVPKTVGALPACRESAD PVDRPVAWRPTPTPYDPRLMLSGTADVPGFFDKGSWKEYLSGWGKSVVIGRGRLGGIPMGAIAVETRLVDKVIPADPADPNSREAILPQAGQVLFPDSSYKTAQALRDFNKEGLPVMIF ANWRGFSGGSRDMAGEVLKFGAMIVDALREYENPVYIYLPPHGELRGGSWVVVDPTINQEKMEMYADPDSRGGILEPAGITEIKFRTPDQLKVMHRQDPQLKLLDAELEMCEMEDDK AAIKEQIIAREEQLKPVYLQAATEFADLHDKTGRMKAKGVIREAVPWEQSREFFFWRAKRRMLEDAAAGQMRQGDASLTKDSATDLLKDVFSGDWNDDKAVADFFESNASDVADKVK AVKAAGVQAKIDALKKELDGLEFM*
>ACC2
MPYTRTADGAGGIAQETHRRFATVQDYIQLLGGPRARVISKILIANNGNAAVKCIRSLRRWSYETFGDSKALTFVVMATPEDLRSNAEYIRAGDVIVDVPGGPNHSNYANVSLIVEIARLHA VHAVWAGWGHASENPTLPNTLESCGIKFIGPAGPPMQALGDKIGSTIIAQSAGVPCIAWNGSDIQASYNVKEGSLPSWALEQAGVQSATQASEAAAKIGFPVMIKASEGGGGKGIRKVL HADDVATAYRQVCGEVPGSPIFLMKLAQKARHLEVQLLADEYGHALALNGRDCSVQRRHQKIIEEGPPVAAAPDVWKQMEASAVALAKAVSYANAGTVEYLYEEDTQKFYFLELNPRLQ
VEHPVTEMITHVNLPACQLQVAMGLPLSHIPEIRQRYGRKRFDDALDEIDFDNVSAQPTHGHCMAVRITAENAEAGFQPTSGTLQELNFRSTPNVWGYFSMDSSGAIHEFADSQFGHLF ASGSDREQARRNMVLALKELSIRGDISTTVDYISKLIELEDFVSNHIDTAWLDGIIQNKVLSDTEACKTDVAIQTLHDHVHVILGATVQAYNCAQDATTEYVELLEKGQLPPRSLLKLSREVELI LNNVKYVLRTVQTGPHTFSMGLTTDRENRVVETHVRVLSDGGYLIDVDGTSHVVYLTRKADSAHGMRITTNSGATIAFSPDYDPTSLRTDVAGKLVKQLVPDQAHVKKGEAYAEMEVMK MFLPLKVEEAGTISWHANEGASLTAGDILGTLALDNPENVATVSVFEGDLQVTGWGQSIARNTTSSSNGSTSNNGTRNAHLVLRKAVQALHRATDGYILLPETIDAAMADLMQAVADPF LPVLEIREQLSVLSSRLPATLLRSISTMVREYENPALASHVSSISDTSARATFEALITPLREAVLPYNRGKASGVPGAQRAVDSFLIALEKWTANERWFCDGKSYADAVEELRQGHKNDPGYIL SVCRAHEQLQTTSKLVTSIMTAIGVGSKINPTGGAGTESVILHAESAISEIGSMGSNDLYREVALKARKLLMQESLPSLELRKGRFVAAASHVATADGANLSSTVTDLLADQTPMVDLLFPLL KSSSSGLESVGLAEIFVRRMYRSFSMKDIIRDGERRSFKFAFMEKQAEGAVSNLSTVASLMDLKRVVSSGSLMETNDEPSESGGVIPVKQGIPADTLRIGVCMVVDNVSDVADADTIQNVS SQFVANSGSDPVNVLYFIVLNSDIGLDEASHQEIAKKCELILQGSHALLEQAGVRGVTFVMNQHYDEFEEYRAPAMFTFRFPAYKEIALYRGIDPVRAPQLDLNRVAANFDIRGLGSHNSAT GQAHLYEAVPKKAALASDHKASKAARVFVRSLGFVTDMNQTSFDRILVDTLNAFDLCSVKSRMDNHVFINVASDFEKTVLDPVTVEHVVAGILKKHGERITTMGIVEVEIRIVCRLSSESHPI ALRLVSSNPTGYVHVMSTYVEAADDSSDERKFKLIGNTKATLASTSDSSWEGVNVEAPYPLTRPFDAQRKTALRASDTLYCYDLPALFEAAVEQQWLEASEKGSSEKWTMNDYFDGMLEL SHIRRGAGMNDVGMVAWLVELKTVEYPNGREIVLLSNDITHKAGSFGTREDVVFKMASEYARQRQIPRLYVAANAGARIGLAEGVKKLFKVAFKDPAKPESGFDFLYLAQADYDSLTKEK KLVNVEPMSLDGETVYRIVDVIGSEPDLGVENLKGSGLIAGETSIAYEDIFTMTVVLGRTVGIGAYLVRLGQRTIQRKTESPIILTGFQALNKLMGVDVYSTHDQLGGPSIMHSNGISHMVEA DHFRAIKSAVKWLSYVPSTRRGLLPISDIRGVDDIERPIGYIPVQGVPYDPRFLLTGGADDQGTWQSGFFDKGSFTETMAGWAKAVVVGRARLGGIPMGVIVTENRMVETIKPADPADLT ASETVVREAGGVWFPNSAFKTATAIKDFRTEDLPLIVFANWRGFSGGQRDMFDEVLKYGSQIVDAFVAYEQPVFVFIPPFAEIRGGAWVVLDATINANCMEMYATKGSSRGGVLEANGT ASVKYRTKDLIATMHRLDEKLKALDIQLEECVDDSARIDVEAVIVKRQNQLLPVYEQISVRFCELHDTPGRMKAVGVIKQDVEWREARSFFYWRLRRKLAEFELRRKIIDAARVGRAVNVLK PTEASLLIQKWFLESSGKSEDCWEDDATMLSWMAEQSSSLELKVMEYSKACVTREIVNVILGGGTTTAIGAAGIVEGLRLSMDQMTTEEKEIFRQNLQRALKL*
>MAT
MVRFVVNMGMLLLTVRRLGWATAFAPSFQSSIATATRARTSSRQASDSDFDDFSSQTAFMFPGQGAQFVGMCGDVVKDVPKAQALFDQASEILGYDLLQVCVDGPKEKLDSTVVSQP AIFVASMAAVEKLRQEQGDDAINAATCAMGLSLGEYSALCFADAISFADGVKITKARGEAMQAAADAVDSGMVSVIGLDKEKVAELCAMASEKSGERIQIANFLCSGNYAVSGSSKACEA VNELAKPEFKARMTVKLAVAGAFHTDFMKPAVASLEKVLADVEIQKPRIPVISNVDAKPHSDPETIKKLLATQVTSPVLWENTMDLMLSSGFEKAFELGPGKVTAGILKRFDKKAECENVE V*
>KAS_56794
MKTAALLLALAVPTTAFTPSAFAGQSLAIRGVSSTSTLSMMAEATSPGLRRVVVTGMGITSCLGNTLEEVTDSLKNAKCGITFAEQCAELGIKSQVRGIPNLTDEDIKALIPKSALRFCGINAQ YAYIAMDRAIQDSGMADDVYQENPRVAAIIGQGGTSIPDIVETVEAVQGGNKRWKNKVGPFRVTRSMGSTCSAVLATNFKVQGPSFSISSACSTGAHCIGTGFEQIQLGKSDIAFCGAGE SVNWEVTSMFDCMGALSTSYNETPEKASRAFDKNRDGFVIAGGGGILVLEELEHAKARGAKIYAELTGYAANSDGYDMVAPSGVGGQRCMDLAMADAARNSGKDSPVEYINTHGTST PVGDVMELGAIKTLFTEKGYQPQVGSTKSLSGHALGAAGVHEAIYTILMMNNDFMAESANIEDLVDEAEGMNILTKRKDGPFHRAMSNSFGFGGTNCALVFDKYEE*
> KAS_56797
MFLGVPTQLVILQSCLLLGSLQVRSLEAWAPSLSAVHSLTVKSPGGGNRFGSPRSMSSGSNDSDPTRVVVTGLGVISGCGIGHDDFFQACLDGKSSLGVVQRFDVTHYPCQIASEVPDHM FDPNDFFVNPKNVRSNDRFTHFAVAAARQAVQDAGLGDTPETLQNPDRVGCMVGTAFGGVETFERETLKLAQKPERPKVSPFTIPALLGNTASGVIGIEIGCRGPNYGVTSACASGGHAI GEAMGMILDGHADVMIAGGTEATITPLCFAGFSAMKAMNTNCNDNPKAGSRPFDADRAGFVMGEGAGVVVLESLASAKARGARIYCELVGYGASCDAHHITTPAPEGRGLATAMEM
ALDQAGIAKTDVSYVNAHGTSTAYNDKFETMALKSVFGEHATNKDGTFVVSSTKSVTGHTLGAAGGLEAVVAAKSILHGMVPPTINLETPDPECDLDYVPNVKREMEVKAAMSTNLGFG GHNAAILFKKYQE*
> KAS_18940
MASPLSAAASLRSCRVVVTGIGAITPLGNTFAESWQSLLRKETGVTSLTEALSWQGLSSEELLHRELTVAATLPCQVASPVRWQHKDSRTNRFVQLALVAGREAMLESGLDKWIQAGEGQ IDRSTTDNPRRHRIGACIGSGMSGVREIAQAVNSMETSGFRKLSPHFVPKVLSNSAAGRLSIEFGLQGPNHSASTACAAGSHAIGDAFRCIQYGNADVMLAGGAESCIDPLSMAGFCRLR ALSTAYNDTPEKASRPFDRDRDGFVMGEGAAILVLERLEHALARGAPILAELSGYGLTGDAYHVTAPDPLGCGAQRAIQMALDQSFGDRRYVEEMPVGYVNAHATSTPKGDEIEARVIHD VFRDSSPNLIVSGTKGATGHLLGAAGAIEAAFTVQALNTRQIPPTLNLHETDAETEHFGFQHARDTMHVPTLQVALSNSFGFGGTNASLLFKRISFE*
> KAR
MSSDIVGSRIQRQEARHASNFFRFPESLQRNNFGNLFQVSFVQDGCHVRFNVSWTNSVDGNPTRGKLLSVGVSHTNDTTLSGSVVSLSRIANLAYDRTNIDNAARALFGSDLEKGLRAVE NSGKINVDHILPLLGFHAHDQGIARNACVIDEHIDGTKLLNGFFKHALDGIGLGSYKRGYSVRYEQ*
> HD_48505
MESSKPMGESDEPEITIPAELSTATDPDSNEELSSELAQEQEVFDALFSTRRPKDGWAGLSSGLKSFGKGTAAGLATLVGAPIAGAQQGGARGFVAGLATGVASAVALPVAGLCVGVAQV GRGIANSGEAVRSARAGMMWDENKREWYFYLLDREASEIREEEVKNSAEASGSGSAESDRTVKDRAYYELLRVSTNATSAELKKAYYKEARVCHPDKNPGDPGAAKKFQELGQAYQVLS NEQSRAHYDKHGIQESSDVQMSMTDIDPRIFFAVMFGSEAVKPYIGELWIANKADSLMKDQMKMGMDAQGEDPIEMDEEAFREMAKKRSTDDVLRQRKREVECATNLREKIALFVG GSQDEGEFVAVCQAEAAEITKGAFGDVYSTAIGCALEVEAEVFLGTYQSFLGMEGQAAKMKKRGMSWNNQMKVLGAGISAARAGSKAYAEVDKLQKEAQTRNPSIEGGSGINEEHMK QATEKIEASLPVFLELAWAINTQDIARTLKQACRRLFHDAAEILPLETRLKRAEGVRILGREFLTMGKLAQKANVKSVDAQEIRARAEVAAMTTMAKAQGQEVSDKDAEEMIRQARQMER ERQEQEQKASAGL*
>HD_ 55157
MKIVRVTTLLLSLVFTTAFVVDRPTVARTSTARADTPHGARDISARSETLDTVYTSEQIDALLPHRYPFALVDKVVEYDAGKRAVGIKCVTKNEEFFNGHFPGRPIMPGVLQVEALAQLAGIV CLQMDGATPGAVFFFAGVDGVKWKRPVVPGDVLVMEVEIKKWKAKFGIAKATGRAYVDGQLVVEVDEMTFALAK*
> EAR
MIARISIVVAFLAASCSAFAPSLDVGRGSFSTSQAVGFSSASTRSRTELHMAAQVDLKGKVAFVAGVADSTGYGWAIAKALAEAGATIIVGTWPPVLKIFQMGLKKGQFNEDSTLADGSL MTIEKVYPLDAVFDAPDDVPDEIKENKRYAGLDGYTISEVAKAVEADYGKIDILVHSLANGPEVTKPLLETTRKGYLAASSASAYSAVSLLQKFGPIMNEGGAMLSLTYIASEKVIPGYGGGM SSAKAQLESDTRTLAYEAGRKWGIRVNTISAGPLKSRAASAIGKEPGQKTFIEYAIDYSKANAPLEQDLYSDDVGNASLFLTSPMARTVTGVTLYVDNGLHSMGMALDSKAMEGSRE*
