Miyakogusa Predicted Gene
- Lj4g3v0200070.1
BLASTP 2.2.25 [Feb-01-2011]
Reference: Altschul, Stephen F., Thomas L. Madden, Alejandro A. Schaffer,
Jinghui Zhang, Zheng Zhang, Webb Miller, and David J. Lipman (1997),
"Gapped BLAST and PSI-BLAST: a new generation of protein database search
programs", Nucleic Acids Res. 25:3389-3402.
Reference for compositional score matrix adjustment: Altschul, Stephen F.,
John C. Wootton, E. Michael Gertz, Richa Agarwala, Aleksandr Morgulis,
Alejandro A. Schaffer, and Yi-Kuo Yu (2005) "Protein database searches
using compositionally adjusted substitution matrices", FEBS J. 272:5101-5109.
Query= Lj4g3v0200070.1 tr|A9UWS1|A9UWS1_MONBE Predicted protein
OS=Monosiga brevicollis GN=7375 PE=4
SV=1,27.52,0.000000000007,seg,NULL; no description,Pectin lyase fold;
Pectin lyase-like,Pectin lyase fold/virulence factor,CUFF.46640.1
(498 letters)
Database: Glyma1.pep
75,778 sequences; 25,431,882 total letters
Searching..................................................done
Score E
Sequences producing significant alignments: (bits) Value
Glyma05g26430.1 742 0.0
Glyma08g09340.1 741 0.0
Glyma15g16930.1 700 0.0
Glyma09g05610.1 419 e-117
Glyma13g06470.1 404 e-112
Glyma19g04020.1 390 e-108
Glyma15g16880.1 258 1e-68
Glyma11g21220.1 113 6e-25
>Glyma05g26430.1
Length = 416
Score = 742 bits (1915), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 359/418 (85%), Positives = 389/418 (93%), Gaps = 3/418 (0%)
Query: 72 GRVLYLSEYGADPTGSEESSDAILKAVEDAFELQKKGTLEMVAGLNDLGGVVIDLQGGNY 131
GRVLY+SEYGADPTG+EESSD ILKAVEDAF LQK +E V G+NDLGGVVIDL+GGNY
Sbjct: 1 GRVLYVSEYGADPTGNEESSDGILKAVEDAFALQKG--VEFVGGVNDLGGVVIDLEGGNY 58
Query: 132 RISKPITFPSSGGANVLVQGGTLRASDTFPGDRHLVELWSSNSKKLDRTESPQDDEGLND 191
+ISKPI+FPSSGGAN++V+GGTLRASDTFPGDRHL+ELWSSNS KL+ ES D
Sbjct: 59 KISKPISFPSSGGANLVVKGGTLRASDTFPGDRHLIELWSSNSGKLETKESLNADV-FKS 117
Query: 192 MKAQNNAIYYEDITFRDILFDSSYRGGGLFIIDSARIRINNCFFLHFATEGILVQQGHET 251
+KAQNNAIYYEDITFRDILFDSSYRGGG+FI+DSAR RINNCFFLHF TEGILVQQGHET
Sbjct: 118 IKAQNNAIYYEDITFRDILFDSSYRGGGIFIVDSARTRINNCFFLHFTTEGILVQQGHET 177
Query: 252 FISSCFLGQHPTIGGDKGERDFSGVAIDLASNDNAVTDVAIFSAAIGVVLRGQANILTGV 311
FISSCFLGQH T+GGDKGE+DFSGVAIDLASNDNAVTDVAIFSAAIGVVLRGQANILTGV
Sbjct: 178 FISSCFLGQHSTVGGDKGEKDFSGVAIDLASNDNAVTDVAIFSAAIGVVLRGQANILTGV 237
Query: 312 HCYNKATYFGGVGILVKLPGNSQTRIDNCYLDYTGIVMEDPVQVHVTNGLFLGDANVLVK 371
HCYNKATYFGG+GILVKL GNS TRIDNCYLDYTGIVMEDPVQVHVTNGLFLGDAN+++K
Sbjct: 238 HCYNKATYFGGIGILVKLAGNSLTRIDNCYLDYTGIVMEDPVQVHVTNGLFLGDANIVLK 297
Query: 372 SVKGQVLGLNIVGNMFSGDPNKKVPIVKLDGEFSNIDQVVIDRNNVNGMGLRSTVGKLTV 431
S+KGQ+ GLNIV NMF+GDPNKKVPIVKLDGEFS+I+QVVIDRNNVNGM LRSTVGKLT
Sbjct: 298 SIKGQIFGLNIVDNMFNGDPNKKVPIVKLDGEFSSIEQVVIDRNNVNGMSLRSTVGKLTA 357
Query: 432 SGNGTKWVADFSSVLVFPNRISHFQYSFYAQEEPKFLAHSVTNVSDNVVIVESEKEAK 489
SGNGTKWVADFSSVLVFPNRISHFQYSFYAQ+E KF+A S+TNVSDNVV+VESEKEAK
Sbjct: 358 SGNGTKWVADFSSVLVFPNRISHFQYSFYAQDEAKFVALSMTNVSDNVVVVESEKEAK 415
>Glyma08g09340.1
Length = 462
Score = 741 bits (1914), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 368/432 (85%), Positives = 398/432 (92%), Gaps = 3/432 (0%)
Query: 67 ETKLRGRVLYLSEYGADPTGSEESSDAILKAVEDAFELQKKGTLEMVAGLNDLGGVVIDL 126
ET GRVLY+SEYGADPTGSEESSD ILKAVEDAFELQK +E+V G+NDLGGVVIDL
Sbjct: 34 ETNKSGRVLYVSEYGADPTGSEESSDGILKAVEDAFELQKG--VELVGGVNDLGGVVIDL 91
Query: 127 QGGNYRISKPITFPSSGGANVLVQGGTLRASDTFPGDRHLVELWSSNSKKLDRTESPQDD 186
+GGNY+ISKPI FPSSGG NV+V+GGTLRASDTFPGDRHL+ELWSSNS KL+ E P +
Sbjct: 92 EGGNYKISKPIAFPSSGGGNVVVKGGTLRASDTFPGDRHLIELWSSNSGKLESKE-PLNA 150
Query: 187 EGLNDMKAQNNAIYYEDITFRDILFDSSYRGGGLFIIDSARIRINNCFFLHFATEGILVQ 246
+ +KAQNNAIYYEDITFRDILFDSSYRGGG+FI+DSAR RI+NCFFLHF TEGILVQ
Sbjct: 151 DVFKSIKAQNNAIYYEDITFRDILFDSSYRGGGIFIVDSARTRISNCFFLHFTTEGILVQ 210
Query: 247 QGHETFISSCFLGQHPTIGGDKGERDFSGVAIDLASNDNAVTDVAIFSAAIGVVLRGQAN 306
QGHETFISSCFLGQH T+GGDK E+DFSGVAIDLASNDNAVTDVAIFSAAIGVVLRGQAN
Sbjct: 211 QGHETFISSCFLGQHSTVGGDKAEKDFSGVAIDLASNDNAVTDVAIFSAAIGVVLRGQAN 270
Query: 307 ILTGVHCYNKATYFGGVGILVKLPGNSQTRIDNCYLDYTGIVMEDPVQVHVTNGLFLGDA 366
ILTGVHCYNKATYFGG+GILVKL GNS TRIDNCYLDYTGIVMEDPVQVHVTNGLFLGDA
Sbjct: 271 ILTGVHCYNKATYFGGIGILVKLAGNSLTRIDNCYLDYTGIVMEDPVQVHVTNGLFLGDA 330
Query: 367 NVLVKSVKGQVLGLNIVGNMFSGDPNKKVPIVKLDGEFSNIDQVVIDRNNVNGMGLRSTV 426
N+++KS+KGQ+LGLNIV NMF+GDPNKKVPIV LDG FS+IDQVVID NNVNGM LRSTV
Sbjct: 331 NIVLKSIKGQILGLNIVDNMFNGDPNKKVPIVNLDGAFSSIDQVVIDHNNVNGMSLRSTV 390
Query: 427 GKLTVSGNGTKWVADFSSVLVFPNRISHFQYSFYAQEEPKFLAHSVTNVSDNVVIVESEK 486
GKLT SGNGTKWVADFSSVLVFPNRISHFQYSFYAQ+EPKF+A SVTNVSDNVV+VESEK
Sbjct: 391 GKLTASGNGTKWVADFSSVLVFPNRISHFQYSFYAQDEPKFVALSVTNVSDNVVVVESEK 450
Query: 487 EAKGLVSFVVEQ 498
EAKG VSF+VEQ
Sbjct: 451 EAKGFVSFIVEQ 462
>Glyma15g16930.1
Length = 475
Score = 700 bits (1807), Expect = 0.0, Method: Compositional matrix adjust.
Identities = 339/433 (78%), Positives = 383/433 (88%), Gaps = 9/433 (2%)
Query: 67 ETKLRGRVLYLSEYGADPTGSEESSDAILKAVEDAFELQKKGTLEMVAGLNDLGGVVIDL 126
ETK+ GRV+Y EYGADPTG++ESS+AILKAV DAF + + LE+VAG+ DLGGVVIDL
Sbjct: 51 ETKMSGRVVYPVEYGADPTGAQESSEAILKAVGDAFGILSE--LELVAGVKDLGGVVIDL 108
Query: 127 QGGNYRISKPITFPSSGGANVLVQGGTLRASDTFPGDRHLVELWSSNSKKLDRTESPQDD 186
QGGNY ISKPITFPSSGG N+LV+GGTLRASD+FP RHLVELW+ NS+KL +T
Sbjct: 109 QGGNYTISKPITFPSSGGGNILVKGGTLRASDSFPTGRHLVELWAPNSQKLPKTSV---- 164
Query: 187 EGLNDMKAQN-NAIYYEDITFRDILFDSSYRGGGLFIIDSARIRINNCFFLHFATEGILV 245
LN +K Q N IYYEDITFRDILFDSSY+GGG+FI+DS R RINNCFFLHF TEGILV
Sbjct: 165 --LNSIKLQQPNGIYYEDITFRDILFDSSYKGGGIFIVDSVRTRINNCFFLHFTTEGILV 222
Query: 246 QQGHETFISSCFLGQHPTIGGDKGERDFSGVAIDLASNDNAVTDVAIFSAAIGVVLRGQA 305
Q GHETFI+S FLGQH T+GGD GERDFSG AIDLASNDNA+TDVAIFSAAIG+VLRGQA
Sbjct: 223 QGGHETFITSSFLGQHSTVGGDPGERDFSGTAIDLASNDNAITDVAIFSAAIGIVLRGQA 282
Query: 306 NILTGVHCYNKATYFGGVGILVKLPGNSQTRIDNCYLDYTGIVMEDPVQVHVTNGLFLGD 365
N+LTGVHCYNKAT FGG+GILVKL GNSQTRIDNCY+DYTGIVMEDPVQVHVTNG FLGD
Sbjct: 283 NMLTGVHCYNKATGFGGIGILVKLAGNSQTRIDNCYMDYTGIVMEDPVQVHVTNGFFLGD 342
Query: 366 ANVLVKSVKGQVLGLNIVGNMFSGDPNKKVPIVKLDGEFSNIDQVVIDRNNVNGMGLRST 425
AN+++KS+KGQV GLNIV NMF+G+PN KVPIV LDG+FSNIDQV IDRNNV GM LRST
Sbjct: 343 ANIVLKSIKGQVSGLNIVNNMFTGNPNNKVPIVTLDGQFSNIDQVAIDRNNVIGMSLRST 402
Query: 426 VGKLTVSGNGTKWVADFSSVLVFPNRISHFQYSFYAQEEPKFLAHSVTNVSDNVVIVESE 485
VGKLTV+GNGT+WVADFS+VL+FPNRIS+FQYSFYAQ EPKFLAHSVTNV++NV++VESE
Sbjct: 403 VGKLTVTGNGTQWVADFSNVLLFPNRISNFQYSFYAQGEPKFLAHSVTNVTNNVIVVESE 462
Query: 486 KEAKGLVSFVVEQ 498
K A+G+VSF VEQ
Sbjct: 463 KSAQGVVSFFVEQ 475
>Glyma09g05610.1
Length = 498
Score = 419 bits (1077), Expect = e-117, Method: Compositional matrix adjust.
Identities = 215/429 (50%), Positives = 295/429 (68%), Gaps = 24/429 (5%)
Query: 73 RVLYLSEYGADPTGSEESSDAILKAVEDAFELQKKGTLEMVAGLNDLGGVVIDLQGGNYR 132
RV ++ YGADPTG+ +S++A+L A+EDA + +G L + G+ DLGG I+L+GGNY
Sbjct: 87 RVYRVTSYGADPTGNSDSTEALLAAIEDAAKGPSEGYL--MEGIRDLGGAQINLEGGNYL 144
Query: 133 ISKPITFPSSGGANVLVQGGTLRASDTFPGDRHLVELWSSNSKKLDRTESPQDDEGLNDM 192
IS+ + P +G N+++ GGT+RASD FP D ++++L SP + G N +
Sbjct: 145 ISRSLKLPVAGVGNLMIHGGTIRASDNFPEDGYIIDL------------SPSSN-GRNSL 191
Query: 193 KAQNNAIYYEDITFRDILFDSSYRGGGLFIIDSARIRINNCFFLHFATEGILVQQGHETF 252
+ N +E IT +++L DS++RGGG+ +I+S R I+NC+ HF T GILVQ GHET+
Sbjct: 192 PSYN----FEFITLKELLLDSNFRGGGISVINSLRTNIDNCYITHFTTNGILVQSGHETY 247
Query: 253 ISSCFLGQHPTIGGDKGERDFSGVAIDLASNDNAVTDVAIFSAAIGVVLRGQANILTGVH 312
I + FLGQH T GGDK ER+FSG I L NDNAVTDV IFSAAIG+++ GQAN +GVH
Sbjct: 248 IRNSFLGQHITAGGDKNERNFSGTGITLQGNDNAVTDVVIFSAAIGIMVTGQANAFSGVH 307
Query: 313 CYNKATYFGGVGILVKLPGNSQTRIDNCYLDYTGIVMEDPVQVHVTNGLFLGDANVLVKS 372
CYNKAT FGG GI +KLPG +QTRI N Y+DYT IV EDPVQ+H+++ FLGDAN+++KS
Sbjct: 308 CYNKATGFGGTGIYLKLPGLTQTRIVNSYMDYTSIVAEDPVQLHISSSFFLGDANIVLKS 367
Query: 373 VKGQVLGLNIVGNMFSGDPNKKVPIVKLD---GEFSNIDQVVIDRNNVNGMGLRSTVGKL 429
G V G++IV NMFSG N+ V IV+LD F IDQV++DRN GM L++TV K+
Sbjct: 368 KNGIVNGVDIVDNMFSGS-NQGVEIVQLDQSNSPFQQIDQVIVDRNIARGMKLKATVAKM 426
Query: 430 TVSGNGTKWVADFSSVLVFPNRISHFQYSFYAQEEPKFLAHSVTNVSDNVVIVESEKEAK 489
++ GNGT W DF++VL+FPN I + QYS + F H++ NVS+N V++E+ +
Sbjct: 427 SMQGNGTSWSVDFNNVLLFPNLIKNVQYSL-SSSGSTFPNHALRNVSENRVVIETNEAVA 485
Query: 490 GLVSFVVEQ 498
V V+Q
Sbjct: 486 ANVFVTVDQ 494
>Glyma13g06470.1
Length = 489
Score = 404 bits (1037), Expect = e-112, Method: Compositional matrix adjust.
Identities = 217/431 (50%), Positives = 290/431 (67%), Gaps = 28/431 (6%)
Query: 71 RGRVLYLSEYGADPTGSEESSDAILKAVEDAFELQKKGTLEMVAGLNDLGGVVIDLQGGN 130
+ V ++ YGADPTG+ +S++A+L A+ DA + +G L + + DLGG I+L+GG
Sbjct: 80 KPHVYLVTSYGADPTGNSDSTEALLAAIADAAKGPSEGFL--MKDIKDLGGAQINLEGGK 137
Query: 131 YRISKPITFPSSGGANVLVQGGTLRASDTFPGDRHLVELWSSNSKKLDRTESPQDDEGLN 190
Y IS+P+ P + N+++ GGT+RAS+ FP D HL++L +S
Sbjct: 138 YIISQPLKLPLARAGNLMIHGGTIRASNLFPPDGHLIDLSTS------------------ 179
Query: 191 DMKAQNNAIYYEDITFRDILFDSSYRGGGLFIIDSARIRINNCFFLHFATEGILVQQGHE 250
++N+ YE IT +++L DS++RGGG+ I +S RI I+NC+ HF+T GILVQ GHE
Sbjct: 180 ---GESNSYNYEYITLKNLLLDSNFRGGGIAIKNSLRINIDNCYITHFSTTGILVQSGHE 236
Query: 251 TFISSCFLGQHPTIGGDKGERDFSGVAIDLASNDNAVTDVAIFSAAIGVVLRGQANILTG 310
T+I + FLGQH T GGDK ERDFSG I L NDNAVTDV IFSA IG+++ GQAN L+G
Sbjct: 237 TYIRNTFLGQHITAGGDKHERDFSGTGISLQGNDNAVTDVVIFSADIGILVTGQANTLSG 296
Query: 311 VHCYNKATYFGGVGILVKLPGNSQTRIDNCYLDYTGIVMEDPVQVHVTNGLFLGDANVLV 370
VHCYNKA+ FGG GI +KLPG +QTRI N Y+DYT IV EDPVQ+H+++ FLGDA +++
Sbjct: 297 VHCYNKASGFGGTGIYLKLPGLTQTRIVNSYMDYTNIVAEDPVQLHISSSFFLGDAGIVL 356
Query: 371 KSVKGQVLGLNIVGNMFSGDPNKKVPIVKLD---GEFSNIDQVVIDRNNVNGMGLRSTVG 427
KSVKG V GLNIV NMFSG NK V IVKLD F+ IDQV + RN V GM L++T
Sbjct: 357 KSVKGVVSGLNIVDNMFSG-LNKGVDIVKLDQSNSHFNQIDQVFVARNVVRGMNLKATAA 415
Query: 428 KLTVSGNGTKWVADFSSVLVFPNRISHFQYSFYAQEEPKFLAHSVTNVSDNVVIVESEKE 487
K+++ GNGT W ADF+ VL+FPN I H YS A F H++ NVS N V++E+++
Sbjct: 416 KMSLLGNGTSWTADFNKVLLFPNLIKHVVYSLSASGN-TFPNHALRNVSQNRVVIETDEA 474
Query: 488 AKGLVSFVVEQ 498
V V+Q
Sbjct: 475 VNANVFVTVDQ 485
>Glyma19g04020.1
Length = 370
Score = 390 bits (1001), Expect = e-108, Method: Compositional matrix adjust.
Identities = 202/386 (52%), Positives = 259/386 (67%), Gaps = 26/386 (6%)
Query: 116 LNDLGGVVIDLQGGNYRISKPITFPSSGGANVLVQGGTLRASDTFPGDRHLVELWSSNSK 175
+ DLGG I+L+GG Y ISKP+ P +G N+++ GGT+RAS FP D HL++L +S
Sbjct: 4 IKDLGGAQINLEGGKYIISKPLQLPLAGVGNLMIHGGTIRASYNFPPDGHLIDLSTS--- 60
Query: 176 KLDRTESPQDDEGLNDMKAQNNAIYYEDITFRDILFDSSYRGGGLFIIDSARIRINNCFF 235
++N+ YE IT +D+L DS++RGGG+ + + RI I NC+
Sbjct: 61 ------------------GESNSYNYEYITLKDLLLDSNFRGGGISVKKTLRINIENCYI 102
Query: 236 LHFATEGILVQQGHETFISSCFLGQHPTIGGDKGERDFSGVAIDLASNDNAVTDVAIFSA 295
HF T GILVQ GHET+I + FLGQH T GGDK ERDFSG I L NDNAVTDV IFSA
Sbjct: 103 THFNTTGILVQGGHETYIRNTFLGQHITAGGDKHERDFSGTGISLLGNDNAVTDVVIFSA 162
Query: 296 AIGVVLRGQANILTGVHCYNKATYFGGVGILVKLPGNSQTRIDNCYLDYTGIVMEDPVQV 355
IG+++ GQAN L+GVHCYNKAT FGG GI +KLPG +QTRI NCY+DYT IV EDPVQ+
Sbjct: 163 EIGIIVTGQANTLSGVHCYNKATGFGGKGIYLKLPGLTQTRIVNCYMDYTNIVAEDPVQL 222
Query: 356 HVTNGLFLGDANVLVKSVKGQVLGLNIVGNMFSGDPNKKVPIVKLD---GEFSNIDQVVI 412
H+++ FLGDA +++KSV G V GLNIV NMFSG NK V IVKLD F+ IDQV +
Sbjct: 223 HISSSFFLGDAGIVLKSVNGIVSGLNIVDNMFSG-LNKGVDIVKLDQSNSPFNQIDQVFV 281
Query: 413 DRNNVNGMGLRSTVGKLTVSGNGTKWVADFSSVLVFPNRISHFQYSFYAQEEPKFLAHSV 472
RN V GM L++T K+++ GNGT W +DF+ VL+FPN I H YS A F H++
Sbjct: 282 ARNVVRGMNLKATTAKMSLLGNGTTWTSDFTKVLLFPNLIKHVVYSLSANGN-TFPNHAL 340
Query: 473 TNVSDNVVIVESEKEAKGLVSFVVEQ 498
NVS N V++E+++ V V+Q
Sbjct: 341 RNVSQNRVVIETDEAVNANVFVTVDQ 366
>Glyma15g16880.1
Length = 395
Score = 258 bits (659), Expect = 1e-68, Method: Compositional matrix adjust.
Identities = 158/410 (38%), Positives = 221/410 (53%), Gaps = 87/410 (21%)
Query: 83 DPTGSEESSDAILKAVEDAFELQKKGTLEMVAGLNDLGGVVIDLQGGNYRISKPITFPSS 142
DP G+ +S++A+L A+E A KG +LGG I L+GG+Y I + + +
Sbjct: 60 DPMGNSDSTEALLAAIEGA----AKGP--------NLGGAQISLEGGSYLIIRSLKLLVA 107
Query: 143 GGANVLVQGGTLRASDTFPGDRHLVELWSSNSKKLDRTESPQDDEGLNDMKAQNNAIY-Y 201
G N++ H V A+N Y +
Sbjct: 108 GVGNLMFFSFFNFNQFLL----HKV--------------------------AENLPSYNF 137
Query: 202 EDITFRDILFDSSYRGGGLFIIDSARIRINNCFFLHFATEGILVQQGHETFISSCFLGQH 261
E IT +D+L DS+YRGGG+ +I+S R I+NC+ HF T GILVQ GHET+I + FLG+H
Sbjct: 138 EFITLKDLLLDSNYRGGGISVINSLRTSIDNCYITHFTTNGILVQSGHETYIRNSFLGRH 197
Query: 262 PTIGGDKGERDFSGVAIDLASNDNAVTDVAIFSAAIGVVLRGQANI-----LTGVHCYNK 316
G DK ERDFSG I L NDNAVTDVAI SAAIG+++ + ++ VHCYNK
Sbjct: 198 IIAGEDKNERDFSGTGISLQGNDNAVTDVAILSAAIGLMVTVSSRFFKLTNISAVHCYNK 257
Query: 317 ATYFGGVGILVKLPGNSQTRIDNCYLDYTGIVMEDPVQVHVTNGLFLGDANVLVKSVKGQ 376
A+ FGG GI +KLP S IV EDPVQ+H+++ FLGDAN+ KS G
Sbjct: 258 ASGFGGTGIYLKLPSFS-------------IVAEDPVQLHISSSFFLGDANIAPKSKNGV 304
Query: 377 VLGLNIVGNMFSGDPNKKVPIVKLDGEFSNIDQVVIDRNNVNGMGLRSTVGKLTVSGNGT 436
V G++IV DQV++D+N GM L +TV K+++ GNGT
Sbjct: 305 VNGVDIV------------------------DQVIVDKNIARGMKLTATVAKMSMQGNGT 340
Query: 437 KWVADFSSVLVFPNRISHFQYSFYAQEEPKFLAHSVTNVSDNVVIVESEK 486
W DF++VL+FPN I + QYS ++ +++ NVS+N V++E+ +
Sbjct: 341 SWSVDFNNVLLFPNLIKNVQYSLSSKGSS--FPNALRNVSENCVVIETNE 388
>Glyma11g21220.1
Length = 274
Score = 113 bits (282), Expect = 6e-25, Method: Compositional matrix adjust.
Identities = 67/144 (46%), Positives = 90/144 (62%), Gaps = 5/144 (3%)
Query: 358 TNGLFLGDANVLVKSVKGQVLGLNIVGNMFSGDPNKKVPIVKLDGE---FSNIDQVVIDR 414
++ LFL DA++++KSVK V GLNIV NMFSG NK V IVKLD F+ IDQV + R
Sbjct: 129 SSSLFLDDASIVLKSVKRIVSGLNIVDNMFSG-LNKGVDIVKLDQSNSLFNQIDQVFVAR 187
Query: 415 NNVNGMGLRSTVGKLTVSGNGTKWVADFSSVLVFPNRISHFQYSFYAQEEPKFLAHSVTN 474
N V GM ++ T K+++ GN T W ADFS VL+FPN + H YS A F H++ N
Sbjct: 188 NVVRGMNIKVTNAKMSLLGNETSWTADFSKVLLFPNLVKHVVYSLSANGN-TFPNHALRN 246
Query: 475 VSDNVVIVESEKEAKGLVSFVVEQ 498
V N V++E+++ V V+Q
Sbjct: 247 VCHNRVVIETDEAVNANVFVTVDQ 270