Miyakogusa Predicted Gene

Lj4g3v2400560.1
Show Alignment:  

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= Lj4g3v2400560.1 Non Chatacterized Hit- tr|I1KN86|I1KN86_SOYBN
Uncharacterized protein OS=Glycine max GN=Gma.45741 PE,86.08,0,
,CUFF.50913.1
         (580 letters)

Database: Glyma1.pep 
           75,778 sequences; 25,431,882 total letters

Searching..................................................done



                                                                 Score    E
Sequences producing significant alignments:                      (bits) Value

Glyma07g38640.1                                                      1014   0.0  
Glyma17g02060.1                                                       962   0.0  
Glyma15g11060.1                                                       939   0.0  
Glyma13g27970.1                                                       936   0.0  
Glyma07g38640.2                                                       404   e-112

>Glyma07g38640.1 
          Length = 569

 Score = 1014 bits (2623), Expect = 0.0,   Method: Compositional matrix adjust.
 Identities = 501/582 (86%), Positives = 527/582 (90%), Gaps = 23/582 (3%)

Query: 6   KVVISPPPNQWPLWSIPVLHWRVGLLTALVLVGMVLVWSIDGCTVKTFIQLWRYRQDY-- 63
           KVVISP   QW LWSIP+LHWRVGLLTALV+VGMV+VWSIDGCTVK  IQ WRY+QDY  
Sbjct: 4   KVVISP---QWALWSIPMLHWRVGLLTALVMVGMVVVWSIDGCTVKNIIQAWRYQQDYLA 60

Query: 64  -----QNSPFVSPYDPVSSDQSQSNTEKLGKSSIKSLLVKGHSSSWVSSELEPNLTSNLL 118
                 N  FVSPY PV       N    GK   K LLVKGH+S WVSSELEPNLTSNL+
Sbjct: 61  VKSHTPNLTFVSPYSPV-------NFTVYGK---KPLLVKGHAS-WVSSELEPNLTSNLI 109

Query: 119 ARWSARGGEPCKDSKTVEIAIPGLDGGGKLMELSAGDVHEFGFQALDESGKVHCSGGDYF 178
           ARWSARGGEPCKDSK VEIAIPGLDGG +++ELSAGDVHEFGFQALD+SGK  C GGDYF
Sbjct: 110 ARWSARGGEPCKDSKAVEIAIPGLDGG-EVIELSAGDVHEFGFQALDDSGKPLCVGGDYF 168

Query: 179 ETDLSGESWKSRPLVKDFSNGSYSISLQVHPDFDGVYNLTIILLYRHFEGLKFTPWRFAY 238
           ETDLSG+SWKSRPLVKDFSNGSY ISLQVHPDFDGVYNLTIILLYRHFEGLKFTPWRF+Y
Sbjct: 169 ETDLSGDSWKSRPLVKDFSNGSYLISLQVHPDFDGVYNLTIILLYRHFEGLKFTPWRFSY 228

Query: 239 DRVLRNVTIRFYKSSVQMMPGLQTCKASDFARDVWCGRWTRHGKNDDCNIGNDGRYRCLA 298
           D++LR+V IRFYKSSV++ P LQ CKASDF RDVW GRWTRHGKNDDC IGNDGRYRCLA
Sbjct: 229 DQMLRSVAIRFYKSSVRL-PELQGCKASDFDRDVWIGRWTRHGKNDDCTIGNDGRYRCLA 287

Query: 299 PDFPCTAPWCDGSLGILESNGWVYSSHCSFKMYSADSAWNCLKNRWIFFWGDSNHVDTIR 358
           PDFPC APWCDGSLGILESNGWVYS+HCSFK+YSA+SAWNCLKNRWIFFWGDSNHVDTIR
Sbjct: 288 PDFPCQAPWCDGSLGILESNGWVYSTHCSFKLYSAESAWNCLKNRWIFFWGDSNHVDTIR 347

Query: 359 NLLNFVLDLPEVHSVPRRFDMNFSNPRDSSQSVRITSIFNGHWNETQNYLGLDSLRDEGF 418
           NLLNFVLDLPE+ SVPRRFDMNFSNPRD SQ+VRITSIFNGHWNETQNYLGLDSLRDEGF
Sbjct: 348 NLLNFVLDLPEIPSVPRRFDMNFSNPRDPSQTVRITSIFNGHWNETQNYLGLDSLRDEGF 407

Query: 419 QTLLKKYFSGETIPDTMIMNSGLHDGVHWRNIRAFSVGADYAASFWGDVMKTVKQRGLAW 478
           Q LLKKYFS +TIPDT+IMNSGLHDGVHWRNIRAFSVGADYAASFWGDVMKTVKQRGLAW
Sbjct: 408 QDLLKKYFSEDTIPDTVIMNSGLHDGVHWRNIRAFSVGADYAASFWGDVMKTVKQRGLAW 467

Query: 479 PRVFYRTTVATGGYARSLAFNPNKMEVFNGVFLEKLKQAGVVSGVIDNFDMTFPWHFDNR 538
           PRVF+R TVATGGYARSLAFNPNKMEVFNGV LEKLKQ+GVVSGVIDNFDMTFPWHFDNR
Sbjct: 468 PRVFFRNTVATGGYARSLAFNPNKMEVFNGVLLEKLKQSGVVSGVIDNFDMTFPWHFDNR 527

Query: 539 CNDGVHYGRAPLKMKWRDGQIGHQYFVDLMLAHVLLNALCAR 580
           CNDGVHYGRAP KMKWRDGQIGHQYFVDLMLAHVLLNALCAR
Sbjct: 528 CNDGVHYGRAPAKMKWRDGQIGHQYFVDLMLAHVLLNALCAR 569


>Glyma17g02060.1 
          Length = 553

 Score =  962 bits (2486), Expect = 0.0,   Method: Compositional matrix adjust.
 Identities = 482/584 (82%), Positives = 509/584 (87%), Gaps = 43/584 (7%)

Query: 6   KVVISPPPNQWPLWSIPVLHWRVGLLTALVLVGMVLVWSIDGCTVKTFIQLWRYRQDY-- 63
           KVVISP   Q  LWSI +LHWRVGLLTALVLVGMV+VWSIDGCTVK  IQ WRY+QDY  
Sbjct: 4   KVVISP---QRALWSILMLHWRVGLLTALVLVGMVVVWSIDGCTVKNIIQAWRYQQDYLA 60

Query: 64  --QNSP-----FVSPYDPVSSDQSQSNTEKLGKSSIKSLLVKGHSSSWVSSELEPNLTSN 116
              ++P     FVSPY PV            GK   KSLLV+GH+S WVS+ELEPNLTSN
Sbjct: 61  VRSHTPNLTLTFVSPYSPV-----------YGK---KSLLVEGHAS-WVSNELEPNLTSN 105

Query: 117 LLARWSARGGEPCKDSKTVEIAIPGLDGGGKLMELSAGDVHEFGFQALDESGKVHCSGGD 176
           L+ARWSARGGEPCKDSK VEIAIP LDGG ++++LSAG VHEFGFQALD+S K  C GGD
Sbjct: 106 LIARWSARGGEPCKDSKAVEIAIPWLDGG-EVVDLSAGYVHEFGFQALDDSEKPLCVGGD 164

Query: 177 YFETDLSGESWKSRPLVKDFSNGSYSISLQVHPDFDGVYNLTIILLYRHFEGLKFTPWRF 236
           YFE DLSGESWKSRPLVKDFSNGSYSISLQVHPDFDGVYNLTIILLYRHFEGLKFTPW+F
Sbjct: 165 YFEADLSGESWKSRPLVKDFSNGSYSISLQVHPDFDGVYNLTIILLYRHFEGLKFTPWKF 224

Query: 237 AYDRVLRNVTIRFYKSSVQMMPGLQTCKASDFARDVWCGRWTRHGKNDDCNIGNDGRYRC 296
           +YDR+LRNV IRFYKSSVQ+ P LQ CKASDF RDVW GRWTRHGKNDDC+I NDGRYRC
Sbjct: 225 SYDRMLRNVAIRFYKSSVQL-PELQACKASDFVRDVWIGRWTRHGKNDDCSIENDGRYRC 283

Query: 297 LAPDFPCTAPWCDGSLGILESNGWVYSSHCSFKMYSADSAWNCLKNRWIFFWGDSNHVDT 356
           LAPDFPC APWCDGSLGILESNGW              SAWNCLKNRW+FFWGDSNHVDT
Sbjct: 284 LAPDFPCQAPWCDGSLGILESNGW--------------SAWNCLKNRWVFFWGDSNHVDT 329

Query: 357 IRNLLNFVLDLPEVHSVPRRFDMNFSNPRDSSQSVRITSIFNGHWNETQNYLGLDSLRDE 416
           IRNLLNFVLDLPE+ SVPRRFDMNFSNPRD SQ+VRITSIFNGHWNETQNYLGLDSL+DE
Sbjct: 330 IRNLLNFVLDLPEISSVPRRFDMNFSNPRDPSQTVRITSIFNGHWNETQNYLGLDSLKDE 389

Query: 417 GFQTLLKKYFSGETIPDTMIMNSGLHDGVHWRNIRAFSVGADYAASFWGDVMKTVKQRGL 476
           GFQ LLKKYFS +TIPDT++MNSGLHDGVHW NIRAFSVGADYAASFWGDVMKTVKQRGL
Sbjct: 390 GFQDLLKKYFSEDTIPDTVVMNSGLHDGVHWHNIRAFSVGADYAASFWGDVMKTVKQRGL 449

Query: 477 AWPRVFYRTTVATGGYARSLAFNPNKMEVFNGVFLEKLKQAGVVSGVIDNFDMTFPWHFD 536
           AWPRVFYR T+ATGGYARSLAFNPNKMEVFNGV LEKLKQAGVVSGVIDNFDMTFPWHFD
Sbjct: 450 AWPRVFYRNTIATGGYARSLAFNPNKMEVFNGVLLEKLKQAGVVSGVIDNFDMTFPWHFD 509

Query: 537 NRCNDGVHYGRAPLKMKWRDGQIGHQYFVDLMLAHVLLNALCAR 580
           NRCNDGVHYGRAP KMKWRDGQIGHQYFVDLMLAHVLLNALCAR
Sbjct: 510 NRCNDGVHYGRAPAKMKWRDGQIGHQYFVDLMLAHVLLNALCAR 553


>Glyma15g11060.1 
          Length = 593

 Score =  939 bits (2428), Expect = 0.0,   Method: Compositional matrix adjust.
 Identities = 459/587 (78%), Positives = 505/587 (86%), Gaps = 28/587 (4%)

Query: 18  LWSIPVLHWRVGLLTALVLVGMVLVWSIDGCTVKTFIQLW--RYRQD-YQNSPFVSPYDP 74
           LWS  + +WR GLLTALVL GMV+VWS+DG TV+  I+ W  RYRQD +  S + SP  P
Sbjct: 11  LWSSSI-NWRFGLLTALVLGGMVVVWSVDGFTVRDVIEAWSWRYRQDSFSLSNYSSPSIP 69

Query: 75  VSSDQSQSNTEKL---------------------GKSSIKSLLVKGHSSSWVSSELEPNL 113
           +S +Q+Q+N   L                       SS     VKGHS+ W+S ELEP+L
Sbjct: 70  LSLNQNQTNATTLFDSHNLVNITLSEHSETVSAKNYSSSVKPEVKGHST-WLSRELEPDL 128

Query: 114 TSNLLARWSARGGEPCKDSKTVEIAIPGLDGGGKLMELSAGDVHEFGFQALDESGKVHCS 173
           TSNLLARW A GGEPCKDSKTV I+IPGLDGG KL+ELSAGDVHEFGFQALD+SGK HC 
Sbjct: 129 TSNLLARWLAPGGEPCKDSKTVGISIPGLDGG-KLIELSAGDVHEFGFQALDDSGKPHCL 187

Query: 174 GGDYFETDLSGESWKSRPLVKDFSNGSYSISLQVHPDFDGVYNLTIILLYRHFEGLKFTP 233
           GGDYFETDLSG++WKSRPLVKDF NGSYSISLQVHPDF GVYNLTIILLYRHFEGLKFTP
Sbjct: 188 GGDYFETDLSGDAWKSRPLVKDFCNGSYSISLQVHPDFVGVYNLTIILLYRHFEGLKFTP 247

Query: 234 WRFAYDRVLRNVTIRFYKSSVQMMPGLQTCKASDFARDVWCGRWTRHGKNDDCNIGNDGR 293
           WRF YDRV+ NV IRFYKSS Q++  L+TCKASDF +DVWCGRWTRHG+NDDC IGNDGR
Sbjct: 248 WRFVYDRVVWNVAIRFYKSSAQLLE-LETCKASDFGKDVWCGRWTRHGRNDDCQIGNDGR 306

Query: 294 YRCLAPDFPCTAPWCDGSLGILESNGWVYSSHCSFKMYSADSAWNCLKNRWIFFWGDSNH 353
           YRCLAP FPC APWCDGSLG++ESNGWVYS+HCSFKMYSA+SAW CLKNRWIFFWGDSNH
Sbjct: 307 YRCLAPSFPCKAPWCDGSLGVIESNGWVYSTHCSFKMYSAESAWKCLKNRWIFFWGDSNH 366

Query: 354 VDTIRNLLNFVLDLPEVHSVPRRFDMNFSNPRDSSQSVRITSIFNGHWNETQNYLGLDSL 413
           VDT+RN+LNFVLDLPE+ SVPRRFDMNFSNP+D SQ+VRITSIFNGHWNETQNYLGLDSL
Sbjct: 367 VDTVRNMLNFVLDLPEIRSVPRRFDMNFSNPKDPSQTVRITSIFNGHWNETQNYLGLDSL 426

Query: 414 RDEGFQTLLKKYFSGETIPDTMIMNSGLHDGVHWRNIRAFSVGADYAASFWGDVMKTVKQ 473
           RDEGFQ LLKKYFS +TIPDT+IMNSGLHDGVHW NIRAFS GADYAASFWGDVM +VKQ
Sbjct: 427 RDEGFQNLLKKYFSEDTIPDTVIMNSGLHDGVHWLNIRAFSAGADYAASFWGDVMMSVKQ 486

Query: 474 RGLAWPRVFYRTTVATGGYARSLAFNPNKMEVFNGVFLEKLKQAGVVSGVIDNFDMTFPW 533
           RGL WPRVFYR+TVATGGYARSLAFNP KMEVFNGV +EKLK+AG+++GVID+FDMTFPW
Sbjct: 487 RGLGWPRVFYRSTVATGGYARSLAFNPYKMEVFNGVLIEKLKKAGIITGVIDDFDMTFPW 546

Query: 534 HFDNRCNDGVHYGRAPLKMKWRDGQIGHQYFVDLMLAHVLLNALCAR 580
           HFDNRCNDGVHYGRAP KMKWRDG+IGHQYFVDLMLAHVLLNALCAR
Sbjct: 547 HFDNRCNDGVHYGRAPAKMKWRDGEIGHQYFVDLMLAHVLLNALCAR 593


>Glyma13g27970.1 
          Length = 589

 Score =  936 bits (2420), Expect = 0.0,   Method: Compositional matrix adjust.
 Identities = 456/584 (78%), Positives = 505/584 (86%), Gaps = 26/584 (4%)

Query: 18  LWSIPVLHWRVGLLTALVLVGMVLVWSIDGCTVKTFIQLW--RYRQDYQNSPFVSPYDPV 75
           LWS  + HWR GLLTALVL GMV+VW+IDG TV+  I+ W  RYRQD  +    SPY P+
Sbjct: 11  LWSSSI-HWRFGLLTALVLGGMVVVWTIDGFTVRNVIEAWSWRYRQD--SFSLSSPYGPL 67

Query: 76  SSDQSQSNTEKL-GKSSIKSLLVKGHS------------------SSWVSSELEPNLTSN 116
           S +Q+Q+N   L G  ++ ++ +  HS                  S+W+SSELEPNLTS+
Sbjct: 68  SLNQNQTNATTLFGPHNLVNITLSEHSETVSAKNYSSSGPEVKGHSTWLSSELEPNLTSS 127

Query: 117 LLARWSARGGEPCKDSKTVEIAIPGLDGGGKLMELSAGDVHEFGFQALDESGKVHCSGGD 176
           LLARW A GGEPCKDSKTV I+IPGLD G KL+ELSAG+VHEFGFQALD+ GK  C GGD
Sbjct: 128 LLARWLAPGGEPCKDSKTVGISIPGLDDG-KLIELSAGEVHEFGFQALDDLGKPRCLGGD 186

Query: 177 YFETDLSGESWKSRPLVKDFSNGSYSISLQVHPDFDGVYNLTIILLYRHFEGLKFTPWRF 236
           YFETDL+GESWKSRPLVKDFSNGSYSISLQVHPDF GVYNLT+ILLYRHFEGLKFTPWRF
Sbjct: 187 YFETDLAGESWKSRPLVKDFSNGSYSISLQVHPDFVGVYNLTVILLYRHFEGLKFTPWRF 246

Query: 237 AYDRVLRNVTIRFYKSSVQMMPGLQTCKASDFARDVWCGRWTRHGKNDDCNIGNDGRYRC 296
            YDRV+ NV IRFYKSS Q+ P L+TCKASDF +DVWCGRWTRH KND C IGNDGRYRC
Sbjct: 247 VYDRVVWNVAIRFYKSSAQL-PELETCKASDFGKDVWCGRWTRHAKNDGCQIGNDGRYRC 305

Query: 297 LAPDFPCTAPWCDGSLGILESNGWVYSSHCSFKMYSADSAWNCLKNRWIFFWGDSNHVDT 356
           LAPDFPC APWCDGSLG++ESNGWVYS+HCSFKM+SA+SAW CLKNRWIFFWGDSNHVDT
Sbjct: 306 LAPDFPCNAPWCDGSLGVIESNGWVYSTHCSFKMFSAESAWKCLKNRWIFFWGDSNHVDT 365

Query: 357 IRNLLNFVLDLPEVHSVPRRFDMNFSNPRDSSQSVRITSIFNGHWNETQNYLGLDSLRDE 416
           IRN+LNFVLDLP +HSVPRRFDMNFSNP+D SQ+VRITSIFNGHWNETQNYLGLDSLRD+
Sbjct: 366 IRNMLNFVLDLPNIHSVPRRFDMNFSNPKDPSQTVRITSIFNGHWNETQNYLGLDSLRDK 425

Query: 417 GFQTLLKKYFSGETIPDTMIMNSGLHDGVHWRNIRAFSVGADYAASFWGDVMKTVKQRGL 476
           GFQ LLKKYFS +TIPDT+IMNSGLHDGVHWRNIRAFS GADYAASFWGDVM +VKQRGL
Sbjct: 426 GFQNLLKKYFSEDTIPDTVIMNSGLHDGVHWRNIRAFSAGADYAASFWGDVMISVKQRGL 485

Query: 477 AWPRVFYRTTVATGGYARSLAFNPNKMEVFNGVFLEKLKQAGVVSGVIDNFDMTFPWHFD 536
           AWPRVFYR+TVATGGYARSLAFNP KMEVFNGV +EKLK+AG+++GVID+FDMTF WHFD
Sbjct: 486 AWPRVFYRSTVATGGYARSLAFNPYKMEVFNGVLIEKLKKAGIITGVIDDFDMTFSWHFD 545

Query: 537 NRCNDGVHYGRAPLKMKWRDGQIGHQYFVDLMLAHVLLNALCAR 580
           NRCNDGVHYGRAP KMKWRDG+IGHQYFVDLMLAHVLLNALCAR
Sbjct: 546 NRCNDGVHYGRAPAKMKWRDGKIGHQYFVDLMLAHVLLNALCAR 589


>Glyma07g38640.2 
          Length = 202

 Score =  404 bits (1037), Expect = e-112,   Method: Compositional matrix adjust.
 Identities = 191/202 (94%), Positives = 196/202 (97%)

Query: 379 MNFSNPRDSSQSVRITSIFNGHWNETQNYLGLDSLRDEGFQTLLKKYFSGETIPDTMIMN 438
           MNFSNPRD SQ+VRITSIFNGHWNETQNYLGLDSLRDEGFQ LLKKYFS +TIPDT+IMN
Sbjct: 1   MNFSNPRDPSQTVRITSIFNGHWNETQNYLGLDSLRDEGFQDLLKKYFSEDTIPDTVIMN 60

Query: 439 SGLHDGVHWRNIRAFSVGADYAASFWGDVMKTVKQRGLAWPRVFYRTTVATGGYARSLAF 498
           SGLHDGVHWRNIRAFSVGADYAASFWGDVMKTVKQRGLAWPRVF+R TVATGGYARSLAF
Sbjct: 61  SGLHDGVHWRNIRAFSVGADYAASFWGDVMKTVKQRGLAWPRVFFRNTVATGGYARSLAF 120

Query: 499 NPNKMEVFNGVFLEKLKQAGVVSGVIDNFDMTFPWHFDNRCNDGVHYGRAPLKMKWRDGQ 558
           NPNKMEVFNGV LEKLKQ+GVVSGVIDNFDMTFPWHFDNRCNDGVHYGRAP KMKWRDGQ
Sbjct: 121 NPNKMEVFNGVLLEKLKQSGVVSGVIDNFDMTFPWHFDNRCNDGVHYGRAPAKMKWRDGQ 180

Query: 559 IGHQYFVDLMLAHVLLNALCAR 580
           IGHQYFVDLMLAHVLLNALCAR
Sbjct: 181 IGHQYFVDLMLAHVLLNALCAR 202