Miyakogusa Predicted Gene

Lj1g3v4205490.1
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= Lj1g3v4205490.1 tr|Q2HRH2|Q2HRH2_MEDTR N-acetylglucosaminyl
transferase component OS=Medicago truncatula
GN=MTR_7g09,78.41,0,seg,NULL; PHOSPHATIDYLINOSITOL
N-ACETYLGLUCOSAMINYLTRANSFERASE SUBUNIT Q,NULL; PHOSPHATIDYLINOSITOL
,CUFF.32059.1
         (718 letters)

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

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



                                                                 Score    E
Sequences producing significant alignments:                      (bits) Value

Glyma18g44500.1                                                      1028   0.0  
Glyma18g44500.2                                                       889   0.0  
Glyma03g28750.1                                                       718   0.0  
Glyma19g31490.1                                                       234   2e-61

>Glyma18g44500.1 
          Length = 683

 Score = 1028 bits (2657), Expect = 0.0,   Method: Compositional matrix adjust.
 Identities = 508/717 (70%), Positives = 582/717 (81%), Gaps = 35/717 (4%)

Query: 3   MRSHCRLWWPKQLLSNQESSSSILLGWFITSSPSSIDIVVAFTCSEVLLSSSCPDIEGIV 62
           MR HCRLWWP QLLSN+ESSSSILLGWF+T SPSS+DI+VAFTCSEVLLSS  P IEGI+
Sbjct: 1   MRRHCRLWWPMQLLSNEESSSSILLGWFVTCSPSSLDIIVAFTCSEVLLSSYSPGIEGII 60

Query: 63  YETHGSMPTILQDKSKFSVVGLCITDPT-GNSLMAKTKDDEIFFSDYGNSRAEGSTNAFA 121
           + T GSMP++L+DKSKFSV+GLC+TDPT  N LM   +DD+  FS++GN+  EG T+   
Sbjct: 61  HGTCGSMPSVLEDKSKFSVLGLCVTDPTTSNGLMNGAEDDKKKFSEFGNALQEGDTDR-- 118

Query: 122 KNNCRSCSCLQLDGSLKRSSQPFIGKSNWVLLMFDSPKKHDAGIQGLPKLNHIHWNGQIL 181
           KNN RSC C QLDGSL++SSQ  +G+SNWVLLMFDSP++ D GI  LPKL+HIHWNG  +
Sbjct: 119 KNNSRSCCCFQLDGSLRKSSQYVLGRSNWVLLMFDSPEQTDVGIHRLPKLHHIHWNGLTV 178

Query: 182 SEYDVHVIVYEPPSYGAHHFSLCRSSSNDQVKTSMKNPKWIDELHKQQKFIELDTVILAI 241
           S+YDVHVI+YE PSYGAHHFSLC   SN++ KTS+KNPKW+DELHK+Q+FIELDT+ LAI
Sbjct: 179 SQYDVHVIIYETPSYGAHHFSLCHPGSNEKAKTSIKNPKWVDELHKKQQFIELDTITLAI 238

Query: 242 NCTTAAKKSFERHVVPRRSSSQLSVFPMFFVIIGHLVSKFMASFSTMFYFVLQFFQTHFN 301
           NCT AAK+ FE H+VPRRS SQLS+FPM +V+ GHL SKF AS STM Y VLQFFQTHFN
Sbjct: 239 NCTAAAKRIFETHLVPRRSLSQLSIFPMLYVVTGHLFSKFWASISTMLYIVLQFFQTHFN 298

Query: 302 NESESWIYVTSANVFKRTAWINIQIRCSQILYWPIFLQENDLRSQSCVEYAEKAAMHRHS 361
            ESESW+Y TS NVF +TAWIN++IRC QILYWPIFL ENDLRSQSCVEY EKAAMHRHS
Sbjct: 299 YESESWVYGTSTNVFIKTAWINMRIRCCQILYWPIFLWENDLRSQSCVEYVEKAAMHRHS 358

Query: 362 MWSTLVVDILLGNLVGWSLFYHSDTICLSVLNFTHGFATFLRSGCVWLMGNPAGFKLNGE 421
           MWSTLVVD+LLGNLVGW+L YH++++CLSVLNF HGF++FLRSGCVWLMGNPAGFKLN E
Sbjct: 359 MWSTLVVDVLLGNLVGWALLYHAESVCLSVLNFMHGFSSFLRSGCVWLMGNPAGFKLNAE 418

Query: 422 LAGVLGMVSLNAIQIWSTLWIFVGFIFNYIIRGLSILGILCGFTVPAALVVDMITFATLH 481
           LAGVLGM SLNA+QIWSTLWIFVG+IFNYII+GLS+LGILCGFTVPAALV+DMI  ATLH
Sbjct: 419 LAGVLGMASLNAVQIWSTLWIFVGYIFNYIIQGLSVLGILCGFTVPAALVIDMIALATLH 478

Query: 482 VSTLNWLIALVYSLQIQALAALWRLFRGRKWNPLRQRLDSFDYTVKQHIVGSXXXXXXXX 541
           +STL+W I+LVYS QIQALAALWRLFRGRKWNPLRQRLDSFDYTVKQHIVGS        
Sbjct: 479 ISTLHWFISLVYSSQIQALAALWRLFRGRKWNPLRQRLDSFDYTVKQHIVGSLLFTPLLL 538

Query: 542 XXXXXSVFYIFFSIVDTTINLICILIEVTISVIHATPYIKIFLRLVKPGRFPSGIWLEIF 601
                SVFYIFFSI+DTTINL+C+LIEVTIS                             
Sbjct: 539 LLPTTSVFYIFFSIMDTTINLVCLLIEVTIS----------------------------- 569

Query: 602 GCESSSTVSPNADFTDKMTSSNESCHLKDFNREKSSFLVSVLHSNYLSIGKVVLPHYRNV 661
              S+ST SP+AD TD+MTS  ES HLKDFNREKSS LVS LHSNYLS+GK++ PHY++V
Sbjct: 570 ---SNSTASPSADITDEMTSYKESLHLKDFNREKSSNLVSALHSNYLSLGKIISPHYKHV 626

Query: 662 FLGVSRSSISTAAYGILIGQRIPSTCGTXXXXXXXXXXXXYKEYWCLCHDSLIACFR 718
           FLGVS S+IST A+GILIGQR+PS  GT            YKEYW +CHDSLIACFR
Sbjct: 627 FLGVSGSTISTVAHGILIGQRMPSMRGTLLPSPMPWTSMHYKEYWRVCHDSLIACFR 683


>Glyma18g44500.2 
          Length = 551

 Score =  889 bits (2296), Expect = 0.0,   Method: Compositional matrix adjust.
 Identities = 421/551 (76%), Positives = 474/551 (86%)

Query: 168 LPKLNHIHWNGQILSEYDVHVIVYEPPSYGAHHFSLCRSSSNDQVKTSMKNPKWIDELHK 227
           LPKL+HIHWNG  +S+YDVHVI+YE PSYGAHHFSLC   SN++ KTS+KNPKW+DELHK
Sbjct: 1   LPKLHHIHWNGLTVSQYDVHVIIYETPSYGAHHFSLCHPGSNEKAKTSIKNPKWVDELHK 60

Query: 228 QQKFIELDTVILAINCTTAAKKSFERHVVPRRSSSQLSVFPMFFVIIGHLVSKFMASFST 287
           +Q+FIELDT+ LAINCT AAK+ FE H+VPRRS SQLS+FPM +V+ GHL SKF AS ST
Sbjct: 61  KQQFIELDTITLAINCTAAAKRIFETHLVPRRSLSQLSIFPMLYVVTGHLFSKFWASIST 120

Query: 288 MFYFVLQFFQTHFNNESESWIYVTSANVFKRTAWINIQIRCSQILYWPIFLQENDLRSQS 347
           M Y VLQFFQTHFN ESESW+Y TS NVF +TAWIN++IRC QILYWPIFL ENDLRSQS
Sbjct: 121 MLYIVLQFFQTHFNYESESWVYGTSTNVFIKTAWINMRIRCCQILYWPIFLWENDLRSQS 180

Query: 348 CVEYAEKAAMHRHSMWSTLVVDILLGNLVGWSLFYHSDTICLSVLNFTHGFATFLRSGCV 407
           CVEY EKAAMHRHSMWSTLVVD+LLGNLVGW+L YH++++CLSVLNF HGF++FLRSGCV
Sbjct: 181 CVEYVEKAAMHRHSMWSTLVVDVLLGNLVGWALLYHAESVCLSVLNFMHGFSSFLRSGCV 240

Query: 408 WLMGNPAGFKLNGELAGVLGMVSLNAIQIWSTLWIFVGFIFNYIIRGLSILGILCGFTVP 467
           WLMGNPAGFKLN ELAGVLGM SLNA+QIWSTLWIFVG+IFNYII+GLS+LGILCGFTVP
Sbjct: 241 WLMGNPAGFKLNAELAGVLGMASLNAVQIWSTLWIFVGYIFNYIIQGLSVLGILCGFTVP 300

Query: 468 AALVVDMITFATLHVSTLNWLIALVYSLQIQALAALWRLFRGRKWNPLRQRLDSFDYTVK 527
           AALV+DMI  ATLH+STL+W I+LVYS QIQALAALWRLFRGRKWNPLRQRLDSFDYTVK
Sbjct: 301 AALVIDMIALATLHISTLHWFISLVYSSQIQALAALWRLFRGRKWNPLRQRLDSFDYTVK 360

Query: 528 QHIVGSXXXXXXXXXXXXXSVFYIFFSIVDTTINLICILIEVTISVIHATPYIKIFLRLV 587
           QHIVGS             SVFYIFFSI+DTTINL+C+LIEVTISVIH TPY KIFL LV
Sbjct: 361 QHIVGSLLFTPLLLLLPTTSVFYIFFSIMDTTINLVCLLIEVTISVIHVTPYTKIFLWLV 420

Query: 588 KPGRFPSGIWLEIFGCESSSTVSPNADFTDKMTSSNESCHLKDFNREKSSFLVSVLHSNY 647
           +P RFPSGIWLEI GC+S+ST SP+AD TD+MTS  ES HLKDFNREKSS LVS LHSNY
Sbjct: 421 RPRRFPSGIWLEIIGCQSNSTASPSADITDEMTSYKESLHLKDFNREKSSNLVSALHSNY 480

Query: 648 LSIGKVVLPHYRNVFLGVSRSSISTAAYGILIGQRIPSTCGTXXXXXXXXXXXXYKEYWC 707
           LS+GK++ PHY++VFLGVS S+IST A+GILIGQR+PS  GT            YKEYW 
Sbjct: 481 LSLGKIISPHYKHVFLGVSGSTISTVAHGILIGQRMPSMRGTLLPSPMPWTSMHYKEYWR 540

Query: 708 LCHDSLIACFR 718
           +CHDSLIACFR
Sbjct: 541 VCHDSLIACFR 551


>Glyma03g28750.1 
          Length = 450

 Score =  718 bits (1854), Expect = 0.0,   Method: Compositional matrix adjust.
 Identities = 348/450 (77%), Positives = 383/450 (85%)

Query: 269 MFFVIIGHLVSKFMASFSTMFYFVLQFFQTHFNNESESWIYVTSANVFKRTAWINIQIRC 328
           M +V+IGHL SKF AS STM Y VLQFFQTHF+ ESESW YV S NVF +TAWIN++IRC
Sbjct: 1   MLYVVIGHLFSKFWASISTMLYIVLQFFQTHFSYESESWAYVKSTNVFMKTAWINMRIRC 60

Query: 329 SQILYWPIFLQENDLRSQSCVEYAEKAAMHRHSMWSTLVVDILLGNLVGWSLFYHSDTIC 388
            QILYWPIFL+END RSQSCVEY EKAAMHRHSMWSTLVVDILLGNLVGW+L Y ++++C
Sbjct: 61  GQILYWPIFLRENDPRSQSCVEYVEKAAMHRHSMWSTLVVDILLGNLVGWALLYRAESVC 120

Query: 389 LSVLNFTHGFATFLRSGCVWLMGNPAGFKLNGELAGVLGMVSLNAIQIWSTLWIFVGFIF 448
           LSVLNF HGF+TFLRSGCVWLMGNPAGFKLN ELAGVLGM SLNA+QIWSTLWIFVG+IF
Sbjct: 121 LSVLNFMHGFSTFLRSGCVWLMGNPAGFKLNAELAGVLGMASLNAVQIWSTLWIFVGYIF 180

Query: 449 NYIIRGLSILGILCGFTVPAALVVDMITFATLHVSTLNWLIALVYSLQIQALAALWRLFR 508
           NYII+GLS+LGILCGFTVPAALV+DMI  ATLH+STL+W I+LVYS Q+QALAALWRLFR
Sbjct: 181 NYIIQGLSVLGILCGFTVPAALVIDMIALATLHISTLHWFISLVYSSQLQALAALWRLFR 240

Query: 509 GRKWNPLRQRLDSFDYTVKQHIVGSXXXXXXXXXXXXXSVFYIFFSIVDTTINLICILIE 568
           GRKWNPLRQRLDSFDYTVKQHIVGS             SVFYIFFSI+DTTINL+C+LIE
Sbjct: 241 GRKWNPLRQRLDSFDYTVKQHIVGSLLFTPLLLLLPTTSVFYIFFSIMDTTINLVCLLIE 300

Query: 569 VTISVIHATPYIKIFLRLVKPGRFPSGIWLEIFGCESSSTVSPNADFTDKMTSSNESCHL 628
           VTISVIH TPY KIFL LV+ GRFPSGIWLEI GC+S+ST SP+AD TD+MTS  ES HL
Sbjct: 301 VTISVIHVTPYTKIFLWLVRQGRFPSGIWLEIIGCQSNSTASPSADITDEMTSYKESLHL 360

Query: 629 KDFNREKSSFLVSVLHSNYLSIGKVVLPHYRNVFLGVSRSSISTAAYGILIGQRIPSTCG 688
           KDFNREKSS LVS LHSNYLSIGK++ PHY +VFLGVS SSIST A+GILIGQR+PS  G
Sbjct: 361 KDFNREKSSSLVSALHSNYLSIGKIISPHYIHVFLGVSGSSISTVAHGILIGQRMPSMRG 420

Query: 689 TXXXXXXXXXXXXYKEYWCLCHDSLIACFR 718
           T            YKEYW LCHDSLIACFR
Sbjct: 421 TLLPSPMPWTSMHYKEYWRLCHDSLIACFR 450


>Glyma19g31490.1 
          Length = 235

 Score =  234 bits (598), Expect = 2e-61,   Method: Compositional matrix adjust.
 Identities = 135/205 (65%), Positives = 150/205 (73%), Gaps = 16/205 (7%)

Query: 453 RGLSILGILCGFTVPAALVVDMITFATLHVSTLNWLIALVYSLQIQALAALWRLFRGRKW 512
            G  +  IL GF +  AL       ATLH+STL+W I+LVYS QIQALAA WRLFR ++ 
Sbjct: 39  HGAPVFQIL-GFDLHHAL-------ATLHISTLHWFISLVYSSQIQALAAFWRLFRSQE- 89

Query: 513 NPL------RQRLDSFDYTVKQHIVGSXXXXXXXXXXXXXSVFYIFFSIVDTTINLICIL 566
           +PL      RQ LDSFDYTVKQ IVGS             S FYIFFSIVDTTINL+C L
Sbjct: 90  SPLVGNGILRQWLDSFDYTVKQQIVGSLLFTPLLLLLPTTSFFYIFFSIVDTTINLVCPL 149

Query: 567 IEVT-ISVIHATPYIKIFLRLVKPGRFPSGIWLEIFGCESSSTVSPNADFTDKMTSSNES 625
           IEVT ISVIH TPY KIFL LV+PGRFPSGIWLEI GC+S+ST SP+ADFTD++TS  ES
Sbjct: 150 IEVTTISVIHVTPYTKIFLWLVRPGRFPSGIWLEIIGCQSNSTASPSADFTDEITSYKES 209

Query: 626 CHLKDFNREKSSFLVSVLHSNYLSI 650
            HLKDFNREKSS LVS LHSNYLSI
Sbjct: 210 LHLKDFNREKSSSLVSALHSNYLSI 234