Miyakogusa Predicted Gene

Lj4g3v2120610.1

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= Lj4g3v2120610.1 tr|G7ID88|G7ID88_MEDTR Membrane bound o-acyl
transferase OS=Medicago truncatula GN=MTR_1g110490
PE=4,84.1,0,MBOAT,Membrane bound O-acyl transferase, MBOAT; SUBFAMILY
NOT NAMED,NULL; ACYLTRANSFERASE,NULL,CUFF.50288.1
         (534 letters)

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

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



                                                                 Score    E
Sequences producing significant alignments:                      (bits) Value

Glyma10g41940.1                                                       941   0.0  
Glyma20g25100.1                                                       941   0.0  
Glyma10g41940.2                                                       843   0.0  

>Glyma10g41940.1 
          Length = 529

 Score =  941 bits (2433), Expect = 0.0,   Method: Compositional matrix adjust.
 Identities = 458/534 (85%), Positives = 490/534 (91%), Gaps = 5/534 (0%)

Query: 1   MATSVTNNGSRSGQWQQKELFFLVTYAFIFYVIIIRRSLQLSHDHFKQLFGLRPGWLIPH 60
           MATSV    ++ G W++KEL+FLV YA +FYVIII RSLQLS D++KQL GLRPGWLI H
Sbjct: 1   MATSV----NKIGHWKRKELWFLVIYAILFYVIIINRSLQLSRDYYKQLHGLRPGWLIAH 56

Query: 61  CLNDVSDAQWRNFRGNLPVLSLVFGIFTLLATLMRAFFNLKVGGMSIVWLLFSLVYLSYL 120
            LNDVSDAQWRN RGN+PVL+LVF IFTLLA  MRAF NL+V GMSIVWLLFSL YLSYL
Sbjct: 57  YLNDVSDAQWRNLRGNIPVLTLVFAIFTLLANFMRAF-NLRVKGMSIVWLLFSLAYLSYL 115

Query: 121 HGTCIIFVLSIATINFLIVKIFARKKYFPLVVWSYNIFFLLTNRIYEGYSFSIFGPQWGF 180
           HG CI+F+LSIAT NFL+VKIFA+K+YFPLVVWSYNI FLL NRIYEGYSFSIFG QW F
Sbjct: 116 HGACIVFILSIATGNFLLVKIFAQKEYFPLVVWSYNILFLLCNRIYEGYSFSIFGQQWAF 175

Query: 181 LDNYRGSFRWHICFNFVVLRMISFGFDYHWRNQDSHFDQEKHQQRCHICKSGKACYQALQ 240
           LDNYRGSFRWHICFNFVVLRMISFGFD+HW NQ+SHFDQEKH Q CHICKSGK+CYQ LQ
Sbjct: 176 LDNYRGSFRWHICFNFVVLRMISFGFDFHWSNQNSHFDQEKHYQHCHICKSGKSCYQVLQ 235

Query: 241 ERSLQDDKFGYITYLCYLVYAPLYIAGPIISFNAFASQLDVPQNTNSVRNVILYGFRWVL 300
           ERSL +D FGYITYLCYLVYAPLYIAGPI++FNAFASQ+DVPQNTNSVRNV L GFRWVL
Sbjct: 236 ERSLHNDNFGYITYLCYLVYAPLYIAGPILNFNAFASQIDVPQNTNSVRNVTLNGFRWVL 295

Query: 301 SLLLVELMTHLFYYNAFANSGLWKQLSPMEVFIIGYGVLNFMWLKFLLIWRFFRFWSLVN 360
           SLLL+ELMTHLFYYNAFANS LWK LSPM+VFIIGYGVLNFMWLKFLLIWRFFRFWSL+N
Sbjct: 296 SLLLMELMTHLFYYNAFANSDLWKHLSPMDVFIIGYGVLNFMWLKFLLIWRFFRFWSLIN 355

Query: 361 GIETPENMPKCINNCHNLEGFWKNWHASFNKWLVRYMYIPLGGSRKKLLNVWVVFTFVAI 420
           GIE PENMPKCINNCHNLEGFWKNWHASFNKWLVRY+YIPLGGS+KKLLNVWVVFTFVAI
Sbjct: 356 GIEAPENMPKCINNCHNLEGFWKNWHASFNKWLVRYIYIPLGGSKKKLLNVWVVFTFVAI 415

Query: 421 WHDLEWKLLSWAWLTCLFFIPELVFKSATKAFQAENSFGEFIFRELSAVAGAVTITCLMV 480
           WHDLEWKLLSWAWLTCLFFIPELV KSA KAFQA++SFGE IFRELSAVAGAVTITCLMV
Sbjct: 416 WHDLEWKLLSWAWLTCLFFIPELVLKSAAKAFQAQSSFGECIFRELSAVAGAVTITCLMV 475

Query: 481 ANLVGFVIGPRGINWLLSSFLQKEGLPVLGGMLLTFYVGTKIMLHIDEAKQRLP 534
           ANLVGFV+GP GINWLLSSFL KEGLPVLGGML+TFYVGTKIM HIDEAKQR P
Sbjct: 476 ANLVGFVVGPSGINWLLSSFLNKEGLPVLGGMLMTFYVGTKIMFHIDEAKQRSP 529


>Glyma20g25100.1 
          Length = 528

 Score =  941 bits (2431), Expect = 0.0,   Method: Compositional matrix adjust.
 Identities = 452/525 (86%), Positives = 484/525 (92%)

Query: 10  SRSGQWQQKELFFLVTYAFIFYVIIIRRSLQLSHDHFKQLFGLRPGWLIPHCLNDVSDAQ 69
            + G W++KEL+FLV YA +FYVIII RSLQLS D++K L GLRPGWLI H LNDVSDAQ
Sbjct: 4   GKRGHWKRKELWFLVIYAILFYVIIINRSLQLSRDYYKHLRGLRPGWLIAHYLNDVSDAQ 63

Query: 70  WRNFRGNLPVLSLVFGIFTLLATLMRAFFNLKVGGMSIVWLLFSLVYLSYLHGTCIIFVL 129
           WRNFRGN+PVL+LVF IFTLLA   RAFFNL+V GMSIVWLLFS  YLSYLHG CI+F+L
Sbjct: 64  WRNFRGNIPVLTLVFAIFTLLANFTRAFFNLRVKGMSIVWLLFSSAYLSYLHGACIVFIL 123

Query: 130 SIATINFLIVKIFARKKYFPLVVWSYNIFFLLTNRIYEGYSFSIFGPQWGFLDNYRGSFR 189
           SIAT NFL+VKIFA+K+YFPLVVWSYNI FLL NRIYEGYSFS+FG QW FLDNYRGSFR
Sbjct: 124 SIATGNFLLVKIFAQKEYFPLVVWSYNILFLLCNRIYEGYSFSMFGQQWAFLDNYRGSFR 183

Query: 190 WHICFNFVVLRMISFGFDYHWRNQDSHFDQEKHQQRCHICKSGKACYQALQERSLQDDKF 249
           WHICFNFVVLRMISFGFD+HW NQDSHFD+EKH QRCHICKSGK+CYQ LQERSL +DKF
Sbjct: 184 WHICFNFVVLRMISFGFDFHWSNQDSHFDKEKHYQRCHICKSGKSCYQVLQERSLHNDKF 243

Query: 250 GYITYLCYLVYAPLYIAGPIISFNAFASQLDVPQNTNSVRNVILYGFRWVLSLLLVELMT 309
           GYITYLCYLVYAPLYIAGPI++FNAFASQ+DVPQNTNSVRNV L GFRWVLSLLL+ELMT
Sbjct: 244 GYITYLCYLVYAPLYIAGPILNFNAFASQIDVPQNTNSVRNVTLNGFRWVLSLLLMELMT 303

Query: 310 HLFYYNAFANSGLWKQLSPMEVFIIGYGVLNFMWLKFLLIWRFFRFWSLVNGIETPENMP 369
           HLFYYNAFANS LWK LSPM+VFIIGYGVLNFMWLKFLLIWRFFRFWSL+NGIETPENMP
Sbjct: 304 HLFYYNAFANSDLWKHLSPMDVFIIGYGVLNFMWLKFLLIWRFFRFWSLINGIETPENMP 363

Query: 370 KCINNCHNLEGFWKNWHASFNKWLVRYMYIPLGGSRKKLLNVWVVFTFVAIWHDLEWKLL 429
           KCINNCHNLEGFWKNWHASFNKWLVRY+YIPLGGS+KKLLNVWVVFTFVAIWHDLEWKLL
Sbjct: 364 KCINNCHNLEGFWKNWHASFNKWLVRYIYIPLGGSKKKLLNVWVVFTFVAIWHDLEWKLL 423

Query: 430 SWAWLTCLFFIPELVFKSATKAFQAENSFGEFIFRELSAVAGAVTITCLMVANLVGFVIG 489
           SWAWLTCLFFIPELV KSA KAFQA++SFGE IFRELSAVAGAVTITCLMVANLVGFV+G
Sbjct: 424 SWAWLTCLFFIPELVLKSAAKAFQAQSSFGECIFRELSAVAGAVTITCLMVANLVGFVVG 483

Query: 490 PRGINWLLSSFLQKEGLPVLGGMLLTFYVGTKIMLHIDEAKQRLP 534
           P GINWLLSSFL   GLPVLGGML+TFYVGTKIM HIDEAKQR P
Sbjct: 484 PTGINWLLSSFLNNNGLPVLGGMLMTFYVGTKIMFHIDEAKQRSP 528


>Glyma10g41940.2 
          Length = 477

 Score =  843 bits (2178), Expect = 0.0,   Method: Compositional matrix adjust.
 Identities = 410/481 (85%), Positives = 440/481 (91%), Gaps = 5/481 (1%)

Query: 1   MATSVTNNGSRSGQWQQKELFFLVTYAFIFYVIIIRRSLQLSHDHFKQLFGLRPGWLIPH 60
           MATSV    ++ G W++KEL+FLV YA +FYVIII RSLQLS D++KQL GLRPGWLI H
Sbjct: 1   MATSV----NKIGHWKRKELWFLVIYAILFYVIIINRSLQLSRDYYKQLHGLRPGWLIAH 56

Query: 61  CLNDVSDAQWRNFRGNLPVLSLVFGIFTLLATLMRAFFNLKVGGMSIVWLLFSLVYLSYL 120
            LNDVSDAQWRN RGN+PVL+LVF IFTLLA  MRAF NL+V GMSIVWLLFSL YLSYL
Sbjct: 57  YLNDVSDAQWRNLRGNIPVLTLVFAIFTLLANFMRAF-NLRVKGMSIVWLLFSLAYLSYL 115

Query: 121 HGTCIIFVLSIATINFLIVKIFARKKYFPLVVWSYNIFFLLTNRIYEGYSFSIFGPQWGF 180
           HG CI+F+LSIAT NFL+VKIFA+K+YFPLVVWSYNI FLL NRIYEGYSFSIFG QW F
Sbjct: 116 HGACIVFILSIATGNFLLVKIFAQKEYFPLVVWSYNILFLLCNRIYEGYSFSIFGQQWAF 175

Query: 181 LDNYRGSFRWHICFNFVVLRMISFGFDYHWRNQDSHFDQEKHQQRCHICKSGKACYQALQ 240
           LDNYRGSFRWHICFNFVVLRMISFGFD+HW NQ+SHFDQEKH Q CHICKSGK+CYQ LQ
Sbjct: 176 LDNYRGSFRWHICFNFVVLRMISFGFDFHWSNQNSHFDQEKHYQHCHICKSGKSCYQVLQ 235

Query: 241 ERSLQDDKFGYITYLCYLVYAPLYIAGPIISFNAFASQLDVPQNTNSVRNVILYGFRWVL 300
           ERSL +D FGYITYLCYLVYAPLYIAGPI++FNAFASQ+DVPQNTNSVRNV L GFRWVL
Sbjct: 236 ERSLHNDNFGYITYLCYLVYAPLYIAGPILNFNAFASQIDVPQNTNSVRNVTLNGFRWVL 295

Query: 301 SLLLVELMTHLFYYNAFANSGLWKQLSPMEVFIIGYGVLNFMWLKFLLIWRFFRFWSLVN 360
           SLLL+ELMTHLFYYNAFANS LWK LSPM+VFIIGYGVLNFMWLKFLLIWRFFRFWSL+N
Sbjct: 296 SLLLMELMTHLFYYNAFANSDLWKHLSPMDVFIIGYGVLNFMWLKFLLIWRFFRFWSLIN 355

Query: 361 GIETPENMPKCINNCHNLEGFWKNWHASFNKWLVRYMYIPLGGSRKKLLNVWVVFTFVAI 420
           GIE PENMPKCINNCHNLEGFWKNWHASFNKWLVRY+YIPLGGS+KKLLNVWVVFTFVAI
Sbjct: 356 GIEAPENMPKCINNCHNLEGFWKNWHASFNKWLVRYIYIPLGGSKKKLLNVWVVFTFVAI 415

Query: 421 WHDLEWKLLSWAWLTCLFFIPELVFKSATKAFQAENSFGEFIFRELSAVAGAVTITCLMV 480
           WHDLEWKLLSWAWLTCLFFIPELV KSA KAFQA++SFGE IFRELSAVAGAVTITCLMV
Sbjct: 416 WHDLEWKLLSWAWLTCLFFIPELVLKSAAKAFQAQSSFGECIFRELSAVAGAVTITCLMV 475

Query: 481 A 481
            
Sbjct: 476 C 476