BLAST Resut
BLASTP 2.2.26 [Sep-21-2011]


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= Eca_sc000034.1_g1170.1
         (766 letters)

Database: ./nr 
           95,329,361 sequences; 35,143,497,570 total letters

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



                                                                 Score    E
Sequences producing significant alignments:                      (bits) Value

XP_008219170.1 PREDICTED: nucleolar MIF4G domain-containing prot...   851   0.0  
XP_010054782.1 PREDICTED: nucleolar MIF4G domain-containing prot...   849   0.0  
XP_010260452.1 PREDICTED: nucleolar MIF4G domain-containing prot...   853   0.0  

>XP_008219170.1 PREDICTED: nucleolar MIF4G domain-containing protein 1 [Prunus
           mume]
          Length = 763

 Score =  851 bits (2199), Expect = 0.0,   Method: Compositional matrix adjust.
 Identities = 451/829 (54%), Positives = 560/829 (67%), Gaps = 138/829 (16%)

Query: 9   DKSRREKRKEARLEKQKSRHLSWMEHQKAKKLKRQTPKTSKLIVNDTSKSSDIENESIER 68
           +KSRREKRKEARL K    H SW++H+K +K                 K+  ++++++++
Sbjct: 2   EKSRREKRKEARLSKNARNHESWLQHKKIQK----------------DKAIFVKSKTVQK 45

Query: 69  EKSEDRPNLRMKSKSLTVTNENSDTSDVEKVPTDNKRDGNGDRVEQKESKSKSKASEDLI 128
            K E                                        E+ E K++S++ E   
Sbjct: 46  TKDE-------------------------------------HTAEETEVKARSESPEQKD 68

Query: 129 TTTTKKGKEKKGLKRKSKSKFEEYLEMEMGTGGVSAQEDLELERRLAKKLKVKGGKLRAM 188
              +K  +E+KG KR  K+ FE+YL+++   G    +EDLELER+LAKKLKVK GKL+  
Sbjct: 69  HKVSKAVEEEKGSKRTPKTNFEKYLDIDRNRG----EEDLELERKLAKKLKVKDGKLKGE 124

Query: 189 DDGMEMLFEGIPSI----------------------------------IDSVTNEL---- 210
           D G+ +LFEGI ++                                   D + NEL    
Sbjct: 125 DFGLNVLFEGISAVDSLGEKEATYVETLPAKQSKSSSSGKKCKKDKPLKDRLENELPSDL 184

Query: 211 -----------------QDVEDNLKHRKKRKKKLSSVSVEGQEGETNDDEAVEVSNPPEN 253
                            +DV   +   KK KK+     +EG   E   D + +VS   ++
Sbjct: 185 MVEVPEVAVTDGVEVESEDVSSKISLSKKHKKR---KLLEGT--EEAGDMSFDVSKKMKS 239

Query: 254 CNTEVDVGKSYEKPSVVDVNAKYVAPHLRSRGSNESEEFIRIRRQVRGLLNRLSESNVES 313
           C TE+ + K+   P  V    KYVAPHLRSR  NE EE  +IRR+VRGLLNRLSESNVES
Sbjct: 240 CATEMALEKA---P--VKAPEKYVAPHLRSRAGNEPEEHSQIRRRVRGLLNRLSESNVES 294

Query: 314 VTEQISTILKSLSRTVGSEMIAGEVLSSCSGGPRGNEQYAAVFAAFVAGMACLVGIDLGA 373
           +T  +S I +SL R++ S+M + E+L+SC+GGPRGNEQYAAVFAA VAGMAC VGID GA
Sbjct: 295 ITGDLSAIFRSLPRSIASQMFSEELLASCAGGPRGNEQYAAVFAALVAGMACSVGIDFGA 354

Query: 374 KLIASLAKSFEDEFMKEDNLSLRNLTLLLSYLCIFGVCSSDLIYDFLTILSKRLLEIDVS 433
           KL+ASLAK+FEDE+ KEDN+SLRN+TLLLS+LCIFGVCSS+LIYDFL +LSKRL E+DVS
Sbjct: 355 KLMASLAKTFEDEYHKEDNISLRNVTLLLSHLCIFGVCSSELIYDFLIVLSKRLTEVDVS 414

Query: 434 TILTILQCCGMKLRGDDPTAMKDFIVSIQNRVRELKSSSDDQP--ANNKRMEFMLDTICD 491
           TILT+LQCCGMK+R DDP AMK+FI S+QNRV ELK+S  D     N+KRMEFML+TICD
Sbjct: 415 TILTVLQCCGMKIRADDPLAMKNFIQSVQNRVNELKASCGDNQDNTNSKRMEFMLETICD 474

Query: 492 IKNNKKRSKEDPSQHTRIKKWLQKLRVEDILLRGLKWNKLLDPNKKGQWWISGDIASSTD 551
           IKNNKKRSKED +QHTRIKKWLQKLRVEDIL+RGLKW+KLLD NKKGQWW+SGD+ASSTD
Sbjct: 475 IKNNKKRSKEDNAQHTRIKKWLQKLRVEDILIRGLKWSKLLDSNKKGQWWLSGDMASSTD 534

Query: 552 KVEEIVSTTDKEALEAQKLLQLAAAQRMNTDARRAIFCIVMSGEDYIDAFEKLLRLDLAG 611
            VEE+ +T DKE LEAQK+LQLAA QRMNTDAR+AIFCI+MSGEDYIDAFEKLLRLDL G
Sbjct: 535 NVEEVANTIDKEVLEAQKMLQLAAEQRMNTDARKAIFCIIMSGEDYIDAFEKLLRLDLQG 594

Query: 612 K--------------QEKVFNKYYTILASKLCSHDKNHKFTLQYCLWDHYQGLDQMELIS 657
           K              QEKVFNKYYT LASK C HDKNHKFTLQ+CLWDH++ L+ M+L  
Sbjct: 595 KQDREIMRVIVECCLQEKVFNKYYTTLASKFCEHDKNHKFTLQFCLWDHFKDLESMQLTR 654

Query: 658 SINLAKFVAEMLSSYSLSLAVLKKIDFTDPSQLTPKRIMHFKILFETIFDLSDALVWNIF 717
           S++LAKFVAEM+SS++LSLAVLK +D  D  QLT KRIMHF++LFE IF+  D+L+WNIF
Sbjct: 655 SMHLAKFVAEMVSSFTLSLAVLKTVDLADIKQLTAKRIMHFRMLFEAIFEYPDSLIWNIF 714

Query: 718 TRIGIIPELENLRSGIEFFVKQYVTSSKKVSTKWKIAKKAFSNVAGTLM 766
           TR+ + PELE+LR GIEFFVK  V ++K +  K+K+AKKA +NV G LM
Sbjct: 715 TRVAVSPELESLRHGIEFFVKYIVETNKALKDKYKLAKKALNNVEGVLM 763


>XP_010054782.1 PREDICTED: nucleolar MIF4G domain-containing protein 1 [Eucalyptus
           grandis] KCW89899.1 hypothetical protein EUGRSUZ_A02125
           [Eucalyptus grandis]
          Length = 803

 Score =  849 bits (2193), Expect = 0.0,   Method: Compositional matrix adjust.
 Identities = 461/826 (55%), Positives = 581/826 (70%), Gaps = 91/826 (11%)

Query: 4   ESKSSDKSRREKRKEARLEKQKSRHLSWMEHQKAKKLKRQT--PKTSKLIVNDTSKSSDI 61
           E  +  KSRR+KRKEAR  K+  ++ SWM+HQK++K K+ +  PK+S     + SK +  
Sbjct: 6   EPPAPAKSRRDKRKEARSAKKDRKNQSWMQHQKSQKPKKNSVAPKSSG---GEKSKHAPP 62

Query: 62  ENESIEREKSEDRPNLRMKSKSLTVTNENSDTSDVEKVPTDNKRDGNGDRVEQKESKSKS 121
            + S          +     K+L + N+N+ T  V KV                  K +S
Sbjct: 63  SHHSAAVGSFRTGGD---SEKTLELENDNALT--VPKV------------------KFES 99

Query: 122 KASEDLITTTTKKGKEKKGLKRKSKSKFEEYLEMEMGTGGVSAQEDLELERRLAKKLKVK 181
              +D  + + K GK K  +KRKSK+KFEEY+E +M    +S +EDLELER+LAKKLKVK
Sbjct: 100 VLKDD--SDSLKSGKAKNNVKRKSKTKFEEYVENDMRKAAMSVEEDLELERKLAKKLKVK 157

Query: 182 GGKLRAMDDGMEMLFEGIPSIIDSVTNELQDVEDN------------------LKH---- 219
            GKLR  DDGM M F+GIPSI+D+   E  D+ +N                  L+H    
Sbjct: 158 EGKLRGSDDGMNMFFKGIPSILDAFEQETPDLRENHGERFEGESSGEKSERSNLEHMQDD 217

Query: 220 -RKKRKKKLSSVSVEGQEGETN-DDEAVEVSNPPEN---------------CNTEVDVGK 262
            +  R K  +  SVE    E + DD   E     +                C TE   G+
Sbjct: 218 GKAVRVKAGAGGSVEPFSAEVDLDDFPAEAPTRKKRKKSKTIKEDASDLSICKTETSGGE 277

Query: 263 SY--EKP---SVVDVNAKYVAPHLRSRGSNESEEFIRIRRQVRGLLNRLSESNVESVTEQ 317
               E P   ++ +  AKYVAPHLRSR  +ESEE +++RR+VRGLLNRLSESNVES+T +
Sbjct: 278 VAREEDPVNTTLTESKAKYVAPHLRSRAGSESEEHMQLRRRVRGLLNRLSESNVESITGE 337

Query: 318 ISTILKSLSRTVGSEMIAGEVLSSCSGGPRGNEQYAAVFAAFVAGMACLVGIDLGAKLIA 377
           I+T+  S+ R  GS +I  EVL+SCSGGPRGNEQYAAVF +FVAG+ACLVGID  AKL+A
Sbjct: 338 IATLYSSVGRMAGSNIITEEVLASCSGGPRGNEQYAAVFGSFVAGIACLVGIDFSAKLLA 397

Query: 378 SLAKSFEDEFMKEDNLSLRNLTLLLSYLCIFGVCSSDLIYDFLTILSKRLLEIDVSTILT 437
           SLAK FE+EF+K DNLSLRNLTLLLSYLC+FGVCSSDLIYDFL  LSKRL EIDVSTILT
Sbjct: 398 SLAKCFENEFLKADNLSLRNLTLLLSYLCVFGVCSSDLIYDFLITLSKRLTEIDVSTILT 457

Query: 438 ILQCCGMKLRGDDPTAMKDFIVSIQNRVRELKSSSDD--QPANNKRMEFMLDTICDIKNN 495
           ILQCCGMK+RGDDP AMK FI+S+QNRV ELK+S DD  +  N++RMEFMLDTICDIKNN
Sbjct: 458 ILQCCGMKIRGDDPGAMKSFILSVQNRVNELKASPDDGKKNINSRRMEFMLDTICDIKNN 517

Query: 496 KKRSKEDPSQHTRIKKWLQKLRVEDILLRGLKWNKLLDPNKKGQWWISGDIASSTDKVEE 555
           K+R+KEDP+ HTRIKKWLQKL +E++LLRG+KW+KLLDP+KKGQWW+SGD+AS TD + E
Sbjct: 518 KRRTKEDPAPHTRIKKWLQKLGIENVLLRGIKWSKLLDPDKKGQWWLSGDMASKTDDIVE 577

Query: 556 IVSTTDKEALEAQKLLQLAAAQRMNTDARRAIFCIVMSGEDYIDAFEKLLRLDLAGK--- 612
           + +T DKE  E QK+LQLA+AQRMNTD RRAIFCI+MSGEDYID FEKLLRLDL GK   
Sbjct: 578 VANTIDKEVAETQKMLQLASAQRMNTDTRRAIFCIIMSGEDYIDTFEKLLRLDLPGKQDR 637

Query: 613 -----------QEKVFNKYYTILASKLCSHDKNHKFTLQYCLWDHYQGLDQMELISSINL 661
                      QEKVFNKYYT+LA+KLC HDKNHKFTLQ+CLWDH++ L+ M+L+ S++L
Sbjct: 638 EIMRVLVECCLQEKVFNKYYTVLAAKLCEHDKNHKFTLQFCLWDHFKELESMQLLRSMHL 697

Query: 662 AKFVAEMLSSYSLSLAVLKKIDFTDPSQLTPKRIMHFKILFETIFDLSDALVWNIFTRIG 721
           AKFVAEM++S++LSL++LK +DF+D  QLT KRI+HF++LFE +F+  D+L+WN+FTR+ 
Sbjct: 698 AKFVAEMVASFTLSLSLLKTVDFSDARQLTAKRIIHFRMLFEVMFEQPDSLIWNVFTRVA 757

Query: 722 IIPELENLRSGIEFFVKQYVTSSKK-VSTKWKIAKKAFSNVAGTLM 766
           + PELE LR GIEFFV++YV SS + +S K+KI KKA +NV G LM
Sbjct: 758 LSPELETLRFGIEFFVREYVVSSNRALSGKFKIVKKALNNVEGILM 803


>XP_010260452.1 PREDICTED: nucleolar MIF4G domain-containing protein 1 [Nelumbo
           nucifera]
          Length = 911

 Score =  853 bits (2203), Expect = 0.0,   Method: Compositional matrix adjust.
 Identities = 433/680 (63%), Positives = 514/680 (75%), Gaps = 30/680 (4%)

Query: 116 ESKSKSKASEDLITTTTKKGKEKKGLKRKSKSKFEEYLEMEMGTGGVSAQEDLELERRLA 175
           ESK    +S     T   K K +K LK+KSK+KFEEY+EMEM  G VSA+EDLELER+LA
Sbjct: 233 ESKLNMDSSHGSAGTKVAKAKGRKTLKQKSKTKFEEYIEMEMKKGVVSAEEDLELERKLA 292

Query: 176 KKLKVKGGKLRAMDDGMEMLFEGIPSIIDSVTN-------ELQDVEDNLKHRKKRKKKLS 228
           KKLKVK  KLR   DG+  LF+GIPS++D + +       E  +   N    KK  KK  
Sbjct: 293 KKLKVKSAKLRGTGDGLNELFDGIPSVLDHLEDKKVLEAEEHHEKCPNHSSSKKHDKKQK 352

Query: 229 SVSVEGQEGETNDDEAVEVSNPP--ENCNTEVDVGKSYEKPSVVDVNAKYVAPHLRSRGS 286
            +     E E      V +  P   EN  TEV + + Y K S VD NAKY+ PHLR    
Sbjct: 353 FLDALENEPEDVLGGDVNIGGPEQVENGGTEVALEEPYSKSSAVDGNAKYIPPHLRHSSG 412

Query: 287 NESEEFIRIRRQVRGLLNRLSESNVESVTEQISTILKSLSRTVGSEMIAGEVLSSCSGGP 346
             SEE  + RR++ GLLNRLSESNVE +T +IS+I +S+ R+  S++I+ EVL+  SGGP
Sbjct: 413 QGSEES-QFRRRMHGLLNRLSESNVEKITGEISSIFRSIVRSTSSQIISEEVLTFFSGGP 471

Query: 347 RGNEQYAAVFAAFVAGMACLVGIDLGAKLIASLAKSFEDEFMKEDNLSLRNLTLLLSYLC 406
           R  EQ  A FAAFVAGMACLVGID  AKL+ASLAKSFED +MKED++SLRNLTLLLSYLC
Sbjct: 472 RQTEQNVAGFAAFVAGMACLVGIDFSAKLLASLAKSFEDAYMKEDSISLRNLTLLLSYLC 531

Query: 407 IFGVCSSDLIYDFLTILSKRLLEIDVSTILTILQCCGMKLRGDDPTAMKDFIVSIQNRVR 466
           IFGVCSSDLIYDFL +LSKRL+E+DVSTILTILQCCGMKLRGDDP +MKDFI S+QNRV 
Sbjct: 532 IFGVCSSDLIYDFLIMLSKRLMEMDVSTILTILQCCGMKLRGDDPASMKDFISSVQNRVN 591

Query: 467 ELK----SSSDDQP-ANNKRMEFMLDTICDIKNNKKRSKEDPSQHTRIKKWLQKLRVEDI 521
           ELK    S++  QP  NNKRMEFML+TI DIKNNK+R KEDP  HTRIKKWLQKLRVEDI
Sbjct: 592 ELKFPSGSTTPGQPKINNKRMEFMLETIIDIKNNKRRVKEDPVPHTRIKKWLQKLRVEDI 651

Query: 522 LLRGLKWNKLLDPNKKGQWWISGDIASSTDKVEEIVSTTDKEALEAQKLLQLAAAQRMNT 581
           LLRGLKW+KLLDP+KKGQWW+SGD+ S TD ++E+ ST D+E LEAQKLLQ+AAAQRMNT
Sbjct: 652 LLRGLKWSKLLDPHKKGQWWLSGDVVSETDNIKEVASTIDREVLEAQKLLQIAAAQRMNT 711

Query: 582 DARRAIFCIVMSGEDYIDAFEKLLRLDLAGK--------------QEKVFNKYYTILASK 627
           D RRAIFCI+MSGEDY+DA+EKLL L L GK              QEKVFNKYYT LASK
Sbjct: 712 DTRRAIFCIIMSGEDYMDAYEKLLGLGLPGKQDREIMRVLVDCCLQEKVFNKYYTALASK 771

Query: 628 LCSHDKNHKFTLQYCLWDHYQGLDQMELISSINLAKFVAEMLSSYSLSLAVLKKIDFTDP 687
           LCS DKNHKFTLQYCLWDH++ LD MEL  S+NLA+FVAEML+S++LSLAVLK ++ +DP
Sbjct: 772 LCSLDKNHKFTLQYCLWDHFKELDSMELHRSMNLARFVAEMLASFTLSLAVLKTVELSDP 831

Query: 688 SQLTPKRIMHFKILFETIFDLSDALVWNIFTRIGIIPELENLRSGIEFFVKQYVTSSKKV 747
            QL+ KR+MHF++LFE + +LSDALVWNIFTRI  IPELE+LR+G+ FF+KQYV +  KV
Sbjct: 832 KQLSAKRVMHFRMLFEAVLELSDALVWNIFTRIAGIPELESLRNGLGFFIKQYVVNDNKV 891

Query: 748 -STKWKIAKKAFSNVAGTLM 766
            S K+K+A+KA  NVAG LM
Sbjct: 892 FSAKFKVARKALENVAGVLM 911



 Score =  156 bits (394), Expect = 9e-36,   Method: Compositional matrix adjust.
 Identities = 102/216 (47%), Positives = 129/216 (59%), Gaps = 35/216 (16%)

Query: 3   LESKSSDKSRREKRKEARLEKQKSRHLSWMEHQKAKKLKRQTPKTSKLIVNDTSKSSDIE 62
           +ESK  +KSR+E+RKEAR EKQKSR+LSW+EHQK+ KLKR + +T               
Sbjct: 1   MESKLGEKSRKERRKEARSEKQKSRYLSWIEHQKSSKLKRVSVET--------------- 45

Query: 63  NESIEREKSEDRPNLRMKSKSLTVTNENSDTSDVEKVPTDNKRDGNGDRVEQKESKSKSK 122
                      +P ++ K+K     NE S+  +V         DG     EQ     +  
Sbjct: 46  -----------KPEVKKKTKG--ACNEISERKEV------RHSDGRDISEEQPSLPERMN 86

Query: 123 ASEDLITTTTKKGKEKKGLKRKSKSKFEEYLEMEMGTGGVSAQEDLELERRLAKKLKVKG 182
            S D   TT    K KK LKRKSK+KFEEY+EMEM  G VSA+EDLELER+LAKKLKVKG
Sbjct: 87  LSCDSDHTTQTMVKRKKNLKRKSKTKFEEYIEMEMKKGVVSAEEDLELERKLAKKLKVKG 146

Query: 183 GKLRAMDDGMEMLFEGIPSIIDS-VTNELQDVEDNL 217
           G+LR  DDG+  LF+GIPS++DS V  E+ D E+ L
Sbjct: 147 GRLRGTDDGISELFDGIPSVLDSLVDEEILDAEEAL 182


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