Was this page helpful?

Smo6 project

     

    Annotators

    Feng Lin

    Ying Wang

    Simple Statistics

    • Sequence: Smo6
    • Scaffold: 93
    • Bases: 230000 - 340000
    • Length : 110001 bases
    • GC content: 47.49%
    • Contains run of 391 Ns at bases 49687- 50077 and 99 Ns at bases 106501-106599

    Sequence Repeats

    Dotplot

    (Word size: 10)

    dottup.2.png

    Etandem

    # HitCount: 0
    # Threshold: 20
    # Minrepeat: 10
    # Maxrepeat: 10
    # Mismatch: No
    # Uniform: No


    Repeat Masker

    SW   perc perc perc  query        position in query       matching      repeat           position in repeat
    score   div. del. ins.  sequence     begin  end     (left)   repeat        class/family   begin  end    (left)  ID

       22    5.6  0.0  0.0  scaffold_93   26190  26225 (83776) + AT_rich       Low_complexity      1     36    (0)   1 
       37    0.0  0.0  0.0  scaffold_93   26408  26444 (83557) + AT_rich       Low_complexity      1     37    (0)   2 
       44    7.5  0.0  0.0  scaffold_93   26507  26599 (83402) + AT_rich       Low_complexity      1     93    (0)   3  
      35   11.0  0.0  0.0  scaffold_93   26662  26815 (83186) + AT_rich       Low_complexity      1   154    (0)   4 
       22    7.0  0.0  0.0  scaffold_93   26878  26920 (83081) + AT_rich       Low_complexity      1     43    (0)   5 
       23    0.0  0.0  0.0  scaffold_93   28010  28032 (81969) + AT_rich       Low_complexity      1     23    (0)   6 
       21    0.0  0.0  0.0  scaffold_93   42792  42812 (67189) + AT_rich       Low_complexity      1     21    (0)   7  
     508  19.5  5.4  5.4  scaffold_93   54931  55098 (54903) + U2              snRNA                     6    173   (15) 8  
     180    0.0  0.0  0.0  scaffold_93   55971  55990 (54011) + (TG)n          Simple_repeat        2     21    (0)   9  
      26     5.0  0.0  0.0  scaffold_93   66151  66190 (43811) + AT_rich       Low_complexity      1     40    (0)  10  
     291    2.8  0.0  0.0  scaffold_93   67179  67214 (42787) + (CCA)n       Simple_repeat         1     36    (0)  11  
      40     9.9  0.0  0.0  scaffold_93   69865  69995 (40006) + AT_rich       Low_complexity      1    131   (0)  12  
    429   15.3  0.0  1.4  scaffold_93   72406  72478 (37523) C tRNA-Ala-GCY_ tRNA                 (3)    72     1   13 
       22    5.6  0.0  0.0  scaffold_93   73097  73132 (36869) + AT_rich       Low_complexity      1     36    (0)  14 
       27    4.9  0.0  0.0  scaffold_93   73166  73206 (36795) + AT_rich       Low_complexity      1     41    (0)  15 
       28    2.9  0.0  0.0  scaffold_93   73250  73284 (36717) + AT_rich       Low_complexity      1     35    (0)  16  
    200   17.6  1.9  1.9  scaffold_93   73895  73946 (36055) + (TTA)n        Simple_repeat         2     53    (0)  17  
    221   27.6  0.0  0.0  scaffold_93   76016  76073 (33928) + GA-rich       Low_complexity       2     59    (0)  18  
    510   12.8  2.6  0.0  scaffold_93   78437  78514 (31487) C tRNA-Leu-CTA  tRNA                 (2)     83      4  19  
    193   27.7  0.0  4.1  scaffold_93   78803  78851 (31150) + L4              LINE/RTE             1724   1770  (259)  20 
       26    5.0  0.0  0.0  scaffold_93   79315  79354 (30647) + AT_rich       Low_complexity      1     40    (0)  21 
       21    8.9  0.0  0.0  scaffold_93   80080  80135 (29866) + AT_rich       Low_complexity      1     56    (0)  22 
       23    8.6  0.0  0.0  scaffold_93   80496  80553 (29448) + AT_rich       Low_complexity      1     58    (0)  23 
       21    3.6  0.0  0.0  scaffold_93   85195  85222 (24779) + AT_rich       Low_complexity      1     28    (0)  24  
     418  28.6  3.6  0.0  scaffold_93   86971  87110 (22891) + HAL1-2a_MD    LINE/L1          2348   2492  (532)  25  
     237  16.7  0.0  0.0  scaffold_93   88227  88280 (21721) + CT-rich       Low_complexity      3     56    (0)  26  
     212    0.0  3.6  0.0  scaffold_93   89265  89292 (20709) + (GA)n         Simple_repeat        1     29    (0)  27  
    203   24.0  0.0  3.9  scaffold_93   90095  90146 (19855) + GA-rich       Low_complexity      3     52    (0)  28  
    394   36.4  0.0  0.0  scaffold_93   94847  94989 (15012) + (CCG)n       Simple_repeat        2    144    (0)  29  
    180   20.0  0.0  0.0  scaffold_93   97545  97594 (12407) + CT-rich       Low_complexity      1     50    (0)  30  
     270    5.6  0.0  0.0  scaffold_93   97749  97784 (12217) + (TTC)n        Simple_repeat        1     36    (0)  31  
     194    6.2  3.1  0.0  scaffold_93  102551 102582  (7419) + (TTTTC)n   Simple_repeat         3     35    (0)  32 
       25    0.0  0.0  0.0  scaffold_93  105135 105159  (4842) + AT_rich      Low_complexity      1     25    (0)  33 
       23    3.3  0.0  0.0  scaffold_93  105248 105277  (4724) + AT_rich      Low_complexity      1     30    (0)  34 
       29    7.0  0.0  0.0  scaffold_93  105539 105595  (4406) + AT_rich      Low_complexity      1     57    (0)  35 
       23    0.0  0.0  0.0  scaffold_93  106139 106161  (3840) + AT_rich      Low_complexity      1     23    (0)  36 
       26    6.4  0.0  0.0  scaffold_93  107214 107260  (2741) + AT_rich      Low_complexity      1     47    (0)  37  
    204  30.7 12.7  8.0  scaffold_93  107465 107701  (2300) C L2c            LINE/L2           (0)   3387   3140  38  
    239   23.8  1.6  0.0  scaffold_93  109643 109705   (296) + GA-rich       Low_complexity      3     66    (0)  39 

    Gene Predictions

    Computational Predictions

        FgeneSH  predicted gene sequences and protein sequences (monocot model)

        Genemark maize model (predicted gene sequences and protein sequences)

        Genscan  maize model (Graph)

     

    Gene prediction and analysis

     Confident prediction

    The 1st predicted gene
       #exons  strand begin
     end tBlastn Best Hit
     E-value Pfam predicted domain
    more details
    predicted function
     FgeneSH(monocot)
     8  + 99
    1564
     gb|EX444315.1| shoot tip, Dormant Picea glauca cDNA clone
     1e-37
     tRNA_SAD; DHHA1
    f1

    1.hypothetical protein

    2.More Prediction: Alanyl-tRNA synthetase class II core catalytic domain

    blastp_1st

     Genemark(maize)  7 +
    221
    1482
    gb|FE494420.1| Selaginella moellendorffii mixed tissues;  1e-37  DHHA1 gm1
     Genscan(maize)  3  + 818 1569
     gb|FE494420.1| Selaginella moellendorffii mixed tissues;
     1e-27  DHHA1 gs1
     The 2nd predicted gene
       #exons stand  begin  end  tBlastn Best Hit  e-value  Pfam predicted domain  more  detail
    predicted function
     FgeneSH(monocot) 10  -  2003 7148 emb|CU890740.1| Mycelium grown for 48h Podospora anserina cDNA clone  1e-86  RNA_pol_Rpb2_6 f2

    1.hypothetical protein
    2.More prediction: RNA polymerase beta subunit domain containing protein

    blastp_2nd

     Genemark (maize)  6  -  2059  5736  emb|CU890740.1| Mycelium grown for 48h Podospora anserina cDNA clone  1e-86 RNA_pol_Rpb2_6 gm2
     Genscan (maize)  6 - 2003  6023  emb|CU890740.1| Mycelium grown for 48h Podospora anserina cDNA clone   9e-87 RNA_pol_Rpb2_6 gs2
    The 3rd predicted gene
       #exons  strand  begin end
    tBlastn best Hit
     e-value Pfam predicted domain
     more detail
    predicted function
     FgeneSH  14  +  7291  12976  gb|FE448066.1| Selaginella moellendorffii mixed tissues
     5e-93  KH-1 f3

    similar to poly (rC) binding protein 3 (predicted)
    isoform 2

    blastp_3rd


     Genemark  8  +  10537  12969  gb|FE448066.1| Selaginella moellendorffii mixed tissues
     4e-94  KH-1 gm3
     Genscan  11  +  7289  12981  gb|FE507055.1| Selaginella moellendorffii mixed tissues
     4e-45  KH-1 gs3
    The 4th predicted gene
       #exon  strand  begin  end  tBlastn Best Hit
     e-value  Pfam predicted domain
    more detail
    predicted function
     FgeneSH  13 -
     13054  20221  gb|FE511736.1| Selaginella moellendorffii mixed tissues
     5e-147  Exostosin f4

    1.hypothetical protein
    2.More prediction: exostosin family protein

    blastp_4th

     Genemark  11  -  13069  20123  gb|FE511736.1| Selaginella moellendorffii
     1e-146  Exostosin gm4
     Genscan  11 - 14283  21121  gb|FE511736.1| Selaginella moellendorffii
    2e-147
     Exostosin gs4
    The 5th predicted gene
       #exon strand
    begin
    end
    tBlastn best Hit
    e-value
    Pfam predicted domain
    more detail


    predicted function
     FgeneSH  16  +  20261  23791  gb|EX274880.1| Carica papaya cDNA
     2e-103  Cation_efflux

    1.hypothetical protein

    2.More prediction: cation efflux family protein / metal tolerance protein, putative

    blastp_5th

     Genemark  11  +  20189  23789  gb|FE434194.1| Selaginella moellendorffii mixed tissues
     2e-47  no significant match
     Genscan 2  + 22099  23796  gb|FE434194.1| Selaginella moellendorffii mixed tissues
     7e-26  no significant match
    The 6th predicted gene

     #exon strand
    begin
    end
    tBlastn Best Hit
    e-value
    Pfam predicted domain
    more detail
    predicted function
    FgeneSH
     9  -  23850  25829  gb|FE472292.1|  Selaginella moellendorffii mixed tissues 3e-82  PAE  

    similar to pectinacetylesterase family protein

    blastp_6th


     Genemark  6  -  24348  25608  gb|FE472292.1| Selaginella moellendorffii mixed tissues
     1e-55  PAE  
     Genscan  3  -  23855 26525
    gb|FE472292.1| Selaginella moellendorffii mixed tissues  8e-22  PAE  
    The 7th predicted gene
       #exon strand
    begin
    end
    Blast Best Hit
    e-value
    Pfam predicted domain
    more detail
    predicted function
     FgeneSH 1  +  28504 30113
     emb|CT655466.2| Danio rerio cDNA clone
     2e-31  Pkinase  

    similar to cell division-related protein kinase 2

    blastp_7th


     Genemark  7  +  28963  32793 emb|CT655466.2| Danio rerio cDNA clone  1e-30  Pkinase  
     Genscan  2  +  27380 30814
    emb|CT655466.2| Danio rerio cDNA clone  2e-31  Pkinase  
    The 8th predicted gene
       #exon  strand  begin  end  tBlastn Best Hit
    e-value
     Pfam predicted domain
    more detail
    predicted function
     FgeneSH  7  -  32094  39767  gb|EX425816.1| Stem-Active growth Picea glauca cDNA clone
     1e-113

     Glyco_hydro_43; F-box

     

    similar to glycosyl hydrolase family protein 43

    blastp_8th


     Genemark  4  -  36377  39729  gb|EX425816.1| Stem-Active growth Picea glauca cDNA clone  1e-113  Glyco_hydro_43; F-box
     
     Genscan  5  -  31061 39823
    gb|EX425816.1| Stem-Active growth Picea glauca cDNA clone  8e-114  Glyco_hydro_43  
    The 9th predicted gene
       #exon  strand begin
    end
    tBlastn Best Hit
    e-value
     Pfam predicted domain
    more detail
    predicted function
     FgeneSH  9  +  39809  41182  gb|FE471815.1| Selaginella moellendorffii mixed tissues
     5e-119  DUF947  

    hypothetical protein, contains DUF 947 domain, whose function is unknown

    blastp_9th

     Genemark  none       

     Genscan  none       
    The 10th predicted gene
      *
     #exon strand
    begin
    end
    tBlastn Best Hit
    e-value
    Pfam predicted domain
    more detail
    predicted function
     FgeneSH
     18 +
     41198  51272  gb|FE468090.1| Selaginella moellendorffii mixed tissues
     1e-120  Ribosomal_L23eN; Ribosomal_L23; Pkinase; U-box
     


    similar to Os06g0140800 [Oryza sativa (japonica cultivar-group)], Protein kinase domain containing protein

    blast_10th






    Genemark 1
    3
    +
    41299
    41975
    gb|FE495314.1| Selaginella moellendorffii miexed tissues
    4e-78
    Ribosomal_L23eN; Ribosomal_L23

      2
     12  +  44317  51158  gb|CF451597.1| normalized cDNA library of onion Allium cepa cDNA clone
     2e-73  Pkinase; U-box
     
     Genscan 1
    3
    +
    40549
    43162
    gb|FE495314.1| Selaginella moellendorffii miexed tissues 4e-78
    Ribosomal_L23eN; Ribosomal_L23

    2
     9  +  44219  51575  gb|ES752791.1| USDA-tifton Peanut library C20L Arachis hypogaea cDNA clone
     2e-72  Pkinase; U-box
     

    *: This sequence was predicted as one gene by FgeneSH, but two different genes by Genemark and Genscan.

    The 11th predicted gene
      *
     #exon strand
    begin
    end
    tBlastn Best Hit
    e-value
    Pfam predicted domain
    more detail
    predicted function
     FgeneSH
     29  -  51314  61917  gb|FE456161.1| Selaginella moellendorffii mixed tissues
     4e-157  MGS; AICARFT_IMPCHas; PPR; Hist_deacetyl; F-box
     

    similar to AICARFT / IMPCHase bienzyme family protein

    blastp_11th




     Genemark 1
     11  -  51582  54758  gb|FE475831.1| Selaginella moellendorffii mixed tissues  5e-101  Hist_deacetyl  

    2
    12
    -
    56479
    61783
    gb|FE456161.1| Selaginella moellendorffii mixed tissues 2e-142
    MGS; AICARFT_IMPCHas; PPR

     Genscan 1
     5  -  52019 56128
     gb|FE438090.1| Selaginella moellendorffii mixed tissues
     3e-24  Hist_deacetyl  

    2
    3
    -
    56158 60490 gb|FE456160.1| Selaginella moellendorffii mixed tissues
    4e-94
    AICARFT_IMPCHas; PPR

     *: This sequence was predicted as one gene by FgeneSH, while it was separated into two genes in Genemark and Genscan.

    The 12th predicted gene

     #exon strand
    begin
    end
    tBlastn Best Hit
    e-value
    Pfam predicted domain
    more detail
    predicted function
     FgeneSH  1  +  62012 65553
     gb|EX350098.1| Xylem Scrapings Picea glauca cDNA clone
     2e-50  PPR  

    hypothetical protein, contains PPR repeat, which has no known function

    blastp_12th

     Genemark  3  +  61996 65356
    gb|EX350098.1| Xylem Scrapings Picea glauca cDNA clone  2e-50  PPR  
     Genscan  2  +  60506  68683  gb|EX432792.1| Stem-Dormant Picea glauca cDNA clone
     1e-49  PPR  
    The 13th predicted gene
       #exon strand
    begin
    end
    tBlastn Best Hit
    e-value
    Pfam predicted domain
    more detail
    predicted function
     FgeneSH  1  - 80523
     83422  gb|FE471826.1| Selaginella moellendorffii mixed tissues
     2e-52  PPR  

    similar to Os12g0289800 [Oryza sativa (japonica cultivar-group)], contains PPR repeat, which has no known function

    blastp_13th


     Genemark  6  -  74762 83318
    gb|FE471826.1| Selaginella moellendorffii mixed tissues  2e-52  PPR  
     Genscan  6  -  69788 84834
     gb|FE505716.1| Selaginella moellendorffii mixed tissues
     2e-15  PPR  
    The 14th predicted gene

     #exon strand
    begin
    end
    tBlastn Best Hit
    e-value
    Pfam predicted domain
    more detail
    predicted function
     FgeneSH  7  + 83531
    87395
     gb|CK284122.1| Nicotiana benthamiana mixed tissue cDNA library
     2e-23  AP2  

    hypothetical protein, contains AP2 which is a DNA-binding domain found in transcription regulators in plants

    blastp_14th


     Genemark  3  +  84026 87233
     gb|CK284122.1| Nicotiana benthamiana mixed tissue cDNA library  1e-23  AP2  
     Genscan  3  +  85398 87400
    gb|CK284122.1| Nicotiana benthamiana mixed tissue cDNA library  1e-23  AP2  
    The 15th predicted gene
       #exon  strand begin
    end
    tBlastn Best Hit
    e-value
    Pfam predicted domain
    more detail
    predicted function
    FgeneSH
     25   -  87944  97850  gb|FE500139.1| Selaginella moellendorffii mixed tissues
     1e-154

     eIF3_subunit; efhand; Mito_carr

     

    similar to Os06g0604500 [Oryza sativa (japonica cultivar-group)], contains EF-hand, calcium binding motif which belong to a diverse superfamily of calcium sensors and calcium signal modulators

    blastp_15th



     Genemark   27  -  88030 97850 gb|FE500139.1| Selaginella moellendorffii mixed tissues   3e-158   KOW; eIF3_subunit; efhand; Mito_carr
     
     Genscan   5   -   87919   92913   gb|FE496545.1| Selaginella moellendorffii mixed tissues
    3e-152
      efhand; Mito_carr
     

    6
    -
    93014
    95210
    gb|DR053969.1| Roots minus calcium Pinus taeda cDNA clone 3e-56
    eIF3_subunit
     

    Less confident prediction

    FgeneSH
    #
      strand begin
    end
    Blast Best hit (if any)
    e-value
      Pfam match
    analysis and more detail
    1
      +   30742 32066
      gb|FE438920.1|   7e-30   no some hit, but no protein domain,not very confident to be gene, probably pseudogene or artifact
    2
      -  66736 69725
      no   -   no   no hit, no protein domain, poor gene structure, probably artifact
    3
      -  69990  72648   gb|FE482953.1|  2e-18   no
      some hit, no protein domain, has some structure of exon and intron, probably pseudogene
    4
      +  72891 78543
      gb|FE502344.1|   0.008   no
      bad hit, althought hit to the same species, no protein domain, has some structure of exon, probably pseudogene
    5
      +  99636 104767
      gb|FE482964.1|  3e-23
      no   some hit, no protein domain, has some structure of exon, this sequence is also predicted by genscan, probably pseudogene
    6
      -
    107667
    109124
      no -
      no
    no hit,no protein domain, poor gene structure, this seqence is also predicted by Genscan with bad hit and no function domain, probably artifact
    Genemark
    #
    strand
    begin
    end
    Blast Best Hit(if present)
    e-value
    Pfam match
    analysis and more detail
    1
    +
    8388 10049
    gb|EX936125.1|
    6e-30
    no
    not good hit, no protein domain, this sequence was predicted as part of the 3rd gene by FgeneSH and Genscan, probably artifact
    2
      - 32989
    34447
    no
      - no
    no hit,no protein domain, this sequence was predicted as part of the 8th gene by FgeneSH and Genscan with perfect hits, probably artifact
    3
      - 35108
    35955
    no
      -   no  same situation to the 1st one, probably artifact
    4
      - 55190
    55373 
      no
      -   no   no hit, no protein domain, this sequence was predicted as part of the 11th gene by FgeneSH with a perfect hit, probably artifact
    5
      - 65456  67158   gb|EY481545.1|   3.7   no
      bad hit,no protein domain, has some exon structures, might be pseudogene
    6
      + 67169
    67940
      no -
      no
      no hit,no protein domain, probably artifact
    7
      - 71134
    71357
    no
      -   no   no hit,no protein domain, probably artifact
    8
     +
    99762
    100802
    gb|EC826186.1|
    1e-06
      no
    bad hit,no protein domain, this sequence was predicted as gene by FgeneSH and Genscan, but all no protein functional domain, probably incomplete pseudogene with some artifact by Genemark
    9
     +
    101358
    102871
    gb|FE482964.1|
    5e-24
    no
    not good hit,no protein domain, this sequence was predicted as gene by FgeneSH and Genscan, but all no protein functional domain, probably incomplete pseudogene with some artifact by Genemark
     Genscan
    #
    strand
     begin
    end Blast Best Hit (if any)
    e-value
    Pfam match
    analysis and more detail
    1
     -
     95708
    98758
    dbj|BJ179072.1|
    1e-11 
     no   
     not good hit, no protein domain, has good gene structure, most of this sequence was predicted part of the 15th gene by FgeneSH and Genscan with perfect hits, probably artifact
    2
     +
     99708
     104772
     gb|FE482964.1|
     2e-23
     no   
     not good hit, no protein domain, but this sequence is also predicted as gene by FgeneSH, probably pseudogene
    3
      -  105561  109124  gb|FE517396.1|  3e-13   no not good hit, no protein domain, poor gene structure, probably artifact

    Summary and Comments

    • Fgenesh predicted 3 genes (7th, 12th and 13th gene) with only 1 exon, which is very rare in eukaryotes. For 9th gene, only Fgenesh predicted it as a gene.  For 10th and 15th gene, Fgenesh took it as one single gene while both Genemark and Genscan took it as two seperate genes.
    • TBlastn results showed that some best hit of the Fgenesh results were from other species while Genemark and Genscan hit Selaginella moellendorffii EST sequences.
    • For 10th gene, based on the result of blastp, it is more likely two seperate genes. For 11th gene,  it is more likely the Fgenesh result is corret, which predicted one single gene not two.  For 15th gene, the results of Fgenesh and Genemark are consistent that it is a single gene, which is also supported by the result of blastp.
    Was this page helpful?
    Tag page (Edit tags)
    • No tags

    Files 46

    FileSizeDateAttached by 
     blastp 10th.txt
    No description
    283.12 kB22:05, 6 Dec 2008lin104Actions
     blastp 11th.txt
    No description
    243.59 kB22:05, 6 Dec 2008lin104Actions
     blastp 12th.txt
    No description
    1128.79 kB22:05, 6 Dec 2008lin104Actions
     blastp 13th.txt
    No description
    788.19 kB22:05, 6 Dec 2008lin104Actions
     blastp 14th.txt
    No description
    60.58 kB22:05, 6 Dec 2008lin104Actions
     blastp 15th.txt
    No description
    337.25 kB22:05, 6 Dec 2008lin104Actions
     blastp 1st.txt
    No description
    164.55 kB22:03, 6 Dec 2008lin104Actions
     blastp 2nd.txt
    No description
    488.58 kB22:03, 6 Dec 2008lin104Actions
     blastp 3rd.txt
    No description
    176.87 kB22:03, 6 Dec 2008lin104Actions
     blastp 4th.txt
    No description
    138.17 kB22:04, 6 Dec 2008lin104Actions
     blastp 5th.txt
    No description
    147.5 kB22:04, 6 Dec 2008lin104Actions
     blastp 6th.txt
    No description
    126.89 kB22:04, 6 Dec 2008lin104Actions
     blastp 7th.txt
    No description
    151.34 kB22:04, 6 Dec 2008lin104Actions
     blastp 8th.txt
    No description
    160.62 kB22:04, 6 Dec 2008lin104Actions
     blastp 9th.txt
    No description
    96.04 kB22:04, 6 Dec 2008lin104Actions
     dottup.2.png
    No description
    20.82 kB16:23, 28 Oct 2008lin104Actions
     f1 (1).doc
    No description
    159 kB14:27, 6 Dec 2008lin104Actions
    f2 (1).doc
    No description
    206 kB13:40, 6 Dec 2008lin104Actions
     f3 (1).doc
    No description
    161.5 kB13:50, 6 Dec 2008lin104Actions
     f4 (1).doc
    No description
    165 kB14:04, 6 Dec 2008lin104Actions
     fgenesh-monocot.pdf
    monocot model and predicted protein sequences
    429.04 kB11:05, 25 Oct 2008wang4Actions
     FgeneSH-questionable.doc
    No description
    126.5 kB14:07, 7 Dec 2008lin104Actions
     Genemark-maize.txt
    Genemark Results
    25.84 kB11:20, 25 Oct 2008lin104Actions
     genemark-questionable (1).doc
    No description
    231 kB16:00, 7 Dec 2008lin104Actions
     genscan maize.txt
    Genscan results2
    23.16 kB11:29, 25 Oct 2008wang4Actions
     genscan-maize.pdf
    Genscan results
    5.78 kB11:26, 25 Oct 2008wang4Actions
     genscan-questionable.doc
    No description
    263.5 kB13:25, 7 Dec 2008lin104Actions
     gm1.doc
    No description
    181 kB13:22, 1 Dec 2008lin104Actions
     gm2.doc
    No description
    70 kB15:16, 1 Dec 2008lin104Actions
     gm3.doc
    No description
    51 kB16:18, 1 Dec 2008lin104Actions
     gm4.doc
    No description
    31.5 kB17:17, 1 Dec 2008lin104Actions
     gs1.doc
    No description
    156 kB13:22, 1 Dec 2008lin104Actions
     gs2.doc
    No description
    313 kB15:16, 1 Dec 2008lin104Actions
     gs3.doc
    No description
    189.5 kB16:18, 1 Dec 2008lin104Actions
     gs4.doc
    No description
    222 kB17:17, 1 Dec 2008lin104Actions
     The 10th predicted gene (1).doc
    No description
    677.5 kB16:19, 6 Dec 2008lin104Actions
     The 11th predicted gene (1).doc
    No description
    818.5 kB16:19, 6 Dec 2008lin104Actions
     The 12th predicted gene (1).doc
    No description
    652 kB16:19, 6 Dec 2008lin104Actions
     The 13th predicted gene (1).doc
    No description
    664 kB16:20, 6 Dec 2008lin104Actions
     The 14th predicted gene (1).doc
    No description
    239 kB16:20, 6 Dec 2008lin104Actions
     The 15th predicted gene (1).doc
    No description
    629 kB16:20, 6 Dec 2008lin104Actions
     The 5th predicted genes (1).doc
    No description
    308.5 kB14:15, 6 Dec 2008lin104Actions
     the 6th predicted gene (1).doc
    No description
    216 kB14:21, 6 Dec 2008lin104Actions
     The 7th predicted gene (1).doc
    No description
    438 kB14:25, 6 Dec 2008lin104Actions
     The 8th predicted gene (1).doc
    No description
    371.5 kB14:52, 6 Dec 2008lin104Actions
     The 9th predicted gene (1).doc
    No description
    57.5 kB14:52, 6 Dec 2008lin104Actions
    You must login to post a comment.