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• 16:37, 6 June 2014 Haolt (talk | contribs) uploaded File:1-s2.0-S0378111903007236-gr2r2.gif (Fig. 4. (B) Alignment of deduced amino acid sequence of OsiEZ1 with amino acid sequences of other plant SET domain-containing proteins belonging to subgroup I. Names of the domains are mentioned on the top. Fully and partially conserved amino acid residu)
• 16:36, 6 June 2014 Haolt (talk | contribs) uploaded File:1-s2.0-S0378111903007236-gr2r1.gif (Fig. 4. (A) Based on the alignment of amino acid sequences of SET domain, a phylogenetic tree of SET domain-containing proteins from different organisms is shown. Sub-grouping of the proteins in I–IV subgroups is done according to a previous classificati)
• 16:34, 6 June 2014 Haolt (talk | contribs) uploaded File:Haolt-F3.large.jpg (Fig. 3. Abnormal shoot development of the transgenic plants over‐expressing the SET domain of OsSET1 in Arabidopsis. Seedlings of wild type and transgenic Arabidopsis on day 11 after germination were shown in (A) and (B) with the same magnification. There)
• 16:33, 6 June 2014 Haolt (talk | contribs) uploaded File:Haolt-F2.large.jpg (Fig. 2. Subcellular localization of the OsSET1 protein. The green florescence was observed in nuclei of transformed onion epidermis (arrow heads, A and B), but not at nuclei of negative controls (arrow heads, C and D). Bars: 60μm.)
• 16:32, 6 June 2014 Haolt (talk | contribs) uploaded File:Haolt-F1.large.jpg (Fig. 1. Comparison of conserved regions in the SET‐domain between OsSET1 and selected representative proteins. A sequence alignment of SET‐N and SET‐C of the SET domain and the lengths of the variable insert regions (SET‐I) were indicated. Identical resid)