Figure 5. N-terminal truncations of AtHTA11 largely rescue h2a.z defects.

(A) 2.5-week-old plants were grown under long-day conditions and individually photographed. (B) Western-blot analysis of leaf chromatin extracts from wild type (WT), h2a.z +/− plants, and T₂ h2a.z plants with four different truncated Arabidopsis HTA11 constructs probed with Arabidopsis H2A.Z specific antibody that recognizes the C-terminal end of the protein (top panel), and with an H3 antibody that was used as a loading control (bottom panel).