Abstract: A three-stage display panel mount is an apparatus used to mount a display screen on a vertical wall, but the apparatus allows a user extend the display screen from vertical wall and rotate the display screen to be perpendicular to the vertical wall. The three-stage display panel includes a first-stage frame, a pair to scissor mechanisms, a pair of gas-spring struts, a second-stage frame, and a third-stage frame. The first-stage frame mounts the apparatus on the vertical wall. The pair of scissor mechanisms allows the second-stage frame to extend away from the first-stage frame, and the pair of gas-spring struts stabilizes the movement of the second-stage frame. The third-stage frame can rotate the display panel away from the second-stage frame and includes a pair of collapsible angles, which can either position the display panel parallel to the vertical wall or support the display panel perpendicular to the vertical wall.

Abstract: The invention provides peptides derived from erythroid Band 3 protein, which selectively bind to merozoite surface protein-1 (MSP-1), and/or one or more of the malaria polypeptides: BBP-1, BBP-2, BBP-3, BBP-4, BBP-5, BBP-6, RhopH3, and ABRA and prevent infection by the parasite of a Band 3-expressing cell, such as an erythrocyte. The invention also provides the isolated polypeptides BBP-1, BBP-2, BBP-3, BBP-4, BBP-5, BBP-6, RhopH3, and/or ABRA as well as peptides derived from MSP-1, which selectively bind to erythroid Band 3 protein and prevent parasite invasion into a Band 3-expressing cell, and prevent Plasmodium infection. Methods of using the malaria and MSP1 polypeptides of the invention for malaria prevention and/or treatment (e.g. in vaccines) are also provided. Antibodies that bind to the Band 3 polypeptides and anti-idiotypic antibodies thereto also are provided.