Carnegie's newest scientific division, Biosphere Sciences & Engineering, is devoted to disrupting the traditional, siloed perspective on research in the life sciences and pursuing an integrated approach to solving humanity's greatest challenges ...

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The NSF-funded Maize Gametophyte Project, a multi-institution collaboration, uses genetic tools unique to the model crop Zea mays (maize) to accomplish a genomic-scale investigation of gametophytically-required genes.

Information on our vectors can be found here For a list of all genes cloned, screened, and found to interact click on UniqueAGIscreened.xlsx

Welcome to the Ehrhardt laboratory at the Carnegie Institution for Science. We investigate plant cell development and morphogenesis, utilizing live cell imaging techniques to visualize the organization and dynamic behaviors of molecules and organelles.

Subcellular Dynamics. One of the significant advantages of using GFP fusion proteins to label subcellular structure is that dynamic processes can be viewed in live cells with time lapse imaging.

Postdoc: Diego Sanchez. Staff Research Associates: Erica Stein, Robert Siegel. Undergraduates: Michael Kim, Bryan Wong. Additional help from Postdocs: Aurelien ...

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MIND 0.2 and 0.5. M embrane-protein I nteraction N etwork D atabase. MIND contains the results of a binary split ubiquitin interaction screen of Arabidopsis thaliana membrane proteins and proteins curated as signaling proteins. This is the first membrane protein/signaling protein interaction network from any organism.

SUMMARY Plants vary greatly in their responses to cold temperatures. At one extreme are plants from tropical and subtropical regions such as soybean and rice, which suffer injury when exposed to chilling temperatures between 0 and 12°C.