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Leaf protein synthesis

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Authors

William C. Taylor, U.C., Berkeley
Timothy Nelson, U.C., Berkeley
Mark Harpster, U.C., Berkeley
Lino Fragoso, U.C., Berkeley
Belinda Martineau, U.C., Berkeley
Steven Mayfield, U.C., Berkeley
Judy Yamaguchi, U.C., Berkeley

Publication Information

California Agriculture 36(8):12-12.

Published August 01, 1982

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Abstract

Not available – first paragraph follows: The most abundant proteins in the leaves of higher plants perform specialized functions in photosynthesis. Many of these proteins are located within the chloroplast. Some are encoded by the chloroplast genome, and some by the nuclear genome. The synthesis of several of these proteins has been shown to be controlled by light.

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Leaf protein synthesis

William C. Taylor, Timothy Nelson, Mark Harpster, Lino Fragoso, Belinda Martineau, Steven Mayfield, Judy Yamaguchi
Webmaster Email: wsuckow@ucanr.edu

Leaf protein synthesis

Share using any of the popular social networks Share by sending an email Print article
Share using any of the popular social networks Share by sending an email Print article

Authors

William C. Taylor, U.C., Berkeley
Timothy Nelson, U.C., Berkeley
Mark Harpster, U.C., Berkeley
Lino Fragoso, U.C., Berkeley
Belinda Martineau, U.C., Berkeley
Steven Mayfield, U.C., Berkeley
Judy Yamaguchi, U.C., Berkeley

Publication Information

California Agriculture 36(8):12-12.

Published August 01, 1982

PDF  |  Citation  |  Permissions

Author Affiliations show

Abstract

Not available – first paragraph follows: The most abundant proteins in the leaves of higher plants perform specialized functions in photosynthesis. Many of these proteins are located within the chloroplast. Some are encoded by the chloroplast genome, and some by the nuclear genome. The synthesis of several of these proteins has been shown to be controlled by light.

Full text

Full text is available in PDF.

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