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Translation in chloroplasts

Biochimie, 2000
The discovery that chloroplasts have semi-autonomous genetic systems has led to many insights into the biogenesis of these organelles and their evolution from free-living photosynthetic bacteria. Recent developments of our understanding of the molecular mechanisms of translation in chloroplasts suggest selective pressures that have maintained the 100 ...
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Chloroplast Transformation

2005
In this chapter we briefly review the developmental history and current research status of chloroplast transformation and introduce the merits of chloroplast transformation as compared with the nuclear genome transformation. Furthermore, according to the chloroplast transformation achieved in oilseed rape (Brassica napus), we introduce the preparation ...
Xiao-Mei, Lu, Wei-Bo, Yin, Zan-Min, Hu
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THE WATER-WATER CYCLE IN CHLOROPLASTS: Scavenging of Active Oxygens and Dissipation of Excess Photons.

Annual Review of Plant Physiology and Plant Molecular Biology, 1999
K. Asada
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Chloroplast biosystematics: Chloroplast DNA as a molecular probe

Biosystems, 1985
The classification of plants has traditionally been dependent upon the comparative analysis of morphological and biochemical data. In this paper the use of molecular probe analysis of chloroplast DNA (ctDNA) is used to expand the data base used in taxonomic studies.
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Chloroplast movement

Plant Science, 2013
Chloroplast movement is important for plant survival under high light and for efficient photosynthesis under low light. This review introduces recent knowledge on chloroplast movement and shows how to analyze the responses and the moving mechanisms, potentially inspiring research in this field.
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Plastids and Chloroplasts

1980
The possession of at least one form of plastid within its cytoplasm has been suggested as the feature which most clearly distinguishes a eukaryotic plant cell from an animal cell. Certainly no living cell of a higher plant has so far been described which completely lacks plastids.
Robert A. Reid, Rachel M. Leech
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Isolation of Maize Chloroplasts and Chloroplast DNA

1994
This procedure is for the isolation of chloroplasts and highly purified chloroplast DNA from 1 kg of maize seedling leaves. Because starch reduces the yield of intact chloroplasts, light-grown seedlings are placed into darkness for 1–2 days prior to DNA isolation. All manipulations should be performed at 4°C, unless otherwise noted.
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