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Chlamydomonas reinhardtii is a model organism with three sequenced genomes capable of genetic transformation. C. reinhardtii has the advantages of being low cost, non-toxic, and having a post-translational modification system that ensures the recombinant proteins have the same activity as natural proteins, thus making it a great platform for application in molecular biology and other fields. In this review, we summarize the existing methods for nuclear transformation of C. reinhardtii, genes for selection, examples of foreign protein expression, and factors affecting transformation efficiency, to provide insights into effective strategies for the nuclear transformation of C. reinhardtii.
Meng-Ping Zhang, and
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Chuan Wang
February 1990,
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Meng-Ping Zhang, and
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Meng-Ping Zhang, and
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Meng-Ping Zhang, and
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Meng-Ping Zhang, and
Mou Wang, and
Chuan Wang
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Meng-Ping Zhang, and
Mou Wang, and
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Meng-Ping Zhang, and
Mou Wang, and
Chuan Wang
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Meng-Ping Zhang, and
Mou Wang, and
Chuan Wang
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Meng-Ping Zhang, and
Mou Wang, and
Chuan Wang
January 2004,
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Meng-Ping Zhang, and
Mou Wang, and
Chuan Wang
September 1993,
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