Study on the genetic diversity of coconut palm by means of RFLP.
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Details of this study and its preliminary conclusions are reported under the following headings: objectives of a study of diversity; the markers already used (morphological traits; isoenzymes; polyphenols); molecular markers (RAPDs; the RFLP technique; application to coconut palm); and conclusion. A particularly interesting result was obtained using rice cDNA as a probe. Although the rice and coconut palm genomes have diverged considerably, the results encouraged pursuit of the possibility of exploiting the homology between cereals and coconut palm.
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Details of this study and its preliminary conclusions are reported under the following headings: objectives of a study of diversity; the markers already used (morphological traits; isoenzymes; polyphenols); molecular markers (RAPDs; the RFLP technique; application to coconut palm); and conclusion. A particularly interesting result was obtained using rice cDNA as a probe. Although the rice and coconut palm genomes have diverged considerably, the results encouraged pursuit of the possibility of exploiting the homology between cereals and coconut palm.
10 ref.
Details of this study and its preliminary conclusions are reported under the following headings: objectives of a study of diversity; the markers already used (morphological traits; isoenzymes; polyphenols); molecular markers (RAPDs; the RFLP technique; application to coconut palm); and conclusion. A particularly interesting result was obtained using rice cDNA as a probe. Although the rice and coconut palm genomes have diverged considerably, the results encouraged pursuit of the possibility of exploiting the homology between cereals and coconut palm.
Palabras clave
cereals, Coconut, fatty oil plants, gene mapping, genetic markers, isoenzymes, polyphenols, random amplified polymorphic DNA, restriction fragment length polymorphism, rice, Grain, Grain, Coconut, Gene mapping, Gene mapping, Genetic markers, Isoenzymes, Polyphenols, Rice