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Par type:Publications scientifiques
Cat:839/6463 from 839-Par type/6463-Publications scientifiques ===> 10
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Success tastes sweet | Sugarcane's complex genetic code has been cracked
08/04/2024
The full sugarcane genome has finally been revealed. The results of work to sequence the plant, which accounts for 80% of the sugar produced worldwide, were published in Nature on 27 March. The five-year operation was the fruit of international collaboration between CIRAD (France), the Joint Genome Institute (JGI) (United States) and CSIRO and QAAFI (Australia).
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18/03/2024
A method for improving the nutritional value of the most widely grown rice varieties in Madagascar by raising the concentration of zinc (Zn) in the grains.
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21/02/2024
First functional analysis of TcPHGPX, contributing to knowledge of plant GPXs and supporting studies for the control of witches' broom disease.
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14/02/2024
Tous les ans depuis 2006 l’Académie des Sciences célèbre les publications représentant de grandes avancées en biologie en mettant en valeur leurs premiers auteurs, pratiquement toujours de jeunes chercheurs, qui viennent présenter leurs travaux devant les Académiciens.
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PloS One: Genomic selection for salinity tolerance in japonica rice
27/11/2023
Genomic prediction for salinity tolerance in rice (Oryza sativa L. ssp. japonica): a tool to increase breeding efficiency.
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24/11/2023
A 4-year study to develop a practical long-term pollen storage technique for the successful development of yam hybrids
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23/10/2023
A first: a systematic review proposes to explore the information and data associated with pathogenesis-related proteins 10 (PR-10), and to elaborate synthetic schemes of possible mechanisms of action of these proteins during plant-pathogen interactions.
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BMC Genomics: Chimeras in Merlot grapevine revealed by phased assembly
20/09/2023
A study that provides a DNA sequence of the entire genome using the latest genomic technologies and bioinformatics tools.
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31/08/2023
Cultivated bananas are natural inter-(sub-)specific hybrids selected by man centuries ago. Characterization of the parentage relationships between current cultivars using a "whole genome" approach showed that they were derived from different types of gametes, reduced or not, and recombined or not, mainly generated by diploid or triploid cultivated parents. This work also illustrates the particular involvement of a diploid cultivar, Mchare, which transmitted its complete, non-recombined genome to the main triploid dessert banana plants currently grown.
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28/08/2023
An effective and innovative method for producing Guiana agarwood.