Titlebook: Banana: Genomics and Transgenic Approaches for Genetic Improvement; Sukhada Mohandas,Kundapura V. Ravishankar Book 2016 Springer Science+B

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Einleitung: Das Thema des dritten Bandesipulate plant cells for scientific research as well as for commercial purposes like production of transgenics. Transgenic plants generated using these technologies are used either for field deployment or for identifying and evaluating gene and promoter function. In the last few decades, significant

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Der Albertkanal, Los Haccourt—Briegdenmation has become an important potential tool in developing improved banana with desired agronomic traits, which is highly difficult to achieve through conventional breeding. To be successful, genetic engineering technique requires reliable, efficient in vitro regeneration protocol through tissue cu

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Erratum to: Die Materialprtifungsmaschinen,are being developed and released in several countries. Therefore, a more regulated transgene expression is needed. Furthermore, native banana promoters should imply a more public acceptance than heterologous sequences. Promoter isolation could be performed by an insertional mutagenesis approach or i

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,Erratum to: Prüfung der Baustoffe,tion and production is seriously hampered by different biotic and abiotic constraints. Abiotic stresses arise from adverse environmental conditions which can hinder yield stability every cropping season, thus reducing food security adversely. Improved genetic material and breeding methods can help i

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,Die Bestimmung der H?rte der Materialien,nd upon banana as staple food. Bacterial diseases like . wilt, Moko, blood, and Bugtok are the most important diseases threatening banana cultivation in several tropical and subtropical countries. Genetic improvement of banana through classical breeding is difficult due to the lack of resistant germ

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§10 Einbringung von Stoffen und Gegenst?ndenecies and rhizome weevil (.) are major pests in banana that cause heavy damage and revenue loss. Pesticides and biocontrol agents control the pests, but pesticide residues pose severe environmental problems. Conventional breeding is a difficult and slow process due to the limited sources of resistan

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https://doi.org/10.1007/978-981-10-1585-4Banana; Genes; Genomics; Transformation; Transgenics