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Conference Paper 2016

Transcriptomic profiling in Musa: a look into processes affected by mild osmotic stress in the root tip

Autor: Zorrilla-Fontanesi, Y. Rouard, M. Cenci, A. Kissel, E. Do, H. Dubois, E. Nidelet, S. Roux, N. Swennen, R.L. Carpentier, S.C.

Drought stress is one of the major abiotic factors limiting banana (Musa) production. Even mild-drought conditions are responsible for considerable yield losses. We performed large-scale transcriptome sequencing using Illumina technology on root tissue of three triploid genotypes representing wel...

Enlace original: https://cgspace.cgiar.org/handle/10568/74482

Investigación en Agricultura

RNA SEQUENCE

OSMOTIC STRESS

MUSA

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Zorrilla-Fontanesi, Y. , Rouard, M. , Cenci, A. , Kissel, E. , Do, H. , Dubois, E. , Nidelet, S. , Roux, N. , Swennen, R.L. , Carpentier, S.C. , [Transcriptomic profiling in Musa: a look into processes affected by mild osmotic stress in the root tip] , Transcriptomic profiling in Musa: a look into processes affected by mild osmotic stress in the root tip

Journal Article 2014

Evaluation of four different strategies to characterize plasma membrane proteins from banana roots

Autor: García, S. Panis, B. Swennen, R.L. Carpentier, S.

Plasma membrane proteins constitute a very important class of proteins. They are involved in the transmission of external signals to the interior of the cell and selective transport of water, nutrients and ions across the plasma membrane. However, the study of plasma membrane proteins is challeng...

Enlace original: https://cgspace.cgiar.org/handle/10568/66053

Investigación en Agricultura

BANANAS

CELL MEMBRANES

IDENTIFICATION

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García, S. , Panis, B. , Swennen, R.L. , Carpentier, S. , [Evaluation of four different strategies to characterize plasma membrane proteins from banana roots] , Evaluation of four different strategies to characterize plasma membrane proteins from banana roots

Poster 2016

How do roots respond to osmotic stress? A transcriptomic approach to address this question in a non-model crop

Autor: Zorrilla-Fontanesi, Y. Rouard, M. Cenci, A. Kissel, E. Roux, N. Swennen, R.L. Carpentier, S.C.

Drought is a complex phenomenon that is relevant for many crops. Performing high-throughput transcriptomics in non-model crops is challenging. The non-model crop where our workflow has been tested on is banana (Musa spp.), which ranks among the top ten staple foods (total production over 145 mill...

Enlace original: https://cgspace.cgiar.org/handle/10568/77311

Investigación en Agricultura

DROUGHT

CLIMATE CHANGE

ROOTS

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Zorrilla-Fontanesi, Y. , Rouard, M. , Cenci, A. , Kissel, E. , Roux, N. , Swennen, R.L. , Carpentier, S.C. , [How do roots respond to osmotic stress? A transcriptomic approach to address this question in a non-model crop] , How do roots respond to osmotic stress? A transcriptomic approach to address this question in a non-model crop

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Resultados de búsqueda

Transcriptomic profiling in Musa: a look into processes affected by mild osmotic stress in the root tip

Evaluation of four different strategies to characterize plasma membrane proteins from banana roots

How do roots respond to osmotic stress? A transcriptomic approach to address this question in a non-model crop

Descubre y comparte nuestro conocimiento público

Resultados de búsqueda

Transcriptomic profiling in Musa: a look into processes affected by mild osmotic stress in the root tip

Evaluation of four different strategies to characterize plasma membrane proteins from banana roots

[garcia_fourstrategies.pdf]

How do roots respond to osmotic stress? A transcriptomic approach to address this question in a non-model crop

[Poster_EPSOMeeting_JZ.PDF]