Mi RNA Analysis of Eggplant during Bacterial Wilt infection
Identification of deferentially expressed miRNA during brinjal (Solanum Melongena L.)-Ralstonia Solanacearum interaction
Herausgeber: Kapadia, Chintan
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In summary, global transcriptional profiles of small non-coding RNAs were investigated in eggplant seedlings with and without R.solanacerum infection. Well-conserved miRNAs often retain homologous target interactions and perform analogous molecular functions across phyla over evolutionary time The isolated miRNA from eggplant will help us to identify the miRNA-based regulatory system in this species. The differential patterns of sRNA expression are a valuable resource for further studies on post-transcriptional gene regulation in the defense response of eggplant to wilt. Thus, we can infer the...
In summary, global transcriptional profiles of small non-coding RNAs were investigated in eggplant seedlings with and without R.solanacerum infection. Well-conserved miRNAs often retain homologous target interactions and perform analogous molecular functions across phyla over evolutionary time The isolated miRNA from eggplant will help us to identify the miRNA-based regulatory system in this species. The differential patterns of sRNA expression are a valuable resource for further studies on post-transcriptional gene regulation in the defense response of eggplant to wilt. Thus, we can infer the functions of some miRNAs in eggplant based on the functions known in other plants, as these miRNAs have been reported to remain functionally conserved during plant diversification. miRNa and their targets is greatly associated with basic functions for normal growth and development of plants, and could be mobilized to adaptive responses to stress when growth and development are stalled under adverse circumstances.
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