Emerging trends for Harnessing plant metabolome and microbiome for sustainable food Production

Abstract

Food production is obligatory to ensure efficient plant yield and accomplishments in a fast-growing global population predicted to exceed 9 trillion people in the future. In this regard, advancement in harnessing plant core microbiome using various 'omics' will be fruitful towards sustainable goals. Metabolomics, as we know, is a robust method and is very useful for evaluating the property of plant species before their genomes are completely sequenced. Metabolomics and other technologies facilitate us to unravel main agricultural output challenges such as regulating the health of soil microbial communities. Plantmicrobe interactions are an integral aspect of this planet. This review will develop a complete and elaborated panoramic view for bare acquaintances of interaction between plants and microbes required for developing different approaches in metagenomics, meta-transcriptomics, and metabolomics to increase general cultivable performance. In addition, the study will focus on microbiome development in earlier plant production and establish informatics pipelines for core microbiome design to optimize plant and indigenous microorganism interactions. This study will also concentrate on inter / intra interactions, such as quorum sensing activity, signal molecules like phytohormones, bacteriocins, etc. The bio-informatics genome mining for biosynthesis gene clusters leading to the identification of novel bioactive compounds and new metabolomics advances will also be established. A comprehensive model will be framed to assess the advancements in exploiting the microbiome and metabolome analysis to secure food production for a sustainable future.

Molecular analysis of Bio-makers of Chloroquine resistance in Plasmodium falciparum Isolate from Gombe Local Government Area, Gombe State, Nigeria

“…Despite current development and progress made in chemotherapeutics, diagnostics and vector control measures, the disease continues to exert a major impact on human health [10][11][12][13][14][15], especially in the tropical and sub-tropical countries. In the absence of an effective vaccine, effective antimalarial drugs are the mainstay to effective malaria prevention, control and eradication [12,[16][17][18][19]. From the 1940s up to the 2000s, chloroquine was the most widely used drug for treating malaria fever [20], this is partly due to its high efficacy, safety and low cost [21].…”

Effects of Aqueous and Ethanolic Extract of Rhazya stricta on Control of Date Contamination Under In Vitro Conditions

“…Different types of antimicrobial chemicals have been used in plant tissue culture. Antibiotics have been extensively tested to prevent or reduce the growth of bacteria in tissue culture (3)(4)(5)24). However, antibiotics are less applied because they are expensive and only work against bacteria.…”

Evaluation of Antimicrobial Activity of Several Medicinal Plants Against Clinically Isolated Staphylococcus aureus from Humans and Sheep

“…Therefore, regarding the high predominance of chronic and erosive diseases, it is reasonable to use plants to provide the antioxidants needed by the body, especially plants that are high in phenol and flavonoids. Therefore, to provide the natural antioxidants needed by the body, the consumption of plants with high phenolic compounds is recommended (9).…”