Graham J. King
Professor, Southern Cross University, Australia
This year the Microbiome for Agriculture Congress: Asia (co-located with the Plant Genomics and Gene Editing Congress: Asia) is being held virtually. The platform we have chosen is designed to facilitate collaboration between the multiple stakeholders who attend this meeting. This will enable you to seamlessly network with key opinion leaders, investigators & researchers as you explore the latest developments in the field of plant genomics, gene editing and agricultural microbiome.
The expert speaker panel will explore the latest research seeking to understand and exploit the relationship between the plant and soil microbiomes. The agricultural benefits of this interaction of the microbiota found in the ground and plants, the role it plays in the cycling of nutrients, as well as the role microbiota play in disease and stress resistance are examined in depth.
“Invited speakers including those from abroad presented relevant and up-to-date research topics”
“Good venue, organisation, wide range of topics & scientists, and time for networking”
“Excellent speakers and content”
Your delegate pass includes the internationally renowned Plant Genomics & Gene Editing Congress. You will have full access to talks that explore how novel gene-editing technologies, CRISPR and other ‘omics technologies can be applied to your research. Plus, new for 2021 – machine learning and artificial intelligence in agriculture and big data information management and sharing.
This congress has been designed to create a collaborative environment in which you can engage with the speakers, sponsors and other delegation in attendance.
• Genotyping and sequencing tools
• Sequence generation and assembly pipelines
• Application and case-studies of ‘omics technology – transcriptomics, proteomics, metabolomics, phenomics and multi-omics
• Machine learning and artificial intelligence in ‘omics-current efforts & future application
• Bioinformatics tools and phenomics
• Integration of ‘omics with crop modelling and environmental data
• Big data information management and sharing
• Gene editing methods, efficiency improvement
• Gene delivery systems for gene editing
• Gene editing case studies and challenges
• Application of gene editing in plant disease resistance
• Epigenetics, epitranscriptomics and management of epigenetic variation
• RNAi and gene silencing technologies
• Crop biodiversity, genomic variation and marker development
• Application of Next Generation Sequencing
• Regulatory outlooks associated to plant gene editing