Plant Science 2018

Call for Papers

Track 1 : Plant Science, Photosynthesis and Natural Products       

• Track 1-1Hormones, Antibodies, Antigens and Antibiotics 
• Track 1-2Plant Morphology and Plant Metabolism 
• Track 1-3Soil Science and Soil-Plant Nutrition 
• Track 1-4Agricultural Science 
• Track 1-5Plant Physiology and Biochemistry 
• Track 1-6Seed Science and Technology 
• Track 1-7Medicinal and Aromatic Plant Sciences

Track 2 : Plant Genomics and Biotechnology

• Track 2-1Cereal Genomics
• Track 2-2Plant Science Meeting
• Track 2-3Plant genomics scope in Europe
• Track 2-4Sequencing
• Track 2-5Transcriptomics
• Track 2-6Molecular marker development / Marker assisted selection

Track 3 : Plant Tissue Culture

• Track 3-1Micropropagation in plants
• Track 3-2Applications of Plant Tissue Culture
• Track 3-3Callus and susupension Culture
• Track 3-4Embryo Culture
• Track 3-5Regeneration of Plantlets
• Track 3-6Somatic Hybridisation
• Track 3-7Resistance to weedicites

Track 4 : Plant Pathology, Micro-Biology and Mycology

• Track 4-1Insect Plant Interactions
• Track 4-2Microbial Genomics
• Track 4-3Plant Environment Interaction
• Track 4-4Fungal Plant Interaction
• Track 4-5Nutrition Improvement
• Track 4-6 Plant Immune Response

Track 5 : Plant Nanotechnology

• Track 5-1Green nanotechnology
• Track 5-2Agriculture nanotoxicology
• Track 5-3Uptake and Translocation of Nanoparticles in plants
• Track 5-4Effects of Nanoparticles on plant growth and development
• Track 5-5miRNA and RNA analysis
• Track 5-6Genetic conferences
• Track 5-7Plant breeding methods
• Track 5-8Pathogen detection and analysis

Track 6 : Plant Genetics and epigenetics

• rack 6-1Epigenetics and DNA methylation studies
• Track 6-2Disease and stress resistance
• Track 6-3miRNA and RNA analysis
• Track 6-4Genetic conferences
• Track 6-5Plant breeding methods
• Track 6-6Pathogen detection and analysis

Track 7 : Plant Breeding and Molecular Breeding

• Track 7-1Plant Molecular Assisted Breeding
• Track 7-2Marker Development
• Track 7-3Genetic Modification
• Track 7-4Signal Transduction
• Track 7-5Molecular Marker
• Track 7-6Mapping of Genes
• Track 7-7Mutagenesis in Plant Breeding
• Track 7-8Polyploidy in Plant Breeding

Track 8 : Plant Engineering Technologies

• Track 8-1Plant Genome Engineering and Plant genetic diversity
• Track 8-2Improving gene editing technology, enzymes, and methods
• Track 8-3Genome editing applications using new techniques
• Track 8-4Genome editing and the latest EU policies
• Track 8-5Genome / DNA assembly for editing
• Track 8-6Plant Genetic Engineering and GM crops
• Track 8-7Plant Gene Editing for the Consumer
• Track 8-8Plant engineering and its Applications in Cereals

Track 9 : Plant Genome Sciences and Sequencing

• Track 9-1Protein Engineering
• Track 9-2Drug Development and design
• Track 9-3SNPs

Track 10 : Plant Synthetic Biology and Plant Transcriptome

• Track 10-1Plant Genome Annotation
• Track 10-2Plant Gene Family Database
• Track 10-3Plant Synthetic Biology

Track 11 : Agrobacterium

• Track 11-1Agrobacterium: a disease-causing bacterium
• Track 11-2Agrobacterium and plant biotechnology
• Track 11-3The Agrobacterium tumefaciens C58 genome
• Track 11-4Agrobacterium—taxonomy of plant-pathogenic Rhizobium species
• Track 11-5Production of a mobile T-DNA by Agrobacterium Tumefaciens
• Track 11-6Translocation of oncogenic T-DNA and effector proteins to plant cells
• Track 11-7Mechanisms of T-DNA integration
• Track 11-8Agrobacterium tumefaciens-mediated transformation: patterns of T-DNA integration into the host genome

Track 12 : Plant Bioinformatics, Proteomics and Data Analysis

• Track 12-1Bioinformatics analysis and challenges
• Track 12-2Use of genomic data for candidate genes
• Track 12-3Identifying novel functional genes
• Track 12-4Application of bioinformatics software for DNA / RNA analysis
• Track 12-5Computational systems for modelling and visualisation of information
• Track 12-6Cloud computing and storage solutions
• Track 12-7Industry applications of the latest genomic technologies
• Track 12-8Collaborations and how they can drive plant research
• Track 12-9Insight into regulatory challenges
• Track 12-10Omics Data integration
• Track 12-11Plant Intearction with Environment
• Track 12-12Quantitative Proteomics
• Track 12-13Plant Development

Track 13 : Genetically Modified Organisms

• Track 13-1Genetically Modified Crop
• Track 13-2Genetically Modified Food
• Track 13-3GMO and Environment Interaction
• Track 13-4Genetic Engineering
• Track 13-5Transgenic Plants

Track 14 : Arabidopsis

• Track 14-1Cytogenetics of Arabidopsis
• Track 14-2Genetic Engineering of Arabidopsis

Track 15 : Medicinal and Aromatic Plant Sciences

• Track 15-1Micropropagation of medicinal and aromatic plants
• Track 15-2Phytochemical Analysis

Track 16 : Plant interactions with environment and other organisms

• Track 16-1Effect of Biotic and Abiotic stress
• Track 16-2Microbial Ecology
• Track 16-3Plants affecting the soil
• Track 16-4Plant and Microbiome
• Track 16-5Nutrient uptake and plant growth

Track 17 : Crop & Pasture Science

• Track 17-1Transgenic plants producing vaccines
• Track 17-2Vaccines given to plants for a healthy vegetation

Track 18 : Agronomy and Agricultural Research

• Track 18-1Modern technologies for Vegetation
• Track 18-2Agricultural Meteorology
• Track 18-3Seasons and Systems of Farming
• Track 18-4Irrigation and Water Management
• Track 18-5Harvesting and Post harvest Technology
• Track 18-6Agronomy of Field Crops and Biofuel Plants

Track 19 : Plant Fertilizers and Pesticides

• Track 19-1Application of fertilizers & pesticides
• Track 19-2Constraints in biofertilizer technology
• Track 19-3Azolla-Anabena symbiosis
• Track 19-4Biochemical pesticides
• Track 19-5RNAI pesticides

Track 20 : Plant Plastics

• Track 20-1Gene Splicing
• Track 20-2Biosynthetic Enzymes
• Track 20-3Environmental Impact
• Track 20-4Paving Way in Waste Management