About Conference

We welcome all the attendees to the 4^th Experts meeting on Plant, Cellular and Molecular Biology which will be held on November 08-09, 2023 at Budapest, Hungary. Cellular Biology-2023 conference based on the theme “Interdisciplinary Approach for innovation in Plant Science”. Cellular Biology-2023 provides an exceptional opportunity for the participants or delegates with their relative backgrounds to share their research ideas and to learn from other colleagues and co-partners about the modern scientific improvements and innovation in the field of Plants and its research. Our main objective is to empower the appealing research field along with the need for commercialization by giving a chance to come across the specialists and Business entrepreneurs in the field of Plant Science.

Cellular biology 2023 offers you a notable space opportunity to present and evaluate the latest update with a complete approach to different areas of attention. Cellular biology is Interdisciplinary research, reaching from Agricultural Science to Paleobaotany and Molecular botany to Physiology.

Why to attend?

Cellular Biology is the platform to come across for interaction with participants from the Cellular Biology associations, enthusiast leaders world’s top research scholars for interaction with participants from the Cellular Biology associations, Cellular Biology societies, Horticulture, Forestry, Agriculture, Agronomy, soil sciences and plant sciences Academicians. It provides sharing and learning about the latest research on plant research and other relevant to plant science, as well as for launching new applications and technologies and the effectiveness of various regulatory programs on plant management towards Cellular Biology-2020 Conduct presentations, share knowledge, meet with current potential and eminent scientists, and receive name recognition at this two days event.

Our aim is to aggregate community and to create a platform for an exchange of information on technological developments, new scientific innovations and the effectiveness of various regulatory programs towards Cellular Biology-2023. It provides a premier technical forum for expressing and learning about the advanced research and developments, as well as for launching new applications, technologies and to explore new trends in the field of plant science

This conference will play a crucial role which allows the latest techniques and modern methodology in the field of Cellular Biology and it covers all the major topics that come across like Plant Science, Plant Research, Plant Biotechnology, Plant Nanotechnology, Plant Disease and Bryology, Plant Pathology, Mycology, Anatomy, and Morphology, Plant Hormones, Plant Tissue culture, Plant Genetics etc. in different fields.

Our final agenda will focus on the scientific sessions, plenary lectures, panel discussion, meetings pertaining to recent advancements and emerging methodologies which make our event a grand success.

Target audiences:

            Directors and CEOs of research-based firms

            Manufacturing Agricultural Device Companies.

            Plant researchers.

            Botanists and Pale botanist

            R & D Companies.

            Plant and agricultural Associations societies.

             Medicinal and Aromatic Plant Science.

            Business entrepreneurs in Agriculture and Plant Science.

            Horticulture and Landscaping.

            Biochemists and Biotechnologists

            Research students and PhD’s.

            The technical employees of Chemical engineers.

             Professors and HOD’s

             Students of life sciences

             New entrepreneurs and their researches

             The Scientists associated with Cellular Biology-2020

             Academicians associated with Cellular Biology and Plant Research.

Sessions and Tracks

1.    Plant Nanotechnology

The field of nanotechnology has countless potential within plant sciences and plant production systems. The agronomic application of nanotechnology in plants (phytonanotechnology) has the potential to alter conventional plant production systems, allowing for the controlled release of agrochemicals (e.g., fertilizers, pesticides, and herbicides) and target-specific distribution of biomolecules (e.g., nucleotides, proteins, and activators). An improved understanding of the interactions between nanoparticles (NPs) and plant responses, including their uptake, localization, and activity, could revolutionize crop production through increased disease resistance, nutrient utilization, and crop yield. The application of nanotechnology in plant sciences will benefit from the development of improved analytical techniques that enable the in situ analysis of NPs in plant with a low detection limit and high lateral resolution. Regardless of the benefits of nanotechnology for plant sciences, the principle of ‘safety-by-design’ must be heeded to address community concerns about the potential adverse effects of novel engineered nanoparticles (ENPs) on ecological systems.

• Medicinal Plant Nanotechnology
• Nanotechnology Application in plant Tissue Culture
• Nanotechnology in Plant Nutrition

Recommended Conference: Plant Science Conference | Plant Research Conference | Plant Nutrition  | Plant and soil science summit | Plant Genomic congress |  Plant and Molecular expo  | Experts meeting on Plant, Cellular and Molecular Biology

2.    Plant Disease and Bryology

Plant Disease is an impedance of the typical condition of a plant that hinders or changes its fundamental capacities. All types of plants, wild and developed alike are liable to disease. Although each species is vulnerable to trademark diseases, these are, for each situation, moderately few in numbers. The event and predominance of plant diseases fluctuate from season to season, contingent upon the nearness of the pathogen, natural conditions, and the products and assortments developed. Some plant varieties are especially subject to periods of infections while others are more impervious to them. Despite the fact that plants have changed a considerable measure in the previous 450 million years, developing today in a gigantic assortment of shapes and sizes, they would all be able to be arranged into two requests, called tracheophytes and bryophytes. Tracheophytes are plants, similar to trees, blooming plants, and grasses that have a very much created vascular framework. Conversely, bryophytes are little plants that develop near one another and don't have a vascular framework, which makes them fundamentally the same as those first plants that developed on Earth a great many years back. The investigation of these old plants is called bryology, and the researchers who think about them are called bryologists.

• DNA Sequencing
• Bio indicators And Interdependency of Bryophytes
• Quarantine and Biological Integrated Methods

Recommended Conference: Plant Science Conference | Plant Research Conference | Plant Nutrition  | Plant and soil science summit | Plant Genomic congress |  Plant and Molecular expo  | Experts meeting on Plant, Cellular and Molecular Biology

3.     Plant Pathology and Mycology

Plant pathology is the scientific study of diseases in plants caused by pathogens (infectious organisms) and environmental conditions (physiological factors) and also known as Phytopathology. Plant pathology involves the study of pathogen identification, disease ethology, disease cycles, economic impact, plant disease epidemiology, plant disease resistance, how plant diseases affect humans and animals, path system genetics, and management of plant diseases. Whereas Mycology is the branch of Biology concerned with the study of Fungi including their Biochemical and Genetic properties. It branches into the field of Phytopathology and is closely related to phytopathology because vast majority of plant pathogens are fungi.

• Viral Diseases in Plants
• Parasitic Plants
• Plant Pathogens

Recommended Conference: Plant Science Conference | Plant Research Conference | Plant Nutrition  | Plant and soil science summit | Plant Genomic congress | Plant and Molecular expo  | Experts meeting on Plant, Cellular and Molecular Biology

   4. Plant Hormones

Plant Hormones are also termed as Phytohormones are signal molecules that regulate Plant processes produced within the plants that occurs in extremely low concentration. It controls all aspects of growth and development from the embryogenesis. The regulations of organ size, pathogen defence, stress tolerance through to reproductive development. Each plant hormone is capable for producing hormone. Plant hormones are also used in human use and salicylic acid and Jasmonic acid has been widely used in Pharmaceuticals Company.

There are so many plant hormones but the major plant hormones are five Hormones which includes Auxin, Cytokine, Ethylene, Abscise and Gibberellin. These hormones have different functions. Auxin promotes cell elongation; Cytokine stimulates bud elongation in tissue culture; Ethylene leads to release in dormancy state and stimulates shoot and root growth along with differentiation; Abscisic acid stimulates closing of stomata and inhibit shoot growth and; Gibberellin present in meristems of apical buds and roots and embryo stimulates stem elongation and leads to the development of seedless fruit and delays senescence in leaves and citrus fruits.

• Plant Peptide Hormones
• Hormones and Plant Propagation
• Seed Dormancy

Recommended Conference: Plant Science Conference | Plant Research Conference | Plant Nutrition  | Plant and soil science summit | Plant Genomic congress | Plant and Molecular expo | Experts meeting on Plant, Cellular and Molecular Biology