Advances In Food Science, Engineering And Technology - AFSET

Aim & Scope

The scope of AFSET encompasses a wide range of topics related to food processing, preservation, and quality assurance, including but not limited to food chemistry, food microbiology, food safety, food packaging, food rheology, food biotechnology, sensory analysis, novel food processing technologies, and food product development. This journal welcomes original research articles, review papers, case studies, and technical notes that contribute significantly to the understanding, development, and application of food science and engineering principles.

TOPICS:

    ·        Advanced bioprocess technology applications
    ·        Alternative Protein Sources
    ·        Aseptic processing and packaging
    ·        Bio separation processes
    ·        Biomechanics and tissue rheology
    ·        Bioprocess practical
    ·        Bioprocess technology
    ·        Bioreactor design and control
    ·        Contamination of food
    ·        Dietary supplement
    ·        Energy transformation and transfer
    ·        Engineering properties of food materials
    ·        Enzyme and DNA technology
    ·        Food and health
    ·        Food chemistry
    ·        Food engineering and technology
    ·        Food engineering operations
    ·        Food machinery
    ·        Food process engineering laboratory
    ·        Food Processing and Preservation
    ·        Food production and climate
    ·        Food Safety Management Systems (FSMS)
    ·        Food storage and transportation
    ·        Impact of food production and food processing on the environment
    ·        Industrial microbiology
    ·        Numerical computations in food engineering
    ·        Pesticides and nutrients food characterization
    ·        Policies and regulations
    ·        Postharvest engineering
    ·        Quality, Safety and Risk in food
    ·        Temperature control and traceability
    ·        Thermodynamics
    ·        Food microbiome and gut health
    ·        Functional foods and nutraceuticals
    ·        Food toxicology and allergens
    ·        Food flavor chemistry and aroma compounds
    ·        Food metabolomics and proteomics
    ·        Food additives and colorants
    ·        Molecular gastronomy and food innovation
    ·        Nutrient bioavailability and digestibility
    ·        Food authenticity and traceability
    ·        Food texture and rheological properties
    ·        Food oxidation and shelf-life stability
    ·        Fermentation science and culture optimization
    ·        Food nanoscience and encapsulation
    ·        Genetically modified foods and biosafety
    ·        Bioactive compounds in foods
    ·        Food immunology and hypersensitivity reactions
    ·        Nutritional epidemiology and public health nutrition
    ·        Functional foods, nutraceuticals, and bioactive compounds
    ·        Food flavor chemistry, aroma compounds, and sensory science
    ·        Food toxicology, allergens, and authenticity
    ·        Nutrient bioavailability, metabolism, and food digestion
    ·        Food metabolomics, proteomics, and molecular nutrition
    ·        Food oxidation, shelf-life, and preservation mechanisms
    ·        Process design, optimization, and control systems
    ·        Heat and mass transfer in food processes
    ·        Computational modeling, simulation, and fluid dynamics
    ·        Drying, concentration, and dehydration technologies
    ·        Membrane and separation technologies
    ·        Process automation, instrumentation, and smart sensors
    ·        Waste valorization and sustainable process engineering
    ·        Energy recovery and renewable technologies in food production
    ·        Emerging and novel food processing technologies
    ·        3D food printing and additive manufacturing
    ·        High-pressure and microwave processing
    ·        Food packaging innovations, smart and biodegradable materials
    ·        Food product design, formulation, and development
    ·        AI, machine learning, and IoT applications in food systems
    ·        Food fortification, enrichment, and reformulation
    ·        Supply chain management, logistics, and traceability
    ·        Sustainable food production and circular economy practices
    ·        Life cycle assessment (LCA) and environmental impact studies
    ·        Alternative protein and plant-based food technologies
    ·        Cultured and lab-grown food systems
    ·        Water and energy efficiency in food processing
    ·        Agro-industrial waste management and upcycling
    ·        Climate-resilient food systems and green innovations