Focus And Scope

Innovation Biology Research (IBR) is an interdisciplinary hybrid access journal peer-reviewed with recently expanded coverage not only encompassing innovations in basic and applied life sciences but also manuscripts at the intersection of traditionally established disciplines, integrating cross-disciplinary studies and emerging fields of investigation. The expanded scope of Advanced Biology includes but is not limited to:

Molecular and Cellular Biology

• Structure and function of molecules: Research on the structure and function of biological molecules, including proteins, nucleic acids, and other biomolecular complexes.
• Gene regulation and protein: Study of genetic regulation mechanisms and protein expression in various biological processes.
• Cellular interactions and signaling: Research on complex interactions between cells and the signaling mechanisms that regulate various cellular functions.
• Genetic engineering and synthetic biology: Development of genetic engineering techniques and applications of synthetic biology to create new biological systems.

Genetics and Genomics

• Genomic and proteomic analysis: Research on the structure, function, and evolution of genomes and proteomes in various organisms.
• Genetic variation and evolution: Studies on genetic variation within populations and genetic evolution in response to selection pressures.
• Genome editing techniques: Development and application of genome editing techniques such as CRISPR/Cas9 for genetic modifications.
• Bioinformatics data analysis and omics: Use of bioinformatics techniques for analyzing data from various omics platforms such as genomics, proteomics, and metabolomics.

Biotechnology

• Applications of biotechnology in medicine, agriculture, and the environment: Development and application of biotechnology in various fields, including medicine, agriculture, and environmental protection.
• Development of bioproducts and bioprocesses: Innovation in developing biotechnological products and processes for industrial applications.
• Industrial and marine biotechnology: Application of biotechnology in industry and the marine sector for the development of sustainable products and solutions.

Ecology and Evolution

• Organism-environment interactions: Study of complex interactions between organisms and their environment, including adaptations and responses to environmental changes.
• Biodiversity studies and conservation: Research on biodiversity and conservation strategies to preserve vulnerable ecosystems.
• Population dynamics and ecosystems: Analysis of population dynamics and ecosystem interactions influencing ecosystem structure and function.
• Evolution and adaptive speciation: Study of evolutionary mechanisms and adaptive speciation to understand organism adaptations to their environment.

Neurobiology

• Structure and function of nervous systems: Research on the anatomy and physiological functions of nervous systems.
• Neurophysiology and neuroanatomy: Study of physiological processes and anatomical structures of nervous systems, and their interactions.
• Brain development and plasticity: Research on brain development, neuroplasticity, and neuronal adaptations in response to environmental stimuli.
• Behavioral studies and cognitive function: Research on biological mechanisms underlying behavior and cognitive function in humans and animals.

Microbiology and Immunology

• Pathogenesis and microbial infection: Research on microbial pathogenesis mechanisms and immune responses to infection within the body.
• Immune response and immunotherapy: Study of the body's immune response to pathogens and applications of immunotherapy in treatment.
• Microbiome and health balance: Research on the body's microbiome and its role in maintaining health balance.
• Development of vaccines and new therapies: Development of innovative vaccines and therapies based on knowledge of microbiology and immunology.

Developmental Biology

• Organism development mechanisms: Study of molecular and cellular mechanisms regulating organism development from embryo to adulthood.
• Cell differentiation and tissues: Research on cell differentiation processes and the formation of various types of tissues in organisms.
• Regeneration research and stem cells: Investigation into tissue regeneration and the role of stem cells in the regeneration process.
• Developmental genetics and congenital disorders: Study of the genetic basis of normal development and congenital disorders in humans and animals.

Physiology and Biophysics

• Organ and system functions: Research on the physiological functions of various organs and systems in the body.
• Biophysical mechanisms at the cellular and molecular levels: Study of biophysical mechanisms regulating cellular and molecular functions.
• Physiology and comparative adaptation: Analysis of physiological adaptations of organisms to environmental changes and selection pressures.
• Biomedical research and human health: Research on the application of physiological knowledge in human health contexts and the development of new therapies.

Bioinformatics and Computational Biology

• Biological data analysis using computational techniques: Use of computational tools and techniques for analyzing biological data from various omics platforms.
• Biological modeling and simulation: Development of mathematical models and computer simulations to understand complex biological processes.
• Drug discovery based on data: Application of bioinformatics in drug discovery based on biological and chemical data analysis.
• Bioinformatics algorithms and software: Development of algorithms and software specifically for biological data analysis and visualization.

Structural Biology

• Study of proteins and macromolecular structures: Research on the structure and function of proteins and other macromolecular structural complexes.
• Crystallography techniques and microscopy: Use of X-ray crystallography techniques and microscopy for molecular structural studies.
• Molecular structural dynamics: Analysis of molecular dynamics and structural changes in response to environmental stimuli.
• Structure-function relationship: Study of the relationship between molecular structure and biological function.

Marine and Aquatic Biology

• Marine and freshwater ecology: Study of the ecology of marine organisms and freshwater ecosystems and their interactions with the environment.
• Biology of aquatic organisms: Research on the biology of various organisms living in aquatic ecosystems.
• Conservation of aquatic ecosystems: Efforts to understand and preserve aquatic ecosystems through biological approaches.
• Marine biotechnology: Development and application of biotechnology to address challenges in marine and aquatic environments.

Plant and Animal Biology

• Physiology and biochemistry of plants: Study of physiological processes and biochemistry in plants, including photosynthesis and metabolism.
• Plant genetics and breeding: Research on plant genetics, plant breeding, and the development of new plant varieties for agriculture.
• Animal biology and behavioral ecology: Study of the biology of various animal species and their behavior in an ecological context.
• Research on animal health and welfare: Research on animal health and welfare, including the development of therapies and disease management.

Synthetic Biology

• Design and construction of new biological systems: Development and application of synthetic biological systems for various purposes, from biomolecule production to bioenergy.
• Applications in biotechnology and medicine: Application of synthetic biology in biotechnology and the development of medical technologies.
• Ethics and regulation of synthetic biology: Discussion of ethical challenges and regulations related to the use of synthetic biology in various contexts.
• Advanced interdisciplinary biotechnology: Integration of synthetic biology with other disciplines such as physics, chemistry, and engineering for new biotechnological innovations.

Biomimetics and Nanobiology

• Technology inspired by bio: Development of technology inspired by biological principles for applications in medicine and industry.
• Nanomaterial and nanotechnology in biology: Study of nanomaterials and nanoscale technologies for applications in biology.
• Applications in medicine and industry: Development of biomimetic applications and nanotechnology in various industries, including medicine.
• Study of nano-bio interactions: Research on interactions between nanoscale materials and biological systems, and their implications for technology applications.

Longevity Biology and Aging

• Molecular and cellular aging mechanisms: Research on molecular and cellular mechanisms involved in the aging process.
• Interventions to extend healthy lifespan: Study of pharmacological and non-pharmacological interventions to slow aging and improve healthy lifespan.
• Studies of age-related diseases: Research on the relationship between aging and age-related diseases, including Alzheimer's and heart disease.
• Genetics and epigenetics of aging: Research on the role of genetics and epigenetics in aging processes and longevity.

Infectious Disease Biology

• Pathogenesis and epidemiology: Research on the pathogenesis mechanisms of various infectious diseases and epidemiological factors influencing their spread.
• Development of therapies and vaccines: Development of new therapies and vaccines to address challenges in controlling infectious diseases.
• Antibiotic resistance and infection control: Study of antibiotic resistance and strategies to control infections caused by resistant pathogens.
• Host-pathogen interactions: Research on complex interactions between hosts and pathogens and their implications in disease development.

Ecotoxicology

• Impact of pollutants on ecosystems: Study of the impact of pollutants and other chemicals on ecosystems, including short-term and long-term effects.
• Environmental risk assessment: Analysis of environmental risks from various human activities and strategies to mitigate their negative impacts.
• Bioremediation and clean technologies: Development of bioremediation technologies to clean up environments contaminated by hazardous pollutants.
• Comparative toxicology and human health: Research on the toxicity of chemicals and other substances on living organisms, including their implications for human health.

Innovation Biology Research is committed to publishing research that promotes deep understanding and application of biological sciences to provide innovative solutions to global challenges in health, environment, and technology. The journal provides a platform for wide dissemination of knowledge, supports international collaboration, and encourages advancements in biological sciences.