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DTSTART:20260429T000000Z
DTEND:20260501T000000Z
DTSTAMP:20260313T130028Z
SUMMARY:51st ISTANBUL International Conference on Chemical\, Biological &amp\; Environmental Sciences (I2C2BES-26) scheduled on April 29-May 1\, 2026 Istanbul (Türkiye)
DESCRIPTION:Topics\nPapers are welcomed in the following research fields:\n\n I. Chemical Sciences\nChemistry provides the molecular-level foundation for understanding both life and the environment.\n\nFundamentals of Matter &amp\; Energy\n\nGeneral/Physical Chemistry: Thermodynamics\, Chemical Kinetics\, Quantum Mechanics\, Spectroscopy (NMR\, UV-Vis\, IR).\n\nAnalytical Chemistry: Separation Techniques (Chromatography\, Electrophoresis)\, Mass Spectrometry\, Sensors and Electrochemical Methods.\n\nOrganic and Inorganic Chemistry\n\nOrganic Synthesis: Reaction Mechanisms\, Stereochemistry\, Functional Group Transformations.\n\nOrganometallic Chemistry: Catalysis\, Metal-Ligand Interactions.\n\nMaterials Chemistry: Polymers\, Ceramics\, Composite Materials\, Bio-based Materials (e.g.\, lignin\, cellulose).\n\nChemical Biology &amp\; Nanotechnology\n\nChemical Biology: Principles of $text{p}H$ and $text{p}E$\, Chemical Probes\, Drug Design\, Receptor Binding.\n\nNanomaterials: Synthesis and characterization of Environmental Nanomaterials (e.g.\, carbon nanotubes\, Metal-Organic Frameworks (MOFs)\, Quantum Dots).\n\nGreen Chemistry: Principles of sustainable synthesis\, Solvent-free reactions\, Atom Economy.\n\n II. Biological Sciences\nBiology examines living organisms\, their internal processes\, and their interactions\, ranging from genes to ecosystems.\n\nMolecular and Cell Biology\n\nBiochemistry: Protein Structure and Function\, Enzyme Kinetics\, Metabolism (Glycolysis\, TCA Cycle).\n\nGenetics: Molecular Genetics\, Gene Expression\, $text{DNA}$ and $text{RNA}$ structure\, Genomics.\n\nMicrobiology: Microbial Diversity\, Microbial Ecology\, Microbial Metabolism\, Pathogen-Host Interactions.\n\nOrganismal and Systems Biology\n\nPhysiology: Principles of human/animal/plant function\, Homeostasis\, Neurobiology\, Plant $text{CO}_2$ Fixation.\n\nToxicology: Principles of environmental toxicology\, $text{Dose-Response}$ relationships\, Ecotoxicology\, Bioaccumulation.\n\nSynthetic Biology: Genetic Engineering\, Design of Engineered Microorganisms for environmental or industrial purposes.\n\nEcology and Evolution\n\nEcology: Population Dynamics\, Community Ecology\, Trophic Interactions (Food Webs)\, Ecosystem Structure and Function.\n\nEvolutionary Biology: Natural Selection\, Speciation\, Adaptive Evolution in response to environmental change.\n\nBiodiversity: Conservation Genetics\, Invasive Species\, Ecosystem Services.\n\nIII. Environmental Sciences \nThis field integrates chemistry and biology with earth and physical sciences to study environmental problems and solutions.\n\nEnvironmental Chemistry &amp\; Pollution\n\nAtmospheric Chemistry: Ozone Depletion ($text{CFCs}$)\, Photochemical Smog\, Acid Rain\, Aerosols and Particulate Matter ($text{PM}_{2.5}$).\n\nWater Chemistry: Solubility of gases/minerals\, $text{DO}$\, $text{BOD}$\, $text{COD}$\, Heavy Metals and Chelation\, $text{pH}$ and Alkalinity.\n\nEmerging Contaminants (ECs): Pharmaceuticals and Personal Care Products ($text{PPCPs}$)\, $text{PFAS}$ (Per- and polyfluoroalkyl substances)\, and Microplastics.\n\nEarth Systems and Hydrology\n\nGeosciences: Rock and Mineral Cycles\, Weathering\, Soil Chemistry and Physics\, Plate Tectonics.\n\nHydrology: Hydrological Cycle\, Groundwater Flow (Darcy's Law)\, Surface Water Runoff\, Water Resource Management.\n\nClimate Change Science: Greenhouse Gas ($text{GHG}$) cycling\, Climate Modeling\, Paleoclimatology.\n\nEnvironmental Technology &amp\; Management\n\nPollution Control: Wastewater Treatment (Biological\, Chemical\, Physical methods)\, Air Pollution Control Devices (Scrubbers\, Filters).\n\nWaste Management: Solid Waste Management\, Landfill Design\, Waste Valorization (Waste-to-Energy/Chemicals).\n\nBioremediation: Using microbes or plants (Phytoremediation) to degrade pollutants.\n\nIV. Interdisciplinary &amp\; Emerging Fields\nThese topics sit at the intersection of the three core domains and represent cutting-edge research.\n\nBiogeochemical Cycles:\n\nCarbon Cycle: Sources and sinks\, CO2 sequestration\, Ocean Acidification.\n\nNitrogen and Phosphorus Cycles: Eutrophication\, Fertilizer runoff\, Denitrification.\n\nEnvironmental Biotechnology\n\nSynthetic Biology for Remediation: Designing organisms to sense and degrade specific pollutants.\n\nBiosensors: Using biological components (proteins\, DNA for environmental monitoring and detection.\n\nBioenergy: Algal Biofuels\, Biomass conversion\, Bioelectrochemical Systems.\n\nThe Nexus Approach\n\nWater-Energy-Food Nexus: Integrated management and trade-offs between these interdependent resources.\n\nBuilt Environment Microbiology: Studying the microbiome of buildings and its impact on human health and energy use.\n\nData Science for Science\n\nEnvironmental Modeling: Developing computational models to predict pollutant transport\, climate change\, and ecological shifts.\n\nArtificial Intelligence (AI): AI-guided catalyst discovery\,AI for species monitoring and conservation.
LOCATION:Istanbul\, Istanbul\, Istanbul\, Turkey\, 34280\, Turkey
URL:https://eventstopten.com/events/51st-istanbul-international-conference-on-chemical-biological-environmental-sciences-i2c2bes-26-scheduled-on-april-29-may-1-2026-istanbul-turkiye/
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