Symposia
Abstracts can be submitted to and presented in the following Divisions and Symposia:
Analytical Chemistry Division (AN)
AN1 • Advances in Microarray Technology and Analysis
AN2 • Analysis of Single Cells
AN3 • Biomaterials and Bioanalysis Joint with BM2
AN4 • Electrochemistry and Electrocatalysis Joint with SS1 and PT3
AN5 • Frontiers in Analytical Techniques Applied to the Environment Joint with EN1
AN6 • General
AN7 • Novel Separations and Detection in Analytical Chemistry: Applications in Academia, Government, and Industry Joint with IC4
AN8 • Problems and Perspectives for the Analytical Chemist in Biomarker Detection
Biological and Medicinal Chemistry Division (BM)
BM1 • Bioinorganic Chemistry Joint with IN2
BM2 • Biomaterials and Bioanalysis Joint with AN3
BM3 • Bioorganic Chemistry (A Symposium Celebrating Ron Kluger's 65th Birthday)
BM4 • Cancer Therapeutics Joint with OR1
BM5 • Carbohydrate Chemistry and Glycobiology Joint with OR2
BM6 • From In Silico to In Vivo: Strategies for Probing Molecular Phenomena at Biological Interfaces Joint with SS2
BM7 • General
BM8 • Life Sciences Joint with IC3
BM9 • Nucleic Acids Chemistry
BM10 • Peptides and Their Pharmaceutical Relevance Joint with IC5
BM11 • Protein Design and Engineering
BM12 • Radiopharmaceuticals Joint with OR9
BM13 • The Chemistry and Biology of Natural Products Joint with OR13
Chemical Education Division (CE)
CE1 • Beyond the Traditional Chemistry Lecture: Effective, Engaging Teaching Methods
CE2 • Making Chemistry Relevant and Accessible to Today's Students
CE3 • Student Research in Chemistry Education
CE4 • Teaching Green Chemistry in Lecture & Laboratory
CE5 • Teaching Writing Skills to Chemists
CE6 • The Future of Global Chemistry Education
CE7 • Transitioning from High School to University Chemistry
Environment Division (EN)
EN1 • Frontiers in Analytical Techniques Applied to the Environment Joint with AN5
EN2 • General
EN3 • Heterogeneous Chemical Experiments and Models for the Environment
EN4 • Inorganic Elements in the Environment Joint with IN4
EN5 • Organic Matter in the Environment: Characterization, Reactivity, Formation
Industrial Chemistry Program (IC)
IC1 • Commercial Technologies From Advanced Polymeric Materials Joint with MS3 and MT1
IC2 • Industry Emerging Technologies and Trends
IC3 • Life Sciences Joint with BM8
IC4 • Novel Separations and Detection in Analytical Chemistry: Applications in Academia, Government, and Industry Joint with AN7
IC5 • Peptides and Their Pharmaceutical Relevance Joint with BM10
IC6 • Robust Synthesis Methods for Commercial Applications
Inorganic Chemistry Division (IN)
IN1 • Biodegradable / Green Polymers: Catalysis to Materials Joint with MS2
IN2 • Bioinorganic Chemistry Joint with BM1
IN3 • General
IN4 • Inorganic Elements in the Environment Joint with EN4
IN5 • Interplay of Ligand Design and Small Molecule Activation
IN6 • Main Group Chemistry
IN7 • Nanochemistry Joint with OR7
IN8 • N-heterocyclic Carbene Chemistry
IN9 • Rings, Chains, and Polymers with Inorganic Elements
IN10 • Seminar in Honour of Dick Puddephatt
IN11 • Synthesis and Applications of Boron Compounds Joint with OR12
Macromolecular Science and Engineering Division (MS)
MS1 • A Symposium in Honour of Mitch Winnik
MS2 • Biodegradable / Green Polymers: Catalysis to Materials Joint with IN1
MS3 • Commercial Technologies from Advanced Polymeric Materials Joint with IC1 and MT1
MS4 • Dendritic Macromolecules: From Synthesis to Applications Joint with OR3
MS5 • Force Spectroscopy on Macromolecules: From Single Molecules to Materials Joint with PT4
MS6 • Green Polymer Production and Processing
MS7 • Polymers and Nanostructures
MS8 • Recent Advances in Organic Electronics Joint with MT6 and OR10
Materials Chemistry Division (MT)
MT1 • Commercial Technologies from Advanced Polymeric Materials Joint with IC1 and MS3
MT2 • Hybrid Polymer-Inorganic Materials
MT3 • Inorganic Nanostructured Materials
MT4 • Liquid Crystalline Materials Joint with OR5
MT5 • Polymers for Biomedical Applications
MT6 • Recent Advances in Organic Electronics Joint with MS8 and OR10
Organic Chemistry Division (OR)
OR1 • Cancer Therapeutics Joint with BM4
OR2 • Carbohydrate Chemistry and Glycobiology Joint with BM5
OR3 • Dendritic Molecules: From Synthesis to Applications Joint with MS4
OR4 • General
OR5 • Liquid Crystalline Materials Joint with MT4
OR6 • Modern Physical Organic Chemistry
OR7 • Nanochemistry Joint with IN7
OR8 • Organic Synthesis: Stereocontrol
OR9 • Radiopharmaceuticals Joint with BM12
OR10 • Recent Advances in Organic Electronics Joint with MS8 and MT6
OR11 • Recent Developments in Heterocyclic Chemistry
OR12 • Synthesis and Applications of Boron Compounds Joint with IN11
OR13 • The Chemistry and Biology of Natural Products Joint with BM13
Physical, Theoretical and Computational Chemistry Division (PT)
PT1 • Bioplasmonics
PT2 • Coherence and Decoherence in Molecular Dynamics
PT3 • Electrochemistry and Electrocatalysis Joint with SS1 and AN4
PT4 • Force Spectroscopy on Macromolecules: From Single Molecles to Materials Joint with MS5
PT5 • General
PT6 • Nanostructures: Structure-Property Relationships and Applications
PT7 • Solid State NMR: Methods and Applications
PT8 • The Dynamics of Cellular Processes
PT9 • Theoretical Chemical Physics
Surface Science Division
SS1 • Electrochemistry and Electrocatalysis Joint with PT3 and AN4
SS2 • From In Silico to In Vivo: Strategies for Probing Molecular Phenomena at Biological Interfaces Joint with BM6
SS3 • Nanostructures: Structure-Property Relationships and Applications
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