Track 1: Novel Approaches to Analytical and Bio-Analytical Methods

• Track 1-1: Bioavailability, Bio Accessibility and Mobility of Environmental Contaminants

• Track 1-2: Recent Advances in Emerging Imaging Techniques

• Track 1-3: Potentiometry

• Track 1-4: Quality Assurance in Analytical Chemistry

• Track 1-5: Strategy Development and Validation reports

• Track 1-6: DNA Sequencing

• Track 1-7: Ion Sensors

Track 2: New Analytical Instrumentation and Equipment

• Track 2-1: LC-MS-based Nontargeted Metabolomics

• Track 2-2: NMR Analysis of Complex natural samples

• Track 2-3: Preparation Automation for GC injection

• Track 2-4: Lab-on-a-chip Device Applications

• Track 2-5: New Trends in the Analytical Determination of Emerging Contaminants

• Track 2-6: Analytical Instruments for Nanomaterial Characterization

• Track 2-7: Analytical and Preparative Instrumentation

Track 3: Applications of Analytical and Bio-Analytical Methods

• Track 3-1: Micro and Nano Technologies in Bio-Analysis

• Track 3-2: Method development and Validation reports

• Track 3-3: Advances in Micro/Nano-Bio-Analysis

• Track 3-4: Chemometrics, Marine products, and Food science

Track 4: Biosensors

• Track 4-1: Types of Biosensors

• Track 4-2: Advances in Biosensors Research

• Track 4-3: Applications of Biosensors

• Track 4-4: Advantages of Nano Technological Approaches to Biosensor Development

Track 5: Electro-Analytical Techniques

• Track 5-1: Chronoamperometry

• Track 5-2: Hydrodynamic Technique

• Track 5-3: Electrogravimetry

• Track 5-4: Bulk electrolysis

• Track 5-5: Adsorptive Stripping Voltammetry

Track 6: Diagnostic Assays and Test Kits in Analytical chemistry

• Track 6-1: Development and validation of Diagnostic Tests

• Track 6-2: Evaluation of HIV/AIDS Diagnostics Kits

• Track 6-3: Validation of a Commercial Real-Time PCR Kit

• Track 6-4: CE IVD Molecular Diagnostic Kits

Track 7: Forensic Applications of New Analytical Technologies

• Track 7-1: Fingerprint Analysers

• Track 7-2: Gas Chromatography/Mass Spectrometry with Retention Time Locking (GC/MS/RTL)

• Track 7-3: 3D Laser Topography

• Track 7-4: Laser Ablation Inductively Coupled Plasma Mass Spectrometry (LA/ICP/MS)

• Track 7-5: Liquid Chromatography/Time-Of-Flight Mass Spectrometry (LC/MS/TOF)

• Track 7-6: Microfluidic-Based Capillary Electrophoretic Analysis of Mitochondrial DNA (mtDNA)

Track 8: Analytical Techniques in Pharmacogenomics

• Track 8-1: Future Analytical techniques in DNA Analysis

• Track 8-2: Analytical equipment

• Track 8-3: Advances in Drug development/Pharmacokinetics/Pharmacodynamics

• Track 8-4: Analytical toxicology-drug quantification

• Track 8-5: Pharmaceutica Analytical Acta

• Track 8-6: Pharmacogenetics and pharmacogenomics

• Track 8-7: Statistical Analysis in Pharmacogenomics Research

Track 9: Analytical Techniques in Immunochemistry

• Track 9-1: Immunological assays

• Track 9-2: Techniques for cancer diagnostics

• Track 9-3: Electrochemical Immunosensor

• Track 9-4: Modern Immunochemical methods

• Track 9-5: Immuno-Analytical Techniques

Track 10: Advances in Chromatography and Mass Spectrometry

• Track 10-1: HPLC and Applications

• Track 10-2: Mass spectrometry for Biomedical applications

• Track 10-3: MALDI Imaging Mass spectrometry

• Track 10-4: Electrospray Ionization

• Track 10-5: Proteomic and Mass spectrometry technologies for Biomarker discovery

Track 11: NanoAnalytics

• Track 11-1: Design and Implementation of NanoAnalytics

• Track 11-2: New Developments in NanoAnalytics

• Track 11-3: Types of NanoAnalytics

• Track 11-4: Applicacations of Nano Analytics in Medicine

• Track 11-5: Nano-Bio photonics

• Track 11-6: Nanofabrication and Nano patterning

Track 12: Pharmaceutical Analytical Techniques

• Track 12-1: Structural Analysis of Small Organic Molecules

• Track 12-2: Sample preparation and Micro Extraction Techniques in the Analysis of Drugs

• Track 12-3: Mass Spectrometry in the Identification of small Organic molecules

Track 13: Analytical Techniques for Natural Product Research

• Track 13-1: Phytochemical Processing: Extraction Methods

• Track 13-2: Supercritical Fluid Extraction

• Track 13-3: Chromatographic Techniques

• Track 13-4: Tandem Techniques

• Track 13-5: Non-Destructive Techniques

• Track 13-6: Antioxidant Assay

Track 14: Regulatory Issues and Biosafety Challenges in Bio-Analysis

• Track 14-1: Current Quality and Regulatory issues associated withTraditional Medicines

• Track 14-2: Regulatory issues associated with Traditional Chinese Medicine

• Track 14-3: Overview of LC-MS Bio-Analysis related Regulations

Track 15: Environmental Analytical Aspects

• Track 15-1: Environmental Chemistry

• Track 15-2: Environmental Analytical Chemistry

• Track 15-3: Methods for Environmental Trace Analysis-Atmospheric Chemistry

• Track 15-4: Pesticide and Bio Pesticide Analysis

• Track 15-5: Residue levels in Agricultural products and Food safety

Track 16: Biomarker Bio analysis and Regulations:

• Track 16-1: Challenges of Identifying Biomarkers

• Track 16-2: Standardization and Regulation of Biomarkers

• Track 16-3: Biomarker Technology Innovation

• Track 16-4: Future of Biomarkers

• Track 16-5: Collaborating in Biomarker Assay Qualification & Validation

• Track 16-6: Integrating Biomarkers into Drug Development