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Analytical Chemistry and Environmental Science

  1. Trace Analysis Using Atom-absorption, UV-VIS Absorption, Gas-chromatography, High-performance Liquid Chromatography, and Polarographic Methods
  2. X-ray Fluorescence Methods in Chemical Analysis
  3. Surface Analysis
  4. Supercritical Fluid Extraction of Natural Products
  5. Microfluidic chip-based Analysis
  6. Environmental Monitoring
  7. Degradation and treatment of Pollutants


Inorganic Chemistry

  1. Syntheses, Properties and Structure of Organometallic Compounds of Main Group, and Transition Metals
  2. Metalloporphyrin Chemistry of Transition Metals
  3. Syntheses and Properties of Metallophthalocyanines and -naphthalocyanines
  4. Use of Organometallics in Organic Synthesis
  5. Syntheses, Structures and Catalytic Properties of d- and f-block transition Metal Compounds
  6. Boron Cage Compounds and Metallacarboranes
  7. Inorganic Polymers
  8. Synthesis, structures and properties of metal complexes as mimics to the active sites of metalloenzymes
  9. Crystal Engineering
  10. Inclusion Chemistry
  11. Cluster Chemistry


Organic Chemistry

  1. The Synthesis of Dendrimers and their Properties
  2. New Synthetic Methodologies
  3. Synthesis of Highly strained non-natural molecules
  4. Nonlinear Optical Materials
  5. Total Synthesis of Natural Molecules and Analogues with Pharmaceutical Implications
  6. Asymmetric Catalysis
  7. Carbohydrate Chemistry
  8. Asymmetric Synthesis
  9. Use of Computer Modelling in Organic Synthesis
  10. Green Chemistry
  11. Design and Synthesis of Organic Materials
  12. Molecular Recognition and Self-Assembly


Physical Chemistry

  1. Surface Modifications of Semiconductors & Related Materials
  2. Gas Chromatographic Studies of Molecules
  3. Intelligent Gels, Nanoparticles and Dynamics of Functional Macromolecules in Solution
  4. Development of mass spectrometry instrumentation and applications in the study of biomolecules
  5. High sensitivity and high resolution laser spectroscopy
  6. Experimental and theoretical studies of intra- and inter-molecular interactions
  7. Structures, dynamics, and chemistry of transient species in weakly ionized plasmas
  8. Optical and spectroscopic properties of quantum crystals
  9. Molecular properties at extreme conditions (such as high electric fields, low temperature, etc.)
  10. High level ab initio calculations on the structures and properties of molecules, ions, and reactive species
  11. Solid-state NMR Study and Theoretical Calculation of Biopolymers
  12. Ab initio molecular dynamics study on surfaces, solution chemistry, reactive clusters, and new materials
  13. High performance computing, and its application for molecular modeling
  14. Development of organic electronics


Structural Biology and Chemical Biology

  1. Molecular mechanism of genetic instabilities
  2. Fidelity of DNA replication
  3. Mechanistic pathways of DNA damage and repair
  4. Structure and dynamics of nucleic acids and peptides
  5. Neutodegenerative diseases related protein-protein interaction
  6. Development of non-viral gene vector (Artificial viruses)
  7. Chemical neurobiology: small molecules to promote neuronal regeneration
  8. Mechanistic studies in neurodegenerative diseases
  9. Site specific introduction of bioorthogonal functionalities in recombinant proteins
  10. Posttranslational modifications