Track 1: Advanced chemistry
This session of Applied and Advanced Chemistry is concerned with doing basic researches on a variety of chemical fields like metal compounds, inorganic and organic compounds, polymers, proteins. The main motto of this field of chemistry is to make the application of these researches in various fields and contribute to the development.
Track 2: Emerging Trends in Drug Design
The session of Drug Design is designed to show its evolution as a special domain of medicinal chemistry featuring the mélange of drug design . Having largely expanded topics for the coverage like Drug metabolism and interactions, plus new coverage of Applications of ADME in early drug discovery, System Inhibitors, Targeting Complex Membrane Proteins, and Lead Optimization for Drug Safety will make the session highly enthusiastic and cognizant for all the attendees.
Track 3: Technological advancement in Organic Synthesis
The session of Organic synthesis hovers under the research in the synthesis of organic compounds via organic reactions. Due to a higher level of complexity, organic molecules have now been evolved to such a broader domain that its study of synthesis is now done in a separate branch of chemistry. Governing on these facts, this session will be featuring a deep discussion on the synthesis of both inorganic and highly complexed organic compounds.
Track 4: Latest Discoveries in Green Chemistry
This session of Green chemistry is focused on the designing of products and processes that minimize the use and generation of hazardous substances. with all aspects of advanced nanomedicine and drug delivery. The current scenario speaks that this is new and developing part of chemistry which mainly works for developing the alternatives for energy generation.
Track 5: Modern Approach Towards Pharmaceutical Chemistry
In this session of Pharmaceutical Chemistry, the detailed explorations will be concerned with the study of drugs, drug delivery, absorption, metabolism and drug development. Today, Pharmaceutics with chemistry is used globally as an effective measure for curing or being a remedy for many diseases, improving quality assurance and advancing analytical techniques in pharmacology and metabolism as well.
Track 6: Applications of Polymers in Synthetic chemistry
This session is associated with polymer chemistry which is concerned with the chemical synthesis and chemical properties of polymers. Polymer chemistry is a multidisciplinary science that deals with the chemical synthesis and chemical properties of polymers which were considered as macromolecules. Polymer and Biochemistry is having a very strong prospect to have a discussion due to their consistent usage in different forms.
Track 7: Technical Aspects of Analytical Chemistry
This session of Analytical chemistry deals with the science of obtaining, processing, and communicating information about the composition and structure of matter. With the advancement of demands in certain parameters like accuracy, precision, accurate control on the chemical composition of materials has made the researches in analytical chemistry more prevalent in the present day.
Track 8: Major Challenges in Environmental and Atmospheric chemistry
This session seeks to represent a great understanding on atmospheric issues with original research, contemporary developments in industrial waste and water treatment, spectro-analytical method, atmospheric modelling, satellite management, weather forecasting and independent study, global warming science and also allow possible solutions to be tested for upcoming environmental problems and the effects of changes in government policy evaluated.
Track 9: Opportunities and Challenges in Drug Design
This session of Drug Design is designed to showcase the troubleshoots coming in the way of this noble approach towards the drug design, and the advanced and actual directional methods which can be applied on a multidisciplinary and transdisciplinary aspect to enhance the further opportunities in this field.
Track 10: Network Driven Drug Design
This session of Network-Driven drug discovery is designed to visualize and understand the bigger picture of cells and disease mechanisms which would ultimately lead to an efficient way of creating better drugs. As a whole, it is basically an optimized and improvised version of this target driven drug discovery and can be considered as-A computational network biology approach to drug discovery.
