Scientific Sessions

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Session 01: Applied Chemistry in Medical Science

Chemistry is a field which focuses on designing and making of drugs of various sorts. Various new molecules are identified and they are tested and used in treating diseases in humans as well as animals. By doing this they work out in a most efficient way to deliver the drug as capsule, injections and lot more.Molecule with specific medicinal effect is identified and it is used in medicinal research. chemistry has huge application in medicinal field which include hypenated technology, adaptatio in delivery system and various new approaches in synthesies

Session 02: Optimization and Formulation in Drug Discovery

Optimization is the process where in, a system makes the best or effective use of the resource within their constraints. thus optimoxation makes the perfect formulations and reduce the cost efficiently in drug discovery. It is the process of finding the best way of using the existing resource while considering the factors that influence decission in any research. 

Session 03:  Market Analysis of Medicinal Chemistry

As per the trends observed in the market in medicinal chemistry various operations are carried out by pharmaceutical companies as this process helps the companies to pace up the research process as a result of which they are made time and cost efficient. The challenge in the industry is to reduce the number of drugs that fail in pre-early stages as this assist the manufacturer to enter the market with a high-priced drug. The importance of small and medium scaled companies will increase in market as this in turn reduces the time and cost for big pharmaceutical companies. The accuracy and precision of the studies needs to be improved to achieve minimum rejection in the early clinical studies.

Session 04: Physical Organic Chemistry

The experimental studies of physical chemistry to study the structure of organic molecules and a theoretical frame work is given in the field of physical organic chemistry that tells about how structure influences both mechanism and rate of organic reactions. Experts in the field of physical organic chemistry use the theoretical and practical theories to estimate the structural change in solid or liquid state.

Session 05: Nano Particles in Organic Chemistry

Many fundamental studies and technology applications require Nano particles with uniform size and shapes and there is a need for novel chemistries for Nano particles synthesis, purifications, and synthetic modifications. Organic Nano particles can be synthesised using variety of methods, this usually come as dispersion in various hosts materials such as glass, liquid solvents. The synthesis of Nano particle require a deep understanding of nucleation and growth processes that have highly active growth in research areas of materials characterizationand modelling. 

Combinatorial chemistry is a technique in which several millions of molecular constructions are synthesised and tested for biological activity. It is a trending method developed by researchers to reduce the time and cost of producing marketable and effective new drugs. This has captured attention in many areas including pharmaceutical chemistry bio technology and agro chemistry. The application is also so large that by producing larger and diverse compounds companies increase the probability that they will find novel compounds of significant commercial values. Thus, they are mainly focused on drug discovery process.

Session 07: Medicinal Organic Chemistry

It is an interdisciplinary research field which incorporates different branches of chemistry and biology for drug discovery. This includes making of new compounds, determining their effect on biological process, altering the structure of the compounds for optimizing the effect and minimizing the side effects for example discovery of anti-cancer drugs. Pure organic compounds are the chief source of factor for the cure or prevention of disease. It includes discovery of small molecule drug for various target sites by screening and targeted approach.

Session 08: Chemical Pharmacology

Chemical pharmacology act as a bridge science within various science disciplines like bio chemistry, physiology, cell and molecular biology. This field is potential for the practical application of research that attracts people from various branches of science and at the same time it is flexible. It deals with the study how the drug acts where in the drugs are broadly classified as manmade, natural or endogenous that is from within our body, which influence either bio chemical or physiological effect on the cell, tissue or organ.

Session 09: Catalysis in Organic Chemistry

Catalysis means increase in the rate of chemical reaction because of the participation of the additional substance called catalyst, with the help of catalyst reaction occur faster and with less energy. This is done by promoting proper orientation between reacting particles. In the field of bio chemistry these are known as enzymes. They are mainly divided as homogeneous catalysis, heterogeneous catalysis, enzymatic catalysis. Catalysis in organic chemistry impacts the environment by increasing the efficiency of industrial process such as in green chemistry by pollution controls, avoiding toxic substances.

Session 10: Research in Medicinal Fields

Research in medicinal fields involves a wide range of subject such as biology, chemistry, pharmacology, toxicologywhich aims at developing new medicines and medical procedures to improve the application of those that are already existing. This can be broadly categorized as preclinical research and clinical research. In addition to this there is also epidemiological research which involves investigation of the factors which determine the presence and absence of disease and disorders and how they are affecting our society and economy.

Session 11: Novel Techniques in Drug Discovery

Novel drug discoveries focus on isolation activity and clearing of structure of bio active compounds from natural source through screening effects. The biopharmaceuticals industry demands are increasing as many therapeutic agents are reaching their later stage in clinical trials. This includes synthesis of bioactive compounds for further drug development. It is clearly known fact that there is a clear need for improvement in discovery of new drugs. Without these advances in medical field it is not possible to drive away the diseases. The discovery includes molecular aspects of drug metabolism, their modelling, synthetic and bio synthetic approach and their optimization in future.

Formulation is a process in which certain materials are added to drugs in order to obtain a suitable final product. The study of formulation involves preparation of drugs which is stable and also acceptable to the patient’s body conditions. Thus, formulations are mixtures of pharmaceutically active additives that are used for injectable dosage forms or also in oral drug forms.

Session 13: Computation in Drug Discovery

Computation means the usage of computer in a research process, thus computation in drug discovery is a computer aided drug discovery which is both cost as well as time efficient. The trending knowledge of biological structure along with increasing computer power makes the computational methods more effective in different phase of drug discovery. The advances that are taking place are virtual screening, protein ligand docking, pharmacophore modelling and fragmentation.

Session 14: Pharmaceutical chemistry

Pharmaceutical chemistry deals with researches in scientific and technical field on new drugs and also improvement in manufacturing technology of drugs and their intermediate. It involves cures and remedies for disease, pharmacology, metabolism, drug chemistry. It involves chemical processing and research in chemistry related to medicines. It also involves branches such as pharmacodynamics, drug metabolism etc.

Session 15: Rational Drug Design

Rational drug design is a process in which new medications are found based on the knowledge of biological target site. It involves designing of smaller molecules that are complementary in shape and are charged to the targeted site. Instead of following traditional methods of drug discovery, which more often rely on trial and error methods of testing chemicals, rational drug design involves modulation of a specific biological target that have a therapeutic value

Session 16: Screening and Designing of Drugs

Drug is a small organic molecule that activates or inhibits the function of a bio molecule say for example protein, and which in turn results in the therapeutic benefits of the patients. The screening and designing involves evaluation of synthetic as well as natural product in assays and creating newer drug molecules based on prototypeeither from plant or animal kingdom. Screening means investigation methods of drugs, methods of screening includes simple screening, blind screening, programmed screening etc.

Session 17: Variation in Chemical Diversities in Drugs

There is a broad range of biological activities on chemical field. The recent trend setting is discovering the variations which involves, development during sample preparations, designing of clinical trials and a lot more.

Session 18: Optimization and formulation in drug discovery

It is the process where in, a system makes the best or effective use of the resource within their constraints. Thus, optimization makes the perfect formulations and reduce the cost efficiently in drug discovery. It is the process of finding the best way of using the existing resource while considering the factors that influence decision in any research.

Session 19: Organometallic Compounds

Organometallic compound is a member of class of a substance containing at least one metal to carbon bond which involve a carbon being its part of the organic group. They play a major role in development of science of chemistry. They are mainly used as a catalyst that is as a substance which increase the rate of reaction without themselves being consumed and are also used as intermediates in industry. They are compounds that have metals in main group compounds or transition metal compounds. The properties of organometallic compounds depend on the carbon metal bonds involved.

Session 20: Organic Industrial Chemistry

It is branch of chemistry which deals with the applications of organic raw materials towards the transformation into products that are of benefits to the industries such as food products, pharmaceuticals, petroleum, pigments and paints, soaps and detergents and cosmetic products. This act as a bridge between laboratory chemistry and large-scale reactions in industries. In addition, this also involves process selectivity of organic compounds, waste management and product purification.