Track Categories
The track category is the heading under which your abstract will be reviewed and later published in the conference printed matters if accepted. During the submission process, you will be asked to select one track category for your abstract.
Physical chemistry, the branch of chemistry that deals with the interactions and transformations of matter. Unlike other disciplines, it deals with the physical principles that underlie all chemical interactions (such as the gas law) and attempts to measure, correlate, and describe the quantitative aspects of reactions. Quantum mechanics reveals much about physical chemistry, models atoms and molecules, the smallest particles usually dealt with in this field, and allows theoretical chemists to use computers and sophisticated mathematical techniques to determine the properties of matter.
Organic chemistry is the science of carbon, a component that structures solid substance bonds to other carbon molecules as well as to numerous different components like hydrogen, oxygen, nitrogen, and the incandescent lamp. Due to its flexibility in framing covalent bonds, in excess of 1,000,000 carbon compounds are known. Many are made out of just carbon and hydrogen, altogether called hydrocarbons. Most hydrocarbons are acquired from oil.
Inorganic chemistry is the study of the synthesis, reactions, structures, and properties of chemical compounds of elements. Inorganic chemistry encompasses all other compounds of the periodic table (both molecular and extended solids) and overlaps with organic chemistry in the area of ​​organometallic chemistry where metals are bound to carbon-containing ligands and molecules
Chemical reaction, the process by which one or more substances (reactants) are transformed into one or more other substances (products). Substances are either chemical elements or compounds. Chemical reactions rearrange the constituent atoms of reactants to produce different substances as products.
Analytical chemistry studies and uses instruments and methods to separate, identify and quantify substances. Traditional qualitative analysis uses separations such as precipitation, extraction and distillation. Traditional quantitative analysis uses changes in mass or volume to quantify quantity. In many cases, the same instrument can separate, identify, and quantify analytes.
Environmental chemistry is the scientific study of chemical and biochemical phenomena occurring in natural places. Not to be confused with green chemistry, which aims to reduce potential pollution from its source. It can be defined as the study of the sources, reactions, transport, effects and fate of chemical species in air, soil and aquatic environments.
Chemical engineers are distinct from other types of engineers because they apply their knowledge of chemistry to other engineering fields. Because of their extensive scientific and technical knowledge, chemical engineers are sometimes referred to as "universal engineers." Math, the physical sciences (physics, chemistry), the life sciences (biology, microbiology, and biochemistry), and economics are used to solve real-world problems by chemical engineers.
Food chemistry studies the chemical processes and interactions of all biological and non-biological components of food. Biological substances include, for example, meat, poultry, salad, beer, milk. It is similar to biochemistry in its basic substances such as carbohydrates, lipids and proteins, but also includes areas such as water, vitamins, minerals, enzymes, food additives, flavors and colors. This discipline also covers how products change in certain food processing techniques and how to correct or avoid them. An example of strengthening the process could be encouraging the fermentation of dairy products with microorganisms that convert lactose into lactic acid; an example of preventing the process would be to stop the browning of the surface of freshly cut apples with lemon juice or other acidic water.
Electrochemistry is a discipline that offers with chemical reactions that contain an trade of electrical costs among substances. Both chemical modifications producing electric powered currents and chemical reactions brought about via way of means of the passage of power may be taken into consideration electrochemical reactions.
Supramolecular chemistry is the study of entities that are more complex than individual molecules: collections of molecules that combine and organize through intermolecular interactions. The design and synthesis of supramolecular systems evoke interactions beyond covalent bonds. For example, hydrogen bonding, metal coordination, and pi interactions are used to hold individual building blocks together.
Medicinal chemistry deals with the design, optimization, and development of compounds for use as pharmaceuticals. It is a multidisciplinary subject in nature, beginning with the synthesis of potential drugs, followed by studies examining their interactions with biological targets to understand drug efficacy, metabolism, and side effects.
The study of macromolecules, or polymer molecules, which are big molecules made up of repeating chemical building blocks called monomers, is known as polymer chemistry. The advantages of a polymer gear include noise reduction, self lubricating features, dramatic weight reduction and cost savings.
Chemical synthesis is the process of carrying out one or more chemical reactions with the goal of converting reactants or starting materials into products or products. Chemical synthesis is central to much chemical research because it forms the basis for discovering compounds with new physical or biological properties.
Chemical safety is a critically important topic that covers the handling and use of chemicals in a way that is safe for humans and the environment. It includes risk assessment and education on best and safe practices. It brings attention to potential hazards and discusses safety in industrial, teaching, and academic settings.
Chemical education covers all components of coaching and getting to know chemistry. It encompasses techniques utilized in dedicated training institutes — such as lecture room lectures, demonstrations and laboratory activities — and additionally the wider subject matter of teaching the public, whose false impression of the subject may be destructive to the development of the discipline.
Biosynthesis is the production of natural products by enzymatic reactions such as cellular metabolism. Sequential enzymatic reactions with a series of enzymes are generally required to obtain a single biologically active compound. Biosynthesis can be exploited for chemical synthesis in vitro or in cells such as Escherichia. coli by combining substrates and enzymes using recombinant methods.
The goal of microbial physiologists when studying the chemical activity of microorganisms is to provide a molecular explanation for the life processes of these organisms. Information on the chemical activity of microorganisms has been accumulating since the late 17th century.
Nucleic acids are large biomolecules that play important roles in all cells and viruses. The main function of nucleic acids is the storage and expression of genomic information. Nucleic acids are large biomolecules that play important roles in all cells and viruses. The major functions of nucleic acids include storing and expressing genomic information.
Agrochemistry deals with agriculture and the management of food crops, livestock and livestock in rural economies. It addresses the chemistry of life processes, metabolism, disease, and interactions between domesticated and wildlife in rural settings. Specific research areas include soil and water quality, agricultural inputs methods for analyzing soil and water samples, methods for examining metabolic markers and diseases and signs of disease in plants and animals, and methods for analyzing pesticide residues have made important contributions. are quite redundant. Another area is research to find new uses for agricultural products, especially crops.
The purpose of using drug delivery systems is to deliver therapeutic amounts of drugs while improving safety and efficacy by controlling the location, rate, and time of release of specific drugs in the body.
Surface science is additionally key to the readiness and activity of sorbents, strong reactants, impetuses for clean fills and synthetic compounds creation, contamination clean-up, photocatalysts, energy components, and batteries.
Nano chemistry is the combination of chemistry and nanoscience. Nano chemistry involves the synthesis of building blocks that depend on size, surface area, shape, and defective properties. Nano chemistry is used in chemical, physical, and materials applications, as well as in engineering, biological, and medical application. Nano chemistry and other nanoscience have the same basic concepts, but the usage of these concepts is different.
Chemical biology is a systematic area that mixes chemistry and biology through the usage of chemistry and chemical strategies to examine organic systems. The major distinction among chemical biology and biochemistry is that chemical biology entails including novel chemicals to a organic system, whilst biochemistry is the examine of chemical reactions that evidently appear internal organisms. Examples of chemical biology studies encompass controlling mobileular department and different mobileular activities, the usage of small molecules as objectives for treatment, and manipulating stem cells.
Pharmacology is the scientific study of how pharmaceuticals and chemicals affect living things, and by definition, a drug is any chemical, whether it be natural or manufactured, that has an impact on a biological system. Posology, the study of dosage patterns for medications, serves as an illustration of this. Toxicology and pharmacology are closely connected fields.