Pharmaceutical Chemistry

About Conference

Conference series extends its warm welcome to 4th International Conference on Pharmaceutical Chemistry which is a Physical conference and it is scheduled during July 13-14, 2023 in Dubai, UAE. On behalf of its organizing committee assembles all the renowned eminent scientific professionals, health care experts, researchers, chemists, Pharmaceutical analysts, talented young scientists and student communities from worldwide under a single roof and present new scientific innovations in the field of Pharmaceutical Chemistry. 

The Pharamaceutical Conf 2023 will bring together researchers to discuss and share knowledge on novel and emerging techniques as well as future directions on Pharmaceutical chemistry, pharmaceutics and drug delivery. The Scientific sessions of Pharamaceutical Conf 2023 are designed in such a way that each attendee will be able to learn the advances in Pharmaceutics, Pharmaceutical Chemistry Nano medicine, biotechnology and Drug development etc. Along with discussing novel research findings, the Pharamaceutical Conf 2023 also affords space for networking, to interact with likeminded people, and will also help in making new international collaborations.

Target Audience:

• Eminent Scientific Professionals in Pharma and Chemistry
• Faculty (Professors, Associate Professors, Asst. Professors)
• Pharma and Chemistry Colleges & Training Institutes
• Pharmaceutical and Chemistry Associations and Societies
• Pharmaceutical Business Entrepreneurs
• Manufacturing Pharmaceutical products Companies
• Manufacturing Medical Devices Companies
• Pharma and Chemistry Students
• PhD Scholars, Graduates and Post Graduates
• Directors, CEO’s of Organizations
• Association, Association presidents and professionals
• Noble laureates in Health Care and Medicine
• Bio instruments Professionals
• Bio-informatics Professionals
• Research Institutes and members

Sessions/ Tracks

Track 1: Pharmaceutical Chemistry

Pharmaceutical chemistry is the study of medicinal molecules and includes the development of drugs. This includes the appearance, transportation, retention, digestion, dispersion, and disposal of medications. Pharmacology, pharmacokinetics, and pharmacodynamics are all aspects of biomedical research. Pharmacology, digestion, quality assurance, quality control, and medication science are all key components of pharmaceutical science activity, which is typically carried out under research facility conditions.

• Pharmaceutical chemistry
• Pharmacology
• Pharmacokinetics

Track 2: Novel Aspects in Pharmaceutical Chemistry

Pharmaceutical chemistry is a subfield at the interface of chemistry, particularly synthetic organic chemistry, pharmacology, and many biological specialties, where they are engaged in drug design, chemical synthesis, and development for a market, or bio-active molecules. Pharmaceutical chemistry, in particular, in its most common framework focusing on small organic molecules/entities encompasses aspects of computational chemistry, natural product chemistry, and synthetic organic chemistry in close collaboration with chemical biology, enzymology, and structural biology with the overall goal of discovering and developing novel therapeutics.

• Organic chemistry
• Bio-active molecules
• Chemical biology

Track 3: Biochemistry of Pharmaceuticals

Pharmaceutical biochemistry uses the knowledge of chemistry and biochemistry to produce a variety of useful medicines. It primarily concerns medical science, practical applications, and the subsequent investigation of detrimental impacts on living things. It offers a comprehensive understanding of the chemical reactions taking place and connected to live cells at the molecular level that are relevant to drug activity. It was also helpful to gather information on the negative effects, molecular targets, and characterisation of drugs or other chemicals in living cells and organisms.

• Chemical reactions
• Molecular targets
• Drugs

Track 4: Prospects of Medicinal Chemistry

Analytical methods, pharmacology, metabolism, quality control, and drug chemistry are all part of the field of medicinal chemistry, which focuses on treating disease and developing treatments for it. Pharmacology, pharmacokinetics, and pharmacodynamics are all included in the biomedical analysis. Chemical synthesis and synthetic organic chemistry are used in the creation of pharmaceutical medicines to produce the required bioactive molecule.

• Analytical methods
• Pharmacokinetics
• Pharmacodynamics

Track 5: Heterocyclic Chemistry

One or more heteroatoms in a ring with an emphasis on aromatic systems will be present in the heterocyclic compound. A crucial component of novel materials with intriguing electrical, mechanical, or biological properties is heterocyclic systems. A minimum of one heterocyclic unit can be found in all organic, medicinal, and agrochemical compounds. Attending the Pharmaceutical Chemistry Conference will provide information on the synthesis, characteristics, and uses of these heterocyclic molecules.

• Heterocyclic compound
• Agrochemical compounds
• Biological properties

Track 6: Challenges & Approaches in Drug Discovery

Drug discovery evolves as dose forms, environmental factors, and consumer demand change. The expense of developing new drugs is rising, and pricing pressure is also getting stronger. The design of such particles that are like the bio sub-atomic objective site fit as a fiddle and charge in order to tie to it is part of the medicine configuration. Pharmaceutical companies and numerous other stakeholders are debating how to increase the effectiveness of medication research and development in order to minimise the possibility that a perceived lack of a commercial perspective would result in the unmet medical requirements of the present.

• Drug discovery
• Pharmaceutical companies
• Medication

Track 7: Pharmaceutical Industry Overview

In order to lower the prevalence of diseases and improve the quality of human life, the pharmaceutical business develops daily by releasing new pharmaceutical products such as pills, treatments, and vaccines on the market. The industry's inventive technological development through advancements in research has enabled it to provide health care in accordance with global demand. By 2023, it's anticipated that the pharmaceutical industry's global market would grow at a maximum annual rate of 4.9% to $1.3 trillion.

• Pharmaceutical business
• Vaccines
• Pharmaceutical products

Track 8: Pharmaceutical Analysis

The practical chemistry involves a number of processes for identification, determination, quantification, and purification, and the pharmaceutical analysis is one of these processes. This is mostly used to separate the mixture's components and determine the structure of the compounds. The material can be created in any dose form and can either comprise a single component or a combination of chemicals.

• Pharmaceutical analysis
• Pharmaceutical medicines
• Drug developments

Track 9: Biopharmaceuticals and Biologics

Genetically modified proteins produced from human DNA are known as biologics. They are made to suppress specific immune system elements that are crucial in promoting inflammation, which is a key aspect of rheumatoid arthritis. In cases where the molecular target can be found, the patho-physiologic justification and therapeutic use of biologic medicines in the treatment of autoimmune disorders, malignancies, or other pathologies.

• Biopharmaceuticals
• Rheumatoid arthritis
• Autoimmune disorders

Track 10: Molecular and Cellular Pharmacology

Understanding the sub-nuclear mechanisms underlying drug actions as well as the traits of the interaction between sedative particles and those of the substrates of drug action in cells is the responsibility of sub-nuclear pharmacology. To understand how cells react to hormones or pharmacologic specialists and how blend structure relates to natural activity, nuclear pharmacology procedures combine precise logical, physical, designed, sub-nuclear regular, and all the biochemical and cell natural frameworks.

• Pharmacology procedures
• Biochemical reactions
• Sedative particles