The Pharmaceutical Biology specialization is a field of science that combines biological knowledge with pharmacy to understand and utilize natural materials in the development of medicines and health therapies. In education and teaching, participants will explore key concepts in pharmaceutical biology, especially focusing on phytochemistry and pharmacognosy. Phytochemistry is the study of chemical compounds contained in plants, including their identification, isolation, and characterization. Participants will learn how to screen compounds and develop drugs from natural materials, which includes production, testing, and standardization to ensure efficacy and safety. Pharmacognosy is an important aspect that covers the use of medicinal plants and their derivatives for the treatment and prevention of diseases. Participants will understand the methods of collecting and processing natural materials, as well as how to sustainably utilize natural resources for health purposes. The Pharmaceutical Biology specialization aims to train individuals to be able to conduct research and innovation in the development of medicines from natural resources and apply this knowledge to improve the quality of public health. With this holistic approach, participants are expected to make valuable contributions to the modern pharmaceutical world.

Pharmaceutical Chemistry specialization is a field of science that combines chemical knowledge and applications in the pharmaceutical context. The main focus of this specialization is on organic chemistry, drug synthesis, structure, and drug activity relationships, physicochemical analysis, food technology, and chemical structure elucidation. In education and teaching, participants will explore theory and practice in organic chemistry. They will learn the basic principles of organic chemistry and their application in the synthesis and analysis of pharmaceutically relevant chemical compounds. Drug synthesis will be an important focus, allowing participants to understand how to design and produce compounds that are useful for the treatment of diseases. In addition, this specialization also includes the study of the relationship between drug structure and activity. Participants will learn how the chemical structure of a compound affects the effects and efficacy of the drug in the human body. The Pharmaceutical Chemistry specialization aims to train experts who are able to develop new drugs, understand the chemical properties of these compounds, and ensure their quality and safety.

The Pharmaceutics specialization in pharmacy is a branch of science that is very important in the development and production of medicines. The main focus of this specialization is on the development of existing or new drugs using high technology in pharmaceutical science. The specialization of Pharmaceutics plays a role in education and teaching, research, and community service to improve the quality and efficacy of drugs. In education and teaching, participants will learn various aspects of pharmaceutical technology including drug delivery systems, drug stability, nanotechnology, physical pharmacy, biopharmaceuticals, pharmaceuticals, and cosmetics. They will understand the principles and methods involved in the development, formulation, and evaluation of pharmaceuticals. This includes ways of drug presentation, innovative drug delivery systems, and nanotechnologies to improve treatment effectiveness. The Pharmaceutics specialization aims to train pharmaceutical experts who are able to develop and produce drugs with the latest technology, ensure drug safety, effectiveness, and quality, and contribute to the improvement of public health through the development of better and innovative drugs.

The Pharmaceutical Science specialization in the field of pharmacy is a branch of science that is very important in the development and production of medicines. The main focus of this specialization is on the development of existing or new drugs using high technology in pharmaceutical science. The specialization of Pharmaceutics plays a role in education and teaching, research, and community service to improve the quality and efficacy of drugs. In education and teaching, participants will learn various aspects of pharmaceutical technology including drug delivery systems, drug stability, nanotechnology, physical pharmacy, biopharmaceuticals, pharmaceuticals, and cosmetics. They will understand the principles and methods involved in the development, formulation, and evaluation of pharmaceuticals. This includes ways of drug presentation, innovative drug delivery systems, and nanotechnologies to improve treatment effectiveness. Pharmaceutical Science aims to train pharmaceutical experts who are able to develop and produce drugs with the latest technology, ensure drug safety, effectiveness, and quality, and contribute to the improvement of public health through the development of better and innovative drugs.