This topic focuses on the discovery and development of small molecules and biopharmaceuticals, including the identification of novel drug targets and innovative drug candidates. Emphasis is placed on identification of novel targets, drug repurposing, advanced therapeutics, green chemistry, pharmacognosy, biotechnology, and AI-driven drug development and toxicology prediction as efficient and sustainable routes to therapeutic innovation. 

This area addresses how advanced formulation science translates chemical and biological discoveries into effective therapies. Topics include preformulation, particle engineering, nano- and amorphous systems, advanced crystallization techniques, alternative and vaccine delivery approaches, and climatic stability challenges. Special attention is given to vaccines, pulmonary delivery, veterinary medicines, user-friendly oral dosage forms, and medical devices, highlighting the need for patient-centered and application-oriented pharmaceutical design. Emerging fields such as precision pharmaceutics, 3D printing technologies, sustainable and continuous manufacturing, virtual formulation development and AI-assisted digital twins underscore the growing role of data integration and digitalization in modern pharmaceutical technology.

Clinical and hospital pharmacy emphasizes the safe, effective, and individualized use of medicines in real healthcare settings. Key areas include therapeutic drug monitoring, pharmacogenomics, pharmacovigilance, and the integration of clinical trial data with real-world evidence. This topic reflects the commitment of the conference to personalized and precision medicine, ensuring that pharmaceutical innovation leads to measurable improvements in patient outcomes.

This topic highlights the transformation of clinical research through real-world evidence, data-driven methodologies, and digital health technologies. AI-assisted trial design and monitoring, along with integrated health data sources, enable more adaptive, efficient, and patient-relevant studies. The focus is on therapy optimization and outcome-based evaluation, supporting a shift from protocol-driven research toward learning healthcare systems.

Pharmaceutical analytics and modeling provide the quantitative foundation for quality, safety, and efficacy throughout the drug lifecycle. Core themes include the analysis of contaminants and impurities, in vitro dissolution and permeation evaluation, process analytical technology (PAT), biorecognition systems, and metabolism modeling. These tools are essential for understanding complex pharmaceutical systems and for supporting data-driven decision-making in both development and clinical application.

Industrial pharmacy addresses the translation of scientific innovation into scalable, regulated, and globally accessible pharmaceutical products. Topics include market and innovation trends, safety and efficacy considerations, packaging and logistics, and regulatory affairs and compliance. The balance between globalization, decentralization and localization reflects the need to maintain international quality standards, while responding to local healthcare, regulatory, and sustainability requirements.