Journal Highlight : Therapeutic Drug Discovery
The journal welcomes scholarly contributions related to the identification, design, development, and evaluation of novel therapeutic agents for the prevention and treatment of diseases. This section focuses on research that advances innovative drug discovery strategies, molecular therapeutics, translational pharmacology, and precision medicine approaches across biomedical and clinical sciences.
The journal encourages submissions in areas including Target Identification and Validation, Small Molecule Drug Discovery, Biologics and Biosimilars, Natural Product Drug Discovery, Medicinal Chemistry, Structure-Based Drug Design, Pharmacology and Toxicology, Computational Drug Discovery, and High-Throughput Screening Technologies. Research related to AI and Machine Learning in Drug Development, Pharmacogenomics, Nanomedicine and Drug Delivery Systems, Peptide and RNA Therapeutics, Immunotherapeutic Drug Development, and Translational Therapeutics is also welcomed.
Submissions focusing on Preclinical and Clinical Drug Evaluation, Therapeutic Mechanisms of Action, Drug Resistance and Safety Assessment, Biomarker-Guided Therapeutics, Precision and Personalized Medicine, Repurposing of Existing Drugs, Multi-Omics Approaches in Therapeutic Discovery, and Regulatory and Clinical Translation of Novel Therapeutics are encouraged. The journal also welcomes studies investigating innovative therapeutic targets, treatment optimization strategies, and emerging technologies that accelerate drug development and clinical application.
Accepted manuscript types include Original Research Articles, Systematic Reviews, Meta-Analyses, Experimental and Computational Studies, Preclinical and Clinical Research Articles, Methodology and Technical Reports, and Translational Biomedical Studies that contribute to advancements in drug discovery and therapeutic sciences.
Through this focus area, the journal aims to support research that advances therapeutic innovation, strengthens translational drug development, improves treatment precision and safety, and contributes to progress in biomedical and molecular medicine worldwide.
