Aims and Scope:
The Journal of Drug Design, Development & Therapy (JDDT) stands as a prominent peer-reviewed and open-access journal dedicated to the advancement of knowledge in the field of drug design, development, and therapy. With its commitment to fostering scholarly exchange and facilitating collaboration, JDDT provides a vital platform for researchers, academicians, and practitioners to share their original research articles, comprehensive review articles, and enlightening case reports.
JDDT covers a diverse range of topics within the realm of drug discovery and development, reflecting the multidisciplinary nature of this dynamic field. The journal encompasses but is not limited to areas such as drug design and synthesis, novel drug delivery systems, pharmacology, toxicology, and clinical trials. By embracing these wide-ranging topics, JDDT fosters comprehensive exploration and advances in the science of pharmaceutical development.
Original research articles published in JDDT present groundbreaking findings, innovative methodologies, and rigorous scientific inquiry in the realm of drug design, development, and therapy. These articles contribute to the expansion of knowledge by presenting novel discoveries, experimental insights, and theoretical frameworks that shed light on the intricate aspects of drug development. By disseminating cutting-edge research, the journal fosters collaboration and inspires further investigations in the field.
JDDT also features review articles that provide comprehensive and critical analyses of specific areas within drug design, development, and therapy. These articles synthesize existing literature, highlight emerging trends, and offer valuable perspectives on the current state of knowledge. Through these reviews, the journal aims to facilitate a deeper understanding of complex concepts, foster interdisciplinary connections, and identify future research directions.
In addition to original research and review articles, JDDT welcomes case reports that showcase unique or challenging clinical cases with significant implications for drug discovery and therapy. These case reports provide valuable insights into the application of drug design principles in real-world scenarios, aiding in diagnosis, treatment, and patient care. By featuring such cases, the journal promotes the integration of scientific knowledge with clinical practice, bridging the gap between laboratory research and the advancement of patient care.
To ensure the quality and relevance of published articles, JDDT boasts an esteemed editorial board comprising experts from various fields within drug design, development, and therapy. These distinguished board members bring their wealth of knowledge and expertise to the rigorous peer-review process, ensuring that only articles of the highest caliber are accepted for publication. Their invaluable contributions uphold the journal’s commitment to scholarly excellence and maintain the integrity of the scientific discourse within the field.
JDDT’s dedication to open access publishing ensures that research findings are freely accessible to researchers, practitioners, and the wider scientific community worldwide. By removing barriers to access, the journal promotes inclusivity, global collaboration, and the dissemination of knowledge across borders. Open access also enables the general public to benefit from the latest advancements in drug design, development, and therapy, fostering scientific literacy and public engagement with this critical field.
In conclusion, the Journal of Drug Design, Development & Therapy (JDDT) serves as a leading journal in the field of drug design, development, and therapy, providing a vibrant platform for researchers, academicians, and practitioners to share their research findings, discuss current issues, and advance the understanding of pharmaceutical science. By encompassing a broad spectrum of topics, facilitating rigorous peer-review, and upholding the principles of open access, JDDT contributes to the growth and dissemination of knowledge in drug design, development, and therapy, while fostering collaborations and inspiring further scientific breakthroughs.
Classification:
- Databases
- Chemical structure representations
- Molecular Modeling
- Homology Modeling
- Binding site prediction
- Docking
- Screening
- Target prediction
- Ligand design
- Binding free energy estimation
- QSAR
- ADME Toxicity
- Molecular Mechanics and Quantum Mechanics
- Ligand-Based Drug Design Approaches and Examples
- Pharmacophore modeling in drug design
- Structure-Based Molecular Design
- Database Mining and Data Analysis
- Chemical Diversity
- Combinatorial library design
- Protein modeling and Structural genomics.