Scope of the Journal

Key Areas of Focus

1. Personalized Medicine
   • Research on individualized healthcare, with a focus on tailoring medical treatment based on genetic, environmental, and lifestyle factors.
   • Exploration of cutting-edge approaches in genomics, precision medicine, and personalized therapeutic strategies.
2. Medical Bioinformatics
   • Application of advanced computational techniques for managing, integrating, and analysing biological and medical data.
   • Research on the role of bioinformatics in enhancing clinical decision-making, disease diagnosis, and healthcare delivery.
3. Translational Imaging
   • Studies on the application of imaging technologies in clinical practice, bridging the gap between laboratory research and patient care.
   • Innovations in diagnostic imaging and medical imaging techniques that improve clinical outcomes.
4. Immunovirology and Immuno-Oncology
   • Research on the immune system’s role in combating viral infections and cancer.
   • Development of immunotherapies, vaccine technologies, and novel therapeutic approaches for infectious diseases and oncology.
5. Emerging Therapeutics
   • Investigation of innovative therapeutic strategies, including biologics, gene therapies, personalized drug regimens, and novel treatment modalities for complex and emerging diseases.
   • Research on drug discovery, development, and clinical applications.
6. Clinical Microbial Infections
   • Studies on the management of microbial infections, particularly antimicrobial resistance.
   • Exploration of novel diagnostic tools and innovative treatment strategies for infectious diseases.
7. Medicinal Chemistry
   • Research on the design, synthesis, and evaluation of new chemical entities for therapeutic applications.
   • Focus on drug safety, efficacy, and translational potential in clinical settings.
8. Artificial Intelligence (AI) and Machine Learning (ML) in healthcare
   • Studies on AI and ML applications in medical informatics, including their role in improving diagnostic accuracy, clinical decision-making, and patient care.
   • Research on predictive modeling, deep learning, and AI-driven healthcare solutions.
9. Data-Driven Healthcare Solutions
   • Research on the integration and utilization of large-scale healthcare data, including electronic health records (EHRs), genomic data, and real-time health data.
   • Applications that enhance patient outcomes, optimize healthcare systems, and improve public health initiatives.
10. Educational Information and Communication Technology (ICT) in Medical Informatics
    • Research on the organizational and educational frameworks for medical informatics.
    • Studies on curriculum development, economic evaluations, and the social, ethical, and clinical impact of ICT applications in healthcare.
    • Cost-benefit analysis and policy implementation for ICT in healthcare education.
11. Patient Safety, Data Privacy, and Healthcare Regulations
    • Research on data privacy, security, and confidentiality in medical informatics.
    • Studies on legal regulations, policy development, system assessment, governance models, and risk management for ICT applications in healthcare.