Call for Abstract

Scientific Program

24^th European Pathology Congress, will be organized around the theme “Innovations in Pathology: Driving Precision Medicine and Global Health”

Euro Pathology 2026 is comprised of keynote and speakers sessions on latest cutting edge research designed to offer comprehensive global discussions that address current issues in Euro Pathology 2026

Submit your abstract to any of the mentioned tracks.

Track 1:Pulmonary & Thoracic Pathology

Pulmonary and thoracic pathology focuses on the diagnosis and characterization of respiratory and thoracic diseases, including lung cancer, interstitial lung disorders, and mediastinal tumors. This study reviews recent advancements in histopathology, immunohistochemistry, and molecular diagnostics used in thoracic disease evaluation. Early pathological detection and precision-based diagnostic approaches significantly improved treatment planning and patient outcomes. The paper highlights the growing role of integrated pathology in respiratory healthcare management.

Track 2:Gastrointestinal & Liver Pathology

Gastrointestinal and liver pathology encompasses a wide range of inflammatory, infectious, and neoplastic diseases affecting the digestive system. This research explores advancements in biomarker analysis, digital pathology, and molecular testing in colorectal, gastric, and hepatic disorders. Improved diagnostic accuracy contributed to earlier intervention and personalized treatment strategies. The study emphasizes the importance of multidisciplinary approaches in gastrointestinal pathology practice.

Track 3:Renal Pathology & Transplantation

Renal pathology plays a vital role in diagnosing kidney diseases and monitoring transplant outcomes. This paper examines advancements in renal biopsy interpretation, immunofluorescence techniques, and molecular diagnostics in nephropathology. Early detection of transplant rejection and chronic renal disorders improved patient management and graft survival rates. The study supports continued innovation in renal diagnostic technologies and pathology-guided treatment planning.

Track 4:Cardiovascular Pathology

Cardiovascular pathology contributes significantly to understanding heart disease mechanisms and vascular abnormalities. This study reviews pathological findings associated with cardiomyopathies, atherosclerosis, myocarditis, and sudden cardiac death. Histological evaluation and molecular analysis enhanced disease classification and risk assessment. The paper highlights the role of pathology in preventive cardiology and precision cardiovascular medicine.

Track 5:Neuropathology & Neurodegenerative Disorders

Neuropathology is essential for investigating diseases affecting the central and peripheral nervous systems. This research focuses on pathological changes associated with Alzheimer’s disease, Parkinson’s disease, multiple sclerosis, and brain tumors. Advanced molecular markers and neuroimaging correlations improved diagnostic accuracy and understanding of neurodegenerative disease progression. The study emphasizes the importance of translational neuroscience research in pathology.

Track 6:Hematopathology & Bone Marrow Diseases

Hematopathology involves the diagnosis and classification of blood-related malignancies and bone marrow disorders. This paper examines the role of flow cytometry, cytogenetics, and molecular profiling in leukemia, lymphoma, and myelodysplastic syndromes. Integrated diagnostic techniques improved prognostic evaluation and therapeutic decision-making. The study highlights advancements in personalized hematologic oncology care.

Track 7:Dermatopathology & Skin Cancers

Dermatopathology is critical for diagnosing inflammatory skin conditions and cutaneous malignancies. This study reviews recent developments in melanoma diagnostics, immunohistochemical markers, and molecular pathology techniques. Early identification and accurate classification of skin cancers improved patient survival and treatment outcomes. The paper supports precision diagnostic approaches in dermatologic oncology.

Track 8:Women’s Health & Gynecologic Pathology

Gynecologic pathology focuses on diseases affecting the female reproductive system, including cervical, ovarian, and endometrial disorders. This research evaluates advancements in HPV screening, molecular biomarkers, and histopathological analysis in women’s healthcare. Early detection strategies significantly improved cancer prevention and reproductive health outcomes. The study highlights the importance of integrated diagnostic and preventive gynecologic care.

Track 9:Pediatric & Developmental Pathology

Pediatric pathology addresses congenital, developmental, and childhood diseases requiring specialized diagnostic approaches. This paper explores innovations in neonatal autopsy, pediatric tumor pathology, and genetic disease identification. Advanced molecular testing improved diagnostic precision and long-term pediatric healthcare outcomes. The study emphasizes the need for specialized expertise in developmental pathology.

Track 10:Molecular Pathology & Genomics

Molecular pathology and genomics are transforming disease diagnosis and personalized treatment strategies. This study reviews the application of next-generation sequencing, PCR-based diagnostics, and genomic profiling in pathology practice. Molecular analysis improved the identification of genetic mutations and disease-specific biomarkers. The paper supports the integration of genomic technologies into routine diagnostic workflows.

Track 11:Digital Pathology & AI in Diagnostics

Digital pathology and artificial intelligence are revolutionizing diagnostic medicine through automated image analysis and predictive algorithms. This research examines AI-assisted histopathology, digital slide scanning, and machine learning applications in disease diagnosis. Findings demonstrate improved diagnostic efficiency, reduced observer variability, and enhanced workflow management. The study discusses challenges related to ethical implementation and data security in digital pathology systems.

Track 12:Precision Medicine & Targeted Therapies

Precision medicine aims to provide individualized treatment based on molecular and genetic characteristics. This paper explores the role of pathology in identifying therapeutic targets and guiding targeted treatment selection. Biomarker-driven therapies significantly improved treatment response and minimized adverse effects in oncology and chronic disease management. The study highlights the growing impact of personalized medicine in modern healthcare.

Track 13:Cancer Pathology & Biomarker Research

Cancer pathology and biomarker research are essential for tumor classification, prognosis assessment, and therapeutic planning. This study examines the clinical significance of predictive biomarkers in breast, lung, and colorectal cancers. Molecular profiling and immunohistochemical analysis enhanced diagnostic precision and personalized treatment strategies. The paper supports ongoing biomarker discovery research in precision oncology.

Track 14:Immunopathology & Autoimmune Diseases

Immunopathology investigates immune-mediated diseases and autoimmune disorders affecting multiple organ systems. This research explores pathological mechanisms underlying conditions such as lupus, rheumatoid arthritis, and vasculitis. Advanced immunological assays and molecular diagnostics improved disease monitoring and therapeutic intervention. The study emphasizes the importance of targeted immunotherapies in autoimmune disease management.

Track 15:Infectious Disease Pathology & Emerging Pathogens

Emerging infectious diseases continue to challenge global healthcare systems and diagnostic laboratories. This paper reviews pathological findings associated with viral, bacterial, and fungal infections, including newly emerging pathogens. Molecular diagnostics and genomic surveillance improved rapid pathogen detection and outbreak response strategies. The study highlights the critical role of pathology in infectious disease preparedness and public health response.

Track 16:Cytopathology & Fine Needle Aspiration Techniques

Cytopathology and fine needle aspiration (FNA) techniques provide minimally invasive diagnostic solutions for various diseases and tumors. This study evaluates advancements in cytological analysis, image-guided aspiration procedures, and molecular testing integration. Enhanced specimen evaluation improved diagnostic accuracy and patient management. The paper supports the expanding role of cytopathology in early disease detection.

Track 17:Forensic & Legal Pathology

Forensic pathology plays an important role in medicolegal investigations and determining causes of death. This research examines advancements in autopsy techniques, toxicological analysis, and forensic imaging technologies. Improved pathological assessment contributed to accurate legal investigations and public health surveillance. The study highlights the importance of interdisciplinary collaboration in forensic science and pathology.

Track 18:Veterinary & Comparative Pathology

Veterinary and comparative pathology contribute significantly to animal health research and zoonotic disease monitoring. This paper explores pathological investigations of infectious, neoplastic, and metabolic diseases in domestic and wild animals. Comparative pathology findings provided valuable insights into human disease mechanisms and translational medical research. The study supports the importance of One Health approaches in pathology science.

Track 19:Laboratory Medicine & Clinical Diagnostics

Laboratory medicine is fundamental to accurate disease diagnosis and clinical decision-making. This study reviews innovations in clinical diagnostics, laboratory automation, and quality control systems. Advanced diagnostic technologies improved efficiency, turnaround time, and patient safety outcomes. The paper emphasizes the growing role of laboratory medicine in precision healthcare delivery.

Track 20:Translational Pathology & Biomedical Research

Translational pathology bridges laboratory discoveries with clinical applications to improve patient care outcomes. This research examines the role of pathology in biomarker discovery, therapeutic development, and disease modeling. Collaborative biomedical research significantly accelerated innovation in diagnostics and targeted therapies. The study highlights the importance of integrating translational science into pathology practice.