Scientific Research Groups

Group for Preclinical Research on Experimental Models

This group focuses on studying biological processes and disease pathogenesis using experimental models. These studies are essential for understanding the fundamental mechanisms of diseases, with special attention given to ethical practices in working with laboratory animals. The group also actively develops alternative research methods that reduce the need for animal models, contributing to ethical standards in science.

Group for Morphological and Structural Medical Research

This group studies the morphological and structural characteristics of the human body, including anatomical, histological, and embryological aspects. Using advanced techniques such as 3D modeling and microscopy, they analyze tissue and organ changes. This approach enables a detailed understanding of structural changes that occur during disease, which is essential for diagnosis and therapy.

Group for Human Physiology, Pathophysiology, and Functional Research

This group investigates physiological processes and pathophysiological changes in the body, with a focus on cardiovascular, respiratory, neurological, and metabolic functions. Using advanced technologies, the group develops non-invasive diagnostic methods and personalized therapies to improve healthcare quality.

Group for Medical Biochemistry, Laboratory Diagnostics, and Metabolism Research

This group explores biochemical processes in the body to improve disease diagnosis, monitoring, and treatment. Their work includes developing methods for analyzing biomarkers, metabolism, enzyme activity, and hormonal disorders. A key focus is on metabolic diseases such as diabetes, obesity, and metabolic syndrome.

Group for Medical Microbiology and Immunology

This group focuses on microorganisms and their interactions with the human immune system. Special attention is given to vaccine research and methods to combat antibiotic resistance. These studies are vital for public health, especially in the context of increasing bacterial resistance.

Group for Epidemiology and Public Health

Researchers in this group analyze the spread of infectious and non-infectious diseases in the population, with a focus on prevention and risk management. They study social and economic factors affecting health and contribute to improving public health strategies through data analysis.

Group for Pharmacological and Toxicological Research

This group studies the effects of drugs, chemicals, and bioactive substances on the body. They investigate drug mechanisms and assess safety, developing new therapeutic approaches to improve treatment effectiveness.

Group for Immunohistochemical and Immunochemical Techniques

This group develops techniques for detecting and localizing biomolecules in tissues and fluids. Their goal is to improve the diagnosis and characterization of diseases such as cancer and autoimmune disorders through innovative sample analysis methods.

Group for Forensic Medicine and Toxicology

This group applies medical and toxicological knowledge for legal purposes. Their research includes determining causes of death, identifying toxic substances, and developing methods for identifying biological traces. They play a key role in the judicial system by providing expert opinions.

Group for Molecular Oncology

This group investigates the molecular mechanisms of cancer, including tumor genetics, signaling pathways, and interactions between tumor cells and the immune system. Their research focuses on developing targeted therapies to improve cancer treatment outcomes.

Group for Neurological Research

Focused on neurological disorders such as Alzheimer’s disease, epilepsy, and stroke, this group develops new therapeutic strategies and methods for protecting and restoring the nervous system to improve patients’ quality of life.

Group for Cardiovascular Research

Specialized in studying heart disease, hypertension, and atherosclerosis, this group analyzes molecular mechanisms and tests new drugs that may be effective in treatment.

Group for Genomics and Personalized Medicine

This group studies the genetic basis of diseases to apply this knowledge in personalized medicine. Their research focuses on developing precise therapies based on individual genetic profiles, potentially revolutionizing treatment approaches.