Medical sciences
Medical sciences
Programme duration: 4 years (8 semesters)
Programme description: Education is conducted based on a program and an individual research plan. The aim is to educate medical sciences and health sciences doctoral students in the scope necessary to conduct high-quality research in the areas of etiopathogenesis of diseases, modern diagnostic methods, modern treatment methods, the influence of environmental factors and the possibility of disease prevention. The studies are a response to the health needs of patients and are conducted with the highest ethical standards. In addition to highly specialized knowledge in the field of medical sciences, health sciences and knowledge of high ethical standards, the program includes classes in the methodology of scientific research, building research hypotheses, interpretation of the obtained results, critical discussion, biostatistics, principles of presenting assumptions and results of scientific research, knowledge on raising funds for research and the possibility of research commercialization.
Further development opportunities:
After completing the education program, the graduate is prepared to conduct further independent scientific research and research work in interdisciplinary research teams, as well as didactic work in Polish and foreign research centres.
Keywords:
- Molecular and cellular physiology
- Pathophysiology
- Cellular biochemistry
- Medical physics
- Bioethics
- Health economics
- Clinical pharmacology
- Medical genome science
- Genetic disorders
- Tumors
- Regenerative medicine
- Inflammation
- Animal models
- Bacteriology and virology
- Immunology
- Epidemiology and preventive care
- Hygiene and public health
- Metabolomics
- Clinical medicine
- Mental health
- Pain
- Medical imaging
- Toxicology
- Intensive care medicine
- Nursing
Candidates for PhD Supervisors
- Publications (WoS/Scopus): 63
- Citations (WoS/Scopus, excl. self-citations): 249
- Hirsch index (WoS/Scopus): 12
- Citations (Google Scholar): 505
- Hirsch index (Google Scholar): 13
- Promoted doctors: 2
- Supervised doctoral students: 1
- Analysis of neurochemical plasticity in sensory and intramural urinary bladder neurons in response to receptor-mediated and pharmacological modulation.
- Analysis of the molecular mechanisms driving skeletal muscle and neuromuscular junction adaptation to metabolic disturbances and to the modulation of selected signaling pathways.
- The impact of diabetes on the mechanisms regulating the expression of selected neurotransmitters in the spinal cord in a mouse model.
- Publications (WoS/Scopus): 146 / 160
- Citations (WoS/Scopus, excl. self-citations): 1483 / 1765
- Hirsch index (WoS/Scopus): 24 / 26
- Citations (Google Scholar): 2764
- Hirsch index (Google Scholar): 32
- Promoted doctors: 3
- Supervised doctoral students: 4
- The role of resident inflammatory cells in the pathogenesis of chronic skin diseases, vitiligo, and psoriasis, and the impact of treatment on their biology.
- The impact of treatment on metabolic markers in chronic inflammatory skin diseases.
- The role of gamma-delta and MAIT lymphocytes in the pathogenesis of inflammatory skin diseases, and the impact of systemic treatment.
- Publications (WoS/Scopus): 46 / 49
- Citations (WoS/Scopus, excl. self-citations): 541 / 548
- Hirsch index (WoS/Scopus): 13 / 12
- Citations (Google Scholar): no data
- Hirsch index (Google Scholar): no data
- Promoted doctors: 1
- Supervised doctoral students: 1
- Epilepsy – the effect of selected substances on symptom reduction.
- Epilepsy and behavioral and psychosocial functioning.
- Modern methods of supporting people with mental disorders.
- The significance of transgenerational trauma in the context of mental health.
- Topic proposed by the candidate.
- Publications (WoS/Scopus): 25
- Citations (WoS/Scopus, excl. self-citations): 312
- Hirsch index (WoS/Scopus): 11
- Citations (Google Scholar): 402
- Hirsch index (Google Scholar): 12
- Promoted doctors: no data
- Supervised doctoral students: no data
- Modelling human neurological diseases in small animals.
- Optimization of biomaterials supporting stem cell functions for preclinical applications.
- Publications (WoS/Scopus): 140 / 146
- Citations (WoS/Scopus, excl. self-citations): 1831
- Hirsch index (WoS/Scopus): 23
- Citations (Google Scholar): 2620
- Hirsch index (Google Scholar): 27
- Promoted doctors: 4
- Supervised doctoral students: 3
- Animal models (large and small) — pathomechanisms of selected diseases.
- Bioethical and legal aspects in medicine, veterinary medicine, and education.
- Epidemiological studies and human health — selected aspects.
- Impact of selected harmful factors on living organisms (human, animal).
- Possibility of discussion and development of research topics according to the doctoral student's interests (within the scope of supervisor's competencies).
- Publications (WoS/Scopus): 89
- Citations (WoS/Scopus, excl. self-citations): 1219
- Hirsch index (WoS/Scopus): 19
- Citations (Google Scholar): 1219
- Hirsch index (Google Scholar): 19
- Promoted doctors: 5
- Supervised doctoral students: no data
- Women's diseases / gynaecology.
- Urogynaecology.
- Minimally invasive surgery.
- Placental pathology.
- Publications (WoS/Scopus): 72 / 52
- Citations (WoS/Scopus, excl. self-citations): 275 / 303
- Hirsch index (WoS/Scopus): 11 / 10
- Citations (Google Scholar): 530
- Hirsch index (Google Scholar): 13
- Promoted doctors: 0
- Supervised doctoral students: 2
- Minimally invasive surgery, including bariatric surgery and antireflux surgery.
- Gut microbiota.
- Publications (WoS/Scopus): 97
- Citations (WoS/Scopus, excl. self-citations): 6077
- Hirsch index (WoS/Scopus): 30
- Citations (Google Scholar): 5808
- Hirsch index (Google Scholar): 30
- Promoted doctors: 4
- Supervised doctoral students: 1
- Neuroimmunology.
- Immunogenetics.
- Publications (WoS/Scopus): 56
- Citations (WoS/Scopus, excl. self-citations): 344
- Hirsch index (WoS/Scopus): 11
- Citations (Google Scholar): 527
- Hirsch index (Google Scholar): 14
- Promoted doctors: 1
- Supervised doctoral students: 3
- Pediatric maxillofacial and craniofacial surgery, congenital craniofacial anomalies, facial asymmetry, temporomandibular joint disorders and reconstruction, orthognathic surgery in complex craniofacial deformities, virtual surgical planning, CAD/CAM technologies, patient-specific implants and three-dimensional outcome analysis.
- Microsurgical reconstruction of the head and neck in children and adults, oncologic and post-traumatic craniofacial reconstruction, assessment of functional, aesthetic and quality-of-life outcomes after reconstructive surgery, and the development of clinical registries and multicenter outcome studies in maxillofacial surgery.
- Potential doctoral projects may include: three-dimensional assessment of facial symmetry after craniofacial reconstruction; accuracy of virtual surgical planning in orthognathic and reconstructive surgery; long-term outcomes of temporomandibular joint reconstruction; perioperative factors affecting free flap survival in pediatric head and neck reconstruction; and clinical applications of patient-specific implants in craniofacial surgery.