Course
Study programs
Medical Studies in EnglishYear of study
4ISVU ID
213825ECTS
2
The course of Clinical Oncology is a mandatory course at the fourth year of Medical school, which consists of 15 lectures as well as 15 practical teachings, 30 in total (2.0 ECTS). Lectures will be held in a lecture hall at the Clinic in the Hospital of Rijeka,while the practical part will be demonstrated at the Department of Oncology and Radiotherapy, Hospital of Rijeka.
The aim of this course is to introduce the medical students to the basics of origin of malignant diseases, main factors that cause it, cures and treatment as well as side effects.Another aim of this course is to incorporate knowledge on how to care about a terminally ill patient, and basic palliative care. Introducing the students to the measures of preventive treatments.
Syllabus: Students are taught about the biology of tumor growth and risk factors that can lead to malignant diseases.We shall be discussing the most common tumors and we will talk about each one as well as the basic therapy for a specific tumor. We shall be looking into the cytostatic treatment, radiotherapy (radical and palliative), biological therapy and hormonal therapy.Side effects of both oncological therapy,chemotherapy as well as radiotherapy will be looked into. We will also talk about palliative care and things that are done regarding palliative care. Prevention programmes in Croatia are also on the agenda.
Expected learning outcomes:
- Explain the molecular genetic basis of cancer
- Explain the way the immune system recognizes and fight malignant cells
- Explain findings on metastasis and angiogenesis
- Indicate the incidence and mortality of cancer in the country and the world
- List the basic risk factors for cancer
- Explain ways to prevent disease
- List and explain the basic therapy metods in oncology : radiotherapy, chemotherapy , biological therapy, immunotherapy, hormone therapy, and less applayed forms of treatments
- List the incidence of the disease and factor of risks , therapy possibilities , prognostic parameteres, prevention methods
Lectures will consist of both, theoretical and practical classes. Estimated course duration is 4 weeks time. After taking the final exam the student will be awarded with 2.0 ECTS points.
DeVita H. et al.: Principles and Practice of Oncology, 11th Edition, Lippincott, Williams & Wilkins, 2018
Students must attend lessons regularly and be actively involved in all the aspects of the course.During lessons and practical part, they must be ready at all times to answer questions. Therefore students must read designated texts before class and be prepared to participate in the lessons. The students must take two exames (2 half exames and the final exam).Students can be absent from the maximum of 30% of the classes, exclusively due to health reasons confirmed by a GP. Being present at classes is mandatory.The compensation of the lost classes is possible only with the agreement by the lecturer. In case the student is absent for more than 30% of the classes, it shall lose the privilege to attend further classes and to take the final exam. In accordance with that, the student has gained 0 ECTS points and is graded F.
Grading criteria is carried out according to valid Regulations of studies University of Rijeka, and according to Regulations of grading students at the Faculty of Medicine in Rijeka (adopted by the Faculty committee of Medicine in Rijeka).
Final grade- written exam (max 50% of the final grade) + final oral exam (max of 50% of the final grade)
Written examination consists of 50 questions and can amount to max 50% of the final grade. Due to the results of the written part, the student qualifies to take the final oral exam. Students that get >25%, in the written part (25 or more correctly answered questions), get the right to take the final oral examination.
Final exam is oral and the student can get a maximum of 50% of the final grade, and depending on the satisfactory results of the exam it gets 25 or more percent according to the final grade.
- 45-50% excellent (5)- (A)
- 35-44 % very good (4)- (B)
- 30-34% good (3)- (C)
- 25-29% sufficient (2)- (D)
Final grade: written examination + final oral exam
- 90-100% 5 A Excellent
- 75-89,9% 4 B Very good
- 60-74,9% 3 C Good
- 50-59,9% 2 D Sufficient
- 0-49,9% 1 F Insufficient
Classes, as well as all the other information about the course, such as exam dates are to be found on line, Department of Oncology and Radiotherapy
Learning outcomes
Undertand and learn the basics of the scope of oncology multidisciplinary science as well as ways of recognizing and evaluating an oncology patient and the basics of treatment in oncology.
Learning outcomes
Undertand and learn the molecular-genetic basis of cancer and what knowledge we use for the targeted treatment of malignant tumors. Basic knowledge of cell division and cell metabolism that we use in current and future ways of treating malignant diseases.
Learning outcomes
Repetition and applying mechanisms of immune recognition of malignant cells, tumor microcollis and relationship with the host. The way of evolution, heterogeneity, metastasis, angiogenesis and other mechanisms in tumor treatment and fight against tumors. Through all these mechanisms, modern technologies are passed through, some of which are already being adopted or followed in the further development of diagnostics and treatment of malignant diseases.
Learning outcomes
Analysis of the status of malignant diseases in epidemiology and outcomes of the course of occurrence and treatment, prognostic factors in Croatia and in comparison with the European Union and the world.
Risk factors and ways of early recognition. The role of various diagnostic methods in malignant diseases
Learning outcomes
Understanding the multimodal methods of tumor treatment, surgery, cytostatics, hormone therapy and other methods.
Learning outcomes
Upoznavanje sa fizikalnim osnovama zračenja. Upoznavanje sa osnovnim radioterapijskim uređajima.
Learning outcomes
Understanding R&D of therapies that are rapidly developing in the world. The ways in which they work, which are further directions for improving the success of the treatment
Learning outcomes
Knowledge about risk factors for breast cancer. Histological and phenotypic differences in the behavior and treatment of breast cancer, multimodal principles of treatment and monitoring. Primary and secondary prevention
Learning outcomes
Knowledge about risk factors for genital cancer. Histological and phenotypic differences in the behavior and treatment of cancer, multimodal principles of treatment and monitoring. Primary and secondary prevention
Learning outcomes
Knowledge about risk factors for respiratory system cancer. Histological and phenotypic differences in the behavior and treatment of cancer, multimodal principles of treatment and monitoring. Primary and secondary prevention
Learning outcomes
Knowledge about risk factors for tumors of digestive and urinary system. Histological and phenotypic differences in the behavior and treatment of cancer, multimodal principles of treatment and monitoring. Primary and secondary prevention
Learning outcomes
Knowledge about risk factors for tumors of the head and neck: bone tumors and soft tissue tumors. Histological and phenotypic differences in the behavior and treatment of cancer, multimodal principles of treatment and monitoring. Primary and secondary prevention
Learning outcomes
Knowledge about risk factors for tumors of the hematopoietic, lymphatic and endocrine systems. Histological and phenotypic differences in the behavior and treatment of cancer, multimodal principles of treatment and monitoring. Primary and secondary prevention
Learning outcomes
Knowledge about risk factors for skin tumors and of central nervous system. Histological and phenotypic differences in the behavior and treatment of cancer, multimodal principles of treatment and monitoring. Primary and secondary prevention
Learning outcomes
Introducing students to patients and the importance of solving the symptoms that the patient feels, familiarization with a multinodal approach to treatment for palliative purposes. Functioning of pain clinics, hospices and home treatment
Learning outcomes
Mastering the approach to the oncological patient, taking of the anamnesis and status.
Learning outcomes
Introduction to the radiation devices and their effect on the tissue. Side effects of the radiation and the recovery. Introduction to cytostatic therapy at the departments as well as at the day clinic. Administration of cytostatics, side effects and recovery. How to take care of febrile neutropenia. Introduction to the biological therapy, administration, side effects and recovery.
Learning outcomes
Introducing students to breast-conserving and radical surgery performed on female patients. Anamnesis and status. Plan of the radiotherapy. Side effects and remedy of radiation. Administration of cytostatics. Premedication. Side effects and recovery of cytostatics. Exercise of rights to a wig or breast prosthetics.Lymph drainage.
Learning outcomes
Cases of female patients with vaginal, vulva, uterus and ovaries tumors. Anamnesis and status.Brachytherapy- simulation of the application of radioactive caesium. Side effects and recovery.
Learning outcomes
Cases of patients with prostate tumors, localized illness and with metastazis. Anamnesis and status.Planning of conformal radiotherapy. Hormonal radiotherapy. Application of LHRH agonist. Radiation of bone metastasis. Cytostatic therapy in curing the prostate cancer.
Learning outcomes
Cases of patients with intratoracal tumors: lungs tumors and mesotheliomas. Anamnesis and status. Planning of radical radiotherapy.Cytostatic and biological therapy. Getting the patient ready for the administration of cytostatics. Syndrome of vena cava and Pancoast syndrome, treated as emergencies in oncology.
Learning outcomes
Cases of patients with esophagus, stomach, pancreas and colorectal tumors. Radiation side effects and recovery. Cytostatic therapy for aforementioned tumors. Cytostatic side effects and recovery. Application of biological therapy. Anus praeter.
Learning outcomes
Cases of patients with urinary bladder cancer and malignant kidneys tumors. Anamneses and status.Planning of radiotherapy concerning the urinary bladder cancer, immunotherapy. Biological therapy and its side effects. Recovery. Urostoma, nefrostoma.
Learning outcomes
Cases of patients with oral cavity, pharynx and larynx tumors. Anamnesis and status.Planning of concomitant chemoradiotherapy for the aforementioned tumors. Side effects and recovery from radiation and cytostatic therapy.
Learning outcomes
Cases of patients with malignant tumors of the central nervous system and paranasal sinuses. Anamnesis and status. Planning of radiotherapy for the glioblastoma and maxilla cancer. Therapy of the brain edema. Cytostatic therapy. Spinal cord compression. Supportive methods.
Learning outcomes
Cases of patients with testicular tumor of seminoma and nonseminoma type. Anamnesis and status.Radiotherapy and cytostatic therapy. Side effects and recovery. Cryopreservation of sperm.
Learning outcomes
Cases of basal cell carcinoma and planocellular skin carcinoma. Anamnesis and status.Radiotherapy. Treatment of radiodermatitis. Malignant melanoma. Treatment with special attention to biological therapy.
Learning outcomes
Cases of bone and soft tissue tumors.Anamnesis and status. Treatment of sarcoma.
Learning outcomes
Cases of hematological malignant diseases. Anamnesis and status, Radiation of the lymphoma and plasmacytoma.
Learning outcomes
Cases of patients undertaking palliative treatment. Palliative patients’ diet. Gastrostomy PEG. Analgesic therapy. Pain clinic. Evacuation of ascites and pleural effusion.Palliative radiotherapy and chemotherapy.Teams for palliative care and hospices.
| Academic year | |
|---|---|
| 2026/2027 | Preuzimanje |