[Success factors and obstacles in the implementation of competence-oriented teaching in surgery].

Background And Objectives: For successful competence-oriented teaching at the medical faculties it is important to identify the factors that influence its implementation in order to benefit from the strengths and balance out weaknesses. The present study examined the success factors and obstacles of the implementation of competence-oriented teaching in the surgical discipline from the point of view of students and lecturers.

Methods: After implementation of competence-oriented teaching based on the teaching goals of the NKLM, in clinical examination courses (bedside teaching and block internship, BP) at two hospitals, a qualitative content analysis and quantification of the answers were performed using focus group interviews and questionnaires with students (S) and lecturers (D).

[Simulation in the elective subject forensic medicine in the third section of the medical examination].

During the COVID-19 pandemic the third section of the medical examination could be performed on simulation patients and simulators. Their use is also beneficial in forensic medicine, as a higher level of standardization and comparability of examination performance is achieved, and the use of real corpses is often not justifiable for medicolegal reasons. This case reports on the advantages and disadvantages of a simulation in the state examination in which a death certificate was to be completely filled out on the basis of an external postmortem examination on the simulator and an external anamnesis.

Tomographic reconstruction from planar thermal imaging using convolutional neural network.

In this study, we investigate perspectives for thermal tomography based on planar infrared thermal images. Volumetric reconstruction of temperature distribution inside an object is hardly applicable in a way similar to ionizing-radiation-based modalities due to its non-penetrating character. Here, we aim at employing the autoencoder deep neural network to collect knowledge on the single-source heat transfer model.

Ultra-Widefield Fluorescein Angiography Image Brightness Compensation Based on Geometrical Features.

Ultra-widefield fluorescein angiography (UWFA) is an emerging imaging modality used to characterise pathologies in the retinal vasculature, such as microaneurysms (MAs) and vascular leakages. Despite its potential value for diagnosis and disease screening, objective quantitative assessment of retinal pathologies by UWFA is currently limited because laborious manual processing is required. In this report, we describe a geometrical method for uneven brightness compensation inherent to UWFA imaging technique.

Cancer prevention - review paper.

Introduction: Every year there is an increase in the number of cases and deaths due to the majority of cancers. Currently, these diseases constitute the second cause of death in Poland and the USA. The number of cases of malignant neoplasms in Poland has more than doubled over the last three decades.