CLEVER Vascular Surgery Virtual Patients Cases

Virtual scenarios for vascular surgery are developed and improved within projects’ activities of the authors and their primary aim is to foster development of critical thinking in students of medical and healthcare disciplines. Individual patient simulations contribute to the case-based learning approach that is learning style close to the needs of practice. Furthermore, we expect their better preparation for bedside teaching.
Are the virtual patient cases useful for you? Would you also require virtual patients from other clinical disciplines? Do you have any comments or suggestions for improvement? Please provide your feedback by filling out a short questionnaire.
CLEVER Cardiac Surgery Virtual Patients Cases

Virtual scenarios for cardiac surgery are developed and improved within projects’ activities of the authors and their primary aim is to foster development of critical thinking in students of medical and healthcare disciplines. Individual patient simulations contribute to the case-based learning approach that is learning style close to the needs of practice. Furthermore, we expect their better preparation for bedside teaching.
Are the virtual patient cases useful for you? Would you also require virtual patients from other clinical disciplines? Do you have any comments or suggestions for improvement? Please provide your feedback by filling out a short questionnaire.
CLEVER Emergency Medicine Virtual Patients Cases

Virtual scenarios for emergency medicine are developed and improved within projects’ activities of the authors and their primary aim is to foster development of critical thinking in students of medical and healthcare disciplines. Individual patient simulations contribute to the case-based learning approach that is learning style close to the needs of practice. Furthermore, we expect their better preparation for bedside teaching.
Are the virtual patient cases useful for you? Would you also require virtual patients from other clinical disciplines? Do you have any comments or suggestions for improvement? Please provide your feedback by filling out a short questionnaire.
CLEVER Orthopaedic Virtual Patients Cases

Virtual scenarios for orthopaedics are developed and improved within projects’ activities of the authors and their primary aim is to foster development of critical thinking in students of medical and healthcare disciplines. Individual patient simulations contribute to the case-based learning approach that is learning style close to the needs of practice. Furthermore, we expect their better preparation for bedside teaching.
Are the virtual patient cases useful for you? Would you also require virtual patients from other clinical disciplines? Do you have any comments or suggestions for improvement? Please provide your feedback by filling out a short questionnaire.
CLEVER Cardiology Virtual Patients Cases

Virtual scenarios for cardiology are developed and improved within projects’ activities of the authors and their primary aim is to foster development of critical thinking in students of medical and healthcare disciplines. Individual patient simulations contribute to the case-based learning approach that is learning style close to the needs of practice. Furthermore, we expect their better preparation for bedside teaching.
Are the virtual patient cases useful for you? Would you also require virtual patients from other clinical disciplines? Do you have any comments or suggestions for improvement? Please provide your feedback by filling out a short questionnaire.
Anatomical dissection - head and neck

Anatomical dissection of the head and neck contains educational video recordings of dissections performed on cadavers in dissection rooms of Department of Anatomy. They are intended for students of medicine in order to acquaint them with anatomical structures of the human body as well as to extend their preparation for practical exercises. Documentation videos are supplemented with descriptions of individual anatomical structures and expert commentary.
This work was supported by the national grant KEGA 017UPJŠ-4/2016 "Visualization of education in human anatomy using video records of dissections and multimedia teaching materials".
Anatomical dissection - lower limb

Anatomical dissection of the lower limb contains educational video recordings of dissections performed on cadavers in dissection rooms of Department of Anatomy. They are intended for students of medicine in order to acquaint them with anatomical structures of the human body as well as to extend their preparation for practical exercises. Documentation videos are supplemented with descriptions of individual anatomical structures and expert commentary.
This work was supported by the national grant KEGA 017UPJŠ-4/2016 "Visualization of education in human anatomy using video records of dissections and multimedia teaching materials".
Anatomical dissection - upper limb

Anatomical dissection of the upper limb contains educational video recordings of dissections performed on cadavers in dissection rooms of Department of Anatomy. They are intended for students of medicine in order to acquaint them with anatomical structures of the human body as well as to extend their preparation for practical exercises. Documentation videos are supplemented with descriptions of individual anatomical structures and expert commentary.
This work was supported by the national grant KEGA 017UPJŠ-4/2016 "Visualization of education in human anatomy using video records of dissections and multimedia teaching materials".
Videos for practical lessons from Anatomy 1 - Upper Limb

Educational videos are intended for studying bones, joints and muscles of the upper limb. Teachers from Department of anatomy explain important anatomical structures for students of General medicine. Videos can be used for individual studying. Videos make learning simpler, faster and more efficient.
The Use of the Er:YAG Laser 2940 nm in complex caries removal

Significant pain reduction and lack of the vibrations give advantage to LASER cavity preparation. The ideal treatment should be fast, painless and effective. Discomfort of the patient and tendency to protect hard dental tissues can lead to insufficient debridement of the carious lesion, inadequate obturation and failure of the restoration. A carious lesion is usually removed using hand instruments and rotary burs.
Understanding of laser physics and laser-tissues interaction for specific wavelength is required to predict the accomplishment of laser treatment.
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