Załącznik nr 3 do procedury opracowywania i okresowego przeglądu programów kształcenia Appendix no. 3 to the procedure of development and periodical review of syllabuses Syllabus 1. Imprint Faculty name: Education program (field of study, level and educational profile, form of studies, e.g., Public Health, 1st level studies, practical profile, full time): Faculty of Medicine and Dentistry English Dentistry Division full time studies Academic year: 2015/2016 Module/subject name: Biophysics Subject code (from the Pensum system): 25350 Educational units: Department of Biophysics and Human Physiology Head of the unit/s: Prof. dr hab. Jacek Przybylski Study year (the year during which the respective subject is taught): 1 Study semester (the semester during which the respective subject is taught): 2 Module/subject type (basic, corresponding to the field of study, optional): Basic Teachers (names and surnames and degrees of all academic teachers of respective subjects): Dr Jakub Zieliński Dr Maria Sobol Dr Piotr Jeleń ERASMUS YES/NO (Is the subject available for students under the ERASMUS programme?): Yes A person responsible for the syllabus (a person to which all comments to the syllabus should be reported) Dr Piotr Jeleń Number of ECTS credits: 3 2. Educational goals and aims The course program offers to the students information concerning the chosen physical phenomena occurring in living organisms and application of physics in medicine taking into account the specificity of the dentist profession. The emphasis is placed on imaging techniques in dentistry. Strona 1 z 5 Załącznik nr 3 do procedury opracowywania i okresowego przeglądu programów kształcenia Appendix no. 3 to the procedure of development and periodical review of syllabuses 3. Initial requirements The level of students’ knowledge should correspond to the standards for the Matura Exam The exam is taken on completion of high school and is the basis for entry into universities and colleges of further education in Poland. 4. Learning outcomes corresponding to the subject A list of course learning outcomes Symbol of course learning outcomes Description of course learning outcomes The reference to programme learning outcomes (number) 25350_W01 Knows the conditions for static equilibrium and basic concepts of biomechanics of human body B.W7 25350_W02 Knows mechanics of masticatory organ B.W8 25350_W03 25350_W04 25350_W05 25350_W06 25350_W07 25350_U01 25350_U02 25350_U03 25350_K01 25350_K02 Knows imaging techniques of tissues and organs, and principles of how work appropriate diagnostic devices Knows the principles of how work ultrasound devices Knows principles of photometry, how work optical fibers and principles of applications of light sources in dental medicine Knows principles of how lasers work and their applications in dentistry Knows the natural and artificial sources of ionising radiation and mechanisms of its interaction with a matter Is capable of interpreting of physical phenomena in masticatory organ Is capable of applying physical phenomena in dentist practice Is capable of assessing health effects of absorption of a given dose of ionizing radiation and follows the radiation protection rules and regulations Is capable of working in multinational and multicultural team Is conscious of effects of different physical factors on organism and has ability to anticipate consequences of inappropriate application of medical equipment B.W9 B.W10 B.W11 B.W12 B.U2 B.U3 5. Forms of classes Form Number of hours Number of groups Lecture 10 1 Seminar 9 1 Practical classes 16 1 6. Subject topics and educational contents Strona 2 z 5 N Załącznik nr 3 do procedury opracowywania i okresowego przeglądu programów kształcenia Appendix no. 3 to the procedure of development and periodical review of syllabuses Lectures L1 Dr Piotr Jeleń Physical basics of biomechanics of human body. (25350_W01, 25350_W02, 25350_U01) L2 Ultraviolet and infrared radiation. Dr Maria Sobol (25350_W05, 25350_U01, 25350_U02) L3 X-rays. Radioactive decay (α, β and γ radiation). Dr Piotr Jeleń (25350_W03, 25350_W07, 25350_U02) L4 Dr Jakub Zieliński Imaging techniques I (MRI). (25350_W03) L5 Imaging techniques II (CT, PET, SPECT, scintigraphy). Dr Jakub Zieliński (25350_W03) Seminars S1 Light in oral medicine. Optical fibres. Lasers in medicine. Dr Jakub Zieliński (25350_W05, 25350_W06, 25350_U02) S2 Dr Jakub Zieliński Radiation therapy. Radiation protection. (25350_U03, 25350_K02) S3 Ultrasound in dentistry Dr Maria Sobol (25350_W04, 25350_U02) Practical Classes C1 Dr Piotr Jeleń Statics of human body. Equilibrium. Measurements of force and torque. (25350_W01, 25350_W02, 25350_U01, 25350_U02, 25350_K01) C2 Physical basics of ultrasonography. Dr Maria Sobol (25350_W04, 25350_K01) C3 X-rays and gamma radiation. Experimental determination of Dr Piotr Jeleń linear attenuation coefficients and half-value layers. (25350_W03, 25350_W07, 25350_U02, 25350_K01) C4 Dr Jakub Zieliński Photometry. (25350_W05, 25350_K01) 7. Methods of verification of learning outcomes Learning outcome corresponding to the subject (symbol) 25350_W01 Forms of classes (symbol) lecture L1 practical classes C1 Methods of verification of a learning outcome Credit receiving criteria quiz, discussion, experimental report, final test To be admitted to the final test students are requested to: Strona 3 z 5 Załącznik nr 3 do procedury opracowywania i okresowego przeglądu programów kształcenia Appendix no. 3 to the procedure of development and periodical review of syllabuses quiz, discussion, experimental report, final test quiz, discussion, experimental report, final test quiz, discussion, experimental report, final test 25350_W02 lecture L1 practical classes C1 25350_W03 lectures: L3, L4, L5 practical classes C3 25350_W04 seminar S3 practical classes C2 25350_W05 lecture L2 seminar S1 practical classes C4 quiz, discussion, experimental report, final test 25350_W06 seminar S1 discussion, final test 25350_W07 lecture L3 practical classes C3 25350_U01 Lectures: L1, L2 practical classes C1 25350_U02 Lectures; L2, L3 seminar S3 practical classes: C1, C3 quiz, discussion, experimental report, final test quiz, discussion, experimental report, final test quiz, discussion, experimental report, final test 25350_U03 seminar S2 discussion, final test 25350_K01 practical classes C1, C2, C3, C4 quiz, discussion, experimental report, final test 25350_K02 seminar S2 discussion, final test - attend lectures and seminars, and collect at least 4 points for presence and activity, - attend all practical classes (laboratory sessions), and collect at least 12 points. During each laboratory session one can get maximum 5 points. This makes a total of 20 points for 4 practical classes to get. Prior to each laboratory session students should read and understand the relevant instruction to the experiment. During laboratory session students are asked 3-4 questions (in written or oral form, depending on the tutor) to test their knowledge concerning the experiment. The answers to these questions would be assessed for maximum 2 points. The laboratory report would be assessed for maximum 3 points 8. Evaluation criteria Form of receiving credit in a subject: grade criteria 2.0 (failed) 0-35 correct answers 3.0 (satisfactory) 36-40 correct answers 3.5 (rather good) 41-45 correct answers 4.0 (good) 46-50 correct answers 4.5 (more than good) 51-55 correct answers 5.0 (very good) 56-60 correct answers 9. Literature Obligatory literature: 1. Daviodovits P.: Physics in Biology and Medicine (3rd ed.), Harcourt Academic Press, An Imprint of Elsevier, 2008 2. Herman I.P.: Physics of the Human Body, Springer, Berlin-Heidelberg-New York, 2007 3. Ronto G., Tarjan I. (Eds.): An Introduction to Biophysics with Medical Orientation, (3rd ed.), Akadémiai Publishing Company, Budapest, 1999 Strona 4 z 5 Załącznik nr 3 do procedury opracowywania i okresowego przeglądu programów kształcenia Appendix no. 3 to the procedure of development and periodical review of syllabuses Supplementary literature: 1. Hobbie R.K., Roth B.J.: Intermediate Physics for Medicine & Biology (4-th ed.), Springer, 2007 2. Malmivuo J., Plonsey R.: Bioelectromagnetism, - Principles and Applications of Bioelectric and Biomagnetic Fields. New York, Oxford University Press, 1995. 3. Glaser, R.: Biophysics, Springer-Verlag 2005 10. ECTS credits calculation Form of activity Number of hours Number of ECTS credits Direct hours with an academic teacher: Lectures 10 0,40 Seminars 9 0,36 Practical classes 16 0,64 Student's independent work (examples of the form of work): Student's preparation for a seminar 6 0,24 Student's preparation for a class 12 0,48 Preparation for obtaining credits 22 0,88 Total 75 3 11. Additional Information (e.g., information on a scientific association operating within the unit, information on commuting to university, etc.) Signature of the Head of the Unit Signature of the person responsible for the syllabus Strona 5 z 5