LF DMORF Cell and Tissue Morphology
Název anglicky: Cell and Tissue Morphology
doktorský prezenční se specializací, vyučovací jazyk: angličtina
Zahrnut v programu: LF D-BIOM_A Biomedical Sciences
doktorský prezenční se specializací, vyučovací jazyk: angličtina
Zahrnut v programu: LF D-BIOM_A Biomedical Sciences
Informace o studiu
- Státní závěrečná zkouška a obhajoba disertační práceThis requirement applies only to Ph.D. students who started their studies before March 2025:
The students have to undergo not only the dissertation thesis defence, but also the State Doctoral Examination, which takes place within the Ph.D. Conference of Biomedical Sciences and is mandatory for eligible students.
As part of the examination:
• Students in their third year give a 20-minute presentation on the results of their dissertation project, placing their research into the broader context of biomedical sciences.
• This is followed by a discussion, which includes both questions specific to the student’s project and theoretical questions related to the specialisation and scientific background.
For the Ph.D. candidates who started their studies after March 1st, 2025, in connection with the amendment to the Higher Education Act, the state doctoral examination is abolished. However, due to the programme's multidisciplinary nature, the doctoral board of the doctoral degree programme will verify that the student possesses in-depth knowledge of the subject under study (concerning the dissertation topic and research) during the thesis debate and defence.
DOCTORAL THESIS DEFENCE:
Before the defence of the doctoral thesis is performed, the following conditions have to be met:
• fulfil the requirements of the given individual study plan
• complete at least 4 core courses, each from a different field of study
• complete at least 4 field-specific courses
• meet the publication activity requirements at least in the specified range
• undergo an internship abroad (with a duration of at least 30 days)
• present original data at an international conference (poster or oral talk)
• submit the doctoral thesis
• pass the final state doctoral examination (the requirement applies only to students who started their studies before March 2025)
• acquire the total amount of 240 credits over the course of studies
Thesis defence procedure
The defence includes:
• A 15-minute presentation of the dissertation thesis by the student.
• Presentation of opponents' reports and the student’s responses to the questions raised.
• A public discussion.
• A non-public vote by the Thesis Defence Committee. - Studijní a výzkumné povinnostiThe basis of the doctoral studies at the Faculty of Medicine of the MU is the procedural pursuit of preparation of the doctoral thesis in close and regular interaction with the tutor and supplemented by the faculty-wide applicable terms for completing the postgraduate studies.
Before the defence of the doctoral thesis is performed, the following conditions need to be met:
- fulfil the requirements of the given individual study plan
- complete at least 4 courses of a common basis
- complete at least 4 subject-area courses (within the competence of the doctoral board)
- meet the publication activity requirements at least in the specified range (see below)
- undergo an internship abroad (with the duration of at least one month)
- present original data at an international conference
- submit the doctoral thesis
- pass the final state doctoral examination
- acquire the total amount of 240 credits over the course of studies (in case the MU study and examination regulations change, the credit system may be bypassed at the discretion of the doctoral board).
The participation in teaching can then only reach the maximum of 150 hours/4 years
The common courses encompass the stated fields of scientific knowledge and capabilities. They can be completed as a part of the organised courses at the MU (with cooperation with CEITEC, Faculty of Science, etc.).
Every doctoral student enrolled at LF MU after 1 September 2023 is required to take an online course FR_p2023 FRESHERS: Skills for Research Careers.
Completion of the course DSEBRa Ethics of Biomedical Research is highly recommended for all Ph.D. candidates of the Faculty of Medicine.
THE FIELDS OF STUDY COURSES OF A COMMON BASIS:
1. Scientific Information, medicine based on evidence
2. Ethical and legal aspects of research
3. Organisation of research projects and clinical trials
4. Data analysis (e.g. the Analysis of Clinical Data courses)
5. Publication, presentation and grant-related skills
6. Computer Network User
CURRICULUM-SPECIFIC COURSES:
Mandatory for graduates of non-medical fields:
- Anatomy I and II (aVLAN0121p, aVLAN0222p)
- Histology and Embryology I and II (aVLHE0221p, aVLHE0221c)
CURRICULUM-SPECIFIC FIELDS OF STUDY
- Macroscopic and Preparation Techniques
- In Vitro and Ex Vivo Cell and Tissue Study Methods
- Foundational EM and SEM Techniques
- Fluorescent and Confocal Microscopy
- Histochemical and Immunohistochemical Techniques in Cell and Tissue Morphology
- Stem Cells and Regenerative Medicine
- Regenerative Processes of the Nervous System
- Clinical Embryology in Serious Developmental Disorders
- The Clinical Aspects of the Development of Gametes and Early Embryogenesis
THE PROCESS OF CONSTRUCTING AN INDIVIDUAL STUDY PLAN CAN BE DESCRIBED BY THE FOLLOWING:
25 ECTS - THE SHARED COURSES OF THE FM MU
20 ECTS - CURRICULUM-SPECIFIC COURSES
195 ECTS - the doctoral (defence of the doctoral thesis + the final state doctoral examination), publication activities, internship abroad, attendance at an international conference, assistance in pedagogical activities and teaching - Návrh témat disertačních prací a témata obhájených pracíDevelopment of artificial tissues for disease modelling - application of tissue engineering methods
Archiv: http://is.muni.cz/th/a15ev/
Potential applications of cardiomyocytes differentiated from human embryonic stem cells and induced pluripotent stem cells in the diseases of the human heart
Archiv: http://is.muni.cz/th/d21dv/
Genome instability: A pitfall in hESC s use in regenerative medicine
Archiv: http://is.muni.cz/th/tvz40/
Development of artificial tissues for clinics and disease modeling – application of tissue engineering techniques