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| Version 2013-2014 |
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| PHYL0521-3 | Multidisciplinary approach to a normal human being (Part I)
- Part I : Human biochemistry
- Part II : Human physiology
- Part III : Introduction to human histology
- Part IV : Introduction to nutrition
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| Duration : | Part I : Human biochemistry : 25h Th
Part II : Human physiology : 20h Th, 5h Pr
Part III : Introduction to human histology : 10h Th, 4h QA Sess.
Part IV : Introduction to nutrition : 10h Th
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| Number of credits : |
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| Lecturer : | Part I : Human biochemistry : Bernard Rogister
Part II : Human physiology : Thierry Bury
Part III : Introduction to human histology : Chantal Humblet
Part IV : Introduction to nutrition : Nicolas Paquot
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| Coordinator : | Bernard Rogister |
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Language(s) of instruction :
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| French language |
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Course contents :
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 | | Part I : Human biochemistry |
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| Elements of physiology, biochemistry and histology for the organs that are not studied in specific modules.<br /><br /> The six chapters of this lecture are:1. Biochemistry of blood
2. Biochemistry of the digestive tract
3. Biochemistry of the liver
4. Biochemistry of the kidneys
5. Molecular Biology applied to humans
6. Cell degenerescence.<br /><br /> Elements of histology relative to organs and systems which will not be studied in specific modules. The blood and the liquid compartments of the organism, the digestive tract, the liver, and the urinary system will be described . . |
| | Part II : Human physiology |
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| - Study of body fluid volumes.
- Gastrointestinal physiology and digestive.
- Renal physiology. |
| | Part III : Introduction to human histology |
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| In the body, cells with similar morphology and function form groups called simple tissues (ex: epithelial tissue). When several types of cells form a tissue, it is called compound tissue (ex: nervous tissue). The tissues are associated to form organs with a specific function.
In this course, we will study:
- epithelial tissue
- connective tissue
- muscular tissue
- nervous tissue
- blood cells
Examples of tissue associations will be described in some organs (ex: the glomerular filtration barrier in the kidney, the relations of hepatocytes with the blood vessels and the biliary canalicule, the skin...) |
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Learning outcomes of the course :
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| | Part I : Human biochemistry |
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| Integrated approach of the functions of organs and systems
1. Being able to integrate various informations of the biochemistry of blood, digestive tract, liver and kidneys.
2. Being able to integrate various endocrine signals in order to be able understand easier Human Physiology.
3. To be able to understand some aspects of molecular biology of cell functions. In this context, various modern methods actually used in genome analysis should also be understood.
4. To allow students to scientifically advice either patients (for students in kinesitherapy) or athletes (for students in Motricity Sciences).
5. To be able to integrate various data at the biochemistry, physiology and histology level in hematology, gastro-enterology and hepatology and in nephrology.
Multidisciplinary approach of the function of some organs and systems. |
| | Part II : Human physiology |
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| Understanding of the processes regulating the digestive system and kidneys in humans. |
| | Part III : Introduction to human histology |
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| The objectives are to establish a parallelism between the morphology and the function of cells and tissues and to understand how some groups of cells function togethet to play a specific role |
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Prerequisites and co-requisites/ Recommended optional programme components :
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| | Part I : Human biochemistry |
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| General Physiology, general Biochemistry, Histology, Anatomy |
| | Part II : Human physiology |
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| General physiology. |
| | Part III : Introduction to human histology |
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| Prerequisites: biology
Co-requisites: anatomy, physiology and biochemistry |
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Planned learning activities and teaching methods :
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| | Part I : Human biochemistry |
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| practical lessons of histology, physiology and biochemistry<br /><br /> No laboratory works<br /><br /> Practical lessons of histology. |
| | Part II : Human physiology |
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| Practical lessons of physiology, biochemistry and histology. |
| | Part III : Introduction to human histology |
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| Theoric courses: ex-cathedra |
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Mode of delivery (face-to-face ; distance-learning) :
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| | Part I : Human biochemistry |
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| as a module in the second part of the year<br /><br /> Ex-cathedra lectures following the schedule available in the vade-mecum<br /><br /> As a module during the S4 |
| | Part II : Human physiology |
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| As a module during the S4 |
| | Part III : Introduction to human histology |
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| Face-to-face teaching |
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Recommended or required readings :
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| | Part I : Human biochemistry |
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| biochemistry: schemes,figures,and texts distributed to the students
physiology: notes available
histology: syllabus available at Intercopy
slides on line<br /><br /> A text book is available on intranet. The students will also have the access to the computer files of the illustrations of the lectures. Several references text books are also suggested.<br /><br />
- histology : notes available at Intercopy, slides on line
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| | Part II : Human physiology |
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| Notes available for the students. |
| | Part III : Introduction to human histology |
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| A textbook will be available.
Recommended (but non obligatory) lecture: Histology and Cell Biology; An introduction to Pathology. A.L. KierszenbaumMosby. Elsevier
References of some Web sites will be communicated during the course |
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Assessment methods and criteria :
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| | Part I : Human biochemistry |
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| Written examination<br /><br /> A written examination with open questions on the lectures is organized according to the general program of the studies.<br /><br /> Written examination |
| | Part II : Human physiology |
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| Written examination |
| | Part III : Introduction to human histology |
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| Written examination: open questions |
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Work placement(s) :
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| | Part III : Introduction to human histology |
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| No stages |
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Organizational remarks :
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| | Part I : Human biochemistry |
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| no remarks |
| | Part III : Introduction to human histology |
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| No remarks |
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Contacts :
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| | Part I : Human biochemistry |
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| Coordinator: Marie Paule Defresne
04 366 24 03
mp.defresne@ulg.ac.be<br /><br /> Lecturer : B. Rogister, Professor
GIGA-Neuroscience and GIGA-Development, Stem Cells and Regenerative Medicine, Tour de Pathologie 2, étage +1, CHU 4000 Liège 1 (Sart Tilman).
Tél. : 04/366.59.50Fax : 04/366.59.12
e-mail : Bernard.Rogister@ulg.ac.be.
Secretary : L. Bourdoux Tel. : 04/366 59 50
e-mail : Larisia.Bourdoux@ulg.ac.be<br /><br /> Coordinator of the module : Marie Paule DEFRESNE
Tél : 04 366 24 03
e-mail : mp.defresne@ulg.ac.be |
| | Part II : Human physiology |
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| Prof. Thierry BURY
Bât. B21 Physiologie humaine et physiologie de l'effort physique
Tel.: 04/366.78.81
Email : tbury@ulg.ac.be
Dorian DEFLANDRE, assistant
04/366.38.86 - ddeflandre@ulg.ac.be
Secretary : Catherine MORSA (04/366.38.91 - catherine.morsa@ulg.ac.be(joelle.gris@ulg.ac.be)) |
| | Part III : Introduction to human histology |
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| Chantal Humblet
Laboratory of Histology-Cytology
B23, niveau 3, local 3/3
Chantal.humblet@ulg.ac.be(mp.defresne@ulg.ac.be
)
04 366 24 03 |
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