Curriculum was proved by meeting of the Department of Propaedeutic Pediatrics



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Curriculum was proved by meeting

of the Department of Propaedeutic Pediatrics


on the 30th of August 2013 (protocol No 1)
MEDICAL GENETICS

Medical Faculty, 5th Year of Study / 9th Semesters 2013-2014

(duration of semester: 02.09.13 – 26.01.14)

Lectures: 10 hours

Practice: 20 hours

Self-works: 15 hours

Total: 45 hours

Lecture Curriculum

(Lecturer: Assist. Prof. Bakum Chr.)



No

Topic

Date / class (groups 3–5)

1.

Subject and tasks of medical genetics. The role of heredity in human pathology.

04.09.13

2.

General characteristics of monogenic diseases. Genetics and clinical manifestation of some monogenic diseases.

18.09.13

3.

Overview of chromosomal diseases. Clinical manifestation of main chromosomal diseases.

02.10.13

4.

General characteristics of mitochondrial diseases: clinical manifestation, diagnosis, treatment.

16.10.13

5.

Levels and ways of prevention of hereditary diseases. Medical and genetic counseling. Prenatal diagnosis. Screening programs.

30.10.13


Practice Curriculum

No

Topic

Tuesday

Thursday

ІІІ class:

group No 5


ІІІ class:

group No 4


ІІІ class:

group No 3



Module. “Medical Genetics”

Content Module 1. Heredity and pathology. The role of heredity in human pathology

1.

Subject and tasks of medical genetics. The role of heredity in human pathology.

10.09


05.09

12.09


Content Module 2. Methods of the Medical Genetics

2.

Clinical and genealogical method. Cytogenetic and molecular genetic methods. Biochemical methods.

24.09


19.09

26.09


Content Module 3. Propaedeutic of hereditary diseases

3

Semiotics of hereditary diseases. Peculiarities of manifestation of hereditary diseases. Morphogenetic development options. Malformations.

08.10


03.10

10.10


Content Module 4. Monogenic diseases

4.

General characteristics of monogenic diseases. Genetics and clinical manifestation of some monogenic diseases.

22.10


17.10

24.10


5.

Hereditary metabolic diseases. Principles of treatment of hereditary diseases, rehabilitation and resettlement.

05.11


31.10

07.11


Content Module 5. Chromosomal diseases

6.

Overview of chromosomal diseases. Clinical manifestation of main chromosomal diseases.

19.11


14.11

21.11


Content Module 6. Мitochondrial diseases

7.

General characteristics of mitochondrial diseases. Clinical manifestation, diagnosis, treatment.

03.12


28.11

05.12


Content Module 7. Diseases with hereditary predisposition

8.

Overview of multifactorial diseases. Determination of genetic predisposition. Measures of prevention.

17.12


12.12

19.12


Content Module 8. Prevention of hereditary diseases. Medical and genetic counselling.

9.

Levels and ways of prevention of hereditary diseases. Medical and genetic counselling. Prenatal diagnostics. Screening programs.

31.12


26.12

20.12 (fri)



10.

Final module control.

14.01


09.01

16.01



Curriculum of Self-works

No

Topic

Hours

Module 1. Medical Genetics

1.

Theoretical preparation to the practical classes and practical skills training

9

2.

Independent study of following topics:







Hereditary renal disease

1




Systemic skeletal dysplasia

1




Fundamentals of ecological genetics, pharmacogenetics

1




Individual independent study and research of student

1

3.

Preparation to final module control

2

Total


15

Head of the Department of Propaedeutic Pediatrics

Professor, PhD, MD _______________________ O.Z. Hnateyko


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