SCHEDULE OF MEDICAL CHEMISTRY LECTURES
FOR MEDICINE AND ODONTOLOGY 1st YEAR STUDENTS
( Spring semester, 2013)
The lectures take place at 800–930
N
Date
1
2
1. Water and solutions. Prof Ramunė Morkūnienė
2. Properties of buffers. Prof Ramunė Morkūnienė
Easter holiday
Room 427
Room 427
3
March 28
March 29
March 30 April 7
April 8
Title of lectures
Location
3. Basics of colloidal chemistry. Prof Laima Ivanovienė
Room 427
4
April 9
4. Heterogenic processes. Prof Artūras Kašauskas
Room 427
5
April 10
5. Coordination compounds. Prof Artūras Kašauskas
The Small auditorium
6
April 11
6. Thermodynamics. Prof Artūras Kašauskas
Room 427
7
April 12
7. Chemical kinetics and catalysis. (for Medical students only)
Prof Laima Ivanovienė
Room 427
8
April 13
April 14
April 15
April 16
CONTROL TEST I
9
April 17
8. Classes of organic compounds. Prof Ramunė Morkūnienė
The Small auditorium
10
April 18
9. Isomers. (for Medical students only) Prof Artūras Kašauskas
Room 427
11
April 19
10. Alcohols, aldehydes, carboxylic acids.
Prof Artūras Kašauskas
Room 427
12
April 20
April 21
April 22
11. Carbohydrates. Prof Ramunė Morkūnienė
Room 427
13
April 23
12. Nucleotides and nucleic acids. Prof Artūras Kašauskas
Room 427
14
April 24
13. Amino acids and proteins. Prof Laima Ivanovienė
The Big auditorium
15
April 25
April 26
April 27
April 28
April 29
April 30
14. Fatty acids and lipids. Prof Laima Ivanovienė
CONTROL TEST II
Room 427
FINAL EXAM
Head of the Biochemistry department
Prof. L. Ivanovienė
SCHEDULE OF MEDICAL CHEMISTRY LABORATORY WORK
FOR 1st YEAR MEDICINE AND ODONTOLOGY STUDENTS
(Spring semester, 2013)
Laboratory practicals take place in laboratory124
945–1145 for groups 31, 32, 36 MF R.Morkūnienė/S.Dubickienė
1200–1400 for groups 29, 33 MF L.Ivanovienė
1400-1600 for groups 30, 34, 35 MF A.Kašauskas/S.Dubickienė
1600-1800 for groups 13-15 OF students A.Kašauskas/S.Dubickienė
N
Date
Title of laboratory practicals
1 March 28
1. Principles of safe work in a chemical laboratory.
Preparation of solutions. Percent concentration.
2 March 29
2. Preparation of molar solutions: molar concentration.
March 30 Easter holiday
April 7
3 April 8
3. Volumetric analysis. Acid-base titration.
4
April 9
5
April 10
6
April 11
4. Preparation of buffer solutions.
Buffering capacity and its determination.
5. Preparation of colloidal solutions.
Effect of ions on coagulation of colloidal solutions.
6. High-molecular mass compounds and their properties: jellynation.
7
April 12
7. Coordination-compound based determination of water hardness.
8
April 13
April 14
April 15
8. Last minute arrangements.
April 16
CONTROL TEST I.
9
April 17
10
April 18
11
April 19
9. Chemical catalysis and thermodynamics of chemical processes. Examples of reaction
rate changes, effect of a catalyst, equilibrium shift.
Determination of Michaelis-Menten constant of an enzyme from experimental data (Dry
practical). (This day laboratory works are for Medical students only)
10. Carbonyl compounds – aldehydes, ketones and acids. Their properties – specific
reactions of functional groups. Esters and lipids. Determination of products of lipid
peroxidation.
11. Basics of organic compounds. Some chemical properties of alcohols, phenols and
amines.
April 20
12
13
April 21
April 22
April 23
14
April 24
15
April 25
April 26
April 27
April 28
April 29
April 30
12. Chemical properties of mono- and polysaccharides.
13. Nucleotides and nucleic acids: characteristic reactions. Specific reactions for products
of nucleic acid hydrolysis.
14. Specific chemical reactions for amines, amino acids and proteins. Estimation of
molecular mass of a protein from the gel chromatography data (Dry practical). Estimation
of molecular mass of a protein by the electrophoresis method (Dry practical).
15. Last minute arrangements.
CONTROL TEST II
Repetition of control tests if failed
FINAL EXAM
Head of the Biochemistry department
Prof. L. Ivanovienė