Speciality mode: Biomedical Chemistry

course of study

2022 - 2024

specialisation

Biomedical Chemistry

type of study

Second cycle / Master’s study

mode of study

full-time study

profile

Academic

Subject

Lecture

Auditorium

Laboratory

TOTAL

E/P

ECTS

Instrumental analysis

30

15

30

75

E

7

Theoretical chemistry

30

45

75

E

6

Foreign language II

30

30

P

2

Commercialization of research outcomes

5

5

P

1

Crystal chemistry

15

30

45

E

4

Advanced chemistry laboratory^*:

60

60

P

6

          Analytical chemistry

20

20

P

2

          Physicochemistry

20

20

P

2

          Microbiology

20

20

P

2

Validation methods

15

15

30

P

2

Bioorganic chemistry

15

15

E

2

SEMESTER 1

110

135

90

335

4

30

Subject

Lecture

Auditorium

Laboratory

TOTAL

E/P

ECTS

Spectrochemistry

15

30

45

E

4

Graduate study lecture^**

30

30

P

3

Simple sugars – structure and stereochemistry

30

30

P

3

Molecular identification

30

30

P

3

Physicochemical properties of aminoacids and their derivatives

30

30

P

3

Methods of physicochemical analysis of inorganic and hybrid compounds

30

30

P

3

Nanomaterials: properties, synthesis, applications

30

30

P

3

Selected problems of physical chemistry

30

30

P

3

Synthesis of peptides

30

30

P

3

Modern methods of mass spectrometry

30

30

P

3

Molecular genetics

30

30

P

3

Innovative metallopharmaceuticals in diagnostics and treatments

30

30

P

3

Fundamentals of radiation protection

30

30

P

3

Graduate laboratory course^**

180

180

P

12

Synthesis of biologically active compounds

30

90

120

E

11

SEMESTER 2

75

0

300

375

2

30

YEAR I

185

135

390

710

6

60

Subject

Lecture

Auditorium

Laboratory

TOTAL

E/P

ECTS

Interpersonal communication

15

15

P

1

The activities of the company in contemporary environment

30

30

P

2

Laboratory course ^**

 180

180

P

10

M.Sc. seminar ^**

30

30

P

4

Monographic lecture^**

30

30

P

3

Synthesis methods and biochemical properties of proteins and glycoproteins

30

30

P

3

Research methods in supramolecular chemistry

30

30

P

3

Chemical synthesis of peptides

30

30

P

3

Environmental radiochemistry and radiological protection

30

30

P

3

Mocern technologies in industry

30

30

P

3

Application of oxidation processes in chemistry

30

30

P

3

Introduction into photochemistry / Radiosensitizers - in the service of oncology

30

30

P

3

Selected issues in chemistry of peptides

30

30

P

3

Sampling and its preparing for analysis

30

30

P

3

Peptides and proteins in science and industry

30

30

P

3

Quantum chemistry of molecular anions

30

30

P

3

Interactions of antimicrobials agents with metalions

30

30

P

3

Analysis of natural origin products

45

45

P

3

Bioinorganic chemistry

15

30

45

E

3

Selected aspects of biomolecular analysis

30

30

P

2

Elective subjects in English

30

30

P

4

SEMESTER 3

120

60

255

435

1

30

Subject

Lecture

Auditorium

Laboratory

TOTAL

E/P

ECTS

Economic activity law

30

30

P

2

Laboratory course^**

190

190

P

10

M.Sc. seminar ^**

30

30

P

4

Monographic lecture ^**

30

30

P

3

Selected issues of carbohydrate chemistry

30

30

P

3

Advanced electrochemical methods

30

30

P

3

Biologically active peptides

30

30

P

3

Chemical and radiochemical environmental analysis

Chemistry of non-aqueous solutions

30

30

P

3

Advanced oxidation processes

30

30

P

3

Introduction into quantum computer chemistry

30

30

P

3

Modern methods of chemical synthesis

30

30

P

3

Lipid analysis

30

30

P

3

Computational chemistry software

30

30

P

3

Medical biotechnology

30

30

P

3

Intermolecular interactions in bioinorganic systems

30

30

P

3

Professional traineeship

P/W

4

M.Sc. exam

E

7

SEMESTER 4

60

30

190

280

1

30

YEAR II

180

90

445

715

2

60