semmelweis university 2 0 1 2 / 2 0 1 3
semmelweis university 2 0 1 2 / 2 0 1 3 semmelweis university 2 0 1 2 / 2 0 1 3
PHARMACEUTICAL MICROBIOLOGY Program director: Prof. Dr. Éva Ádám Tutor: Dr. Zsuzsanna Csukás Second Semester SEMMELWEIS UNIVERSITY / FACULTY OF PHARMACY Lectures (3 hours per week) Practices (2 hours per week) Introduction. Short history, subject and aim of Microbiology. Introduction to basic microbiology. Laboratory Occurence and importance of microorganisms in the nature. rules. Morphology of bacteria (Microscopic General microbiology. Microbial genetic. examinations I.) Principles and practice of sterilization. Sterile pharmaceutical Morphology of bacteria. Staining procedures products. Sterility control. (Microscopic examinations II.) Contamination of non-sterile pharmaceuticals in hospital and Methods for cultivation of bacteria. Examination community environment. Chemical disinfectants, antiseptics and preservatives. of biochemical activity of microorganisms I. Types of antibiotics and synthetic antimicrobial agents. Colony morphology of bacteria. Examination Mechanisms of action of the antibiotics. Bacterial resistance to antibiotics. Interactions of biochemical activity of microorganisms II. Principles of microbial pathogenicity and epidemiology. Laboratory procedures of sterilization and Immunity to microbes. Active and passive immunization. disinfection. Bacteria causing purulent diseases. Bacteria causing enteric diseases. Antibiotic susceptibility of bacteria. Causative agents of respiratory tract. Aerobic and anaerobic In vitro antigen-antibody reactions endospore forming bacteria. Other anaerobic microbes. (serological reactions). Spirochetes. Rickettsiae. Chlamydia.Mycoplasmas Bacteria causing purulent diseases Parasitology (parasites and helminths). Bacteria of the respiratory tract I. Causative agents of human mycosis and their therapy. General virology. Interactions between viruses and the human host. Bacteria of the respiratory tract II. Characterization of virus Families causing human diseases. Normal flora and pathogens of the Respiratory pathogen viruses and the most important diseases. Enteric viruses and diseases caused by them. gastrointestinal tract. Hepatitis viruses. Aerobic and anaerobic endospore forming Arthropode-borne viruses and diseases caused by them. Other important virus caused diseases. Bacteria. Spirochetes. Chlamydiae. Slow virus infections. Conventional and non-conventional Morphology and cultivation of human pathogen agents. Prions. AIDS. The role of viruses in carcinogenesis. Fungi. Medically important protozoons. Antiviral chemotherapy. Interferon. Immunity to viral infections. Medically important helminths. Application of microorganisms in the pharmaceutical sciences. Cultivation of viruses. Virus-cell interactions. Production of therapeutically useful substances by recombinant DNA technology. New ways in vaccine production. Bacteriophages. The manufacture and quality control of immunological products. Medical virology. The most important viral Importance of nosocomial infections. Factory and hospital hygiene and good manufacturing practice. diseases:prevention and therapy. In the course of laboratory practices, the students of Faculty of Pharmacy become acquainted with the most important methods used for microbiological diagnosis of human pathogen bacteria, viruses and parasites. Note: The maximum number of the absences in the semester is 3. More than 3 absences invalidate the semester. During the semester two midterms should be passed. Practical course grade. Final examination. Faculty of Pharmacy 443
SEMMELWEIS UNIVERSITY / FACULTY OF PHARMACY BASIC IMMUNOLOGY Tutor: Dr. András K. Fülöp First Semester Lecture (1,5 hours per week) Principles of immune functions Cells, organs and ontogeny of immune system The major histocompatibility complex Antigen processing and presentation Antigen recognizing molecules Differentiation and function of T-lymphocytes Differentiation and function of B-lymphocytes The complement system Inflammation and acute phase response Immune response in infections Tumor immunology Hypersensitivity reactions Immuno-pharmacology Immunotolerance Natural and pathological autoimmunity Notes The semester is completed with a written exam. Deadline of claims for exemptions: 30th September. Updated information is available on our web site: www.dgci.sote.hu COMPULSORY SUMMER PRACTICE Program Four weeks: 35 hours/week; min. 6 max. 8 hours/day. The aim of summer practical training: to deepen theoretical and practical knowledge of Pharmaceutical Technology learnt in the 3rd year; adaptation of basic knowledge (chemistry, physics, colloidics, physiology etc.) to the practical work in pharmacies. Duties and respects: 1. Appreciation of prescriptions, reading of prescriptions (Formula Magistralis, Formula Normales, Formula Originalis). The forms of dispensing, dose calculating etc. Preparation of medicaments (Formula Magistralis) under supervision of the instructing pharmacist. 2. Prescriptions and regulations of narcotics 3. Various dosage forms (solutions, suspensions, emulsions, ointments, solid dosage forms etc.), their preparation. 4. Practising of the pharmaceutical technological manipulations, procedures etc. 5. Aseptic production of medicaments. Main technological steps. 6. Guidelines for the preparation of incompatible drugs. Preparation of these medicaments. 7. Health accessories. 8. Control of medicines and raw materials in the pharmacy. Administration in the pharmacy. 9. Organization of drug supply. Important note: Document certifying the completion of the practice must be handed in at registration! Registration to the next year is not allowed without it! 444
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PHARMACEUTICAL MICROBIOLOGY<br />
Program director: Prof. Dr. Éva Ádám<br />
Tutor: Dr. Zsuzsanna Csukás<br />
Second Semester<br />
SEMMELWEIS UNIVERSITY / FACULTY OF PHARMACY<br />
Lectures (3 hours per week) Practices (2 hours per week)<br />
Introduction. Short history, subject and aim of Microbiology. Introduction to basic microbiology. Laboratory<br />
Occurence and importance of microorganisms in the nature. rules. Morphology of bacteria (Microscopic<br />
General microbiology. Microbial genetic. examinations I.)<br />
Principles and practice of sterilization. Sterile pharmaceutical Morphology of bacteria. Staining procedures<br />
products. Sterility control. (Microscopic examinations II.)<br />
Contamination of non-sterile pharmaceuticals in hospital and Methods for cultivation of bacteria. Examination<br />
community environment.<br />
Chemical disinfectants, antiseptics and preservatives.<br />
of biochemical activity of microorganisms I.<br />
Types of antibiotics and synthetic antimicrobial agents. Colony morphology of bacteria. Examination<br />
Mechanisms of action of the antibiotics. Bacterial resistance<br />
to antibiotics. Interactions<br />
of biochemical activity of microorganisms II.<br />
Principles of microbial pathogenicity and epidemiology. Laboratory procedures of sterilization and<br />
Immunity to microbes. Active and passive immunization. disinfection.<br />
Bacteria causing purulent diseases.<br />
Bacteria causing enteric diseases.<br />
Antibiotic susceptibility of bacteria.<br />
Causative agents of respiratory tract. Aerobic and anaerobic In vitro antigen-antibody reactions<br />
endospore forming bacteria. Other anaerobic microbes. (serological reactions).<br />
Spirochetes. Rickettsiae. Chlamydia.Mycoplasmas Bacteria causing purulent diseases<br />
Parasitology (parasites and helminths). Bacteria of the respiratory tract I.<br />
Causative agents of human mycosis and their therapy.<br />
General virology. Interactions between viruses and the<br />
human host.<br />
Bacteria of the respiratory tract II.<br />
Characterization of virus Families causing human diseases. Normal flora and pathogens of the<br />
Respiratory pathogen viruses and the most important diseases.<br />
Enteric viruses and diseases caused by them.<br />
gastrointestinal tract.<br />
Hepatitis viruses. Aerobic and anaerobic endospore forming<br />
Arthropode-borne viruses and diseases caused by them.<br />
Other important virus caused diseases.<br />
Bacteria. Spirochetes. Chlamydiae.<br />
Slow virus infections. Conventional and non-conventional Morphology and cultivation of human pathogen<br />
agents. Prions. AIDS. The role of viruses in carcinogenesis. Fungi. Medically important protozoons.<br />
Antiviral chemotherapy. Interferon.<br />
Immunity to viral infections.<br />
Medically important helminths.<br />
Application of microorganisms in the pharmaceutical sciences. Cultivation of viruses. Virus-cell interactions.<br />
Production of therapeutically useful substances by recombinant<br />
DNA technology. New ways in vaccine production.<br />
Bacteriophages.<br />
The manufacture and quality control of immunological products. Medical virology. The most important viral<br />
Importance of nosocomial infections. Factory and hospital<br />
hygiene and good manufacturing practice.<br />
diseases:prevention and therapy.<br />
In the course of laboratory practices, the students of Faculty of Pharmacy become acquainted with the<br />
most important methods used for microbiological diagnosis of human pathogen bacteria, viruses and<br />
parasites.<br />
Note: The maximum number of the absences in the semester is 3. More than 3 absences invalidate<br />
the semester.<br />
During the semester two midterms should be passed.<br />
Practical course grade. Final examination.<br />
Faculty of<br />
Pharmacy<br />
443