LABORATORY OF MICROBIOLOGY

1. Objectives

Knowledge

- Presentation structure of bacteria and virus cells.

- Presentation of physiological, biochemical and genetic characteristics of microbial cells.

- Present the characteristics and applications of immunity in the diagnosis and treatment of infectious diseases.

- Presentation of biological characteristics, pathogenicity, methods of diagnosis and prevention of some common infectious diseases.

Skill

Practice operations in the microbiological lab to diagnose some common strains of microorganisms

2. Course content

Microbiology module provides students with knowledge about structure, biochemical characteristics, physiology and genetics of microorganisms ..; characteristics and ability to cause diseases of some common bacteria and viruses ...

3. Facilities and equipment

Autoclaves

Convection oven

Incubator

Candle incubator

Colony counting machine

Anaerobic flask

Micropipette

Mixers (vortex)

Heat stove - magnetic stirrer

Centrifuges

Electronic scales

Optical microscope

LABORATORY OF PARASITOLOGY

1. Objectives

Knowledge

- Presentation of biological characteristics, development cycle and pathogenicity, methods of diagnosis and prevention of some common parasites and fungi.

- Name the parasites and pathogenic fungi that are common in humans.

Skill

Recognize the patterns of common parasites and pathogenic fungi.

2. Course content

- Unicellular

- Helminths

- Excessive

- Fungi

3. Facilities and equipment

Optical microscope

LABORATORY OF MOLECULAR BIOLOGY

1. Objectives

Knowledge

- Impart basic knowledge about DNA, RNA, and DNA replication; transcription and genetic code; on gene activity, gene mutation

- Description of protein biosynthesis

- Methods of ADN analysis

- Description of cellular composition, metabolism and energy

- Explain genetics and variation, origin of life and biodiversity

Skills

- Practice using a microscope and how to make a microscope specimen

- Observe the shape and structure of cells, movement, reproduction of cells, transport of substances across the cell membrane, hypertonic isotonic phenomenon

2. Course content:

This module presents the structure and operation of the amygdala and the root of the ganglion as well as the genetic basis of the molecule level, the mechanism of self-duplication, transcription, protein synthesis, and regulatory mechanisms. Genetic mutations and consequences.

3. Facilities and equipment

Photographic gel electrophoresis Multidoc - IT