Laboratory Description
The Bacteriology Laboratory is designed to aid in the diagnosis and treatment of infectious diseases by culturing various samples, monitoring bacterial growth, and conducting various tests to identify the type of microbes and the appropriate antibiotic to treat them.
Objectives
To familiarize students with the different types of microorganisms associated with various types of infections.
To provide students with the opportunity to develop their observational and monitoring skills, as well as their skills in recording and interpreting results.
Learning Outcomes
Students will be able to understand how humans interact with pathogens and the resulting consequences.
Students will be able to apply various microbiology techniques that will enable them to identify pathogens and help recommend the appropriate antibiotic to the specialist physician.
Techniques Used
Sample Culture
Biochemical Reactions
API 20E Analytical Indicator
Antibiotic Susceptibility Testing
Media Preparation
Routine and Specialized Staining
Using Modern Equipment in the Diagnosis of Bacterial Diseases
Laboratory Description
The Mycology Laboratory is designed to aid in the diagnosis and treatment of infectious fungal diseases. This involves culturing various samples, monitoring fungal growth, and conducting various tests to determine the type of fungus and the appropriate antifungal agent.
Objectives
To familiarize students with various types of fungi associated with various types of infections.
To provide students with the opportunity to develop their observational and monitoring skills, as well as their skills in recording and interpreting results.
Learning Outcomes
Students will be able to understand how humans interact with pathogenic organisms and the resulting consequences.
Students will be able to apply various microbiology techniques that will enable them to identify pathogenic fungi and help recommend the appropriate antifungal agent to the specialist physician.
Techniques Used
Sample Culture
Biochemical Reactions
API 20E Analytical Indicator
Antifungal Susceptibility Testing
Media Preparation
Routine and Specialized Staining
Laboratory Description
The Parasitology Laboratory is designed to aid in the diagnosis and treatment of infectious parasitic diseases. This involves studying different samples, observing the shapes and types of parasites, and conducting various tests to identify the parasites causing the disease.
Objectives
To introduce students to the different types of parasites associated with various types of infections.
To provide students with the opportunity to develop their observation and monitoring skills, as well as their skills in recording and interpreting results.
Learning Outcomes
Students will be able to understand how humans interact with pathogens and the resulting consequences.
Students will be able to apply various microbiology techniques that will enable them to identify disease-causing parasites.
Techniques Used
Microscopic Tests
Sample Concentration Methods
Routine and Specialized Staining
Lab Description
This lab is designed to introduce students to the impact of basic concepts in genetics and molecular biology on medicine. Topics include the concept of gene expression, replication, transcription, translation, mutation, and genetic disorders. The lab also covers cytogenetic and molecular genetic tests used in clinical laboratories, such as DNA extraction, polymerase chain reaction-based methods, blotting techniques, electrophoresis, microarrays, in situ hybridization, bioinformatics, and DNA sequencing.
Objectives
The primary purpose of this lab is to introduce students to the molecular basis of replication, transcription, translation, gene regulation, single-gene disorders, and the molecular basis of cytogenetics and molecular biology.
It will provide students with the opportunity to develop their observational and computational skills, as well as their skills in recording and interpreting results.
Learning Outcomes
Students will be able to explain the theoretical and technical processes and applications of advanced fields in medical genetics and molecular biology.
Students will gain familiarity with basic experiments and techniques in medical genetics and molecular biology.
Students will demonstrate the ability to handle stressful situations calmly and efficiently within a team.
Students will learn to evaluate information obtained from computer-related technological innovations for use in medical genetics and molecular biology tests.
Techniques Used
Nucleic Acid Extraction
Polymerase Chain Reactions (PCR)
Electrophoresis
Gel Imaging
Laboratory Description
The Histopathology Laboratory deals with techniques aimed at preserving body tissues with their anatomical details for as long as possible until a proper diagnosis is reached. Techniques include preparing thin sections, staining tissues, and microscopic examination. The Cytology Laboratory studies the details of individual cells (types, numbers, size, and shape) present in tissues and body fluids in order to identify any abnormalities and relate these to disease conditions.
Objectives
To introduce students to a wide range of techniques used in tissue preparation.
To provide students with the opportunity to develop their observation and monitoring skills, as well as their skills in recording and interpreting results.
Learning Outcomes
Students will be able to understand the theoretical aspects behind the techniques used and their role in diagnosing conditions.
Students will gain an understanding of the details of normal and abnormal cells and tissues in order to arrive at a proper diagnosis of diseases.
Techniques Used
Tissue Preparation.
Tissue Sectioning.
Tissue Staining with Routine and Specialized Staining.
Laboratory Description
The pathology laboratory focuses on the examination of tissues and body fluids for the purpose of diagnosing diseases. The laboratory focuses on the diagnosis of infections and organic diseases, as well as physiological disorders. The pathology laboratory is equipped with various devices, including microscopes, water baths, mixers, hot plates, and a tissue processor.
Objectives
To provide students with a basic knowledge of general pathology. This includes cellular responses to various stressors and stimuli, the dynamics of the inflammatory process, and disorders of the circulatory system, cell metabolism, and tumorigenesis. Mechanisms of infection and immune changes are included in the learning outcomes.
To provide students with the opportunity to develop their observational and monitoring skills, as well as their skills in recording and interpreting results.
Learning Outcomes
Students will be able to describe disease processes and the terminology used in general pathology.
Students will gain a familiarity with the details of analyzing various pathological conditions in pathology.
Students will be able to work effectively in pathology reports and presentations within the team.
Techniques Used
Microscopes
Slides
Images
Tissue Sectioning
Staining of tissues with routine and specialized dyes.
Laboratory Description
The Clinical Chemistry Laboratory is designed to perform body fluid analyses such as serum and urine. Students are taught the importance of chemical tests, such as kidney and liver function tests, protein, lipid, and carbohydrate levels, enzyme activity measurements, and urine analysis.
Objectives
To familiarize students with a wide range of chemical analyses used in a routine clinical chemistry laboratory.
To provide students with the opportunity to develop their observational and monitoring skills, as well as their skills in recording and interpreting results.
Learning Outcomes
Students will be able to understand the theoretical aspects behind the techniques used and their role in clinical services.
Students will learn to apply chemical tests using a variety of techniques and interpret the results of these tests to arrive at an appropriate diagnosis of disease.
Techniques Used
Spectrophotometry.
Ph-metry.
Blood gas measurement.
Laboratory Description
The Hematology Laboratory is one of the most important laboratories in hospitals, specializing in the diagnosis and treatment of blood-related diseases. This laboratory performs comprehensive blood tests, blood clotting tests, and blood component tests, in addition to testing the necessary techniques essential for applying what was studied in blood bank lectures. This aims to create a comprehensive understanding of scientific concepts and their applications.
Objectives
To introduce students to a wide range of blood tests to help treat and prevent blood-related diseases.
To introduce students to a wide range of techniques used in routine blood bank laboratories.
To provide students with the opportunity to develop their observation and monitoring skills, as well as their skills in recording and interpreting results.
Learning Outcomes
Students will be able to understand the theoretical aspects behind the techniques used and their role in clinical services.
Students will learn several basic and advanced hematology tests.
To understand and solve some of the problems that may occur in blood bank laboratories.
Techniques Used
Complete blood count.
Blood smear examination under a microscope.
Blood coagulation studies.
Routine and specialized stains.
Using modern equipment in the field of diagnosing blood diseases
ABO blood typing test.
Resolving discrepancies in blood typing tests.
Antibody detection and identification test.
Blood compatibility tests between donor and patient.
Verification tests for blood transfusion reactions.
Lab Description
In this lab, students will gain a comprehensive understanding of the anatomical and functional structure of all human body systems and organs.
Objectives
This lab aims to provide students with a comprehensive understanding of the structure and function of human cells, skin, body membranes, skeletal systems, nervous systems, cardiovascular systems, lymphatic systems, respiratory systems, digestive systems, urinary systems, endocrine systems, and the male and female reproductive systems.
It will provide students with the opportunity to develop their observation and observation skills, as well as their skills in recording and interpreting results.
Learning Outcomes
Students will be able to identify the theoretical and practical anatomical aspects of the various organs in the human body, specifically the shape, location, and relationship of each organ to surrounding organs.
Students will be able to identify the theoretical and practical physiological aspects of each organ in the human body, particularly its main functions and its role in maintaining a stable internal environment.
Students will be able to relate the anatomy of each organ to its function.
Students will learn the main clinical and applied anatomical and physiological aspects of each organ.
Students will gain insight into the details of normal and abnormal organs to understand the symptoms of disease.
Techniques used:
Plastic models.
Microscopes.
Graphs and illustrations.
Laboratory Description
This is a research laboratory affiliated with the Department of Clinical Laboratory Sciences. It was established to serve scientific research and the community, allowing researchers to benefit from the department's highly qualified human resources, laboratories, and modern equipment.
Objectives
Conducting laboratory experiments and analyses for graduate students and researchers.
Providing scientific and practical training for undergraduate and graduate students.
Holding training courses and workshops related to scientific research.
Providing research and advisory services to researchers.
Incorporating modern technologies into analysis systems by providing advanced laboratories for conducting scientific research.
Developing the capabilities of researchers and technicians to conduct experiments and analyses and use modern equipment.
Providing students with the opportunity to develop their monitoring and observation skills, as well as their skills in recording and interpreting results.
Learning Outcomes
The researcher will be able to use PCR technology and analyze results.
The researcher will be able to extract DNA from cells.
Techniques Used
Polymerase Chain Reactions (PCR)
Gel Imaging Device
Electrophoresis of Proteins and Nucleic Acids
Nucleic Acid Extraction
Laboratory Description
This is a research laboratory affiliated with the Department of Clinical Laboratory Sciences. It was established to serve scientific research and the community, allowing researchers to benefit from the department's highly qualified human resources, laboratories, and modern equipment.
Objectives
Conducting laboratory experiments and analyses for graduate students and researchers.
Providing scientific and practical training for undergraduate and graduate students.
Holding training courses and workshops related to scientific research.
Providing research and advisory services to researchers.
Incorporating modern technologies into analysis systems by providing advanced laboratories for conducting scientific research.
Developing the capabilities of researchers and technicians to conduct experiments and analyses and use modern equipment.
Providing students with the opportunity to develop their monitoring and observation skills, as well as their skills in recording and interpreting results.
Learning Outcomes
The researcher will be able to use PCR technology and analyze results.
The researcher will be able to extract DNA from cells.
Techniques Used
Polymerase Chain Reactions (PCR)
Gel Imaging Device
Electrophoresis of Proteins and Nucleic Acids
Nucleic Acid Extraction
Laboratory Description
The Microbiology and Immunology Laboratory is designed to aid in the diagnosis and treatment of infectious diseases by culturing various samples, monitoring bacterial growth, and conducting various tests to identify the type of microbes and the appropriate antibiotic to treat them. Students also understand the immune system as a defense mechanism for the body and diseases associated with abnormalities in this system. Laboratory lessons in immunology and serology provide students with the opportunity to understand the basic components of the immune system and their interactions through the application of numerous practical techniques that combine theory and practice.
Objectives
To introduce students to various types of microorganisms associated with various types of infections.
To familiarize students with a wide range of techniques used in immunology and serology through antibody and antigen interaction tests.
To provide students with the opportunity to develop their observational and monitoring skills, as well as their skills in recording and interpreting results.
Learning Outcomes
Students will be able to understand how humans interact with pathogens and the resulting consequences. Students will be able to apply various microbiology techniques that will enable them to identify pathogenic organisms and help recommend the appropriate antibiotic to the attending physician.
Students will learn about the various cells and organs that make up the human immune system.
Students will be able to calculate concentrations.
Techniques used:
Sample culture.
Biochemical reactions.
API 20E analytical indicator.
Antibiotic susceptibility testing.
Media preparation.
Routine and specialized staining.
Gradual dilution.
Various enzyme-linked immunosorbent assay techniques.
Fluorescence immunoassay.
Lymphocyte isolation and cell counting.
Lab Description
The basic operation of an electron microscope involves the use of electrons to analyze samples. The source of electron emission is a tungsten filament, which emits electrons at high speed. The laboratory houses two basic types of electron microscopes: the transmission electron microscope, which involves projecting electrons into the sample, and the scanning electron microscope, which detects electrons scattered from the sample to form a three-dimensional image. The electron microscope laboratory can be used to analyze medical, biological, pharmaceutical, chemical, geological, engineering, industrial, electronic, semiconductor, materials, metals, petrochemicals, plastics, and polymer samples. The laboratory also includes a fluorescence microscope and accessories.
Objectives
To familiarize and train students in the use of electron microscopy technology.
To assist researchers in conducting rigorous research, conducting accurate analytical tests, and developing techniques.
To provide students with the opportunity to develop their observation and monitoring skills, as well as their skills in recording and interpreting results.
Learning Outcomes
Students will be able to understand the theoretical aspects behind the techniques used and their role in diagnosing cases.
Students will be able to use the electron microscope to analyze medical and biological samples.
Techniques Used
Sample Preparation
Tissue Sectioning
Staining Tissue with Specialized Staining
Using the Transmission Electron Microscope
Using the Scanning Electron Microscope
Using the Fluorescence Microscope