MLSCI - Medical Laboratory Science

Self development of requisite skills and abilities for medical laboratory professionals. There will be emphasis on client centered approaches, preanalytical issues, quality assurance systems, sample procurement, and other laboratory skills.

Self development of requisite skills and abilities for medical laboratory professionals. There will be emphasis on client centered approaches, preanalytical issues, quality assurance systems, sample procurement, and other laboratory skills.

Introduction to principles and techniques that form the basis of both automated and manual analytical measurement in the clinical laboratory. Students will perform various methods including, but not limited to: microscopy, spectrophotometry, electrophoresis, immunoassay and chromatography. Various components of the analytical process such as the use of routine laboratory equipment, laboratory mathematics and reagent preparation will be emphasized. Students will analyze and interpret laboratory generated data for conformance with quality standards. Restricted to Medical Laboratory Science students.

An introduction to the theory and practice of hematology and hemostasis. Topics include the morphology, structure, and function of red cells, white cells, and platelets, malignant and benign conditions that affect each cell type, and tests to distinguish among disease states including anemia, leukemia, and coagulation disorders. Restricted to Medical Laboratory Science students.

An introduction to the theory and practice of hematology and hemostasis. Topics include the morphology, structure, and function of red cells, white cells, and platelets, malignant and benign conditions that affect each cell type, and tests to distinguish among disease states including anemia, leukemia, and coagulation disorders. Restricted to Medical Laboratory Science students.

An introduction to the theory and practice of hematology and hemostasis. Topics include the morphology, structure, and function of red cells, white cells, and platelets, malignant and benign conditions that affect each cell type, and tests to distinguish among disease states including anemia, leukemia, and coagulation disorders. Restricted to Medical Laboratory Science students.

An introduction to the theory and practice of hematology and hemostasis. This course will include the morphology, structure, and function of red cells, white cells, and platelets, malignant and benign conditions that affect each cell type, and tests to distinguish among disease states including anemia, leukemia, and coagulation disorders. This course is designed for students who are excused from the laboratory component of the normal MLSCI course. Prerequisite: CSMLS general certification or consent of the department. Credit granted for only one of MLSCI 230 or 231.

An introduction to the theory and practice of hematology and hemostasis. This course will include the morphology, structure, and function of red cells, white cells, and platelets, malignant and benign conditions that affect each cell type, and tests to distinguish among disease states including anemia, leukemia, and coagulation disorders. This course is designed for students who are excused from the laboratory component of the normal MLSCI course. Prerequisite: CSMLS general certification or consent of the department. Credit granted for only one of MLSCI 230 or 231.

An introduction to the theory and practice of hematology and hemostasis. This course will include the morphology, structure, and function of red cells, white cells, and platelets, malignant and benign conditions that affect each cell type, and tests to distinguish among disease states including anemia, leukemia, and coagulation disorders. This course is designed for students who are excused from the laboratory component of the normal MLSCI course. Prerequisite: CSMLS general certification or consent of the department. Credit granted for only one of MLSCI 230 or 231.

As an introduction to clinical bacteriology, this course considers the most common and notorious pathogenic bacteria and the fundamentals of the human immune response that are critical to our health. The lecture portion of the course will focus on microbial pathogenic mechanisms and ways these pathogens get established and avoid destruction by the immune response. The laboratory portion of the course will focus on diagnostic procedures, such as isolation and characterization of these pathogenic microorganisms. Restricted to Medical Laboratory Science students. May not be taken for credit if credit already received in MLSCI 240.

As an introduction to clinical bacteriology, this course considers the most common and notorious pathogenic bacteria and the fundamentals of the human immune response that are critical to our health. The lecture portion of the course will focus on microbial pathogenic mechanisms and ways these pathogens get established and avoid destruction by the immune response. The laboratory portion of the course will focus on diagnostic procedures, such as isolation and characterization of these pathogenic microorganisms. Restricted to Medical Laboratory Science students. May not be taken for credit if credit already received in MLSCI 240.

As an introduction to clinical bacteriology, this course considers the most common and notorious pathogenic bacteria and the fundamentals of the human immune response that are critical to our health. The lecture portion of the course will focus on microbial pathogenic mechanisms and ways these pathogens get established and avoid destruction by the immune response. The laboratory portion of the course will focus on diagnostic procedures, such as isolation and characterization of these pathogenic microorganisms. Restricted to Medical Laboratory Science students. May not be taken for credit if credit already received in MLSCI 240.

As an introduction to clinical bacteriology, this course considers the most common and notorious pathogenic bacteria and the fundamentals of the human immune response that are critical to our health. The lecture portion of the course will focus on microbial pathogenic mechanisms and ways these pathogens get established and avoid destruction by the immune response. Prerequisite: CSMLS general certification or consent of the department. May not be taken for credit if credit already obtained in MLSCI 241.

As an introduction to clinical bacteriology, this course considers the most common and notorious pathogenic bacteria and the fundamentals of the human immune response that are critical to our health. The lecture portion of the course will focus on microbial pathogenic mechanisms and ways these pathogens get established and avoid destruction by the immune response. Prerequisite: CSMLS general certification or consent of the department. May not be taken for credit if credit already obtained in MLSCI 241.

As an introduction to clinical bacteriology, this course considers the most common and notorious pathogenic bacteria and the fundamentals of the human immune response that are critical to our health. The lecture portion of the course will focus on microbial pathogenic mechanisms and ways these pathogens get established and avoid destruction by the immune response. Prerequisite: CSMLS general certification or consent of the department. May not be taken for credit if credit already obtained in MLSCI 241.

This course is primarily designed to provide an understanding of human histology and of the techniques used in its study. The goal of the course is for students to understand the structure and functions of the cell, and the components and functions of organ systems. The course will also teach students to recognize human tissues at the light microscope level. Lectures will be used to illustrate basic principles, and the ability to recognize tissues and organ systems will be acquired in the laboratory. Students will be expected to acquire a foundational knowledge of the subject both from a theoretical and practical level. Restricted to Medical Laboratory Science students or consent of department.

This course considers how the analysis of samples from the body for various constituents can give insight into pathological processes. Included are the principles for tests routinely carried out in a clinical biochemistry laboratory, and the biological understanding of test results. Specific subjects considered are carbohydrates, renal function, blood proteins and electrolytes, and acid-base balance. Restricted to Medical Laboratory Science students.

This course considers how the analysis of samples from the body for various constituents can give insight into pathological processes. Included are the principles for tests routinely carried out in a clinical biochemistry laboratory, and the biological understanding of test results. Specific subjects considered are clinical enzymology, heme catabolism, liver function toxicology and therapeutic drug monitoring principles of immunoassays, blood lipids porphyrins, endocrinology, gastric and GI function, fetal-placental function, and biochemical tumor markers. Prerequisite: MLSCI 262. Restricted to Medical Laboratory Science students.

This course considers how the analysis of samples from the body for various constituents can give insight into pathological processes. Included are the principles for tests routinely carried out in a clinical biochemistry laboratory, and the biological understanding of test results. Specific subjects considered are carbohydrates, renal function, blood proteins and electrolytes, and acid-base balance. Prerequisites for non-Medical Laboratory Science students only: CHEM 101, 261, 263 and BIOL 107. Credit granted for only one of MLSCI 262 or 264.

This course considers how the analysis of samples from the body for various constituents can give insight into pathological processes. Included are the principles for tests routinely carried out in a clinical biochemistry laboratory, and the biological understanding of test results. Specific subjects considered are clinical enzymology, heme catabolism, liver function, toxicology and therapeutic drug monitoring, principles of immunoassays, blood lipids, porphyrins, endocrinology, gastric and Gl function, fetal-placental function, and biochemical tumor markers. Prerequisites for non-Medical Laboratory Science students only: MLSCI 264. Credit granted for only one of MLSCI 263 or 265.

Nine weeks. This course will present the theory and practice of transfusion science. Topics covered include the genetics of blood groups pretransfusion testing, blood donation and component therapy, adverse effects of transfusion, hemolytic disease of the newborn, and autoimmune hemolytic anemia Prerequisite: MLSCI 230 or consent of Department. Restricted to Medical Laboratory Science students.

Nine weeks. This course is designed for students who are excused from the laboratory component of the normal MLSCI course. This course will present the theory and practice of transfusion science. Topics covered include the genetics of blood groups, or pretransfusion testing, blood donation and component therapy, adverse effects of transfusion, hemolytic disease of the newborn, and autoimmune hemolytic anemia. Prerequisite; MLSCI 230 or MLSCI 231 or consent of Department. Restricted to Medical Laboratory Science students.

Overview of the immune system and function: cells, molecules and mechanisms of innate and adaptive immunity. Topics include antigens and antibodies, lymphocytes, granulocytes, NK cells, antigen presenting cells, Toll-like receptors and complement. Restricted to Medical Laboratory Science students. May not be taken for credit if credit already received in MLSCI 242.

Introduction to Indigenous peoples' histories, experiences and knowledge systems. Students will explore the connections between these concepts and health professional practice. Indigenous educators, faculty members, professional practitioners and Elders will be engaged in the learning process.

This course provides foundational knowledge, skills and experience in interprofessional health care competencies, including collaborative teamwork development. May not be taken for credit if credit already received in INT D 410.

Self development of requisite skills and abilities for medical laboratory professionals. There will be emphasis on reflective professional practice, sample procurement, and other laboratory skills.

Self development of requisite skills and abilities for medical laboratory professionals. There will be emphasis on reflective professional practice, sample procurement, and other laboratory skills.

Seminars, online learning, and assignments address understanding the research process and preparing a literature review to support a research proposal. Topics include types of literature, experimental design, data management, library searches, critical analysis, extracting information, writing and editing. Prerequisite: consent of department.

Seminars, online learning, and assignments address understanding the research process and preparing a literature review to support a research proposal. Topics include types of literature, experimental design, data management, library searches, critical analysis, extracting information, writing and editing. Prerequisite: consent of department.

As a part of a clinical laboratory education for Medical Laboratory Science students, this course will provide experience in a modern hospital hematology laboratory along with weekly tutorials followed by comprehensive theoretical and practical examinations.

As a part of a clinical laboratory education for Medical Laboratory Science students, this course will provide experience in a modern hospital hematology laboratory along with weekly tutorials followed by comprehensive theoretical and practical examinations.

As a part of a clinical laboratory education for Medical Laboratory Science students, this course will provide experience in a modern hospital microbiology laboratory along with weekly tutorials followed by comprehensive theoretical and practical examinations.

As a part of a clinical laboratory education for Medical Laboratory Science students, this course will provide experience in a modern hospital microbiology laboratory along with weekly tutorials followed by comprehensive theoretical and practical examinations.

As a part of a clinical laboratory education for Medical Laboratory Science students, this course will provide experience in a modern hospital histopathology laboratory along with weekly tutorials followed by comprehensive theoretical and practical examinations.

As a part of a clinical laboratory education for Medical Laboratory Science students, this course will provide experience in a modern hospital histopathology laboratory along with weekly tutorials followed by comprehensive theoretical and practical examinations.

As a part of a clinical laboratory education for Medical Laboratory Science students, this course will provide experience in a modern hospital clinical biochemistry laboratory along with weekly tutorials followed by comprehensive theoretical and practical examinations.

As a part of a clinical laboratory education for Medical Laboratory Science students, this course will provide experience in a modern hospital clinical biochemistry laboratory along with weekly tutorials followed by comprehensive theoretical and practical examinations.

As a part of a clinical laboratory education for Medical Laboratory Science students, this course will provide experience in a modern hospital transfusion service laboratory, along with weekly tutorials, followed by comprehensive theoretical and practical examinations.

As a part of a clinical laboratory education for Medical Laboratory Science students, this course will provide experience in a modern hospital transfusion service laboratory, along with weekly tutorials, followed by comprehensive theoretical and practical examinations.

Continuation of the introduction to Indigenous peoples' histories, experiences and knowledge systems. Students will explore the connections between these concepts and health professional practice. Indigenous educators, faculty members, professional practitioners and Elders will be engaged in the learning process. Prerequisite MLSCI 290.

Directed research in a medical laboratory science. Supervisor and research project to be chosen by student. Requires writing a project proposal, keeping an accurate laboratory notebook, conducting adequate experimental research, writing a research paper and presenting a short seminar based on the research. Restricted to fourth-year Medical Laboratory Science students.

An introduction to the principles of management as they apply to clinical laboratories. Subject matter will include healthcare funding and allocation of funds, the management process in small and large clinical laboratories, performance appraisals, ethics and setting priorities for laboratory services. Prerequisite: consent of Division.

This course will examine the evolution of the Medical Laboratory Science from its inception to its current position within a complex healthcare system. After exploring the origins of the profession and the social and political forces that have shaped it, the focus will shift to the present day and possible future directions, drawing on examples and learnings from current literature. Prerequisites: consent of Division.

This course is designed to enhance the student's ability to assimilate new and specialized knowledge in an evolving hematology discipline. As such, the course content will change from year to year. Consent of Division is required for non-Medical Laboratory Science students.

Topics covered will include advanced flow cytometer principles, staining principles, instrument maintenance, quality control, and data analysis. Emphasis on the use/applications of flow cytometry in clinical environments. This course is designed for senior undergraduate students. Credit may only be obtained in one of MLSCI 435 or LABMP 536.

This course is designed to enhance the student's ability to assimilate new and specialized knowledge in the discipline of clinical biochemistry. As such, the course content will change from year to year. Consent of Division is required for non-Medical Laboratory Science students. Prerequisite: BIOCH 200 and MLSCI 360 or equivalents and consent of Division.

Topics covered will include advanced mass spectrometry principles, sample preparation instrument maintenance, quality control, and data analysis. Qualitative, quantitative and clinical applications of mass spectrometry will be covered. Emphasis on the use/applications mass spectrometry in clinical environments. This course is designed for senior undergraduate students. Credit may only be obtained in one of MLSCI 461 or LABMP 561.

A consideration of the protocols and their rationale used in a large toxicology laboratory. Topics include analytical, environmental, regulatory, and inhalation toxicology; clinical and forensic toxicology; and doping related to sports. Prerequisites: BIOCH 200 or equivalent and consent of Division.

The course provides a realistic, practical discussion on the role of diagnostic and public health microbiology laboratories in North America. It is designed to enhance the student's ability to assimilate new and specialized knowledge in an evolving clinical microbiology discipline from a multisectoral OneWorld Health perspective. The course content will revolve around case presentations related to current clinical microbiology topics, including diagnostic bacteriology, virology, mycology, parasitology, molecular diagnostic techniques, infection control and prevention strategies as well as new microbiology diagnostic technologies and emerging pathogens. Consent of Division is required for non-Medical Laboratory Science students. Prerequisite: MLSCI 340 or consent of Division. Credit can be obtained in only one of MLSCI 470 or LABMP 570.

The application of basic immunology concepts to disease and transplantation, and their monitoring by the clinical laboratory. Topics include the cellular and humoral immune responses, human immune development, immunology and cancer, immune deficiency, autoimmune disease, immunopathology, and transplant immunology. Prerequisite: IMIN 371 or equivalent and consent of Division.

Emphasis on the application of techniques of molecular genetics to the practice of Medicine. General subject areas include: organization of the genome, techniques of molecular genetics and their application to medicine, molecular genetics and oncology, and ethical issues involving these techniques as applied to medicine. Prerequisites: Genetics and BIOCH 200 or equivalent and consent of Division.

A laboratory course emphasizing introductory and advanced techniques in molecular biology. Isolation of RNA, construction of cDNA, amplification of DNA by the real time polymerase chain reaction, analysis of DNA by restriction digestion, transfection of eukaryotic cells for protein expression and Western blot analysis. Corequisite: MLSCI 480 or consent of Department. This course is designed for senior undergraduate students. Credit may only be obtained in one of MLSCI 481 or LABMP 581.

Directed research in a medical laboratory science. Supervisor and research project to be chosen by student. Requires writing a project proposal, keeping an accurate laboratory notebook, conducting adequate experimental research, writing a research paper and presenting a short seminar based on the research. Restricted to fourth-year Medical Laboratory Science students.

Directed research in a medical laboratory science. Supervisor and research project to be chosen by student. Requires writing a project proposal, keeping an accurate laboratory notebook, conducting adequate experimental research, writing a research paper and presenting a short seminar based on the research. Restricted to fourth-year Medical Laboratory Science students.