หลักสูตรปรัชญาดุษฎีบัณฑิต(ปริญญาเอก)

MTID 501 Electronics 3(2-2)

Theoretical study about basic functions of electronic parts i.e. resistor, condensor, inductor, semi-conductor, and transistor, their components and functions in simple and basic circuit both individual and integrated. Practical study by determining and testing of electronic equipment both individual and integrated.

MTID 502 Electricity and Electric Power 1(1-0)

Electricity circuit, theoretical study of the direct and alternating current both one-phase and three-phase type, power station to buildings wiring system, in-door wiring system and installation of electrical parts, electric power management and planning suitable for laboratory equipment consumption.

MTID 504 Inspection and Repair of Electronic Equipment

Instruction of electronic equipment and circuits of scientific equipments, the functions of the main parts such as detector, amplifier, read-out, and power supplier. Practice on designing of simple circuit, inspection and repairs the electronic circuit. 

MTID 505 Practice in Instrumental Design

Practice of pattern design and drawing of instrument that can be brought to the construction of efficient function, cost effective and durable laboratory instrument.

MTID 506 Design and Construction of Basic Clinical 4(1-6)

Laboratory Instrument
Workshop assigned for material, pattern and circuit design using in basic clinical laboratory instruments, real construction and test for standard specifications.

MTID 508 Clinical Laboratory Instrument I (Spectrophotometer) 2(1-2)

Function and performance systems, both mechanics and electronics of each functional parts in various types of spectrophotometers. Instrumental adjustment, maintenance and solving of trouble-shootings.

MTID 509 Clinical Laboratory Instrument II (Balance) 2(1-2)

Working systems of various types of weighing balances using in clinical laboratory. Functional details of balancing beam parts. Standard condition calibration and weighing practice using digital electronic powered balances, maintenace, cleaning and solving of trouble-shootings.

MTID 510 Clinical Laboratory Instrument III (Electrode Instrument) 2(1-2)Electrochemistry instruments, application of ion- or substance electrode instruments; electrolyte analyzer, blood gas analyzer, pH meter. Biosensor and diagnostic application. Funcion, maintenance and problem solving of electrode instruments.

MTID 511 Clinical Laboratory Instrument IV 2(1-2)

(Hematological Instrument)
Systems and development of hematological equipments using in clinical laboratory; blood cell count and differential, automated blood slide staining instrument, and microscopes. Theoretical and practical study of main functional parts; both mechanic and electronics, instrumental adjustment, maintenance and solving of trouble-shootings. 

MTID 512 Clinical Laboratory Instrument V 2(1-2)

(Clinical Microbiological Instrument)Development and product generations of microbiological instruments using in clinical laboratory; sterile machine, freeze-drier, histological section machine, refrigerated centrifuge, automated bacterial identified instruments etc. Theoretical and practical study of main functional parts, both mechanic and electronic, instrumental adjustment, maintenance and solving of trouble-shootings.

MTID 513 Digital Electronics 2(1-2)

Theoretical and practical study of functions of electronic switching, specific property of the whole circuit, construction of logic-gated circuit, memory unit circuit, and central processing unit. Functional study of each composition in the microprocessor and computer and scientific instruments application.

MTID 603 Clinical Laboratory Service 2(1-4)

Visit and/or practice in clinical laboratory of both government and private sectors to gain knowledge of performing laboratory procedure of high complexity, learn to make critical decisions and problem solving within realistic constraints, to gain experience on laboratory administration and to get the ability to integrate, synthesize, and apply the knowledge in clinical laboratory correlation for supervision in laboratory work.

MTID 604 Selected Topic in Medical Technology 2(2-0)

Selection of current topics in the fields of medical technology for self-study and group discussion. Students present up-to-date advanced knowledge to the meeting composed of experts, staff members and students.

MTID606 Current technology in Molecular Biology 2 (2-0)

Theory, methods and observations on current technology in molecular biology. Applications for studying and researching in various areas of sciences and technology.

MTCH 601 Advanced Clinical Chemistry 4(3-2)

Advanced methodology in clinical chemistry, important role of all substances involved in biological processes such as proteins, carbohydrates, lipids, enzymes, hormones, and minerals both in normal and pathological state. The quality assurance concepts for service improvement of the clinical chemistry laboratory.

MTCH 602 Laboratory Equipment 2(1-2)

Theoretical study of basic electrical and electronics equipments and diagnostic laboratory instruments. Principles and methodology of equipments and instruments, maintenance and disorder prevention, criteria for selection and evaluation of equipments and instruments. Intensive skill of disorder detection, primary repair and adjustments that keep instruments working efficiently.

MTCH 605 Advanced Clinical Enzymology 2(2-0)

Molecular structure and properties of enzymes, basic mechanisms of enzyme actions, mechanisms of enzyme release from tissue and their degradation in the body. The change of enzyme levels in diseases.

MTCH 606 Advanced Clinical Endocrinology 2(2-0)

Endocrinological system of the body, control of synthesis and their release in both normal and pathological states. Public health related abnormal hormonal levels such as diabetes mellitus, thyroid and man sterility problems. Application of new technological methods for the analysis of hormonal levels .

MTCH 607 Advanced Clinical Toxicology 2(1-2)

Adverse effect on human life at environmental, organ and molecular levels, clinical decision and monitoring of toxicity, new methods of laboratory determinations of some important bio-markers in toxicology. 

MTCH 608 Selected Biomolecules in Clinical Chemistry 2(1-2)

Several aspects of medical important biomolecules such as carbohydrate, lipid, nucleic acid, amino acid, protein, vitamins and minerals. Function and structure relationship of biomolecules for research application and determination of genetic and, nutritional abnormalities, diagnosis of diseases and application of the biomolecules in production and preservation of food, in control of the environment etc.

MTCH 609 Clinical Nutrition 1(1-0)

Properties of chemical and nutritive of nutrients, nutritional changes in malnutrition, pathological states or physiological states. Application of a new technical developments in evaluating nutritional status for diet therapy. An overview on eating behaviors in varying populations.

MTCH 610 Experimental Methods and Instruments in 2(1-2)

Clinical ChemistryPrinciples and research techniques in clinical chemistry laboratory, selection of analytical method and its appropriate equipment, principles and good operating techniques in clinical chemistry analysis.

MTCH 611 Medical Molecular Genetics 2(2-0)

Advanced knowledge of Molecular Genetics in human involving human genome, human genes especially various important genes related to genetic defected diseases, inborn error of metabolism and cancers. Genetic changes and mutations leading to understand the causes of each disease and also on development of molecular diagnostic technology used for diagnosis and prognosis of these diseases. Modern molecular technique of DNA fingerprinting used for human identification and other technics in forensic science.

MTCH 612 Selected Topics in Clinical Chemistry 1(1-0)

Current topics on proteins, carbohydrates, lipids, electrolyte and others will be studied and discussed as related to clinical chemistry. 

MTCH 613 Biosensors in Clinical Chemistry 1(1-0)

Principle of electrochemistry and others involved in biosensor development. The usage of biological substances together with electrochemistry and other relevant equipments, the technique of immobilization for different biological substances and transducer surfaces, the development of biosensor for clinical chemistry applications, the application of microcomputer in controlling of biosensor and data processing, and also the novel technology in biosensor development.

MTCH 614 Enzyme Technology 3(3-0)

Conventional and current state of art on enzyme technology and biotechnological applications .

MTCH 615 Techniques in Molecular Biology and Application 2(1-2)

Basic and advanced knowledge of techniques for basic research in the field of molecular biology and diagnostic research in medical molecular genetics and its applications.

MTMS 502 Current Topics in Hematology 2(2-0)

Current research in hematology at the cellular and molecular levels. Signal transduction in hemopoiesis under normal and pathologic conditions. Self-study and group discussion, information searching technology, analysis, synthesis and presentation.

MTMS 605 Blood Bank Techniques and Immunohematology 2(1-2)

Current and up-to-date knowledge and technology in immunohematology, blood donation, transfusion, organ transplantation, diagnosis of related disorders and future trend of organization and management of Blood Banking.

MTMS 609 Advanced Clinical Microscopy 4(2-4)

Current advanced knowledges in clinical microscopy both in theory and practice will be studied by lecture, laboratory practice, presentation, self-study and discussion. Theory involves pathophysiology, recent knowledges and technologies of hematology, immunohematology and various topics in clinical microscopy. Practical aspects emphasized laboratory diagnosis, interpretation, clinical correlation, quality management, quality assurance and reseach. 

MTMS 612 Advanced Medical Genetics 2(2-0)

Advanced and modern medical genetics, modern cytogenetics, human molecular genetics, advanced molecular biological knowledge of clinical important genetic diseases and cancer. Knowledge of advanced genetic technology for diagnosis and researches.

MTMI 601 Advanced Clinical Microbiology 3(2-2)

Laboratory investigation and problem solving of infectious diseases, and to engraft upon them the recent molecular advances. Application of new techniques and concepts are illuminated for diagnosis, prognosis and follow-up of infectious diseases and diseases associated with microorganisms.

MTMI 604 Current Methods in Clinical Immunology 2(1-2)

Current methods used in clinical immunology. Trends and development of immunological techniques and application.

MTMI 605 Advanced Medical Mycology 2(1-2)

Medical important fungi, recent identification and problem solving. The application of new techniques and concepts has contributed to understanding of diagnosis, prognosis and follow-up of diseases associated with fungi and application of antifungal drug detection.

MTMI 606 Current Methods in Clinical Microbiology 2(1-2)

Newly developed techniques in clinical microbiology and immunology and diagnosis at the molecular level. Application of molecular biology and molecular genetic towards the diagnosis and prognosis of infectious diseases.

MTMI 607 Molecular Experimental Technique in Microbiology 2(1-2)

Principles and experimental techniques for molecular research in microbiological analysis, experimentally relevant aspects of genetic engineering and hybridoma techniques. Significance of gene immobilization, production of microbial products, preparation of recombinant chimeric enzymes and chimeric antibody.

MTMI 608 Enzymes and Microbial Products 1(1-0)

Production of enzymes and biological molecules by microbes, biological process, purification and characterisation, application to biomedical and industrial sciences of enzymes and microbial biomolecule.

MTMI 609 Recent Advance in Antimicrobial Agents and Drug Resistant 1(1-0)

Current concepts of antimicrobial activities, drug resistance, therapeutic usage, application on livestock, and newly discovery of antimicrobial agents.

MTMI 610 Selected Topics in Molecular Microbiology 1(1-0)

Selected topics concerning current development of microbiology eg : Pathogenesis, virulence factors, toxins, etc.   with emphasis on the molecular aspect for presentation and analytical discussion.

MTMI 611 Cell and Tissue Culture Techniques 1(0-2)

Basic principles and technics for cell and tissue cultivation and application of cells and tissues for diagnosis and molecular studies.

MTMI 612 Selected Topics in Food Microbiology 1(1-0)

Current selected topics in the area of food microbiology e.g., significant microbes in food and drug industry, selection and strain improvement of microorganisms for food production, microbiological food control, pathogenesis of food borne diseases etc.

MTMI 613 Independent Selected Topics in Microbiology 1(1-0)

To acquaint each student with his field of interest in Microbiology under guidance of a supervisor in order to increase the ability in identifying problem, be specialized and project an appropriate presentation.

MTPR 602 Experimental Techniques in Parasitology and 3(1-4)

EntomologyExperimental techniques in parasitology and entomology, methods of research planning, collecting, preserving, and other laboratory methods for studying of medically important parasites, snails and arthropods. Rearing and maintenance of experimental hosts and laboratory animals.

MTPR 603 Advanced Helminthology 2(1-2)

Taxonomy, biology, ecology and physiology of helminths. Their survival adaptation, pathogenecity, host-parasite relationship, prevention and control, and application of new technology in laboratory diagnosis of helminthic diseases.

MTPR 604 Advanced Protozoology 2(1-2)

Taxonomy, biology, ecology and physiology of protozoan parasites. Their survival adaptation, pathogenicity, host-parasite relationship, prevention and control, and application of new technology in laboratory diagnosis protozoan diseases.

MTPR 605 Advanced Entomology 2(1-2)

Taxonomy, anatomy, physiology, biochemistry, behavior of arthropods, and their relationship to environment. Factors affecting their vectorial capacity, vector control and application of new technology in entomological study and researches.