| 1 |
The opening, The First Step Course and The introduction of departments. |
The student researches and reads the relevant sections before the lesson. |
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| 2 |
Scientific method and biological concepts, The origin and evolution living things, Introduction to Biochemistry, Atomic structure and biochemical bonds, The chemical structure of organic compounds, The basic concepts of public health, Social medicine and history, Preventive medicine, Primary care physician practices, Measurement sensible digits and the SI system, Scaling and function relationship of magnitude, First aid course, Hand washing and gloving skills. |
The student researches and reads the relevant sections before the lesson. |
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| 3 |
Biological concepts, The origin and evolution living things, Introduction to Biochemistry, Atomic structure and biochemical bonds, The chemical structure of organic compounds, The basic concepts of public health, Social medicine and history, Preventive medicine, Primary care physician practices, Measurement sensible digits and the SI system, Scaling and function relationship of magnitude, First aid course, Hand washing and gloving skills. |
Preparatory work for the course |
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| 4 |
The objective of a being a physician and a social physician, bimolecular and biochemical methods, the main structure amino acid and proteins, The place of human in ecosystem, The ecologic pyramids and bioenergy, Interaction of human and ecosystem, The modern health concepts, the ability to hand washing and gloves wearing, Biogenesis, The bacteria cells, the fungus cells and fungus, the titration laboratory. |
Preparatory work for the course |
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| 5 |
Cellular macromolecules and fluids, cell theory, cell membranes, organelles, cell skeleton, basic structure of carbohydrates, basic structure of lipids and nucleic acids, the ability of hand washing and wearing gloves, first aid course.
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Preparatory work for the course
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| 6 |
Diffusion through cell membrane, Basic structure of lipids, integrative approach, diffusion, osmosis, plasmolysis, deplasmolysis, photosynthesis and cellular respiration experiment in plant cells, carbohydrates recognition reactions.
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Preparatory work for the course
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| 7 |
Vitamins and coenzymes, enzymes, endocytosis, excosystosis, specialization to the cell surface, Cell connections, cell conduction of impulses, catabolism, cell respiration, Energy, Power and metabolic rate, the ability to hand washing and wearing gloves.
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Preparatory work for the course
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| 8 |
Enzyme kinetics, energy metabolism, oxidation and reduction reactions in biological systems, anabolism, photosynthesis, chemosynthesis, family health relationship.
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Preparatory work for the course
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| 9 |
I. Term Written Examination Committee
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Studying the lessons taught throughout the semester |
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| 10 |
Definition of Histology and Cytology, tissue preparation and analysis methods, electron microscopy, mechanical properties of biological solids, accidents and airbags, general analysis of metabolism, control of cell cycle, mitosis and meiosis, division of labor between organelles, the ability to taking blood and serum transfuse.
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Preparatory work for the course
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| 11 |
Nutrition, trace elements, biological membranes and transport systems, digestion and absorption of carbohydrates, the body composition and body fluids, the laws of diffusion, osmotic transitions, carrier proteins, facilitated diffusion, active transport, homeostatic mechanisms, intercellular communication, Ballistocardiography, Sexual, asexual reproduction, gametogenesis and fertilization, the ability to taking blood and serum transfuse, Laboratory demonstration of proteins, visit the Institution application.
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Preparatory work for the course
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| 12 |
Glycolysis and control of glycolysis, gluconeogenesis, pentose phosphate pathway, reproductive systems of human male and female, growth and development, Fluids and blood pressure, cells and cellular components, Cell nucleus and cell division, receptors, second messengers and signal transduction, the ability of taking blood and serum transfuse, Laboratory demonstration of Mitosis and enzymes.
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Preparatory work for the course
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| 13 |
Synthesis of fatty acids, prostaglandins, triglyceride and phospholipid metabolism, structure and biosynthesis of cholesterol, Genetic code and transcription, translation and protein synthesis, mutagens and mutations, the heat transfer mechanisms in body and temperature control, the ability to taking blood and serum transfuse, examination of testis and ovarium, sperm and ovum cells, determination of blood glucose.
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Preparatory work for the course
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| 14 |
Metabolism of cholesterol and bile acids, lipoprotein metabolism, digestion and absorption of proteins, amino acid metabolism and urea synthesis. DNA repair mechanisms, control of gene expression in prokaryotes and eukaryotes, DNA cloning, DNA library and DNA analysis methods, DNA isolation from tumor and normal tissue, DNA electrophoresis, cholesterol testing, blood sampling and the ability to perform serum transfusion.
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Preparatory work for the course
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| 15 |
Metabolism of cholesterol and bile acids, lipoprotein amino acid conversion to specific products, integration of metabolism, gene therapy and biotechnology, DNA sequence and genome structure, laboratory work for determination of urea.
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Preparatory work for the course
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| 16 |
Introduction to microbiology, bacterial genetics, transformation, transduction, conjugation, plasmids, purine-pyrimidine metabolism, the relationship between medicine and history, ability to perform injection.
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Preparatory work for the course
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| 17 |
II. Term Written Examination Committee
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Studying the lessons taught throughout the semester |
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| 18 |
Introduction to microbiology, bacterial genetics, transformation, transduction, conjugation, plasmids, purine-pyrimidine metabolism, the relationship between medicine and history, the ability to apply the injection.
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Preparatory work for the course
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| 19 |
Mendelian inheritance, single gene-related inheritance, Interaction between genes, structure of bacterial cell wall, Production of microorganisms, Introduction of behavioral sciences, definitions and concepts, an overview of the evolution of medicine, origin of medicine and antecedent medical applications, organization of DNA and RNA, determination of blood group, barr body and examination of polytene chromosomes, ability to perform injection.
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Preparatory work for the course
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| 20 |
DNA metabolism, Multiple allelism and blood groups, Multifactorial inheritance, pleiotropi, mitochondrial inheritance, penetrance, sex-dependent inheritance, linkage of gene analysis, behavior and genetics, neurobiological basis of behavior, Evolution of Western medicine, sterilization, disinfection, ability to perform injection, frog and rat dissection.
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Preparatory work for the course
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| 21 |
Genome analysis and gene mapping, investigation methods for genetic factors, DNA packaging and chromosome, genetics and metabolism of bacteria, structure of viruses and general characteristics, the proliferation of viruses and methods of diagnosis, biopsychosocial approach, adaptation and stress, psychodynamic basics of behavior: the defense mechanisms I, from Renaissance to XIX. Century and the present day medicine, The currents outside to Western medicine, ability to perform injection.
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Preparatory work for the course
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| 22 |
Protein synthesis and postsynthesis regulations, nucleic acids use in medicine, Cancer Biochemistry, Xenobiotics, viral interference and interferon, psychodynamic basics of behavior: Defense Mechanisms II, Personality Development, Headlines of Medical history, characteristics and mutations of chromosomes, chromosome obtaining methods, Autosomal disorders , ability to perform injection.
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Preparatory work for the course
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| 23 |
Gender disorders, chromosome separation, genetics of complex diseases, the genetic basis of antibody diversity, monoclonal antibodies and hybridomas, the genetic basis of differences in TCR, General parasitology, medically important protozoa, helminths and arthropods, examination of human chromosomes, karyotype and pedigree analysis, practical in vitro replication studies, ability to perform injection.
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Preparatory work for the course
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| 24 |
The genetic basis of the immune response, introduction to anatomy and anatomical terms, general information about the bones and joints, Introduction to Biophysics: system concept and bioenergetics, material transport and resting potential of the cell membrane, wound care skills.
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Preparatory work for the course
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| 25 |
III. Term Written Examination Committee
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Studying the lessons taught throughout the semester |
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| 26 |
Material transport in the cell membrane and resting potential, Subthreshold events and action potential , functional structure of the nerve cells, general information about muscles and blood vessels, innervations of the organs and formations, Shoulder bones: Bone and joints, Epithelial tissue: Protection and glandular epithelium, connective tissue and biochemistry of collagen, Wound care skills.
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Preparatory work for the course
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| 27 |
The muscles affecting shoulder joint, axillary and breast, biochemistry of muscles, histology of supportive tissue, connective and fatty tissue, ion balance and the resting membrane potential, Histology laboratory: Epithelial tissue, Anatomy Laboratory: Shoulder bones, the muscles affecting shoulder joint, wound care skills
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Preparatory work for the course
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| 28 |
Subthreshold events and action potential, Ion channels and HH channel model, histology of supportive tissue, connective and fatty tissue, bones of the forearm and art. Cubiti, muscles of the arm, wrist bones and joints, Functional anatomy of hand, upper extremity nerves and lesions, local potentials, action, Anatomy Laboratory: axillary and breast, arm zone, the bones of the forearm, and art. Cubiti, the muscles of the forearm; Wound Care skill.
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Preparatory work for the course
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| 29 |
Functional structure of junctions and the general principles of junction transmissions, specialized connective tissue: bone and cartilage, muscle tissue: smooth, striated and cardiac muscle, blood and lymph vessels of the upper extremity, columna vertebralis, vertebral joints, compound action potential, Anatomy Laboratory: Forearm and hand region, upper extremity nerves; Histology Laboratory: Supportive tissue: connective and fatty tissue, wound care skills.
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Preparatory work for the course
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| 30 |
Muscle tissue: smooth, striated and cardiac muscle, histology of nerve tissue, physiology of skeletal muscle and smooth muscle, Muscular contraction: biomechanical and bioenergetic relationships, bioelectric events in muscles and EMG, factors of columna vertebralis movement , femur joint, Anatomy Laboratory: Upper extremity vessels, columna vertebralis and vertebral joints; Histology laboratory: Tissue of bone and cartilage, wound care skills.
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Preparatory work for the course
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| 31 |
The muscles affecting femur joint, thigh region femoral triangle, adductor canal, knee joint, Histology of nerve tissue, Biomagnetism, Biophysics applications and Laboratory, Laboratory of Anatomy: The femur joint and gluteal region, thigh region femoral triangle, adductor canal; Histology laboratory: Muscle and nerve tissue.
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Preparatory work for the course
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| 32 |
Leg, Ankle and the muscles affecting foot movements, blood vessels of lower extremity and lymphatics, nerve lesions and nerves, Biophysics applications and laboratory, Anatomy Laboratory: Leg, Ankle and foot.
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Preparatory work for the course
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| 33 |
Skin and side formations, walking and posture, Integrated Session, Histology Laboratory: Skin and adverse occurrences; Anatomy Laboratory: Ankle and the muscles affecting foot movements, blood vessels of lower extremity and lymphatics, nerves of lower extremity.
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Preparatory work for the course
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| 34 |
IV. Term Written Examination Committee
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Studying the lessons taught throughout the semester |
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| 35 |
Cancer genetics, Peripheral blood, myeloid organs, Hematopoiesis and hemotopoietic organs, Blood formation, erythrocytes, erythropoiesis, functions of white blood cells, relations with host and microorganism, Introduction to Immunology, Bone: The mechanical and electrical properties, erythrocyte metabolism, Anatomy laboratory: the bones of the skull; Histology laboratory: Peripheral blood, myeloid organs.
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Preparatory work for the course
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| 36 |
The development of the immune system, humoral immunity, Apoptosis, Biomagnetism, as a social institution and as an applied science of medicine: Medicine and Law; hemoglobin structure, synthesis and evolution, structure of myoglobin, hemoglobin degradation, antigens and microbial antigens, Facial anatomy, Head and neck vessels, lymphatics and nerves, Histology laboratory: Hematopoiesis and hemotopoietic organs; Anatomy laboratory: neck and face.
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Preparatory work for the course
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TÜRKÇE
ENGLISH