The purpose of Histology teaching is to provide the student with a basic cytological and histological culture for the comprehension of the general organization of cells, their specializations and interactions to fulfill specific functions of tissues, essential in order to recognize the physiological characteristics of human cells and tissues.
The purpose of Embryology teaching is to provide the student with a general culture on human embryology trough a detailed description of the various phases of human development, from the zygote (fertilization) to the embryo (embryogenesis) and to the fetus (organogenesis) until at birth, with reference to the related mechanisms of control and regulation.
Should teaching be carried out in mixed mode or remotely, it may be necessary to introduce changes with respect to previous statements, in line with the programme planned and outlined in the syllabus.
General principles on methods of tissues study through histochemical techniques (fixation, inclusion, staining).
Lining epithelia: General features – Classification - Description of the various types of epithelium: simple pavement epithelium, simple cubic epithelium, simple columnar epithelium, multilayered pavement epithelium, multilayered columnar epithelium, pseudostratified epithelium, transitional epithelium (urothelium) - Specializations of the lateral surface - Specializations of the basal surface - Specializations of the apical surface
Glandular epithelia: General features - Exocrine glands: Classification of exocrine glands by: Number of cells and location, Branching ducts and structure of adenomeri, Mode of secretion and chemical nature of the secretion - Endocrine glands: Cell target - Bonding hormone-receptor – Classification: Cord glands, Interstitial glands, Follicular gland
Proper connective tissue: General features - Collagen fibers - Reticular fibers - Elastic fibers - Ground substance – Cells: Fibroblasts, Macrophages, Mast cells, Adipocytes - Types of connective: Loose connective tissue, Dense connective tissue, Adipose Tissue
Tissue Cartilage: General features, Hyaline cartilage, Elastic cartilage, Fibrous cartilage
Bone Tissue: General features, Bone structure: macroscopic aspect, Microscopic structure: lamellar organization and vascular systems, The bone matrix, The bone cells, Osteogenesis, Bone remodeling, Repair of fractures, Histophysiology bone
Blood: General features – Plasma – Erythrocytes – Leukocytes: Neutrophil granulocytes, Eosinophil granulocytes, Basophil granulocytes, Lymphocytes, Monocytes – Platelets – Lymph – Hematopoiesis General concepts of immunity
General features – Neuron: Shape and size, Body cell, Cytoskeleton, Extensions cell: dendrites and axon, Transport axon - Nerve fiber: Myelin sheath, Conduct impulse – Synapse - Neuroglia
Striated skeletal muscle tissue: Structural organization of the tissue, Structural organization of myofibrils, Molecular organization of myofibrils, Mechanism of contraction, Neuromuscular junction
Striated cardiac muscle tissue: Structure of cardiomyocyte, Structural organization of the tissue, Interlayers discs, Tissue of conduction
Smooth muscle tissue: Structure of the smooth muscle cells, Structural organization of the tissue, Contraction of the smooth muscle tissue
General concepts of the embryonic development – Oogenesis – Spermatogenesis – Fertilization - I and II week of development - III week of development - IV week of development – Placenta - Development of the face and the branchial apparatus - Development of the digestive and respiratory systems - Development of the locomotor apparatus - Development of the urogenital apparatus - Development of the cardiovascular apparatus - Development of the nervous system
Histology (by choice):
Embryology (by choice):
3. Moore – Persaud – Torchia - LO SVILUPPO PRENATALE DELL’UOMO 11° ed. - EDRA
4. De Felici-Boitani - EMBRIOLOGIA UMANA 3a Ed. - PICCIN