Human Anatomy and Physiology
A.Y. 2024/2025
Learning objectives
The student must know embryology, and histology, anatomy, physiology and general pathology.
Expected learning outcomes
Knowledge and understanding
The student must:
· to learn about embryology, histology, anatomy, physiology and general pathology
· learn to make obstetric diagnosis
Ability to apply knowledge and understanding
· ability to use midwifery tools
· ability to assist according to best practices;
· acquire theoretical and practical tools to gain experience in internships
· ability to gain professional experience in training.
The student must:
· to learn about embryology, histology, anatomy, physiology and general pathology
· learn to make obstetric diagnosis
Ability to apply knowledge and understanding
· ability to use midwifery tools
· ability to assist according to best practices;
· acquire theoretical and practical tools to gain experience in internships
· ability to gain professional experience in training.
Lesson period: year
Assessment methods: Esame
Assessment result: voto verbalizzato in trentesimi
Single course
This course can be attended as a single course.
Course syllabus and organization
Sezione: Mantova
Prerequisites for admission
No prior knowledge is required
Assessment methods and Criteria
Examination procedure
Written tests
Oral exam
Type
Closed and open multiple-choice tests
Conversation with the teacher
Evaluation parameters
Ability to organize knowledge discursively; capacity for critical reasoning on the study carried out; quality of exposure, competence in the use of specialized vocabulary, effectiveness, linearity
Type of evaluation
In thirty (the vote is decided by the Commission composed of the professors present at the Integrated Course exam)
How to communicate the results of the examination
The vote is verbally reported to the student. Subsequently the vote is verbalized on the web with modality that allows the student to accept or reject it
Written tests
Oral exam
Type
Closed and open multiple-choice tests
Conversation with the teacher
Evaluation parameters
Ability to organize knowledge discursively; capacity for critical reasoning on the study carried out; quality of exposure, competence in the use of specialized vocabulary, effectiveness, linearity
Type of evaluation
In thirty (the vote is decided by the Commission composed of the professors present at the Integrated Course exam)
How to communicate the results of the examination
The vote is verbally reported to the student. Subsequently the vote is verbalized on the web with modality that allows the student to accept or reject it
Physiology
Course syllabus
Functional organization of the human body
Homeostasis and homeostatic control mechanisms
Positive and negative feedback control systems
Volume and composition of body fluids
Cell physiology
Neurons
Functional organization of the nervous system
"Input" of the Central Nervous System: from the receptor to the sensory cortex
"Output" of the nervous system: motor skills
The language
The Specific Senses
Physiology of muscle tissues
Cardiac physiology
Main waves of ECG and their relationship against myocardial contraction
Physiology of the vascular circuit
Modifications and peculiarities of the cardiovascular system during pregnancy
Physiology of the integumentary system
Physiology of the respiratory system
Physiology of the renal apparatus
Physiology of the gastrointestinal system
Renal compensation mechanisms
Respiratory compensation mechanisms
Major alterations of the acid-base balance during pregnancy
Physiology of the endocrine system
Homeostasis and homeostatic control mechanisms
Positive and negative feedback control systems
Volume and composition of body fluids
Cell physiology
Neurons
Functional organization of the nervous system
"Input" of the Central Nervous System: from the receptor to the sensory cortex
"Output" of the nervous system: motor skills
The language
The Specific Senses
Physiology of muscle tissues
Cardiac physiology
Main waves of ECG and their relationship against myocardial contraction
Physiology of the vascular circuit
Modifications and peculiarities of the cardiovascular system during pregnancy
Physiology of the integumentary system
Physiology of the respiratory system
Physiology of the renal apparatus
Physiology of the gastrointestinal system
Renal compensation mechanisms
Respiratory compensation mechanisms
Major alterations of the acid-base balance during pregnancy
Physiology of the endocrine system
Teaching methods
Frontal Lesson
Teaching Resources
Thibodeau e Patton ANATOMIA E FISIOLOGIA UMANA CASA EDITRICE AMBROSIANA
Human anatomy
Course syllabus
Introduction to human anatomy
Topographic anatomy
Gross anatomy
Histology and cytology
Functional anatomy: the functional units of the organ
Cardiovascular system
Hematopoietic system
Lymphatic system
Digestive system
Respiratory system
Excretory system
Locomotor system
Nervous system
Sensory organs
Endocrine system
Integumental system
Topographic anatomy
Gross anatomy
Histology and cytology
Functional anatomy: the functional units of the organ
Cardiovascular system
Hematopoietic system
Lymphatic system
Digestive system
Respiratory system
Excretory system
Locomotor system
Nervous system
Sensory organs
Endocrine system
Integumental system
Teaching methods
Frontal Lesson
Teaching Resources
Thibodeau e Patton ANATOMIA E FISIOLOGIA UMANA CASA EDITRICE AMBROSIANA
Experimental medicine and pathophysiology
Course syllabus
Cellular pathology
The cell and the concept of Homeostasis
Adaptation capabilities and limits
The definition of disease: etiology and pathogenesis
The causes of cellular damage: hypoxia/ischemia, physical agents, biological agents, chemical agents.
Adaptations: Atrophy, Hypertrophy, Hyperplasia, Metaplasia, Dysplasia
Cell death: Necrosis and apoptosis
Genetic diseases
Pathologies due to immune responses
Hypersensitivity reactions
Autoimmune diseases
Primary and secondary immunodeficiencies
Acute inflammation
The formation of exudate
Chemical mediators of inflammation.
The cells of the inflammatory response.
Phases of the escape of leukocytes from the vessels
Effects of inflammation on the organism
Fever and hyperthermia
Increased ESR
Leukocytosis
Acute phase proteins
Chronic inflammation
Regeneration and repair
Wound healing
Hemodynamic pathologies
Edema
Thrombosis
Embolism
Ischemia and infarction
Shock or collapse
Atherosclerosis
Thyroid disorders: hypothyroidism and hyperthyroidism
Diabetes: etiological factors and classification criteria
Neoplasms
Definition of neoplasm
Nomenclature and classification
Biology of tumor growth
Spread and metastasis
Pathogenesis of tumors: oncogenes and tumor suppressors
Tumor grading and staging
Systemic effects
Tumor markers
Notes on immunotherapy
Chemical, physical and biological carcinogens
The cell and the concept of Homeostasis
Adaptation capabilities and limits
The definition of disease: etiology and pathogenesis
The causes of cellular damage: hypoxia/ischemia, physical agents, biological agents, chemical agents.
Adaptations: Atrophy, Hypertrophy, Hyperplasia, Metaplasia, Dysplasia
Cell death: Necrosis and apoptosis
Genetic diseases
Pathologies due to immune responses
Hypersensitivity reactions
Autoimmune diseases
Primary and secondary immunodeficiencies
Acute inflammation
The formation of exudate
Chemical mediators of inflammation.
The cells of the inflammatory response.
Phases of the escape of leukocytes from the vessels
Effects of inflammation on the organism
Fever and hyperthermia
Increased ESR
Leukocytosis
Acute phase proteins
Chronic inflammation
Regeneration and repair
Wound healing
Hemodynamic pathologies
Edema
Thrombosis
Embolism
Ischemia and infarction
Shock or collapse
Atherosclerosis
Thyroid disorders: hypothyroidism and hyperthyroidism
Diabetes: etiological factors and classification criteria
Neoplasms
Definition of neoplasm
Nomenclature and classification
Biology of tumor growth
Spread and metastasis
Pathogenesis of tumors: oncogenes and tumor suppressors
Tumor grading and staging
Systemic effects
Tumor markers
Notes on immunotherapy
Chemical, physical and biological carcinogens
Teaching methods
Frontal Lessons
Teaching Resources
G. M. Pontieri. "Patologia Generale e Fisiopatologia generale" Per i corsi di Laurea in Professioni Sanitarie. PICCIN
Anatomy of the genital organs and embryology
Course syllabus
The female pelvis, the obstetric pelvis and the male pelvis
bone structure
Joints
Support ligaments
Ligaments of fixation
Pelvic muscles
Lining anatomy
Pelvic diaphragm
Urogenital diaphragm
Tendon fibrous center
Pelvic support ligaments
Suspension ligaments of the pelvis
Female specific anatomy
Ovary and Salpinge
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Uterus
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Vagina and external genitalia
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
The lymph nodes
Pelvic stations
Lumboaortic stations
Femoral stations
Breast
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Functional anatomy
Pituitary and Hypothalamus
Functional anatomy
Male reproductive system and testicles
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervations
Male specific anatomy
The male reproductive system
Penis
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Scrotum
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Testicles
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Epididymis
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Ductus deferens
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Prostate and seminal vesicles
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Gametogenesis
Oogenesis
Spermatogenesis
The Conception
Permitting conditions
favorable conditions
From Conception to Implantation
The conditions of survival of the embryo
The journey
The plant
Differentiation and cloning
Placenta and decidua
The second week of embryonic development
Embryo structures
Extraembryonic structures
The third week of embryonic development
Trilaminar stage
amniotic fluid
Susceptibility of the embryo to external events
Principles of teratology
Embryological derivation of organs
General principles of sexual differentiation
bone structure
Joints
Support ligaments
Ligaments of fixation
Pelvic muscles
Lining anatomy
Pelvic diaphragm
Urogenital diaphragm
Tendon fibrous center
Pelvic support ligaments
Suspension ligaments of the pelvis
Female specific anatomy
Ovary and Salpinge
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Uterus
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Vagina and external genitalia
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
The lymph nodes
Pelvic stations
Lumboaortic stations
Femoral stations
Breast
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Functional anatomy
Pituitary and Hypothalamus
Functional anatomy
Male reproductive system and testicles
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervations
Male specific anatomy
The male reproductive system
Penis
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Scrotum
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Testicles
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Epididymis
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Ductus deferens
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Prostate and seminal vesicles
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Gametogenesis
Oogenesis
Spermatogenesis
The Conception
Permitting conditions
favorable conditions
From Conception to Implantation
The conditions of survival of the embryo
The journey
The plant
Differentiation and cloning
Placenta and decidua
The second week of embryonic development
Embryo structures
Extraembryonic structures
The third week of embryonic development
Trilaminar stage
amniotic fluid
Susceptibility of the embryo to external events
Principles of teratology
Embryological derivation of organs
General principles of sexual differentiation
Teaching methods
Frontal Lesson
Training on mannequins
Training on mannequins
Teaching Resources
Costantini W., Calistri D. OSTETRICA I Libro PICCIN
Costantini W., Calistri D., Ferrazzi E., Mauri P.A., Parazzini F. - TRATTANDO DI SCIENZA ED ARTE DELLA PROFESSIONALITÀ OSTETRICA - PICCIN 2021
Parazzini F., Mauri P.A. (2020) IL MANUALE DEI CONCORSI PER OSTETRICA. EDISES
Pescetto et al. MANUALE DI CLINICA OSTETRICA E GINECOLOGIA SOC EDITRICE UNIVERSO ROMA
Costantini W., Calistri D., Ferrazzi E., Mauri P.A., Parazzini F. - TRATTANDO DI SCIENZA ED ARTE DELLA PROFESSIONALITÀ OSTETRICA - PICCIN 2021
Parazzini F., Mauri P.A. (2020) IL MANUALE DEI CONCORSI PER OSTETRICA. EDISES
Pescetto et al. MANUALE DI CLINICA OSTETRICA E GINECOLOGIA SOC EDITRICE UNIVERSO ROMA
Anatomy of the genital organs and embryology
MED/40 - OBSTETRICS AND GYNAECOLOGY - University credits: 2
Lessons: 30 hours
Professors:
Manti Emanuele, Pinto Alessia
Experimental medicine and pathophysiology
MED/04 - EXPERIMENTAL MEDICINE AND PATHOPHYSIOLOGY - University credits: 2
Lessons: 30 hours
Professor:
Boccia Luigi
Human anatomy
BIO/16 - HUMAN ANATOMY - University credits: 3
Lessons: 45 hours
Professors:
Rinaldi Rosa, Scillitani Ester
Physiology
BIO/09 - PHYSIOLOGY - University credits: 3
Lessons: 45 hours
Professors:
Frigato Marilena, Lattuada Donatella Francesca
Sezione: Milano
Prerequisites for admission
No prior knowledge is required
Assessment methods and Criteria
Examination procedure
Written tests
Oral exam
Type
Closed and open multiple-choice tests
Conversation with the teacher
Evaluation parameters
Ability to organize knowledge discursively; capacity for critical reasoning on the study carried out; quality of exposure, competence in the use of specialized vocabulary, effectiveness, linearity
Type of evaluation
In thirty (the vote is decided by the Commission composed of the professors present at the Integrated Course exam)
How to communicate the results of the examination
The vote is verbally reported to the student. Subsequently the vote is verbalized on the web with modality that allows the student to accept or reject it
Written tests
Oral exam
Type
Closed and open multiple-choice tests
Conversation with the teacher
Evaluation parameters
Ability to organize knowledge discursively; capacity for critical reasoning on the study carried out; quality of exposure, competence in the use of specialized vocabulary, effectiveness, linearity
Type of evaluation
In thirty (the vote is decided by the Commission composed of the professors present at the Integrated Course exam)
How to communicate the results of the examination
The vote is verbally reported to the student. Subsequently the vote is verbalized on the web with modality that allows the student to accept or reject it
Physiology
Course syllabus
Functional organization of the human body
Homeostasis and homeostatic control mechanisms
Positive and negative feedback control systems
Volume and composition of body fluids
Cell physiology
Neurons
Functional organization of the nervous system
"Input" of the Central Nervous System: from the receptor to the sensory cortex
"Output" of the nervous system: motor skills
The language
The Specific Senses
Physiology of muscle tissues
Cardiac physiology
Main waves of ECG and their relationship against myocardial contraction
Physiology of the vascular circuit
Modifications and peculiarities of the cardiovascular system during pregnancy
Physiology of the integumentary system
Physiology of the respiratory system
Physiology of the renal apparatus
Physiology of the gastrointestinal system
Renal compensation mechanisms
Respiratory compensation mechanisms
Major alterations of the acid-base balance during pregnancy
Physiology of the endocrine system
Homeostasis and homeostatic control mechanisms
Positive and negative feedback control systems
Volume and composition of body fluids
Cell physiology
Neurons
Functional organization of the nervous system
"Input" of the Central Nervous System: from the receptor to the sensory cortex
"Output" of the nervous system: motor skills
The language
The Specific Senses
Physiology of muscle tissues
Cardiac physiology
Main waves of ECG and their relationship against myocardial contraction
Physiology of the vascular circuit
Modifications and peculiarities of the cardiovascular system during pregnancy
Physiology of the integumentary system
Physiology of the respiratory system
Physiology of the renal apparatus
Physiology of the gastrointestinal system
Renal compensation mechanisms
Respiratory compensation mechanisms
Major alterations of the acid-base balance during pregnancy
Physiology of the endocrine system
Teaching methods
Frontal Lesson
Teaching Resources
Thibodeau e Patton ANATOMIA E FISIOLOGIA UMANA CASA EDITRICE AMBROSIANA
Human anatomy
Course syllabus
Introduction to human anatomy
Topographic anatomy
Gross anatomy
Histology and cytology
Functional anatomy: the functional units of the organ
Cardiovascular system
Hematopoietic system
Lymphatic system
Digestive system
Respiratory system
Excretory system
Locomotor system
Nervous system
Sensory organs
Endocrine system
Integumental system
Topographic anatomy
Gross anatomy
Histology and cytology
Functional anatomy: the functional units of the organ
Cardiovascular system
Hematopoietic system
Lymphatic system
Digestive system
Respiratory system
Excretory system
Locomotor system
Nervous system
Sensory organs
Endocrine system
Integumental system
Teaching methods
Frontal Lesson
Teaching Resources
Thibodeau e Patton ANATOMIA E FISIOLOGIA UMANA CASA EDITRICE AMBROSIANA
Experimental medicine and pathophysiology
Course syllabus
The cell and the concept of Homeostasis
Adaptation capabilities and limits
The definition of disease: etiology and pathogenesis
The causes of cellular damage: hypoxia/ischemia, physical agents, biological agents, chemical agents.
Adaptations: Atrophy, Hypertrophy, Hyperplasia, Metaplasia, Dysplasia
Cell death: Necrosis and apoptosis
Genetic diseases
Pathologies due to immune responses
Hypersensitivity reactions
Autoimmune diseases
Primary and secondary immunodeficiencies
Acute inflammation
The formation of exudate
Chemical mediators of inflammation.
The cells of the inflammatory response.
Phases of the escape of leukocytes from the vessels
Effects of inflammation on the organism
Fever and hyperthermia
Increased ESR
Leukocytosis
Acute phase proteins
Chronic inflammation
Regeneration and repair
Wound healing
Hemodynamic pathologies
Edema
Thrombosis
Embolism
Ischemia and infarction
Shock or collapse
Atherosclerosis
Thyroid disorders: hypothyroidism and hyperthyroidism
Diabetes: etiological factors and classification criteria
Neoplasms
Definition of neoplasm
Nomenclature and classification
Biology of tumor growth
Spread and metastasis
Pathogenesis of tumors: oncogenes and tumor suppressors
Tumor grading and staging
Systemic effects
Tumor markers
Notes on immunotherapy
Chemical, physical and biological carcinogens
Adaptation capabilities and limits
The definition of disease: etiology and pathogenesis
The causes of cellular damage: hypoxia/ischemia, physical agents, biological agents, chemical agents.
Adaptations: Atrophy, Hypertrophy, Hyperplasia, Metaplasia, Dysplasia
Cell death: Necrosis and apoptosis
Genetic diseases
Pathologies due to immune responses
Hypersensitivity reactions
Autoimmune diseases
Primary and secondary immunodeficiencies
Acute inflammation
The formation of exudate
Chemical mediators of inflammation.
The cells of the inflammatory response.
Phases of the escape of leukocytes from the vessels
Effects of inflammation on the organism
Fever and hyperthermia
Increased ESR
Leukocytosis
Acute phase proteins
Chronic inflammation
Regeneration and repair
Wound healing
Hemodynamic pathologies
Edema
Thrombosis
Embolism
Ischemia and infarction
Shock or collapse
Atherosclerosis
Thyroid disorders: hypothyroidism and hyperthyroidism
Diabetes: etiological factors and classification criteria
Neoplasms
Definition of neoplasm
Nomenclature and classification
Biology of tumor growth
Spread and metastasis
Pathogenesis of tumors: oncogenes and tumor suppressors
Tumor grading and staging
Systemic effects
Tumor markers
Notes on immunotherapy
Chemical, physical and biological carcinogens
Teaching methods
Frontal Lesson
Teaching Resources
G. M. Pontieri. "Patologia Generale e Fisiopatologia generale" Per i corsi di Laurea in Professioni Sanitarie. PICCIN
Anatomy of the genital organs and embryology
Course syllabus
The female pelvis, the obstetric pelvis and the male pelvis
bone structure
Joints
Support ligaments
Ligaments of fixation
Pelvic muscles
Lining anatomy
Pelvic diaphragm
Urogenital diaphragm
Tendon fibrous center
Pelvic support ligaments
Suspension ligaments of the pelvis
Female specific anatomy
Ovary and Salpinge
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Uterus
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Vagina and external genitalia
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
The lymph nodes
Pelvic stations
Lumboaortic stations
Femoral stations
Breast
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Functional anatomy
Pituitary and Hypothalamus
Functional anatomy
Male reproductive system and testicles
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervations
Male specific anatomy
The male reproductive system
Penis
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Scrotum
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Testicles
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Epididymis
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Ductus deferens
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Prostate and seminal vesicles
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Gametogenesis
Oogenesis
Spermatogenesis
The Conception
Permitting conditions
favorable conditions
From Conception to Implantation
The conditions of survival of the embryo
The journey
The plant
Differentiation and cloning
Placenta and decidua
The second week of embryonic development
Embryo structures
Extraembryonic structures
The third week of embryonic development
Trilaminar stage
amniotic fluid
Susceptibility of the embryo to external events
Principles of teratology
Embryological derivation of organs
General principles of sexual differentiation
bone structure
Joints
Support ligaments
Ligaments of fixation
Pelvic muscles
Lining anatomy
Pelvic diaphragm
Urogenital diaphragm
Tendon fibrous center
Pelvic support ligaments
Suspension ligaments of the pelvis
Female specific anatomy
Ovary and Salpinge
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Uterus
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Vagina and external genitalia
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
The lymph nodes
Pelvic stations
Lumboaortic stations
Femoral stations
Breast
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Functional anatomy
Pituitary and Hypothalamus
Functional anatomy
Male reproductive system and testicles
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervations
Male specific anatomy
The male reproductive system
Penis
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Scrotum
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Testicles
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Epididymis
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Ductus deferens
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Prostate and seminal vesicles
Topographic anatomy.
The tissue components (Histology)
The venous and arterial vascularization
The lymphatic pathways
The innervation
Gametogenesis
Oogenesis
Spermatogenesis
The Conception
Permitting conditions
favorable conditions
From Conception to Implantation
The conditions of survival of the embryo
The journey
The plant
Differentiation and cloning
Placenta and decidua
The second week of embryonic development
Embryo structures
Extraembryonic structures
The third week of embryonic development
Trilaminar stage
amniotic fluid
Susceptibility of the embryo to external events
Principles of teratology
Embryological derivation of organs
General principles of sexual differentiation
Teaching methods
Frontal Lesson
Training on mannequins
Training on mannequins
Teaching Resources
Costantini W., Calistri D. OSTETRICA I Libro PICCIN
Costantini W., Calistri D., Ferrazzi E., Mauri P.A., Parazzini F. - TRATTANDO DI SCIENZA ED ARTE DELLA PROFESSIONALITÀ OSTETRICA - PICCIN 2021
Parazzini F., Mauri P.A. (2020) IL MANUALE DEI CONCORSI PER OSTETRICA. EDISES
Pescetto et al. MANUALE DI CLINICA OSTETRICA E GINECOLOGIA SOC EDITRICE UNIVERSO ROMA
Costantini W., Calistri D., Ferrazzi E., Mauri P.A., Parazzini F. - TRATTANDO DI SCIENZA ED ARTE DELLA PROFESSIONALITÀ OSTETRICA - PICCIN 2021
Parazzini F., Mauri P.A. (2020) IL MANUALE DEI CONCORSI PER OSTETRICA. EDISES
Pescetto et al. MANUALE DI CLINICA OSTETRICA E GINECOLOGIA SOC EDITRICE UNIVERSO ROMA
Anatomy of the genital organs and embryology
MED/40 - OBSTETRICS AND GYNAECOLOGY - University credits: 2
Lessons: 30 hours
Professors:
Berlanda Nicola, Rossi Gabriele
Experimental medicine and pathophysiology
MED/04 - EXPERIMENTAL MEDICINE AND PATHOPHYSIOLOGY - University credits: 2
Lessons: 30 hours
Professor:
Sfondrini Lucia
Human anatomy
BIO/16 - HUMAN ANATOMY - University credits: 3
Lessons: 45 hours
Professors:
Dellavia Claudia Paola Bruna, Toma Marilisa
Physiology
BIO/09 - PHYSIOLOGY - University credits: 3
Lessons: 45 hours
Professor:
Casarotto Silvia
Educational website(s)
Professor(s)
Reception:
Tuesday 10:00-12:00
Palazzina LITA 5° piano via GB Grassi 74 Milano