Untitled Document
European School
for Cardio-Thoracic Surgery
CURRICULUM - THORACIC SURGERY
COURSE
Index
Unit
I - HISTORY
UNIT OBJECTIVE:
At the end of the unit the resident has knowledge of the historic development
of cardio-thoracic surgery
Unit
II - EMBRYOLOGY AND ANATOMY OF LUNG AND HEART
UNIT OBJECTIVE:
At the end of this unit the resident understands the embryology and the anatomy
of lungs and heart and their relationships to adjacent structures.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands pulmonary and heart embryogenesis;
- Understands the arterial, venous and bronchial
anatomy of heart and lungs;
- Understands the microscopic structures of
heart and lungs;
- Knows the surgical anatomy encountered;
- Understands the lymphatic system of the lungs,
the major lymphatic nodal station and lymphatic drainage routes of the lung
segments.
CONTENTS:
- Pulmonary parenchimal, vascular and stromal
embryogenesis
- Heart embryogenesis
- Macroscopic and microscopic structures of
heart and lung
- Surgical anatomy of heart and lung5. Lymphatic
system
Unit
III - FUNCTIONAL PATIENT EVALUATION
UNIT OBJECTIVE:
At the end of this unit the resident understands lung function, interpretations
of pulmonary gas exchange, mechanics of breathing, cardiac and circulatory function,
performance status.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands lung function and interprets measurements
of gas exchange and lung volume;
- Understands the physiology of airway mechanics;
- Knows the cardiologic assessment of the thoracic
surgical patient;
- Understands clinical evaluation and various
scores of performance status.
CONTENTS:
- Lung function
- Measurement of gas exchange (pulmonary
diffusing capacity, arterial blood gases, acid base balance)
- Factors affecting pulmonary gas exchange
(partition and distribution of ventilation; distribution of blood flow;
relationship of ventilation and perfusion)
- Mechanics of breathing
- Elastic properties of the lung and the
chest wall
- Lung volume measurements
- Airflow resistance
- Cardiac- circulatory function, performance
status
- Cardiologic assessment of the thoracic
surgical patient
- ECG
- Ultrasound
- Clinical evaluation
- Various scores of performance status (Karnofsky
etc
Unit
IV - MEDICAL THERAPY OF LUNG AND CARDIOCIRCULATORY FUNCTIONAL DISORDERS
UNIT OBJECTIVE:
At the end of this unit the resident understands medical therapy to treat specific
clinical problems.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands the action of drugs used as medical
therapy of respiratory and cardiac diseases.
CONTENTS:
- Medical therapy for COPD
- B2agonist
- Aminophyllinic
- Steroids
- Inhalatory bronchodilatators
- Inotropic and antiarhytmic therapy
Unit
V - PREOPERATIVE PATIENS CARE
UNIT OBJECTIVE:
At the end of this unit the resident understands the preoperative management
of patients undergoing thoracic surgery.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands the evaluation of clinical and
diagnostic data;
- Understands the assessment of the operative
risk.
CONTENTS:
- Patient and family information
- Optimization of nutritional status
- Evaluation and associated disorders (renal,
hepatic etc)
- Risk evaluation
Unit
VI - ANESTHESIOLOGICAL MANAGEMENT
UNIT OBJECTIVE:
At the end of this unit the resident understands the physiology, methods and
techniques of anesthesia in thoracic surgery.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands the preoperative risk assessment
and management;
- Understands the action of drugs used in thoracic
anesthesia;
- Understands the technique of epidural analgesia;
- Understands intraoperative monitoring, fluid
management and blood transfusion.
CONTENTS:
- Preoperative evaluation
- Informed consent
- Drugs
- Epidural analgesia
- Conduct of anesthesia (monitoring, one lung
ventilation, blood and fluid replacement, high frequency jet ventilation)
Unit
VII - MECHANICAL VENTILATION
UNIT OBJECTIVE:
At the end of this unit the resident understands the indications for mechanical
support, device selection, methods for weaning the patients from support.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands the indications for support with
mechanical device;
- Knows the management of various ventilation
strategies;
- Understands the principles of weaning patients
from these devices;
- Understands weaning strategies and postextubation
pulmonary management;
- Understands the principles of non invasive
ventilation.
CONTENTS:
- Postoperative indications for support
- Ventilator management strategies (control
mode of ventilation; synchronized intermittent mandatory ventilation; pressure
support ventilation; volume-cycled ventilation)
- Weaning from ventilator
- Non invasive ventilation
Unit VIII
- ICU MANAGEMENT
UNIT OBJECTIVE:
At the end of this unit the resident understands the immediate post-anesthesiological
and post-operative evaluation of the patient undergoing thoracic surgery.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands non invasive and invasive monitoring
and circulatory management;
- Understands the management of nutrition status
through parenteral/enteral feeding;
- Knows the prevention, diagnosis and medical
treatment of infections which are either peculiar to the critical care unit
or particularly difficult to diagnose in the critically ill;
- Understands renal function, renal failure,
indications and complications of dialysis.
CONTENTS:
- Hemodynamic monitoring and management
- Parenteral/enteral feeding
- Control of ICU infections
- Renal function and support
Unit
IX - POSTOPERATIVE CARE
UNIT OBJECTIVE:
At the end of this unit the resident understands the management of all aspects
of postoperative care.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands the postoperative management of
chest tubes and air leaks;
- Understands postoperative complications and
appropriate treatment;
- Understands the diagnosis, treatment and pharmacologic
management of secretion retention vs. fluid overload.
CONTENTS:
- Management of chest tubes and air leaks
- Postoperative hemorrhage (indication for reoperation)
µ
- Secretion retention vs. fluid overload
Unit
X - PHYSIOTHERAPY
UNIT OBJECTIVE:
At the end of this unit the resident understands principles of preoperative
and postoperative pulmonary rehabilitation.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands the program structure and goal
of preoperative pulmonary rehabilitation;
- Understands patient evaluation for exercise
capacity (6-minute walking test and exercise stress testing), supplemental
oxygen requirement at rest and during exercise, inspiratory muscle function
assessment;
- Understands mechanism whereby pulmonary rehabilitation
accomplishes the reversal in functional deterioration;
- Understands postural drainage therapy to improve
the mobilization of bronchial secretions after surgery;
- Understands mechanics of the cough to remove
retained secretions.
CONTENTS:
- Preoperative physiotherapy
- Postoperative physiotherapy
Unit
XI - EXTRACORPOREAL BYPASS, ECMO, BLOOD MANAGEMENT
UNIT OBJECTIVE:
At the end of this unit the resident understands principles of mechanical circulatory
support, oxygenators, techniques of extracorporeal bypass, indications for ECMO,
device selection, patient management, methods for weaning the patient from support,
and the use of blood component therapy to treat specific clinical problems.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands the design and physiology of the
various extracorporeal circuits;
- Understands the types of tubing, filters,
hemoconcentrators and perfusion solutions;
- Understands the techniques for extracorporeal
bypass;
- Oversees the management of patients undergoing
extracorporeal bypass;
- Understands the indications for ECMO;
- Understands the principles of weaning the
patient from support;
- Understands the requirements for anticoagulation
and blood management;
- Understands the methods used in blood component
storage and measures taken to ensure a safe blood supply;
- Understands the use of specific blood components;
- Understands the operative and postoperative
techniques to ensure blood conservation.
CONTENTS:
- Extracorporeal bypass, ECMO
- Overview of mechanical circulatory support
- Circuit design
- Location
- Venovenous versus venoarterial bypass
- Indications for ECMO support
- Cannulation techniques
- Patient management
- Weaning
- Decannulation
- Follow up
- Blood management
- B. Indications for transfusion
- C. Autotransfusion
- D. Hemoconcentration
- E. Pharmacologic manipulation
Unit XII
- PAIN MANAGEMENT
UNIT OBJECTIVE:
At the end of this unit the resident understands the management of acute and
chronic pain after surgery and in inoperable patients.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands principles of analgesia during
and after thoracic surgery;
- Understands multimodal approach to pain control;
Knows the use of local and systemic analgesia;
- Understands the beneficial effects in respiratory
function and the diminishment of diaphragmatic dysfunction;
- Understands the use of intermittent or continuous
infusion in epidural local anesthesia.
CONTENTS:
- Postoperative management of pain
- Pain management in inoperable patients
Unit
XIII - DIAGNOSTIC IMAGING TECHNIQUES
UNIT OBJECTIVE:
At the end of this unit the resident understands the use of diagnostic imaging
techniques for evaluation of thoracic diseases, lung cancer staging, preoperative
and postoperative functional evaluation.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands the use of specific X-ray evaluation
of thoracic diseases and the indications for contrast studies;
- Understands indications for chest computed
tomography and the use of various techniques for the evaluation of parenchimal
and nonparenchimal lesions;
- Understands the theory, techniques and clinical
application of thoracic magnetic imaging;
- Understands the use of ventilation/perfusion
scanning to study the distribution of airflow and blood flow to the lungs
preoperatively, postoperatively and in the evaluation of patients with suspected
pulmonary embolysm.
CONTENTS:
- Diagnostic imaging techniques: X-ray
- Routine PA and lateral X-ray examination
- Supplementary radiographic views
- Specific X-ray evaluation of thoracic
diseases
- Contrast studies (esophagus etc)
- Angiograms (PA, SVC etc)
- Diagnostic imaging techniques: CT (various
forms)
- Indications for chest computed tomography
- Technique (standard and helical computed
tomography, intravenous contrast media, high resolution CT)
- Evaluation of parenchimal lesions
- Evaluation of nonparenchimal lesions
- Postoperative evaluation
- Diagnostic imaging techniques: NMR, US
- Theory and technique
- Clinical application of thoracic magnetic
imaging (anterior mediastinum, middle visceral compartment, paravertebral
space, thoracic aorta, pulmonary vascular diseases, bronchial carcinoma,
chest wall, pleural disease)
- Diagnostic imaging techniques: Scans
- Ventilation-perfusion imaging in the preoperative
functional evaluation
- Ventilation-perfusion imaging in the diagnosis
of pulmonary embolysm
- Positron Emission Tomography
Unit XIV
- BASIC ONCOLOGY
UNIT OBJECTIVE:
At the end of this unit the resident understands principles of cancer biology,
etiology, theories of carcinogenesis, indication for neoadjuvant, adjuvant and
primary chemotherapy, principles of combined radio and chemotherapy.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands mechanism and derivation of tumor
cell types;
- Understands influence of genetic background;
- Understands the role of oncogenes and tumor
suppressor genes in tumorgenesis
- Understands selection, mechanism of action,
dose, schedule and toxicity of various anticancer agents;
- Understands ionizing radiations biochemical
effects in the cells.
CONTENTS:
- Basic oncology
- Lung carcinogenesis
- Genetic factors
- Oncogene activation
- Oncogenes mediating stimulation of growth
- Tumor suppressor genes
- General applications of chemotherapy (neoadjuvant,
adjuvant, primary chemotherapy, combined radio and chemotherapy
- Drugs
- Adverse effects of ionizing radiations and
biological basis of radiation therapy
Unit
XV - MOLECULAR BIOLOGY
UNIT OBJECTIVE:
At the end of this unit the resident understands general principles of molecular
biology of tumors.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands cell biology;
- Understands the role of T cell in immune responses;
- Understands the role of activation of oncogenes
and growth factors, inactivation of tumor-suppressor genes and deletions of
genes in mesothelioma initiation and growth;
- Understands biology of esophageal cancer.
CONTENTS:
- Cell biology
- T cell-mediated immune responses
- Pathology and molecular biology of mesothelioma
- Biology of esophageal cancer
Unit
XVI - PRINCIPLES OF MEDICAL THERAPY OF CANCER
UNIT OBJECTIVE:
At the end of this unit the resident understands the state of art of non small
cell lung cancer chemotherapy, radiotherapy and other therapeutic approaches.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands patient eligibility and strategies
in chemotherapy, and selection of drugs to be used in the treatment of individual
patients;
- Understands chemotherapy regimens in advanced
disease;
- Understands combined effects of chemotherapy
and radiation therapy versus radiation therapy alone in inoperable or unresectable
M0 disease;
- Understands the role of cisplatin-ontaining
regimens used in the neoadjuvant setting in locoregional advanced disease;
- Understands the role of removal of bulk disease;
- Understands single agents and combination
chemotherapy, intensity, and duration of chemotherapy and new drug development
for managing SCLC;
- Knows indications and evaluations before radiation
therapy;
- Understands indications for surgical adjuvant
radiation therapy in patients with involvement of regional lymph nodes (N1
or N2);
- Understands the role of local- regional treatment
for either operable or inoperable tumors, in diminishing or eliminating paraneoplastic
effects, and relieving symptoms caused by primary tumors; understands timing,
dose and volume of thoracic radiation, prophylactic cranial irradiation and
newer fractionation schemes in treatment of small cell lung cancer;
- Knows new development in gene therapy;
- Understands specific and non-specific immunotherapeutic
strategies for cancer treatment,
- Understands principles and results of hyperthermia
and radiofrequency ablation.
CONTENTS:
- Principles of chemotherapy
- Chemotherapy of non small cell lung cancer
- Advanced (metastatic) disease
- Inoperable or unresectable M0 disease:
chemotherapy plus radiation therapy versus radiation therapy alone
- Neoadjuvant therapy
- Surgical adjuvant therapy
- Chemotherapy of small cell lung cancer
- Principles of radiotherapy
- Evaluation before radiation therapy
- Surgical adjuvant radiation therapy
- Definite radiation therapy for inoperable
squamous cell carcinoma, and large cell carcinoma of the lung
- Radiotherapy for Pancoast tumors, superior
vena cava obstruction, treatment of scheletal and nervous metastases
- Radiotherapy for small cell carcinoma
- Other approaches
- Gene therapy
- Immunotherapy
- Hyperthermia
- Radiofrequency ablation
Unit
XVII - QUALITY SURVEILLANCE
UNIT OBJECTIVE:
At the end of this unit the resident understands the non-clinical elements of
a thoracic surgical practise.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Knows the structure, responsibilities and
requirements of managed care;
- Understands the need for quality control systems.
Unit
XVIII - FEEDBACK AND COMPLICATION REPORTING
UNIT OBJECTIVE:
At the end of this unit the resident understands
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
Unit
XIX - STATISTICS
UNIT OBJECTIVE:
At the end of this unit the resident understands the basic medical statistical
concepts and the appropriate application of statistical tests to the problem.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands the role of statistics in validating
scientific inferences, including application of statistical tests commonly
used in the thoracic literature, their limitations and deficiencies;
- Understands the role of power, significance
and sample size in interpreting data.
CONTENTS:
- Date collection
- Statistical analysis
- Comparative analysis
Unit XX
- STUDY DESIGN
UNIT OBJECTIVE:
At the end of this unit the resident is able to design a scientific approach
to the solution of unsolved problem in thoracic surgery.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Knows how to develop and design a research
proposal and complete the process of solving a problem critically;
- Understands the scientific method as it applies
to basic and clinical research;
- Knows how to access the literature including
computerized and conventional library search;
- Understands the role of statistics in validating
scientific inferences.
CONTENTS:
- Scientific method
- Description of a researchable problem
- Formulation of a testable hypothesis
- Date collection and analysis
- Validation of a hypothesis using statistical
methods
Unit
XXI - SCIENTIFIC WRITING
UNIT OBJECTIVE:
At the end of this unit the resident understands the essential steps of the
research process in preparing and submitting a manuscript for publication.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands how to define an analyzable problem
or scientific question;
- Understands assembling an appropriate literature
review;
- Understands synthesizing and analyzing available
data;
- Understands appropriate application of statistical
tests to the problem;
- Understands how to formulate an informed and
insightful discussion;
- Understands how to compares a properly constructed,
critically reviewed bibliography or list of literature citations.
Unit
XXII - THORACIC INCISIONS
UNIT OBJECTIVE:
At the end of this unit the resident understands the various types of surgical
approaches to the chest.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands importance of a well-conceived
incision;
- Understands the advantages and limitation
of each incision;
- Knows anterior, lateral, posterior, posterolateral
and other combined approaches to the chest
CONTENTS:
- Posterolateral thoracotomy
- Axillary thoracotomy
- Anterior thoracotomy
- Mediastinotomy
- Mediastinoscopy
- Cervicotomy
- Various types of sternotomy
- Transverse thoracosternotomy
- Thoracoabdominal incisions
- Special incisions (pancoast, thoracic inlet
etc)
Unit XXIII
- VIDEO-ENDOSCOPY BASICS
UNIT OBJECTIVE:
At the end of this unit the resident understands the general principles, indications,
operative room setup, equipment and techniques for endoscopic surgery, has a
working knowledge of the equipment.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands indications, contraindications
and the goals of endoscopic procedures;
- Knows the imaging system (monitors, miniaturized
video-cameras, video recorder, video printers) mediastinoscopes, thoracoscopes
(rigid and flexible), staplers, clip appliers, sutures, ports, disposable
and reusable instruments;
- Understands both argon beam coagulator (ABC)
and laser;
- Understands incisions and procedures.
CONTENTS:
- Indications
- Instruments
- Techniques
Unit
XXIV - NEOPLASTIC LUNG DISEASE
UNIT OBJECTIVE:
At the end of this unit the resident understands basic, evaluation, diagnosis
and therapeutic options for patients with lung neoplasms.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands epidemiology and etiologically
relevant factors in lung cancer;
- Understands TNM system and its application
to the diagnosis and therapeutic planning;
- Understands non invasive and invasive procedures
for staging of lung cancer;
- Understands indications, complications and
surgical techniques of standard resections for neoplastic and non-neoplastic
disease;
- Understands indications and technical aspects
of surgical procedures for special circumstances;
- Understands the role of VATS in neoplastic
and non-neoplastic disease resections;
- Understands the role of neoadjuvant and adjuvant
therapy;
- Understands evaluation, clinical features
and treatment of carcinoid and solitary nodules;
- Understands the indications for either medical
or surgical treatment of pulmonary metastases.
CONTENTS:
- Basic
- Epidemiology and carcinogenesis
- Carcinogens agents
- Risk factors
- Screening tests
- TNM system
- Non invasive staging
- Chest X ray
- Computed tomography
- Abdominal US
- Radionuclide bone scan
- Sputum cytology
- Invasive staging
- Fiberoptic bronchoscopy
- Transthoracic needle aspiration
- Video assisted thoracoscopy
- Mediastinoscopy
- Intraoperative staging
- Standard resections
- Lobectomy
- Pneumonectomy
- Segmentectomy
- VATS resections
- Operative strategies
- VATS in lung nodules surgery, emphysema
and hemotorax
- Surgical complications of VATS (bleeding,
air leaks and infection)
- Special techniques
- Sleeve resections
- Pulmonary artery resections
- Sleeve pneumonectomy
- Pancoast
- Thoracic inlet
- SVC
- Thoracic wall infiltration
- Induction therapy
- Adjuvant therapy
- Carcinoid
- Clinical features
- Diagnosis
- Typical and atypical carcinoid
- Treatment
- Solitary nodules
- Clinical evaluation
- Radiographic assessment
- Transthoracic needle biopsy
- VATS
- Thoracotomy
- Lung metastasis
- Symptoms
- Diagnosis
- Pathology
- Medical treatment
- Surgical treatment
Unit
XXV - COMPLICATIONS OF LUNG RESECTION
UNIT OBJECTIVE:
At the end of this unit the resident understands postoperative minor, major, early
and late complications.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands how to recognize the complications
of pulmonary resection and their management;
- Recognizes complications requiring operative
treatment.
CONTENTS:
- Bleeding
- Prolonged air leak
- Broncopleural fistula
- Residual pleura space
- Wound infection
- Atelektasis
- Infections
- Secretions management
- Respiratory failure
Unit
XXVI - INFECTIOUS LUNG DISEASES
UNIT OBJECTIVE:
At the end of this unit the resident knows suppurative diseases and their diagnoses
and operative and non-operative management.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands the diagnostic procedures used
to evaluate infectious lung diseases;
- Understands pathophysiology, clinical diagnoses
and treatment of the most common infectious lung diseases;
- Understands the principles of surgical resection;
CONTENTS:
- Pulmonary infections
- Aspergilloma
- Hydatide Cysts
- Pulmonary Tb
- Middle lobe syndrome (pathophysiology;
diagnoses; treatment)
- Bronchiectasis
- Clinical diagnoses
- Method of diagnoses
- Treatment
- Lung abscess
Unit
XXVII - PNEUMOTHORAX
UNIT OBJECTIVE:
At the end of this unit the resident understands classification, diagnosis and
evolution of therapy for pneumothorax.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands classification of pneumothorax;
- Understands physiologic changes secondary
to pneumothorax;
- Understands etiology, diagnosis, complication
and management;
- Understands indications for either surgical
or non-surgical therapy;
- Understands indications for surgery in primary
spontaneous pneumothorax;
- Understands emergence of the VATS versus open
approach.
CONTENTS:
- Etiology (spontaneous; traumatic; associated
with bullae)
- Diagnoses
- Treatment (VATS vs open)
Unit XXVIII
- LUNG TRANSPLANTION
UNIT OBJECTIVE:
At the end of this unit the resident understands indications, donor/recipient
selection criteria, pre and postoperative management, operative techniques and
complications, immunosuppressive therapy, short and long-term follow-up in lung
transplantation.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands the indications for lung transplantation
and underlying diseases;
- Understands the selection criteria and management
of organ donor;
- Understands technique for organ procurement
and basic principles of lung preservation;
- Understands recipient selection criteria;
- Understands the management of immunosuppressive
drugs and their side effects;
- Knows the operative techniques for single
and double lung transplantation;
- Recognizes signs of rejection or infection;
- Understands the role of short and long-term
follow-up and endobronchial biopsy for detection and treatment of acute and
chronic rejection;
- Understands management of infectious and airway
complications.
CONTENTS:
- Basic
- Selection of recipient
- Indications (CF; emphysema; restrictive
disease; PPH)
- Donor management
- Matching
- Organ harvesting
- Lung preservation
- Operative techniques
- Anesthesiological management
- Basic immunology
- Principles of immunosuppression
- Postoperative care
- Ventilation
- Fluid management
- Sepsis prophylaxis (bacterial, viral,
fungal infections)
- Complications
- Early graft dysfunction
- Infection
- Pleural space complication
- Airway complication
- Rejection (monitoring and treatment)
Unit
XXIX - FUNCTIONAL LUNG DISEASE
UNIT OBJECTIVE:
At the end of this unit the resident understands natural history, presentation
and treatment of chronic obstructive lung disease and giant bullous emphysema.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands indications, pathophysiology and
current surgical options in the management of bullous disease;
- Understands rationale for LVRS;
- Understands eligibility patient profile;
- Understands patients selection criteria;
- Understands preoperative medical management
and pharmacotherapy;
- Understands unilateral and bilateral operative
approaches;
- Understands the importance of adequate pain
relief, early ambulation, chest physiotherapy and management of secretions
in the postoperative period.
CONTENTS:
- Bullectomy
- Standard technique of bullectomy
- Video assisted blebectomy and bullectomy
- External drainage of a bulla
- LVRS
- Selection of patients
- Preoperative assessment
- Surgical access and lung resection
- Postoperative management
- Results
Unit
XXX - CONGENITAL LUNG DISEASE
UNIT OBJECTIVE:
At the end of this unit the resident understands embryology, pathology and principles
of management of congenital lung abnormalities.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Recognizes clinical features of various congenital
lung anomalies and understands diagnostic studies, indications for and appropriate
treatment.
CONTENTS:
- Bronchogenic cysts
- Congenital cystic adenomatoid malformation
- Sequestration (intralobar, extralobar)
- Pulmonary dysplasia
- Congenital lobar emphysema
- Congenital pulmonary vascular malformations
Unit
XXXI - PERICARDIUM
UNIT OBJECTIVE:
At the end of this unit the resident understands recognition of pericardial
disease and invasive and non invasive tests to patient management.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands etiology and pathophysiology of
acute and constrictive pericarditis;
- Understands etiology, pathophysiology and
surgical options for diagnostic and therapeutic evacuation of pericardial
effusion;
- Understands congenital anomalies and pericardial
neoplasms;
- Understands various operative approach to
pericardium.
CONTENTS:
- Pericarditis
- Pericardial effusion
- Pericardiocentesis
- Techniques of pericardiectomy
- Cysts
- Tumors
UNIT OBJECTIVE:
At the end of this unit the resident understands embryology and anatomy of
the mediastinum; radiological investigation, diagnosis and treatment of benign
and malignant masses.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
-
Understands the embryologic
development of structure within the mediastinum;
-
Understands the anatomic boundaries
of the mediastinum and the structures found within each region;
-
Understands radiologic assessment
of the mediastinum;
-
Understands signs and symptoms
associated with mediastinal abnormalities;
-
Understands various open surgery
procedures and VATS approach to the mediastinum;
-
Understands clinical-pathological
features of thymoma;
-
Understands diagnosis and
the role of surgery, radio and chemotherapy in the treatment of thymoma;
-
Understands medical and surgical
therapeutic options for patients with myasthenia gravis;
-
Understands clinical presentation,
radiologic investigation and treatment of mediastinal cysts and esophageal
duplications;
-
Understands classification,
diagnosis and treatment of thymic tumors;
-
Understands presentation,
diagnostic evaluation, staging, surgical and non-surgical treatment and
prognosis of thymic carcinoma;
-
Understands classification
of mediastinitis and knows anatomic relationship and fascial planes of the
mediastinum, related to the spread of infection leading to mediastinitis.
-
General
-
Embryology
-
Anatomy
-
Imaging
-
VATS approach
-
Thymoma
-
Myasthenia gravis
-
Bronchogenic cysts
-
Enteric cysts
-
Tumors
-
Thymic carcinomas
- Tumors of neuroendocrine cell origins
-
Tumors of germ cell origins
-
Tumors of lymphoid origin
-
Tumors of adipose tissue
-
Metastatic tumors of
the thymus
-
Mediastinities
-
Acute
-
Chronic
Unit
XXXIII - DISEASES OF THE PLEURA
UNIT OBJECTIVE:
At the end of this unit the resident understands the benign and malignant abnormalities
of the pleura, pleura effusions, and the evalutation and treatment of pleural
disease.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands physiology of pleural fluid exchange,
the types of pleural effusions, their evaluation and treatment;
- Understands clinical features, diagnosis and
management of empyema with and without bronchopleural fistula;
- Understands indications for invasive diagnostic
studies and indications for surgical treatment after initial drainage procedures;
- Understands pathology, biologic behaviour,
natural history, clinical and radiological presentation, diagnosis and staging
of mesothelioma;
- Understands indications for treatment options
for mesothelioma (surgery, irradiation, chemotherapy, immunotherapy, combination
of these modalities).
CONTENTS:
- Basic
- Physiology of pleural fluid exchange
- Effusions
- Chylothorax
- Haemothorax
- Parapneumonic emphyema
- Clinical features
- Diagnosis
- Management
- Postsurgical emphyema
- General principles of treatment
- Empyema post-pneumonectomy
- Muscle flap closure of the postpneumonectomy
empyema
- Mesothelioma
- Epidemiology and incidence
- Pathology
- Clinical and radiological presentation
- Diagnosis
- Staging
- Surgical treatment
- Medical treatment
Unit
XXXIV - TRACHEA AND LARYNX
UNIT OBJECTIVE:
At the end of this unit the resident understands anatomy, physiology of the
trachea and larynx, and applies finding of radiography and endoscopy to patient
care; the resident also understands operative and non operative management of
neoplasms affecting the trachea.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Knows operative approach to the trachea techniques
of mobilization;
- Understands etiology, presentation, diagnosis
and management of acquired tracheal stictures and tracheo-esophageal fistulas;
- Understands the methods of airway management;
- Knows various types of stents and tracheostomy
tubes;
- Understands principles of tracheal surgery,
release maneuvers, laryngotracheal resection and reconstruction of the upper
and lower trachea;
- Understands the types, histology, clinical
presentation and surgical and endoscopic treatment of tracheal neoplasms;
- Knows the indications for and the use of radiotherapy
and chemotherapy.
CONTENTS:
- Basic
- Bronchoscopy
- Tracheostomy
- Mini, standard, endoscopic
- Mediastinal tracheostomy
- Endotracheal therapy
- Dilatation
- Stenting
- Laser
- Technique of resection
- Surgical approaches
- Anatomic mobilization
- Reconstruction of the upper and lower
trachea
- Benign stenosis
- Posttherapeutic stenosis
- Postintubation stenosis
- Tracheoesophageal fistula
- Clinical presentation
- Diagnosis
- Treatment
- Complications
- Tumors
- Benign tumors
- Malignant primary tumors
- Secondary malignant tumors
- Diagnoses
- Surgical treatment
- Endoscopic management
- Radiation therapy
Unit
XXXV - ESOPHAGUS
UNIT OBJECTIVE:
At the end of this unit the resident understands the anatomy, physiology, and
embryology of the esophagus and the diagnostic tests of normal and abnormal
function; understands the types and causes of acquired abnormalities and the
appropriate treatment; understands benign and malignant esophageal neoplasms
and the various forms of treatment.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands the embryology, anatomy, innervation,
and vascular supply of the esophagus and adjacent structures;
- Understands the physiologic function of the
esophagus and pharynx, and the diagnostic tests;
- Understands the indications and technique
of diagnostic endoscopy of the esophageal diseases;
- Understands the principles of endoluminal
therapies;
- Understands the pathophysiology, histology,
complications, and diagnosis of esophageal reflux;
- Understands the indications and principles
of anti-reflux operations;
- Understands the clinical presentation, causes,
diagnosis, and treatment of paraesophageal hernias, mobility disorders, and
perforation of the esophagus;
- Understands the indications, methods, and
the operative approaches for benign and malignant esophageal diseases;
- Understands the role of laparoscopic and thoracoscopic
procedures in the treatment of benign disorders, in staging of esophageal
cancer, and esophageal dissection and esophagectomy;
- Understands pros and cons of differing resection
techniques for esophageal cancer;
- Understands the principles of patient management
after esophageal resection;
- Understands the presentation and management
of complications of esophageal operations;
- Understands the role of surgical pallation
and multimodality therapy for locally advanced esophageal cancer;
- Knows the long term results.
CONTENTS:
- Basic
- Embryology
- Anatomy
- Physiology
- Functional tests
- 24 hour esophageal pH monitoring
- Motility studies
- Diagnostic endoscopy
- Indications and technique
- Diseases of the esophagus
- Endoluminal therapies
- Malignant obstruction
- Barretts esophagus
- Esophageal varices
- Benign esophageal disorders
- Reflux
- Antireflux mechanism and pathogenesis
of reflux
- Esophagitis and its complications
- Diagnosis
- Medical and surgical treatment
- Diverticula
- Achalasia
- Stenosis
- Hernias
- Perforation
- Cancer of the esophagus
- Basic
- Staging
- Preoperative evalutation
- Surgical techniques
- odified Heller esophagomiotomy
- Resection of the esophagus
- Replacement of the esophagus with
stomach, colon and jejunum
- Free intestinal transfer techniques
in reconstruction of the esophagus
- Perioperative care
- Complications
- Infection
- Fistula
- Anastomotic complications
- Surgical pallation
- Palliative esophageal resection
- Esophageal bypass
- Esophageal dilatation
- Esophageal intubation
- Gastrostomy and jejunstomy
- Laser procedures
- Multimodality therapy
- Radiotherapy treatment with curative
intent
- Brachiterapy
- Postoperative radiation therapy
- Combination of radiation therapy and
chemotherapy
- Palliative radiation therapy
- Long term results
- VATS surgery
- Laparoscopic procedures
- Fundoplication
- Miotomy and fundoplication
- Epiphrenic diverticulum
- Paraesophageal hernia repair
- Collis-Nissen fundoplication
- Thoracoscopic procedures
- Staging for esophageal cancer
- Esophageal dissection and esophagectomy
- Leiomyoma resection
- Heller myotomy
- Belsey fundoplication
- Epiphrenic diverticulum
Unit XXXVI
- CHEST WALL
UNIT OBJECTIVE:
At the end of this unit the resident understands the anatomy of chest wall and
congenital abnormalities, including those leading to thoracic outlet syndrome;
the resident also understands acquired abnormalities and neoplasms of the chest
wall, indication and operative approach for resection, various methods of reconstruction,
and stabilization of the chest wall.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands the diagnosis of primary and metastatic
chest wall tumors;
- Knows the types of chemotherapy and radiotherapy
(induction and adjuvant therapy) of chest wall tumors and the indications
for preoperative and postoperative therapy;
- Knows methods of reconstruction with major
musculo-cutaneous flaps and omental transposition;
- Knows the indications for and methods of prosthetic
reconstruction of the chest wall defects.
- Knows the correct application of prosthetic
materials;
- Recognizes pectus excavatum and pectus carinatum,
and understands possible physiologic disturbances;
- Understands the indications for the operative
treatment of congenital chest wall abnormalities;
- Understands the etiology, evaluation, differential
diagnosis, and diagnostic criteria for thoracic outlet syndrome;
- Knows the operative and nonoperative management
of thoracic outlet syndrome.
CONTENTS:
- Chest wall resection and reconstruction
- Indications for resection
- Omental transposition for chest wall reconstruction
- Muscles flaps
- a. Latissimus dorsi
- b. Pectoralis major
- c. Serratus anterior
- d. Rectus abdominis
- Reconstruction with prothesis
- Congenital anomalies
- Pectus excavatum
- Etiology and incidence
- Pathophysiology
- Pulmonary and cardiovascular studies
- Surgical treatment
- Pectus carinatum
- Thoracic inlet syndrome
- Anatomic consideration
- Signs and symptoms
- Diagnosis
- Therapy
Unit
XXXVII - THORACIC TRAUMA
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands evaluation of patients with blunt
or penetrating chest wall injury;
- Understands the physiology and mechanics of
operative drainage of the thoracic cavity;
- Understands the operative and non-operative
management of chest wall injuries;
- Understands the pathophysiology of flail chest;
- Understands the clinical presentation and
radiologic findings of tracheobronchial injury;
- Understands the principles of airway management;
- Understands the management of tracheobronchial
and pulmonary injuries.
CONTENTS:
- Chest wall
- Rib fractures
- Flail chest
- Traumatic asphyxia
- Sternal fractures
- Penetrating chest wall wounds
- Pulmonary and tracheobronchial
- Emergency approach
- Airway control
- Pneumothorax
- Haemothorax
- Pulmonary contusion
- Penetrating injury
- Bronchial laceration
- Tracheal injury
Unit
XXXVIII - DIAPHRAGM
UNIT OBJECTIVE:
At the end of this unit the resident understands the anatomy, physiology and
embryology of the diaphragm and its relationship to adjacent structures; the
resident also understands congenital and acquired diaphragmatic anomalies, their
pathologic effects, and the diagnosis and treatment of these conditions.
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands the embryologic origin of the
diaphragm;
- Understands the anatomy of the diaphragm and
adjacent structures;
- Understands the neural and vascular supply
of the diaphragm and the pathologic consequences of injury;
- Understands the presentation of diaphragmatic
rupture and associated injuries;
- Understands the etiology, diagnosis, and treatment
of diaphragmatic paralysis;
- Understands the etiology, physiologic consequences,
diagnosis, and indications for operative repair of congenital and acquired
diaphragmatic hernias;
- Understands the primary and secondary tumors
of the diaphragm and their management;
- Understands the reconstructions methods of
the diaphragm.
CONTENTS:
- Embryology and anatomy of the diaphragm
- Diaphragmatic function, paralysis and eventration
- Hernias
- Tumors
Unit
XXXIX - ETHICS - PRACTICE - OUTCOME
LEARNER OBJECTIVES:
Upon completion of this unit the resident:
- Understands the ethical components of surgical
practice;
- Understands clinical database and outcome
analysis in surgical practice;
- Understands critical pathways and cost-benefit
analysis in clinical decision-making, and clinical outcome;
- Understands organizational structures and
mechanics of solo practice, group specialty practice, multispecialty practice,
and academic practice;
- Knows the structure and differences of European
Health Care organizations responsibilities and requirements of managed care,
capitation payment, contractual agreements, physician-hospital organizations,
and independent practice agreements;
- Knows the medico-legal aspects of surgical
practice;
- Understands the time constraints imposed by
the responsibilities of practice and the need for effective time management.
CONTENTS:
- Foundamental elements of ethical practice
- Clinical database and outcome analysis
- Cost factors and clinical outcome
- Practice arrangements
- External economic forces
- Medico legal factors
- Time arrangement
[European
School for Cardio-Thoracic Surgery]