CARDIOLOGY

ΚΑΡΔΙΟΛΟΓΙΑ

CARDIOLOGY

COURSE CODEΠΘ 0500

COURSE INSTRUCTORIoannis Skoularigis, Professor

CO-INSTRUCTORS

Grigorios Giamouzis, Andreas Xanthopoulos, Dimitrios Economou, Katerina Chamaidi, Zacharias-Alexandros Anyfantakis, Christos Pantsios


ECTS:5.00

COURSE TYPE

CC | SCIENTIFIC AREA

TEACHING SEMESTER10st SEMESTER

WEEKLY TEACHING HOURS:5 HOURS

Total Time (Teaching Hours + Student Workload)109 HOURS

PREREQUIRED COURSES:

Attendance and successful examination in:

i. Integrative Systems Physiology 

ii. Pathological Physiology I

iii. Clinical Examination and Diagnosis in Internal Medicine


LANGUAGE OF TEACHING AND EXAMSGREEK

AVAILABLE TO ERASMUS STUDENTSNO

SEMESTER LECTURES:DETAILS/LECTURES

TEACHING AND LEARNING METHODS :

Face to face lectures/Clinical examination.

Use of information and communication technologies. Literature review from PubMed.

The participation of students in lectures is mandatory.

No more than two (2) days absence is allowed.

Power point


STUDENT EVALUATIONWritten and oral exams.

Objective Objectives/Desired Results:

The course accounts for one of the basic pillars of Pathology.

  • The course content focuses on the development of clinical and critical consideration of the students.
  • Furthermore, it is related to clinical entities. In this regard, the course is the basis on top of which the student will be familiarized with cardiovascular diseases. Lastly, the goal of the course is the students’ comprehension of the importance of clinical manifestations, laboratory and imaging findings in a distinct scientific field/occupation.

 After the course’s successful completion, the student will be capable of:

  • Understanding the mechanism, clinical picture and the laboratory findings of the common cardiovascular diseases.
  • Understanding of the clinical manifestations of the abovementioned diseases.
  • Distinguishing the basic treatment options for each one of the abovementioned diseases.
  • Selecting the best options (advantages and disadvantages) of the various imaging, laboratory and immunologic tests used for the diagnosis of the abovementioned diseases
  • Analyzing laboratory and imaging findings of the abovementioned diseases
  • Cooperating with his/her fellows in order to elaborate on a subject of the abovementioned diseases.

ECG

The course is a basic tool for students to gain knowledge and comprehend principles in the module of electrocardiography.

  • The course content focuses on the enhancement of knowledge gained at previous modules, it provides the basis for development, implementation of ideas and problem solutions in a new context related to the discipline.
  • Furthermore, it focuses on the ability of the students to combine knowledge and manage complex issues, as well as to express opinions, linked to the knowledge implementation. In this regard, the course constitutes the basis on top of which the student will be capable of disclosing with clarity their conclusions, as well as the knowledge and the rational based upon they rely on, both in specialized and non-specialized attendees.

Finally, the goal of the course is the comprehension from the students of the importance of specialized knowledge, especially novel knowledge in a distinct scientific field / occupation.

After the course’s successful completion, the student will be capable of:

  • Understanding the theory and principles.
  • Understanding his/her learning field and interconnection with other domains.
  • Distinguishing complex, unpredictable learning environments, which require different approach.
  • Using complex techniques or professional activities, with accountability for the decision making in unpredictable working environments.
  • Analyzing, evaluating and composing novel and sophisticated ideas.

Cooperating with his/her fellows as far as topics related to their scientific fields.


Course URL :http://www.med.uth.gr/DetailsLes.aspx/id=76

Course Description:
  • Objective Goals of the Course (Expected Learning Skills): Teaching of the fundamental principles of electrocardiography and its implementation in Clinical Cardiology.
  • Description of the main cardiovascular diseases focusing on the cause, clinical picture, natural history and treatment of those.

– Clinical semiology

– Cardiac function

– Heart failure – Classification and diagnosis

– Heart failure – Medical treatment

– Heart failure – Device treatment and cardiac transplantation

– Electrocardiography

– Echocardiography

– Coronary artery disease – Diagnosis

– Coronary artery disease – Treatment

– Acute myocardial infarction

– Arterial hypertension

– Valvular disease – Part 1

– Valvular disease – Part 2

– Cardiomyopathies

– Endocarditis

– Pericarditis

– Pulmonary embolism

– Systemic diseases and heart

– Cardio-respiratory resuscitation

– Cardiac arrhythmias – Part 1 Supraventricular

– Cardiac arrhythmias – Part 2 Ventricular

– Interventional Cardiology Interventional treatment of arrhythmias

– Novel anticoagulants in the management of atrial fibrillation

– Novel antianginal drugs in the management of chronic coronary artery disease.

ECG

  • Normal electrocardiogram (ECG). ECG axis and axis deviation.
  • Basic ECG waves. ECG leads.

– Atrial and ventricular distention

– Conductivity disturbances. Bundle branch blocks.

– Atrioventricular block.

– Supraventricular arrhythmias.

– Ventricular arrhythmias.

– Myocardial ischemia and myocardial infarction.

-Various ECG presentations.

– Review and differential diagnosis.

 
Recommended reading:

1. Principles of Contemporary Cardiology (Αρχές Σύγχρονης Καρδιολογίας)

Edition: 1st/2022

Author: Ioannis Skoularigis

Type: Text

Publisher: Neon (Νέον Κωστάκης Δ. Αθανάσιος)

Evdoxos code: 112690375

ISBN: 9786185515225

 


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