Metodi per una pratica assistenziale avanzata basata sulle evidenze di ricerca

A.Y. 2024/2025
7
Max ECTS
56
Overall hours
SSD
ING-INF/05 ING-INF/06 MED/42 MED/45
Language
Italian
Learning objectives
Acquire knowledge of the evolution of evidence-based practice
- Acquire the methodological ability to formulate a research question from a clinical care problem by conducting a literature search, critically assessing the quality of sources
Critically analysing strategies for the implementation of evidence based practice
To critically analyse and evaluate the validity and applicability of impact guidelines on nursing and midwifery care and the transfer of such guidelines into practice
Acquire knowledge and skills to design and implement clinical research studies in the professional field involving the collection and processing of clinical data
Apply knowledge of computer operating systems for data management;
Expected learning outcomes
The student will use the statistical descriptive and inferential methods in order to analyse the community care needs The student will use the computer operating system to manage data set
Single course

This course can be attended as a single course.

Course syllabus and organization

Single session

Prerequisites for admission
Required preliminary knowledge: Basic algebra and elements of geometry.
Assessment methods and Criteria
Informatics: Resolution of a computer exercise using the Excel program (Microsoft). Each correct question is worth about 3 points. The sum of the points corresponds to the final outcome of the test. The test is passed if the sum of the points is greater than or equal to 18
Sistemi di elaborazione delle informazioni
Course syllabus
Introduction to the procedures based on hypothesis testing for quantitative or interval variables Description of the sample using the sample mean and the sample variance Description of the sample through the distribution and calculation of percentiles Hypothesis test for the assessment of differences between groups: F-test Homoscedasticity test Hypothesis test for the evaluation of the differences between two groups: t-test for unpaired data Use of the t-test to isolate differences between groups in multiple comparison problems Hypothesis test for repeated measures: t-test for paired data Hypothesis test based on the rank sum: the Mann-Whitney test Introduction to the procedures based on the hypothesis test for two mutually exclusive nominal variables Description of the sample by the frequency of the two categories Construction of the contingency table Hypothesis test to evaluate the differences between groups: tests Use of the test to isolate differences between groups in multiple comparison problems Hypothesis test for repeated measures: McNemar test
Teaching methods
Teaching through slides and blackboard use with a problem-solving approach; practical sessions of exercises; slides and exercises available from Ariel for additional homeworks. The lecturers and practical sessions have done in a classroom using computers using the Excel program (Microsoft). Each lesson has the structure of a practical training session: in each lesson one or more problems related to the various topics of the course are solved on the computer. Each practical training session is preceded by the projection of PowerPoint slides related to the theoretical topic of the session.
Teaching Resources
Pagano - Gauvreau "Principles of Biostatistics", Chapman and Hall/CRC Bland "An Introduction to Medical Statistics" (English Edition) 4th Edition, Oxford University Press Elmore - Wild - Nelson - Katz "Jekel's Epidemiology, Biostatistics, Preventive Medicine, and Public Health" Elsevier - Health Sciences Division, 2020 (in press) S.A. Glantz, Primer on Bio-Statistics, McGraw-Hill. 1997 Microsfot Excel Tutorial, Microsoft
Bioingegneria elettronica ed informatica
Course syllabus
Introduction to the procedures based on hypothesis testing for quantitative or interval variables Description of the sample using the sample mean and the sample variance Description of the sample through the distribution and calculation of percentiles Hypothesis test for the assessment of differences between groups: F-test Homoscedasticity test Hypothesis test for the evaluation of the differences between two groups: t-test for unpaired data Use of the t-test to isolate differences between groups in multiple comparison problems Hypothesis test for repeated measures: t-test for paired data Hypothesis test based on the rank sum: the Mann-Whitney test Introduction to the procedures based on the hypothesis test for two mutually exclusive nominal variables Description of the sample by the frequency of the two categories Construction of the contingency table Hypothesis test to evaluate the differences between groups: tests Use of the test to isolate differences between groups in multiple comparison problems Hypothesis test for repeated measures: McNemar test
Teaching methods
Teaching through slides and blackboard use with a problem-solving approach; practical sessions of exercises; slides and exercises available from Ariel for additional homeworks. The lecturers and practical sessions have done in a classroom using computers using the Excel program (Microsoft). Each lesson has the structure of a practical training session: in each lesson one or more problems related to the various topics of the course are solved on the computer. Each practical training session is preceded by the projection of PowerPoint slides related to the theoretical topic of the session.
Teaching Resources
Pagano - Gauvreau "Principles of Biostatistics", Chapman and Hall/CRC Bland "An Introduction to Medical Statistics" (English Edition) 4th Edition, Oxford University Press Elmore - Wild - Nelson - Katz "Jekel's Epidemiology, Biostatistics, Preventive Medicine, and Public Health" Elsevier - Health Sciences Division, 2020 (in press) S.A. Glantz, Primer on Bio-Statistics, McGraw-Hill. 1997 Microsfot Excel Tutorial, Microsoft
Igiene generale e applicata
Course syllabus
1. Introduction to the evidence based medicine for the clinical practice
2. The clinical research question: formulate and search a clinical question on the scientific literature databases
3. Randomized controlled trials: importance, methods and results
4. Systematic reviews and introduction to meta-analyses
5. Clinical practice guideline: definition and national context
Teaching methods
Frontal lessons and tutorial exercises (analysis of clinical questions and study designs)
Teaching Resources
Pontello M, Auxilia F. «Igiene, Medicina Preventiva e Salute Globale» Ed. Piccin
Higgins JPT, Thomas J, Chandler J, Cumpston M, Li T, Page MJ, Welch VA (editors). Cochrane Handbook for Systematic Reviews of Interventions. 2nd Edition. Chichester (UK): John Wiley & Sons, 2019.
Clinical Trials: A Practical Guide to Design, Analysis, and Reporting Paperback - 1 Nov 2005 by Duolao Wang (Editor), Ameet Bakhai (Editor) Elementi di metodologia epidemiologica- Carlo Signorelli, Editore: SEU
Foundations of Clinical Research: Applications to Practice (Inglese), di Leslie Portney (Autore), Mary P. Watkins (Autore) Sistema Nazionale Linee Guida - https://snlg.iss.it/
Articles and e materials (slide)
Scienze infermieristiche generali cliniche e pediatriche
Course syllabus
Identify in the nursing care processes (e.g. protected discharge of the frail patient from the hospital, care of the chronic patient in the community, provision of fast track paths for white codes in the emergency room, case management of complex patients, pathway management of vascular accesses):
- Drawing up a rationale and achievable objectives based on the context analysis
- Searching for and evaluating the strongest evidence to support this rationale and these objectives: which study designs, highlighting which strengths and discussing which weaknesses? What aspects lack evidence and how should we document them, what data should we produce to monitor the situation?
- Checking the actual feasibility of the whole thing: are the resources we should put in place comparable, in organisational terms, to those discussed in the evidence found? What benefits can we expect in return for the resources deployed?
- How do we document this whole process in terms of evidence, in a cyclic quality improvement perspective?
Teaching methods
Lectures using different tools such as slides, and report discussion are provided.
Teaching Resources
Use of databases and materials provided for each specific lesson
Bioingegneria elettronica ed informatica
ING-INF/06 - ELECTRONIC AND INFORMATICS BIOENGINEERING - University credits: 2
Lessons: 16 hours
Professor: Porta Alberto
Igiene generale e applicata
MED/42 - HYGIENE AND PUBLIC HEALTH - University credits: 1
Lessons: 8 hours
Professor: Castellini Greta
Scienze infermieristiche generali cliniche e pediatriche
MED/45 - NURSING - University credits: 3
Lessons: 24 hours
Sistemi di elaborazione delle informazioni
ING-INF/05 - INFORMATION PROCESSING SYSTEMS - University credits: 1
Lessons: 8 hours
Professor: Porta Alberto
Professor(s)
Reception:
by appointment to be agreed via e-mail
San Donato Milanese - via R. Morandi 30
Reception:
By appointment
Via C. Pascal 36 - 20133 Milan