Background
Methods
Participants and procedure
Measures
Information needs
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“Pharmacological Treatment”: information on the types of medicines to take, when to take them, and their possible interaction with other medicines;
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“Knowledge About the Disease”: information of the anatomical/functional nature connected to the disease (ex. how blood circulation system functions, what the symptoms connected to health problem are, and what can be done to manage them);
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“Daily activities”: information about daily life activities that can be carried out and which ones have to be modified (ex. work, free time, sexual activity);
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“Behavioral Habits”: information about the habits that can be continued and those that should be modified (smoking, diet, alcohol, physical activity);
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“Impact of the Disease”: information on how to manage stress and worries that might be generated by the change in life caused by the disease;
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“Risk and Complications”: information about the risks related to the disease and possible complications (ex. the possibilities of a heart attack, how to avoid complications, who to call in case of need etc.).
Information sources
Socio-demographic variables
Statistical analysis
Results
Participants’ characteristics
Number of patients | 217 |
---|---|
Age, mean ± SD | 57.28 ± 7.98 |
Gender | N (%) |
Female | 36 (16.58) |
Male | 181 (83.41) |
Education | |
< High School Diploma | 106 (48.84) |
High School Diploma | 88 (40.55) |
> High School Diploma | 23 (10.59) |
Employment | |
Employed | 126 (58.06) |
Retired | 58 (26.72) |
Unemployed | 11 (5.06) |
Housewife | 5 (2.30) |
Retired with some work activities | 17 (7.83) |
Marital status | |
Married | 154 (70.96) |
Not Married (Also widowed/divorced) | 63 (29.03) |
Acute coronary syndrome | N (%) |
---|---|
Non-ST elevation myocardial infarction (NSTEMI) | 43 (19.81) |
ST elevation myocardial infarction (STEMI) | 156 (71.88) |
Unstable Angina | 18 (8.29) |
Percutaneous coronary intervention | 204 (94.01) |
Patients with at least one stent | 206 (94.93) |
Risk factors | |
Hypertension | 97 (44.70) |
Dyslipidemia | 110 (50.69) |
Smoking Historya
| 140 (64.52) |
Diabetes | 39 (17.97) |
Obesity | 36 (16.59) |
Family History | 65 (29.95) |
Physical Inactivity | 17 (7.83) |
mean ± SD | |
Body Mass Index (BMI) | 26.98 ± 4.11 |
Pulmonary Artery Systolic Pressure (PAS) | 114.97 ± 13.37 |
Pulmonary Artery Diastolic Pressure (PAD) | 72.71 ± 8.46 |
6 months follow-up | 12 months follow-up | 24 months follow-up | |
---|---|---|---|
(T1) | (T2) | (T3) | |
N (%) | N (%) | N (%) | |
Emergency room visits | 18 (8.29) | 14 (6.45) | 13 (5.99) |
New hospitalizations | 9 (4.14) | 12 (5.53) | 9 (4.15) |
Specialist visits | 105 (48.39) | 106 (48.84) | 107 (49.31) |
New rehabilitation programs | 4 (1.84) | 9 (4.14) | 2 (0.92) |
Information needs
Information need | Mean at baseline | Mean At | Mean At | Mean At | df | F |
---|---|---|---|---|---|---|
6 months | 12 months | 24 months | ||||
follow-up | follow-up | follow-up | ||||
(T1) | (T2) | (T3) | ||||
Pharmacological treatment | 17.41 | 17.23 | 16.23 | 16.50 | 3;648 | 1.45 |
(SD = 8.51) | (SD = 8.35) | (SD = 8.65) | (SD = 8.00) | |||
Knowledge About the Disease | 18.01 | 17.69 | 17.16 | 16.75 | 3;648 | 1.29 |
(SD = 8.77) | (SD = 7.96) | (SD = 8.18) | (SD = 8.13) | |||
Daily Activities | 16.38 | 13.33 | 12.01 | 11.95 | 2.87;621.08 | 22.41** |
(SD = 8.28) | (SD = 7.14) | (SD = 6.86) | (SD = 7.37) | |||
Behavioral Habits | 14.06 | 11.98 | 10.84 | 12.05 | 2.85;616.59 | 10.29** |
(SD = 7.87) | (SD = 7.17) | (SD = 6.70) | (SD = 7.13) | |||
Impact of the Disease’ | 13.26 | 12.08 | 11.92 | 11.59 | 3;648 | 2.67 |
(SD = 7.57) | (SD = 6.71) | (SD = 7.16) | (SD = 6.77) | |||
Risk And Complications | 18.70 | 16.99 | 16.62 | 15.91 | 3;648 | 6.41** |
(SD = 7.67) | (SD = .7.99) | (SD = 7.84) | (SD = 7.93) |
Information sources
Information Sources | Baseline | 6 months follow-up (T1) | 12 months follow-up (T2) | 24 months follow-up (T3) | df | Cochran’s Q |
---|---|---|---|---|---|---|
GPs | 142 (65.44) | 187 (86.17) | 181 (83.41) | 188 (86.63) | 3 | 59.44*** |
Specialists | 195 (89.86) | 205 (94.47) | 204 (94.00) | 203 (93.54) | 3 | 7.63 |
Relatives | 172 (79.26) | 186 (85.71) | 170 (78.34) | 178 (82.02) | 3 | 4.33 |
Friends | 147 (67.74) | 161 (74.19) | 139 (64.05) | 132 (60.83) | 3 | 9.64* |
I. Leaflets-Physician | 136 (62.67) | 162 (74.65) | 151 (69.58) | 132 (60.83) | 3 | 16.18*** |
I. Leaflets Associations | 63 (29.03) | 86 (39.63) | 70 (32.25) | 78 (35.94) | 3 | 5.61 |
Magazines | 90 (41.47) | 116 (53.45) | 112 (51.61) | 113 (52.07) | 3 | 14.49** |
Internet | 102 (47.00) | 119 (54.83) | 118 (54.37) | 120 (55.29) | 3 | 9.64** |
Television | 94 (43.31) | 115 (52.99) | 125 (57.60) | 125 (57.60) | 3 | 20.94*** |
The role of socio-demographics variables
Discussion
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currently, HCPs invest much effort in information giving at the initial moment of an ACS. From a secondary prevention point of view, the results from this longitudinal study suggest that it is also necessary to shortly explore the patients’ information needs at every follow up visit and not only during the hospitalization for an acute cardiovascular event. In particular, it is important to constantly provide patients with information about pharmacological treatment, clinical aspects connected to the disease and recommendations on how to better manage stress and worries generated by the disease;
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furthermore, HCPs should deepen the underlying reasons of the constant decrease of the need for information related to behavioral habits. If this decrease is a consequence of patients’ incomprehension of the importance of lifestyle in maintaining health, it is important to find new and more fitting ways to deliver this kind of information. In particular, it could be rethought the role of general practitioners; the results of this study, in fact, show that the relevance of this source of health information increase over time. GPs should be provided of instruments (primarily the appropriate time) to better guide patients in the self-management of the disease;
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although magazines, internet and television were scored as less relevant in comparison with other sources, their increased relevance over time suggests a greater participation and interest of patients in the process of obtaining information. This result could be used by HCPs as an incentive to use these sources as powerful tools in delivering health information.