“…Intention to get vaccinated associated with higher VL (p < .01);
two-factor loading confirmed
t-test; PCA Khiari 48 2021 | Tunisia , Cancer patients | 200 54.4 ± 12.7 | Cross-sectional study February 2021 | COVID-19 VLS | Functional : 3.2 ± 1.0 inter-critical : 1.7 ± 0.9 | Occupation, chronic diseases, COVID-19 history | Willingness to get the COVID-19 vaccine (named acceptance) | - | Acceptance to get vaccine associated with VL score (p = .02) and Interactive VL score (p = .001) multivariate logistic regression |
Kittipimpanon 49 2022 | Thailand, ≥60 ys | 408 F 72.5% , 83.3% of participants 60–69 years | Online cross-sectional survey between May and July 2021 | COVID-19 VLS | Functional 2.88 ± 0.68; Interactive-critical 3.34 ± 0.49 | Income , underlying diseases | Attitudes and Intention to get COVID-19 vaccine | - | Higher VL in females and persons aged 60–69 (p < .001) Pearson correlation, Independent t-tests |
Krishnamurthy 50 2021 | Barbados, Survey of healthcare professionals | 343, 76% F, 144 Aged 18–34; 199 Aged 35+ | Online Survey, February 2021 | Six items from the HLVa Scale | Interactive critical score: 3.46 (non-hesitant HCWs) Six questions administered | Marital status, occupation, seasonal flu vaccine, nationality, chronic illness, perceived knowledge of COVID-19 | COVID-19 vaccine intention | Recommending vaccination for relatives and patients | Vaccine hesitancy: 44.9% , chi-square. multivariable logistic regression; Spearman’s correlation |
Li 51 2022 | China, resident population |
…”