Table 3: Factors associated/investigated/or corelated to frailty.
Study Author (Year) |
Ref |
Study Objective(s) |
Factors |
P |
D |
S
|
Alqahtani B (2021) |
[31] |
To investigate the prevalence of frailty and socio-demographic and associated clinical factors in Saudi older adults |
Sociodemographic, impaired cognition and function |
X |
X |
X |
Esmayel E (2013) |
[36] |
To determine the prevalence of frailty and its association with blood pressure and anthropometric measurements. |
Gender, blood pressure, anthropometric measurements (BMI, MUC, MCC) |
X |
|
X |
Abou-Raya S (2009)
|
[37] |
To evaluate the association between osteoporosis and CHF in elderly and the impact of physical activities and vit D on this association |
CHF (EF) and BMD |
|
X |
X |
Madbouly K (2017) |
[23] |
Association of the m-FI with adverse outcomes after penile prothesis implantation |
No adverse outcome measures were associated with frailty |
|
X |
|
Alqahtani B (2021) |
[32] |
To adapt and validate the Arabic version of the FRAIL scale in community-dwelling older adults |
Age, comorbidities, MMSE, TUG, grip strength and performance battery |
X |
X |
X |
Alqahtani BA (2021) |
[33] |
To translate and adapt cross-cultural TFI and evaluate its usability and construct validity. |
Physical and function activities, and psychological domains. |
|
X |
X |
Boules C (2013) |
[26] |
To assess the nutritional status of community dwelling elderly. |
Socio-demographic, BMI, malnutrition, chronic pain, insomnia, ADL, chronic diseases, cognitive, loneliness, balance, and falls |
X |
X |
X |
Boules C (2016) |
[25] |
To analyze the relationship between malnutrition and frailty |
Socio-demographic, nutrition, depression, and cognitive |
X |
X |
X |
Chakroun-Walha O (2020) |
[21] |
To evaluate the usefulness of frailty screening in predicting outcome (death) of elderly at ED |
Functional (ADL), death, type of medical card at the ED, time of delay in ED, social, and comorbidities factors. |
X |
X |
X |
El Zoghbi M (2013) |
[27] |
To investigate the association between cognitive function and nutritional status in elderly |
Cognitive |
|
X |
|
El Zoghbi M (2013) |
[28]
|
To provide a description of nutritional status and its corelated in older adults. |
Malnutrition |
|
|
X |
Hakeem FF (2020) |
[34] |
To examine association between normative and subjective oral health indicators and frailty.
|
Oral health includes the following measures: self-rated oral health, number of teeth, and functional dentition. |
|
|
X |
Hammami S (2020) |
[38] |
To investigate the association between pro-inflammatory marker and the development of frailty |
Age, gender, living in nursing home, BMI, depression, cognitive, nutrition, inflammatory biomarker, and CPR |
X |
|
X |
Hamza SA (2012) |
[39] |
To detect the IgM memory B cell population response in the elderly following vaccination with the 23-valent pneumococcal polysaccharide vaccine and its relation to frailty indices, nutritional status, and serum zinc level. |
After vaccination, positive frailty incidence was related to a lower mean IgM B memory cells percentage. A lower baseline percentage of IgM B memory cells was significantly related to age < 70 years, |
X |
|
|
Hayajneh AA (2021) |
[40] |
To explore frailty and its corelates among cognitively intact community dwelling older adults. |
Depression, comorbidities, physical function, and social function |
X |
X |
X |
Khamis R (2019) |
[41] |
To assess the psychometric properties of the Arabic version of GFI in urban and rural population |
Gender, age, level of education, QoL |
X |
|
X |
Khater MS (2012) |
[22] |
To evaluate the incidence of falls in a year and its predictive factors among Egyptian nursing home residence |
Falls |
|
|
X |
Mohamed M (2015) |
[42] |
To clarify the impact of IGF-1 level on muscle and bone mineral density (BMD) in frail elderly males. |
IGF-1, BMD-3 anthropometric (MAC, MCC, and hand grip strength), T score of BMD |
|
|
X |
Monib S (2021) |
[30]
|
To evaluate patient’s performance using the WHO/ECOG performance status score, CFS, and ASA-PS as the outcomes of management of breast cancer in geriatric population |
Demographic, physical and performance status |
X |
|
X |
Rasheedy D (2021) |
[43]
|
To quantify the effect of the association of frailty, sarcopenia, and malnutrition on other geriatric giants e.g., delirium, cognitive impairment, and functional disability in hospitalized older adults. |
Sarcopenia, gender (female are frailer and sarcopenic than male, malnutrition co-occurred with sarcopenia and frailty |
X |
|
X |
Alqahtani BA (2021) |
[35] |
Association between physical frailty and sleep quality |
Sleep quality, BMI, and cognition |
|
X |
X |
Aly (2020) |
[44] |
To detect prevalence and risk factors of UI and its effect of Qol among frail elderly female living in Egypt |
Urinary incontinence |
|
X |
|
Rasheedy D (2021) |
[45] |
To assess the usability of self-administrated geriatric assessment phone application |
NA |
|
|
|
Atta Saudi AR (2021) |
[46] |
To assess the prevalence of frailty and to evaluate the association between physical frailty and cognitive function and determine the most impaired cognitive domains among frail patients. |
Age, gender (male), low education and income, comorbidities, BMI, comorbidities, ADL, IADL, and depression |
X |
X |
X |
Shokry MM (2021) |
[29] |
To detect relation between vit C level and DM control and frailty in elderly patients |
Vitamin C |
|
|
|
Tawfik HM (2021) |
[24] |
To determine the association between pre-operative frailty and the incidence of post-operative complication and to validate Robinson score in geriatric Egyptian undergoing elective cardiac surgery |
Age, CHF, DM, readmission |
X |
X |
|
Daou T (2022) |
[47] |
To explore the association between adherence LMD and frailty among older adults in Lebanon |
Age, cognitive dysfunction, depression, and polypharmacy |
X |
X |
|