|
Authors [ref no.]
|
Year
|
Country
|
Factors of sarcopenia mentioned (to be improved)
|
|
Kimura [8]
|
2013
|
Japan
|
Disability, community involvement
|
|
Filippin [9]
|
2015
|
Brazil
|
Physical activity, metabolic syndrome, cognitive function
|
|
Steffl [10]
|
2015
|
Prague
|
Smoking
|
|
Giallauria [11]
|
2016
|
Italy
|
Physical activity, muscle use, alpha motor neuron
|
|
Imamura [12]
|
2016
|
Japan
|
Social capital
|
|
Kim [13]
|
2016
|
Japan
|
Age, body mass index, overweight, chewing ability, 25-hydroxy-vitamin D, insulin-like growth factor 1, testosterone, albumin, gamma-glutamyl transferase, lipids, cystatin C, blood pressure, osteoporosis, pain, stroke, chronic kidney disease, chronic obstructive pulmonary disease, fat and protein intake, exercise, instrumental activities of daily living
|
|
Dennison [14]
|
2017
|
UK
|
Men with cancer, diet, physical activity, smoking, obesity
|
|
Reijnierse [15]
|
2017
|
Netherlands
|
Knowledge about sarcopenia, equipment availability
|
|
Vlietstra [16]
|
2018
|
New Zealand
|
Physical activity, frailty, heart failure, chronic obstructive pulmonary disease, renal failure, osteoporosis, obesity, dementia, Type 2 diabetes mellitus, health-related quality of life
|
|
Mundi [17]
|
2018
|
USA
|
Dietary protein
|
|
Shen [18]
|
2018
|
China
|
Nutrition
|
|
Coelho-Junior [19]
|
2020
|
Italy
|
Income
|
|
Dae-Woo [20]
|
2020
|
Korea
|
Chewing ability
|
|
Nguyen [21]
|
2020
|
Viet Nam
|
Age, body mass index, chronic obstructive pulmonary disease, male, malnutrition, physical activity, community life, isolation
|
|
Wahlen [22]
|
2020
|
Qatar
|
Sedentary lifestyles, hormone and cytokine balance, protein synthesis and regeneration, motor neuron remodeling, early developmental influences, chronic heart failure
|
|
Gandham [23]
|
2021
|
Australia
|
Physical activity, education, residential area
|
|
Zidroul [24]
|
2021
|
Greece
|
Social capital
|
