| Biblioni, 2018 [31] |
Spain |
Cross-sectional |
380 (54) |
70 |
HGS (digital, TKK 5401) |
WC |
Lower HGS in men with abdominal obesity (36.9 kg) compared to non obese (43.3 kg, p=0.017) |
| Chen, 2021 [32] |
Singapore |
Cross-sectional |
292 (57.9) |
74 |
HGS (digital, A5401) |
Modified ATP III for Asians |
Higher prevalence of low HGS in MetS frail (76.2%) compared to robust (43.8%, p=0.02) |
| Chun, 2019 [38] |
Korea |
Cross-sectional |
2709 (53) |
68 |
Relative HGS (digital, Takei, TKK 5401) |
Modified ATP III for Asians |
Low relative HGS associated to MetS [OR 4.194 (2.985–5.892)] |
| Escribà-Salvans, 2022 [27] |
Spain |
Cross-sectional |
104 (84.6) |
86 |
HGS (Jamar Digital) |
obesity |
Obesity was associated with low muscle strength [OR = 0.14 (0.03 ‐ 0.60), p = 0.008] |
| Gong, 2022 [28] |
China |
Cross-sectional |
84 (51.2) |
75 |
HGS (digital, CAMRY EH101) |
Lipoprotein subfractions |
HGS was negatively correlated with TG (r = -0.256, p = 0.019) |
| Joo, 2022 [26] |
Korea |
Cross-sectional |
206 (0) |
65-80 |
Relative HGS (digital, Takei TKK 5401) |
HOMA-IR |
The prevalence of IR decreased in higher relative HGS. Increase in OR of having IR with lower rHGS [2.82 (1.10–7.21)] |
| Kawamoto, 2016 [37] |
Japan |
Cross-sectional |
1679 (55.8) |
70 |
Relative HGS (not informed) |
Modified ATP III for Asians |
Low relative HGS associated with MetS components [WC r=-0.5 (p<0.001); HDL r=0.2 (p<0.001)] |
| Kim, 2020 [39] |
Korea |
Cross-sectional |
2451 (54.5) |
63 |
Relative HGS (digital, Takei, TKK 5401) |
cardiometabolic markers |
Low relative HGS associated with MetS components [HOMA-IR r=-0.17, WC -0.4 and high HDL r=0.14, (p<0.001)] |
| Kimura, 2021 [29] |
Japan |
Cross-sectional |
157 (40.1) |
70 |
HGS (Smedley) |
BP in T2DM patients |
SBP and PP negatively associated with HGS in women [β = −0.14 (−0.21, −0.08)] DBP positively associated with HGD in men [β = 0.20 (0.03, 0.37)] |
| Leite, 2023 [30] |
Brazil |
Cross-sectional |
138 (66.7) |
68 |
HGS (hydraulic, Jamar) |
central obesity, DM |
Lower HGS in participants with central obesity [waist to hip ratio decreased HGS by 41.1% (β= -0.19; t = −3.70; p < 0.001)] |
| Lin, 2021 [33] |
Taiwan |
Longitudinal |
3739 (57.2) |
76 |
HGS (digital, Takei, TKK5101) |
WC |
Weaker HGS in old men with higher WC [β = −0.108 (p< 0.001)] |
| Merchant, 2020 [40] |
Singapore |
Cross-sectional |
722 (55) |
71 |
Relative HGS (digital, A5401) |
Modified ATP III for Asians |
Higher relative HGS significantly associated with lower odds of having MetS [OR 0.51 (0.43–0.61) and 0.13 (0.07–0.24), p<0.01] |
| Pérez-Sousa, 2020 [41] |
Colombia |
Cross-sectional |
1571 (60) |
70 |
Relative HGS (digital, Takei) |
WC, fasting glucose |
Low relative HGS associated with WC [β = −0.069 (−0.082, −0.057), p < 0.001], indirect effect mediated by hyperglycemia [β = −0.002 (−0.004 to −0.001), p < 0.001] |
| Sayer, 2007 [42] |
United Kingdom |
Cross-sectional |
2677 (52) |
66 |
HGS (Jamar) |
ATP III and IDF |
Low HGS associated with increased odds of having MetS [OR 1.18 (1.07, 1.30) p<0.001] |
| Souza Moreira, 2022 [36] |
Brazil |
Longitudinal |
7905 (60) |
63 |
HGS (hydraulic, SAEHAN) |
obesity, WC |
Overweight was inversely association with muscle weakness [OR 0.66 (0.52–0.83 in men)], obesity was inversely associated with muscle weakness [OR 0.49 (0.31–0.78) in men; OR 0.69 (0.52–0.92 in women)] |
| Stessman, 2017 [23] |
Israel |
Longitudinal |
2304 (nd) |
70-90 |
HGS (5001 Grip-A) |
DM |
Prevalence of DM higher in low HGS aged (27%, p=0.004). Survival rates significantly lower in participants with low HGS (p<0.0001) |
| Taekema, 2011 [24] |
Netherlands |
Cross-sectional |
550 (66) |
85 |
HGS (digital, Jamar) |
MAP, SBP, DBP |
Higher SBP associated with higher HGS in the oldest [Adjusted β = 0.05, p<0.01] |
| Tong, 2022 [34] |
China |
Cross-sectional |
251 (60.2) |
≥60 |
HGS (hydraulic, Jamar 5030J1) |
IDF |
Lower HGS in men with MetS (37.8±7.1Kg) compared to without MetS (42.5±7.5 Kg, p=0.004) |
| Waqas, 2022 [35] |
Netherlands |
Cross-sectional |
2744 (66) |
74 |
HGS (hydraulic, Fabrication Enterprises) |
hyperglycemia |
Hyperglycemia biomarker (advanced glycation end-products) was inversely associated with HGS [β −0.051 (95% CI −0.075, −0.026)] |
| Zhang, 2021 [19] |
China |
Cross-sectional |
601 (100) |
67 |
Relative HGS (digital, Takei TKK5401) |
Modified ATP III for Asians |
Increased prevalence of MetS in the lowest relative HGS quartile [OR 1.239 (1.052–2.124), p<0.001] |