Table 1.
Study | Type of Animal | Treatment | Treatment Duration |
Effects |
---|---|---|---|---|
Devaux et al. [53] | Male Sprague Dawley young rats (YR) vs. old rats (OR) |
Diet with Mg deficiency | 22 mo | YR adipocytes hyperplasia; OR hypotrophy of adipocytes |
Boparai et al. [55] | Male Wistar rats | High sucrose (HS); low Mg (LM); HSLM | 12 wk | HSLM ↑ of TBARS and PCO (plasma and liver) |
Kurstjens et al. [57] | Male C57BL6/J mice | normal Mg Low-fat diet (NMLFD); NM High fat diet (NMHFD); LMLFD; LMHFD | 17 wk | LM ameliorates HFD-induced obesity, fasting glucose ↓, insulin sensitivity ↑; absence of liver steatosis; ↑ BAT Ucp1 m-RNA expression, and higher body temperature |
Zhong et al. [59] | Flox and ATKO mice | HFD; TRPM7 inhibition | 16 wk | ATKO have less body weight than Flox, ↓ % of macrophage in WAT, IL-1β, IL-6, MCP-1 |
Madaris et al. [68] | Male WT and MRS2−/− KO mice | HFD; Western Diet (WD) | 12 mo | MRS2−/− KO in WD no weight gain and ↑ mitochondrial activity and BAT |
Choudary et al. [56] | Male Wistar rats | LM; HS; HSLM | 3 mo | ↓ SOD, catalase and GST in HSLM |
ATKO = adipocyte-specific TRPM7 knock-out; BAT = brown adipose tissue; GST = glutathione-S-transferase; HFD = high fat diet; HS = high sucrose; IL = interleukin; KO = knock-out; LFD = low fat diet; LM = low Mg; MCP-1 = monocyte chemoattractive protein 1; MRS2 = mitochondrial RNA splicing 2; NM = normal Mg; OR = old rats; PCO = protein carbonyls; SOD = superoxide dismutase; TBARS = thiobarbituric acid reactive substances; TRPM7 = transient receptor potential ion channels for melastatin; WAT = white adipose tissue; WD = western diet; WT = wild-type; YR = young rats; ↑ = increase; ↓ = decrease; wk = weeks; mo = months.