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. 2022 Mar 18;13:817033. doi: 10.3389/fneur.2022.817033

Table 2.

Univariable logistic regression analyses depicting the associations of glycemic variation indices with different functional outcomes.

Variable HYPO TIR TAR CV SD LAGE MAGE MODD LBGI HBGI
Odds ratio (95% CI)
Neurological improvement 2.032
(0.590, 6.997)
1.005
(0.991, 1.019)
0.994
(0.979, 1.009)
0.971
(0.904, 1.004)
0.713
(0.423, 1.203)
0.943
(0.826, 1.076)
1.027
(0.840, 1.256)
0.717
(0.466, 1.103)
1.177
(0.848, 1.634)
0.964
(0.906, 1.026)
3-Month functional independence 0.892
(0.542, 1.466)
0.986
(0.970, 1.001)
1.014
(0.997, 1.031)
1.019
(0.947, 1.096)
1.521
(0.845, 2.739)
1.047
(0.913, 1.200)
1.090
(0.886, 1.341)
1.325
(0.835, 2.102)
0.840
(0.643, 1.099)
1.077
(0.989, 1.174)
3-Month excellent functional outcome 0.959
(0.567, 1.624)
0.989
(0.972, 1.006)
1.010
(0.992, 1.029)
0.999
(0.924, 1.079)
1.348
(0.717, 2.535)
1.032
(0.890, 1.197)
1.085
(0.861, 1.366)
1.229
(0.747, 2.020)
1.035
(0.779, 1.374)
1.057
(0.966, 1.157)

CI, confidence interval; HBGI, high blood glucose index; LBGI, low blood glucose index; MAGE, mean amplitude of glucose excursions; LAGE, largest amplitude of glycemic excursion; MODD, mean of daily differences; SD, standard deviation; CV, coefficient of variation; TIR, time in range; HYPO, hypoglycemic range; TAR, time above range.