Table 3. Soluble solid contents of QSLE, LJLE, and CTLE extracted under different conditions

Temperature(℃) Extraction time (h) Soluble solid content (%)
QSLE1) LJLE2) CTLE3)
70 1 0.32±0.00b4)C5) 0.70±0.01bA 0.43±0.01efB
2 0.37±0.00abC 0.70±0.00bA 0.44±0.01defB
3 0.39±0.01abC 0.72±0.03bA 0.44±0.01defB
4 0.37±0.01abC 0.72±0.01bA 0.52±0.01aB
5 0.38±0.00abC 0.72±0.01bA 0.52±0.05aB
80 1 0.36±0.01abC 0.70±0.00bA 0.44±0.04defB
2 0.41±0.00abC 0.73±0.01bA 0.45±0.04bcdefB
3 0.42±0.02aC 0.72±0.01bA 0.45±0.01cdefB
4 0.41±0.01abC 0.72±0.01bA 0.49±0.01abcdB
5 0.42±0.02aC 0.72±0.01bA 0.50±0.02abB
90 1 0.43±0.00aB 0.72±0.01bA 0.40±0.03eB
2 0.42±0.01aB 0.72±0.01bA 0.43±0.05efB
3 0.45±0.01aB 0.72±0.01bA 0.47±0.02bcdeB
4 0.42±0.01aC 0.80±0.14aA 0.47±0.02abcdeB
5 0.45±0.19aB 0.83±0.08aA 0.50±0.03abcB
1)QSLE, Quercus salicina Blume leaf hot water extract.
2)LJLE, Ligustrum japonicum leaf hot water extract.
3)CTLE, Clerodendrum trichotomum leaf hot water extract.
4)a-fMeans with the same superscripts in a column are not significantly different by Duncan’s multiple range test (p<0.05).
5)A-CMeans with the same superscripts in a row are not significantly different by Duncan’s multiple range test (p<0.05).