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. 2019 Jul 2;24(13):2436. doi: 10.3390/molecules24132436

Table 4.

Molecular weight, derivatization type, degree of substitution, and bioactivity of polysaccharides from G. elata and their derivatives.

Name [ref] Molecular Weight (Da) Modification DS 1 Bioactivities 2
a b c
AGEW [10] 1.0 × 105 - 0
ASS25 [10] 1.5 × 105 sulfation 0.579
ASS45 [10] 6.8 × 104 0.624 +
WGEW [10] 2.8 × 105 - 0
WSS25 [10,11,95,96,97] 6.5 × 104 sulfation 0.206 + + +
WSS45 [10] 1.9 × 105 1.685 +
M1S [97] 1.8 × 105 1.050 +
M2S [97] 1.3 × 105 1.220 +
M3S [97] 7.5 × 104 1.270 +
M4S [97] 4.1 × 104 1.210 +
M5S [97] 1.4 × 104 1.050
M6S [97] 1.2 × 104 1.240
M7S [97] 2.7 × 103 1.350
WGES1 [97] 2.4 × 105 0.141 +
WGES2 [97] 6.7 × 104 0.097 +
WGES3 [97] 1.8 × 105 0.194 +
WGES4 [97] 8.0 × 104 0.173 +
WGES5 [97] 1.38 × 105 0.220 +
WGES6 [97] 7.6 × 104 0.202 +
WGEA 5.7 × 103 aminopropylation unknown
WGEC 7.3 × 104 carboxymethylation
WGEP 2.2 × 103 phosphorylation
WGEL 6.0 × 105 acetylation

1 DS is calculated as 162 × %W/(96-80 × %W); %W is the content of SO4 2−. 2 a. Anti-dengue virus; b. antiangiogenesis; c. antiosteoporosis.