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. Author manuscript; available in PMC: 2010 Oct 1.
Published in final edited form as: Colloids Surf B Biointerfaces. 2009 May 5;73(1):65–74. doi: 10.1016/j.colsurfb.2009.04.023

Table 1.

Assesment of cytotoxicity and haemolytic activity of partially fluorinated carbohydrate surfactants and their hydrocarbon analogues in B16F10 cell line.a

Entry Structure of tails Cytotoxicity EC50 (μM) Haemolytic activity EC50 (mM)
without serum 20 % serum
Alkyl glucopyranosides
α-13b C14H29 53 2.5 >3.3 (30%)
α-13c C15H31 67 >3.3 (20%) >3.3
α-13d C16H33 70 >3.3 (20%) >3.3
α-13e C17H35 37 >3.3 (25%) >3.3
α-13f C18H37 >250 >3.3 >3.3
α-13g C19H39 >250 >3.3 >3.3
β-13a C7H15 >250 >3.3 >3.3
β-13bb C14H29 41 1.7 2.5
β-13cb C15H31 38 0.8 2.5
β-13db C16H33 50 >3.3 (30%) >3.3
β-13eb C17H35 38 2.5 >3.3 (5%)
β-13fb C18H37 32 >3.3 (10%) >3.3
β-13gb C19H39 100 >3.3 >3.3
(α+β)-13bc C14H29 62 0.8 1.7
(α+β)-13gd C19H39 >250 >3.3 (5%) >3.3
Perfluoroalkyl glucopyranosides
α-14d (CH2)10C6F13 47 >3.3 (5%) >3.3
α-14f (CH2)10C8F17 >250 >3.3 >3.3
β-14a (CH2)3C4F9 >250 >3.3 >3.3
β-14bb (CH2)10C4F9 32 >3.3 (10%) >3.3 (10%)
β-14cb (CH2)11C4F9 32 2.5 >3.3
β-14db (CH2)10C6F13 52 >3.3 (25%) >3.3
β-14eb (CH2)11C6F13 30 >3.3 >3.3
β-14fb (CH2)10C8F17 >250 >3.3 >3.3
β-14gb (CH2)11C8F17 >250 >3.3 >3.3
(α+β)-14ae (CH2)3C4F9 >250 >3.3 >3.3
(α+β)-14gf (CH2)11C8F17 >250 >3.3 >3.3
Alkyl galactopyranosides
α-15c C18H37 >250 >3.3 >3.3
β-15a C7H15 >250 >3.3 >3.3
β-15b C16H33 >250 >3.3 (40%) >3.3
β-15c C18H37 >250 >3.3 (20%) >3.3
Perfluoroalkyl galactopyranosides
α-16c (CH2)10C8F17 >250 >3.3 (10%) >3.3
β-16a (CH2)3C4F9 >250 >3.3 >3.3
β-16b (CH2)10C6F13 >250 >3.3 (20%) >3.3 (5%)
β-16c (CH2)10C8F17 >250 >3.3 (5%) >3.3
Alkyl maltopyranosides
β-17a C7H15 >250 >3.3 >3.3
β-17b C16H33 67 0.03 0.15
Perfuoroalkyl maltopyranosides
β-18a (CH2)3C4F9 >250 >3.3 >3.3
β-18b (CH2)10C6F13 25 1.7 2.5
Positive control
OTG Octylthioglucoside 620 0.5 3
a

Structure of carbohydrate surfactants (see also Scheme 1):

a

b

The data have been reported previously [15];

c

α-13b : β-13b = 1 : 4;

d

α-13g : β-13g = 1 : 2;

e

α-14a : β-14a = 1 : 6;

f

α-14g : β-14g = 1 : 1.