The acacia caven gum (ACG) is an exudate from Acacia caven tree, this gum is dissolved in water and purified by
precipitation with ethanol. In this paper the intrinsic viscosity, [η], is calculated by dissimilar equations, as Huggins,
Kramer, Arrhenius-Rother-Hoffmann, Staudinger & Heuer, Square (S), Square root (SR), S-SR average plot, average values
of S-SR, and being Kraemer is taken as standard. The different methods are evaluated and compared. From [η]
measurements are determined the molecular weight (MV) and hydrodynamic radius (RH), with values of 1060 Kg/mol
and 24 nm, respectively. This polysaccharide acquires a random coil conformation with Mark-Houwink parameters of
a=0.5507 and k=0.0225 cm3/g. This polysaccharide is applied as thickener, coemulsifier and gelling in different industry.
Acacia caven gum; Intrinsic viscosity; Molecular weight