Page 167 - Advances in Textile Biotechnology

148 Advances in textile biotechnology

li y h and hardin i r (1996), ‘Enzymatic scouring of cotton’, Book of papers, AATCC
international conference and exhibition, 87–100.
li y h and hardin i r (1998), ‘Enzymatic scouring of cotton-surfactants, agitation,
and selection of enzymes’, Text Chem Color, 30(9), 23–29.
lin c h and hsieh y l (2001), ‘Direct scouring of greige cotton fabric with proteases’,
Text Res J, 71, 415–434.
losonczi a, csiszar e, szakacs g and bezur l (2005), ‘Role of the EDTA chelating
agent in bioscouring of cotton’, Text Res J, 78(5), 411–417.
lu h (2005), ‘Insights into cotton enzymatic pretreatment’, Int Dyer, 190(3), 3–10.
luis j del v, marta o, pere g, margarita c, schitzhofer w and gubitz g m (2006),

‘Bioscouring of cotton fibre with polygalacturonase induced in Sclerotium rolfsii
using cellulose and glucose pectin’, Text Res J, 76, 400–405.
mcneil m, darvill a, fry s and albersheim p (1984), ‘Structure and function of
primary cell walls of plants’, Ann Rev Biochem, 53, 625–663.
miller b and tyomkin i (1994), ‘Liquid porosimetry: new methodology and applica-
tions’, J Colloid Interf Sci, 162, 163–170.

moholkar v, nierstrasz v and warmoeskerken m (2003), ‘Intensification of mass
transfer in wet textile processes by power ultrasound’, AUTEX Res J, 3(3), 129–
137.
purdy r e and kolattukudy p e (1975), ‘Hydrolysis of plant cuticle by plant patho-
gen: purifi cation, amino acid composition, and molecular weight of two isozymes

of cutinase and a nonspecific esterase from Fusarium Solani F. Pisi’, Biochemistry,
14(13), 2824–2831.
reicher j and csiszar e (1992), ‘Decomposition of the residual seed coat fragments
of cotton, Melliand Textilberichte, 73, 196–197.
rossner u (1993), ‘Enzymatic degradation of impurities in cotton’, Melliand Textil-
berichte, 74, 144–148.
rouette h k (2001), Encyclopaedia of textile fi nishing, Berlin, Springer.
ryser u and holloway p j (1985), ‘Ultrastructure and chemistry of soluble and
polymeric lipids in cell walls from seed coats and fi bres of Gossypium species’,
Planta, 163, 151–163.
sawada k, tokino s and ueda m (1998), ‘Bioscouring of cotton with pectinase
enzyme in a non-aqueous system’, J Soc Dyers Colourists, 114(12), 355–359.
schmutz a, buchala a, jenny t and ryser u (1994), ‘The phenols in the wax and

suberin polymer of green cotton fibres and their functions’, Acta Hortic, 1, 269–
275.
stohr r (1995), ‘Enzymes–biocatalysts in textile fi nishing’, Melliand Textilberichte
English, 11, 1010–1013.

tavcer p (2008), ‘The influence of different pretreatments on the quantity of seed-
coat fragment in cotton fi bres’, Fibres Text East Eur, 16(1), 19–23.
thiry m (2008), ‘Half-dyed: the importance of preparation’, AATCC Rev, 8(9),
24–31.

traore m k and buschle-diller g (1999), ‘Influence of wetting agents and agitation
on enzymatic hydrolysis of cotton’, Text Chem Color Am Dyestuff Rep, 1, 51–56.
traore m k and buschle-diller g (2002), ‘Environmentally friendly scouring pro-
cesses’, Text Chem Color Am Dyestuff Rep, 32(12), 40–43.
tyndall r m (1992), ‘Improving the softness and surface appearance of cotton
fabrics and garments by treatment with cellulose enzymes’, Text Chem Color,
24(6), 23–26.

© Woodhead Publishing Limited, 2010