O o d h e a d p u b L i s h I n g L i m I t e d

7.8
Acknowledgements
The author would like to thank Dr Ian Russell, Dr Jane Harwood, Dr Peter
Speakman and Dr Edward Smith for their valuable comments and preparation
of the figures.
7.9
References
BALDWINSON
 
T
 
M
 (1990), ‘Soil-release and soil-repellent agents’, in Shore J, Colorants and
Auxiliaries: organic chemistry and application properties – Vol. 2: Auxiliaries, Bradford,
Society of Dyers and Colourists, 463–467.
© 2009 Woodhead Publishing Limited

---

Advances in wool technology
178
BARTON
 
J
 (2000a), ‘It’s a bugs life – or is it?’, International Dyer, 185(9), 14–16.
BARTON
 
J
 (2000b), ‘New research calms toxicity fears’, International Dyer, 185(7), 16–20.
BENISEK
 
L
 (2006), ‘Scientists developing new ways to make softer textiles’, Wool Record,
165(3736), 38.
BELL
 
V
 
A
 and 
LEWIS
 
D
 
M
 (1975), ‘The use of Bunte salt terminated polymers in wool
finishing, with special reference to their use in dyeing processes’, Proc. 5th Int. Wool
Textile Res Conf, Aachen, Schriftenreihe, III, 595–606.
BISHOP
 
D
 
P
, 
SHEN
 
J
, 
HEINE
 
E
 and 
HOLLFELDER
 
B
 (1998), ‘The use of proteolytic enzymes to
reduce wool-fibre stiffness and prickle’, J Text Inst, 89, Part 1, No. 3, 546–553.
BRADLEY
 
R
 
H
, 
CLACKSON
 
I
 
L
 and 
SUTHERLAND
 
I
 (1992), ‘Oxygen plasma modification of wool
fibre surfaces’, J Chem Tech Biotechnol, 63, 221–226.
BYRNE
 
K
 
M
 (1996), ‘Easy-care wool woven products’, J Soc Dyers Color, 112, 350–353.
BYRNE
 
K
 
M
 and 
GODAU
 
J
, (1995), ‘Commercial plasma treatment for woven fabrics’, Proc.
9th Int Wool Text Res Conf, Vol IV, 415–421.
CARDAMONE
 
J
 
M
 and 
YAO
 
J
 (2004), ‘DCCA shrinkproofing of wool, part II: improving
whiteness and surface properties’, Textile Res J, 74(7), 565–570.
CARDAMONE
 
J
 
M
, 
YAO
 
J
 and 
NUNEZ
 
A
 (2004a), ‘DCCA shrinkproofing of wool, part I:
importance of antichlorination’, Textile Res J, 74(6), 555–560.
CARDAMONE
 
J
 
M
, 
YAO
 
J
 and 
NUNEZ
 
A
 (2004b), ‘Controlling shrinkage in wool fabrics:
effective hydrogen peroxide system’, Textile Res J, 74(10), 887–898.
CARDAMONE
 
J
 
M
, 
YAO
 
J
 and 
PHILLIPS
 
J
 
G
 (2005), ‘Combined bleaching, shrinkage prevention,
and Biopolishing of wool fabrics’, Textile Res J, 75(2), 169–174.
CARDAMONE
 
J
 
M
, 
NUNEZ
 
A
, 
ASHBY
 
R
 and 
DUDLEY
 
R
 (2006), ‘Activated peroxide for enzymatic
control of wool shrinkage, part I: elucidation’, Textile Res J, 76(2), 99–108.
CAVACO
-
PAULO
 
A
 and 
SILVA
 
C
 
J
 
S
 
M
 (2003), ‘Treatment of animal hair fibres with modified
proteases’, World Patent WO03097927.
COOK
 
J
 
R
 (1984), ‘Shrink-resisting wool with aqueous silicone polymers: the effect of
added Synthappret BAP’, J Text Inst, 75(3), 191–195.
COOK
 
J
 
R
 and 
FLEISCHFRESSER
 
B
 
E
 (1985), ‘Shrink resisting wool with Synthappret BAP: the
effect of drying conditions’, Textile Res J, 55, 607–614.
CORTEZ
 
J
, 
BONNER
 
P
 
L
 
R
 and 
GRIFFIN
 
M
 (2004), ‘Application of transglutaminases in the
modification of wool textiles’, Enzyme Microb Techol, 34, 64–72.
CORTEZ
 
J
, 
BONNER
 
P
 
L
 
R
 and 
GRIFFIN
 
M
 (2005), ‘Transglutaminase treatment of wool fabrics
leads to resistance to detergent damage’, J Biotechnol, 116, 379–86.
CORTEZ
 
J
, 
ANGHIERI
 
A
, 
BONNER
 
P
 
L
 
R
, 
GRIFFIN
 
M
 and 
FREDDI
 
G
 (2007), ‘Transglutaminase
mediated grafting of silk proteins onto wool fabrics leading to improved physical and
mechanical properties’, Enzyme Microb Techol, 40(7), 1698–1704.
DAI
 
X
 
J
 and 
KVIZ
 
L
 (2001), ‘Study of atmospheric and low pressure plasma modification on
the surface properties of synthetic and natural fibres’,  Textile Institute 81st World