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

Conference: An odyssey in fibres and space, Melbourne, Australia, April.
DAOUD
 
W
 
A
, 
LEUNG
 
S
 
K
, 
TUNG
 
W
 
S
, 
XIN
 
J
 
H
, 
CHEUK
 
K
 and 
QI
 
K
 (2008), ‘Self-cleaning keratins’,
Chem Mater, 20(4), 1242–1244.
DOMBROWSKI
 
R
 (2006), ‘Beyond perception: brominated flame retardants’, AATCC Review,
6(10), 33–35.
DU
 
G
, 
CUI
 
L
, 
ZHU
 
Y
 and 
CHEN
 
J
 (2007), ‘Improvement of shrink-resistance and tensile
strength of wool fabric treated a novel microbial transglutaminase from Streptomyces
hygroscopicus’, Enzyme Microb Techol, 40, 1753–1757.
DYBDAL
 
L
, 
HEINE
 
E
 and 
HÖCKER
 
H
 (2001), ‘Method for enzymatic treatment of wool’, US
Patent 6258129.
© 2009 Woodhead Publishing Limited

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Wool finishing and the development of novel finishes
179
EL
-
SAYED
 
H
, 
KANTOUCH
 
A
, 
HEINE
 
E
 and 
HÖCKER
 
H
 (2001), ‘Developing a zero-AOX shrink-
resist process for wool. Part I: preliminary results’, Color Technol, 177, 234–238.
ERRA
 
P
, 
MOLINA
 
R
, 
JOCIC
 
D
 and 
JULIA
 
M
 
R
 (1999), ‘Shrinkage properties of wool treated with
low temperature plasma and chitosan biopolymer’, Textile Res J, 69(11), 811–815.
FELDTMAN
 
H
 
D
, 
LEEDER
 
J
 
D
 and 
RIPPON
 
J
 
A
 (1983), ‘The role of fibre structure in wool fibre
and fabric performance’ in Postle R, Kawabata S and Niwa M, Objective Evaluation
of Apparel Fabrics, Japan, The Textile Machinery Society of Japan, 125–134.
GIBB
 
R
, 
SHEN
 
J
 and 
SPEAKMAN
 
P
 
T
 (2005), ‘Insect resistance brought about by chemical
modification of wool’, The 11th Int Wool Text Res Conf, 4–9 September, Leeds, UK.
GRIFFIN
 
M
, 
CASADIO
 
R
 and 
BERGAMINI
 
C
 
M
 (2002a), ‘Transglutaminases: nature’s biological
glues’, Biochem J, 368, 377–396.
GRIFFIN
 
M
, 
CORTEZ
 
J
 
M
 and 
BONNER
 
P
 (2002b), ‘A method for enzymatic treatment of textiles
such as wool’, World Patent WO0204739.
GUISE
 
G
 
B
 (1977), ‘Poly(carbamoyl sulfonates) (bisulfite adducts of polyisocyanates)’, J
Appl Polym Sci, 21, 3427–3443.
GUISE
 
G
 
B
 and 
JACKSON
 
M
 
B
 (1973), ‘The shrinkproofing of wool with the bisulfite adducts
of polyisocyanates’, J Text Inst, 64, 665–667.
GREGORSKI
 
K
 
S
 and 
PAVLATH
 
A
 
E
 (1980), ‘Fabric modification using the plasmod, the effect
of extensive treatment in nitrogen and oxygen plasmas at low pressure’, Textile Res J,
50, 42–46.
HEINE
 
E
 (1991), Grundlegende untersuchungen zur einwirkung von enzymen auf wolle,
PhD Thesis, Technischen Hochschule Aachen.
HEINE
 
E
 and 
HÖCKER
 
H
 (1995), ‘Enzyme treatments for wool and cotton’, Rev Prog Coloration,
25, 57–63.
HEINE
 
E
 and 
HÖCKER
 
H
 (2001), ‘Bioprocessing for smart textiles and clothing’ in Tao X,
Smart Fibres, Fabrics and Clothing, Cambridge, Woodhead Publishing Ltd, 254–263.
HEINE
 
E
, 
HOLLFELDER
 
B
, 
SHEN
 
J
 and 
BISHOP
 
D
 (2000), ‘Parameters affecting the morphology
of wool during enzyme treatment’, The 10th Int Wool Text Res Conf, 26 Nov–1 Dec,
Aachen Germany.
HESSE
 
A
, 
THOMAS
 
H
 and 
HÖCKER
 
H
 (1995a), ‘Zero-AOX shrinkproofing treatment for wool
top and fabric, part I: glow discharge treatment’, Textile Res J, 65(6), 355–361.
HESSE
 
A
, 
THOMAS
 
H
 and 
HÖCKER
 
H
 (1995b), ‘Zero-AOX shrinkproofing treatment for wool
top and fabric, part II: collagen resin application’, Textile Res J, 65(7), 371–378.
HÖCKER
 
H
 (2002), ‘Plasma treatment of textile fibers’, Pure Appl Chem, 74(3), 423–427.
HOLME
 
I
 (2000), ‘Challenge and change in wool dyeing and finishing’, Rev Prog Color,