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Chem Res19, 401–405. DOI: 10.1021/ar00132a004.
MACLAREN

J
 
A
 and 
MILLIGAN

B
 (1981), Wool Science: The chemical reactivity of the fibre,
Marrickville NSW, Science Press.
MAHAR

T
 
J
 and 
OSBORNE

L
 (1996), ‘The relationship between the clean colour of commercial
consignments of greasy wool and the colour of the resulting top or noil’, Wool Tech
Sheep Breed44, 219–237.
MAIJALA

K
 (1997), ‘Genetic aspects of domestication, common breeds and their origin’,
in Piper, L and Ruvinsky, A, The Genetics of Sheep, Wallingford, UK, CAB International,
13–49.
© 2009 Woodhead Publishing Limited


Advances in wool technology
246
MCKINNON

A
 
J

MCLAUGHLIN

J
 
R

TAYLOR

M
 
E

RANKIN

D
 
A

MIDDLEWOOD

P
 
G

LE
 
PINE

P
,
MESMAN

P
 
G
 
R
 and 
MANSON

S
 
B
 (1999), A method for significantly enhancing the
quality of scoured wool and machinery for achieving those enhancements. WO 99/
16942, to WRONZ.
MILLINGTON

K
 
R
 (2005), ‘Continuous photobleaching of wool’, Proc 11th Int Wool Text
Res Conf, Leeds, UK.
MILLINGTON

K
 
R
 (2006a), ‘Improving the photostability of whitened wool by applying an
antioxidant and metal chelator rinse’, Color Technol,  122, 49–56. DOI: 10.1111/
j.1478–4408.2006.00008.x
MILLINGTON

K
 
R
 (2006b), ‘The photoyellowing of wool. Part 2: Photoyellowing mechanisms
and methods of prevention’, Color Technol,  122, 301–316. DOI: 10.1111/j.1478–
4408.2006.00045.x
MILLINGTON

K
 
R
 (2006c), ‘The photoyellowing of wool. Part I. Factors affecting
photoyellowing and experimental techniques.’, Color Technol,  122, 169–186. DOI:
10.1111/j.1478–4408.2006.00034.x
MILLINGTON

K
 
R
 and 
KIRSCHENBAUM

L
 
J
 (2002), ‘Detection of hydroxyl radicals in
photoirradiated wool, cotton, nylon and polyester fabrics using a fluorescent probe’,
Color Technol118, 6–14. DOI:10.1111/j.1478–4408.2002.tb00130.x
MILLINGTON

K
 
R
 and 
MAURDEV

G
 (2004), ‘The generation of superoxide and hydrogen
peroxide by exposure of fluorescent whitening agents to UVA radiation and its relevance
to the rapid photoyellowing of whitened wool’, J Photochem Photobiol A: Chem165,
177–185. DOI: 10.1016/j.jphotochem.2004.03.017.
MILLINGTON

K
 
R
 and 
MAURDEV

G
 (2005), ‘The mechanism of photoyellowing of fluorescent
whitened wool’, Proc 11th Int Wool Text Res Conf, Leeds, UK,
MILLINGTON

K
 
R

MAURDEV

G
 and 
JONES

M
 
J
 (2007), ‘The thermal chemiluminescence of
fibrous proteins’, Polym Degrad Stab,  92, 1505–1512. DOI: 10.1016/
j.polymdegradstab.2007.05.014.
MOSIMANN

W

BENISEK

L

BURDESKA

K

LEAVER

I
 
H

MYERS

P
 
C

REINERT

G
 and 
WILSHIRE
,
J
 
F
 
K
 (1990), ‘A new commercial UV absorber for the protection of wool and wool
dyeings’, Proc 8th Int Wool Text Res Conf, Christchurch, NZ, IV, 239–249.
MULLER

U

RATCH

M

SCHWANNINGER

M

STEINER

M
 and 
ZOBL

H
 (2003), ‘Yellowing and IR-
changes of spruce wood as a result of UV irradiation’, J Photochem Photobiol B: Biol,
69, 97–105. DOI:10.1016/S1011–1344(02)00412–8
NICHOLLS

C
 
H
 and 
PAILTHORPE

M
 
T
 (1976), ‘Primary reactions in the photoyellowing of
wool keratin’, J Text Inst67, 397–403.
OZEKI

H

ITO

S
 and 
WAKAMATSU

K
 (1996), ‘Chemical characterisation of melanins in sheep
wool and human hair ’, Pigment Cell Res,  9, 51–57. DOI:10.1111/j.1600–
0749.1996.tb00088.x
POWELL

B
 
C

WALKER

S
 
K

BAWDEN

C
 
S

SIVAPRASAD

A
 
V
 and 
ROGERS

G
 
E
 (1994), ‘Transgenic
sheep and wool growth: possibilities and current status’, Reprod Fertil Dev6, 615–
623. DOI: 10.071/RD9940615
ROWETT

M
 
A
 and 
FLEET

M
 
R
 (1993), ‘Albinism in a Suffolk sheep’, J Hered84, 67–69.
RUFFIN

B
 and 
CASTELLAN

A
 (2000), ‘Photoyellowing of peroxide-bleached lignin-rich
pulps: a photochemical study on stilbene-hydroquinone chromophores issued from 
β-
5 units of lignin during refining and(or) bleaching’, Can J Chem78, 73–83. DOI:10.1139/
cjc–78–1–73
RUSSELL

J
 
E
 and 
TUMLINSON

R
 (1996), ‘Comparison of microstructure of white winter fur
and brown summer fur of some Arctic mammals’, Acta Zool  Stockholm77, 279–
282.
© 2009 Woodhead Publishing Limited


Improving the whiteness and photostability of wool
247
RYDER

M
 
L
 (1980), ‘Fleece colour in sheep and its inheritance’, Animal Breed Abstr48,
305–324.
RYDER

M
 
L
 (1987), ‘The evolution of the fleece’, Sci Amer256, 100–107.
SCHÄFER

K
 (1990), ‘Investigation to stabilise optically brightened wool against light
damage’, Proc 8th Int Wool Text Res Conf, Christchurch, NZ, IV, 250–259.
SHATKAY

A
 and 
MICHAELI

I
 (1970), ‘EPR study of wool irradiated by UV and visible light’,

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