Astbury, W.T. and Woods, H.J., X-ray Studies of the Structure of Hair, Wool, and Related Fibers. Part 2. Molecular Structure and Elastic Properties of Hair Keratin, Royal Soc. Phil. Trans.A232, 333-394 (1933).
2.
Bendit, E.G. , A Quantitative X-ray Diffraction Study of the Alpha-Beta Transformation in Wool Keratin, Textile Res. J.30, 547-555 (1960).
3.
Feughelman, M., A Two-Phase Structure for Keratin Fibers . Textile Res. J.29, 223-228 (1959).
4.
Feughelman, M., The Mechanical Properties of Set Wool Fibers and the Structure of Keratin, J. Textile Inst.51, T589-T602 (1960).
5.
Feughelman, M., Sulfhydryl-Disulfide Interchange and the Stability of the Keratin Structure, Nature211, 1259-1260 (1966).
6.
MacArthur, I. , Structure of α-Keratin., Nature152, 38-41 (1943).
7.
Sanger, F., Ryle, A.P., Smith, L.F., and Kitai, R., The Distribution of Cystine Residues in Insulin, Proc. 1st Intern . Wool Textile Res. Conf. Australia, 1955, C49-C61.
8.
Skertchly, A.R.B. and Woods, H.J., The a - β Transformation in Keratin , J. Textile Inst.51, T517-T524 ( 1960).
9.
Turner, J.D. and Woods, H.J., Études Quantitatives de la Diffusion Equatoriale des Rayons—X par la Kératine. "Structure de la Laine" Institute Textile de France, Paris, 1960, pp. 19-23.
10.
Woods, H.J., "Physics of Fibers," The Institute of Physics, London, 1955.