P. T. Speakman

发表

Suberimidate crosslinking shows that a rod‐shaped, low cystine, high helix protein prepared by limited proteolysis of reduced wool has four protein chains

B. Ahmadi, P. T. Speakman, P.T. Speakman, 1978, FEBS letters.

Dyeing increases the friction of synthetic polymer yarns

D. L. Munden, P. T. Speakman, K. Hepworth, 1978, Nature.

52—A RELATIONSHIP BETWEEN CROSS-LINKING IN LINCOLN WOOL AND UREA-BISULPHITE SOLUBILITY, SWELLING RATIO AND YOUNG'S MODULUS

P. T. Speakman, J. C. Atkinson, 1960 .

RIBOSOMAL AGGREGATES ASSOCIATED WITH THE PRODUCTION OF COLLAGEN.

R. Malt, P. T. Speakman, 1964, Life sciences.

Trypsin Inhibition by Phenylmethylsulphonylfluoride with Reduced Wool as Substrate

P. T. Speakman, R. E. Yarwood, 1966, Nature.

56—THERMODYNAMIC FUNCTIONS OF A REVERSIBLY CONTRACTILE β-KERATOSE FIBRE

P. T. Speakman, 1960 .

Effects of Pepsin Treatment on the Interaction Properties of Tropocollagen Macromolecules

F. O. Schmitt, A. Rubin, P. Davison, 1965 .

Tropocollagen: Significance of Protease-Induced Alterations

F. O. Schmitt, A. Rubin, P. T. Speakman, 1963, Science.

Kinetic features of the oxidation of aldehydes, ketones, and nitroparaffins with alkaline ferricyanide

W. Waters, P. T. Speakman, 1955 .

A rapid electrophoretic method for the separation of hydroxyproline from proline

P. T. Speakman, D. Irwin, 1977, Experientia.

Proposed Mechanism for the Biological Assembly of Collagen Triple Helix

P. T. Speakman, 1971, Nature.

Use of Proteolytic Enzymes in Structural Investigations of Wool Keratin

P. T. Speakman, B. Greenwood, 1964, Nature.

3.1-S Protein Fragment released from Reduced Wool by Trypsin

P. T. Speakman, B. Greenwood, 1965, Nature.

Hydrogen-bonding within the tropocollagen triple helix.

P. T. Speakman, B. J. Jordan, 1965, Journal of molecular biology.

Three-chain merokeratin from wool may be a fragment of the microfibril component macromolecule

P. T. Speakman, S. Lotay, 1977, Nature.

Intra-Cellular Site of Epidermal Keratin Synthesis

G. Priestley, P. T. Speakman, 1966, Nature.

CELLULAR SYNTHESIS OF COLLAGEN: RIBOSOMAL AGGREGATES IN HYPERTHYROIDISM, HYPOTHYROIDISM, AND ASCORBIC ACID DEPLETION.

R. Malt, P. T. Speakman, Ronald A. Malt, 1965, Surgery.

Collagen-forming Polyribosomes: Size of the Collagen Precursor

P. T. Speakman, P. T. Speakman, 1968, Nature.

A FIBROUS POLYMER FROM EMBRYONIC FEATHER.

R. Malt, E. Bell, P. T. Speakman, 1964, Journal. Royal Microscopical Society.

The mechanism of the reaction between cystine in keratin and sulphite-bisulphite solutions at 50 degrees. II.

P. T. Speakman, 1958, Biochimica et biophysica acta.

Setting Reduced Keratin Fibres with 1-Fluoro-2,4-dinitrobenzene

P. T. Speakman, 2008 .

Permanent Set, Supercontraction, and Urea-Bisulphite Solubility–the Proton-Transfer Nature of some Changes in Keratin and the Analogy with Muscle Contraction

P. T. Speakman, P. T. Speakman, 1959, Nature.

27—INTER-MOLECULAR –SS– BONDS IN BOTH (A+B) AND (C+D) CYSTINE FRACTIONS OF WOOL

P. T. Speakman, B. D. Stone, 1963 .

Relation between permanent set and covalent cross-linking in alkali treated wool

P. T. Speakman, 1961 .

The relation between the number of lanthionine crosslinks and the urea‐bisulfite solubility of alkali‐treated wool

B. W. Jones, P. T. Speakman, 1960 .

Deuterium Exchange in Wool

P. T. Speakman, B. J. Jordan, 1967, Nature.

Protein synthesis in mammalian epidermis: are polyribosomes involved in fibrous-protein biosynthesis?

L. Churchill, P. T. Speakman, 1970, The Biochemical journal.

Turnover of ribosomes in embryoless half-seeds of barley induced by gibberellic acid.

P. T. Speakman, P. L. Holmes, 1973, Nature: New biology.

Isoelectric focusing of silk fibroin polypeptides

P. T. Speakman, Zhao-Tang Song, 1985 .

Reversible Supercontraction of β-Keratose

P. T. Speakman, F. Pautard, 1960, Nature.

Short RNA Chains

J. Pearson, P. T. Speakman, 1972, Nature.

Distinguishing between Different Animal Fibres by Electrophoresis of Polypeptides Dissolved from Them

J. Horn, P. T. Speakman, 1987 .