Humpheries, John

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Postgraduate: - Analysis of TTG1 homologues in cotton for roles in fibre initiation

Humpheries, John (University Of Adelaide, 2006-06-30)

To achieve a greater understanding of the regulation of cotton fibre differentiation, more fundamental information is needed on the signals and mechanisms associated with fibre initiation.

Travel: 2005 Genetics Society of Australasia Conference, New Zealand

Humpheries, John (University Of Adelaide, 2005-06-30)

The purpose of the travel was to present at the 2005 Genetics Society of Australasia (GSA) conference in Auckland, on the results obtained from CRDC project UA12C to an international audience, and to gain information

Progress in the Identification of Genes which control Cotton Fibre Yield and Quality

Humpheries, John, Delaney, Sven, Orford, Sharon (2004-08-12)

Cotton fibres, or lint, are very long single cells containing almost pure cellulose. The fibres develop in the weeks after flowering from single cells on the surface of the young seed.

Towards Genetic Manipulation of Fibre Quality in Australian Cotton

Orford, Sharon, Harmer, Sarah, Delaney, Sven, Humpheries, John, Lightfoot, Damien, Timmis, Jeremy (2002-08-13)

Cotton fibres, or lint, are very long single cells containing almost pure cellulose. The fibres develop in the weeks after flowering from single cells on the surface of the young seed.

Honours-John Humphries: A functional analysis of TTG1 regulatory homologues in cotton.

Humpheries, John (Adelaide University, 2002-06-30)

Cotton fibres are single epidermal cells developed from the ovule.