B.J. Tabner’s scientific contributions

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Publications (1)


an Electron Spin Resonance Study of some γ-irradiated Fruits
  • Article

April 1992

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8 Reads

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17 Citations

Radiation Physics and Chemistry

D.R. Maloney

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B.J. Tabner

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V.A. Tabner

The ESR spectra of the seeds, skins and stalks of unirradiated and γ-irradiated Chilean white grapes have been obtained and the results compared to those previously reported for Cape black grapes. The high degree of reproducibility of the spectra obtained from the stalks of different varieties of grapes suggest that ESR spectroscopy could form the basis of a viable test to determine their irradiation history. The condition of the stalk prior to irradiation has been found to have little effect on the resulting spectra. The spectra from the stalks, skins and seeds of unirradiated and γ-irradiated apples, pears and cherries have also been examined. Although most of the spectra from irradiated components exhibit extra features, they are sometimes short-lived and restrict the development of ESR as a viable test.

Citations (1)


... This ESR spectrum is known to be typical of non-irradiated plant materials. Although the origin of the free radicals responsible for this spectrum is not well understood, it had been opined to be semiquinones-like radicals produced by the oxidation of plant polyphenols (Swartz et al 1972) or lignin (Maloney et al 1992; Tabner and Tabner, 1994). Lignin had been shown (Abdul Khalil et al. 2006, Wanrosli et al.2007 significantly (p<0.05) ...

Reference:

Effects of electron-beam irradiation on physocochemical properties of oil palm frond baskets
an Electron Spin Resonance Study of some γ-irradiated Fruits
  • Citing Article
  • April 1992

Radiation Physics and Chemistry