Citations (9)
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S. MATEOS. (1996) Cell-cycle variation in DNA migration in pulsed-field gel electrophoresis. International Journal of Radiation Biology 69:6, pages 687-693.
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J. Nygren, M. Ljungman & M. Ahnström. (1995) Chromatin Structure and Radiation-induced DNA Strand Breaks in Human Cells: Soluble Scavengers and DNA-bound Proteins Offer a Better Protection Against Single- than Double-strand Breaks. International Journal of Radiation Biology 68:1, pages 11-18.
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N.L. Oleinick, U. Balasubramaniam, L. Xue & S. Chiu. (1994) Nuclear Structure and the Microdistribution of Radiation Damage in DNA. International Journal of Radiation Biology 66:5, pages 523-529.
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L.-Y. Xue, L.R. Friedman, N.L. Oleinick & S.-M. Chiu. (1994) Induction of DNA Damage in γ-irradiated Nuclei Stripped of Nuclear Protein Classes: Differential Modulation of Double-strand Break and DNA—protein Crosslink Formation. International Journal of Radiation Biology 66:1, pages 11-21.
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M.D. Story, E.A. Mendoza, R.E. Meyn & P.J. Tofilon. (1994) Pulsed-field Gel Electrophoretic Analysis of DNA Double-strand Breaks in Mammalian Cells Using Photostimulable Storage Phosphor Imaging. International Journal of Radiation Biology 65:5, pages 523-528.
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Articles from other publishers (4)
Karin Magnander, Ragnar Hultborn, Kristina Claesson & Kecke Elmroth. (2010) Clustered DNA Damage in Irradiated Human Diploid Fibroblasts: Influence of Chromatin Organization. Radiation Research 173:3, pages 272-282.
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Didier Boucher, Joëlle Hindo & Dietrich Averbeck. (2004) Increased repair of γ-induced DNA double-strand breaks at lower dose-rate in CHO cells. Canadian Journal of Physiology and Pharmacology 82:2, pages 125-132.
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Santiago Mateos, G.Gordon Steel & Trevor J. McMillan. (1998) Differences between a human bladder carcinoma cell line and its radiosensitive clone in the formation of radiation-induced DNA double-strand breaks in different chromatin substrates. Mutation Research/DNA Repair 409:2, pages 73-80.
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Raymond R. Raylman, Anaira C. Clavo & Richard L. Wahl. (1996) Exposure to strong static magnetic field slows the growth of human cancer cells in vitro. Bioelectromagnetics 17:5, pages 358-363.
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