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*Brorby, Sheehan, Berman, Greene and Holm, Re-Creation of Historical Chrysotile-Containing Joint Compounds, INHALATION TOXICOLOGY, 20:1043-1053 (2008)
*Bernstein, Donaldson, Decker, Gaering, Kunzendorf, Chevalier and Holm, A Biopersistence Study following Exposure to Chrysotile Asbestos Alone or in Combination with Fine Particles, INHALATION TOXICOLOGY, 20: 1009-1028 (2008)
*Bernstein, Rogers, Sepulveda, Donaldson, Schuler, Gaering, Kunsendorf, Chevalier and Holm, The Pathological Response and Fate in the Lung and Pleura of Chrysotile in Combination with Fine Particles Compared to Amosite Asbestos Following Short-Term Inhalation Exposure: Interim Results, INHALATION TOXICOLOGY, 22 (11): 937-962 (2010)
*Bernstein, Rogers, Sepulveda, Donaldson, Schuler, Gaering, Kunzendorf, Chevalier and Holm, Quantification of the Pathological Response and Fate in the Lung and Pleura of Chrysotile in Combination with Fine Particles Compared to Amosite-Asbestos Following Short-Term Inhalation Exposure, INHALATION TOXICOLOGY, 23(7): 372-391 (2011)
*Brorby, Sheehan, Berman, Bogen and Holm, Potential Artifacts Associated with Historical Preparation of Joint Compound Samples and Reported Airborne Asbestos Concentrations, J. OCCUP. AND ENVIRON. HYG., 8: 271-278 (2011)
*Sheehan, Brorby, Berman, Bogen and Holm, Chamber for Testing Asbestos-Containing Products: Validation and Testing of a Re-Created Chrysotile-Containing Joint Compound, ANN. OCCUP. HYG., 55(7) 797- 809 (2011)
*Simmons, Jones and Boelter, Factors Influencing Dust Exposure: Finishing Activities in Drywall Construction, J. OCCUP. AND ENVIRON. HYG., 8: 324-336 (2011)
*Jones, Simmons and Boelter, Development and Evaluation of a Semi-Empirical Two Zone Dust Exposure Model for a Dusty Construction Trade, J. OCCUP. AND ENVIRON. HYG., 8: 337-348 (2011)
*Jones, Simmons & Boelter, Comparing Two-Zone Models of Dust Exposure, J. OCCUP. AND ENVIRON. HYG., 8: 513-519 (2011)
*Berman, Brorby, Sheehan, Bogen and Holm, More on the Dynamics of Dust Generation: The Effects of Mixing and Sanding Chrysotile, Calcium Carbonate, and Other Components on the Characteristics of Joint-Compound Dusts, ANN. OCCUP. HYG., 56(7):852-867 (2012)
*Brorby, Sheehan, Berman, Bogen and Holm, Exposures from Chrysotile-Containing Joint Compound: Evaluation of New Model Relating Respirable Dust to Fiber Concentrations, RISK ANALYSIS 2012
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Scientific articles, intended to cast doubt on harm caused by chrysotile asbestos, were potentially part of a crime-fraud