A multi-biomarker micronucleus assay using imaging flow cytometry von Harte, Danielle S. G., Lynch, Anthony M., Verma, Jatin, Rees, Paul, Filby, Andrew, Wills, John W., Johnson, George E.

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Ames test study designs for nitrosamine mutagenicity testing: qualitative and quantitative analysis of key assay parameters von Thomas, Dean N, Wills, John W, Tracey, Helen, Baldwin, Sandy J, Burman, Mark, Williams, Abbie N, Harte, Danielle S G, Buckley, Ruby A, Lynch, Anthony M

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N-Nitrosodimethylamine investigations in Muta™Mouse define point-of-departure values and demonstrate less-than-additive somatic mutant frequency accumulations von Lynch, Anthony M, Howe, Jonathan, Hildebrand, Deon, Harvey, James S, Burman, Mark, Harte, Danielle S G, Chen, Liangfu, Kmett, Casey, Shi, Wei, McHugh, Charles F, Patel, Kinnari K, Junnotula, Venkat, Kenny, Julia, Haworth, Richard, Wills, John W

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Inter-laboratory automation of the in vitro micronucleus assay using imaging flow cytometry and deep learning von Wills, John W., Verma, Jatin R., Rees, Benjamin J., Harte, Danielle S. G., Haxhiraj, Qiellor, Barnes, Claire M., Barnes, Rachel, Rodrigues, Matthew A., Doan, Minh, Filby, Andrew, Hewitt, Rachel E., Thornton, Catherine A., Cronin, James G., Kenny, Julia D., Buckley, Ruby, Lynch, Anthony M., Carpenter, Anne E., Summers, Huw D., Johnson, George E., Rees, Paul

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Anti-schistosomal activities of quinoxaline-containing compounds: From hit identification to lead optimisation von Padalino, Gilda, El-Sakkary, Nelly, Liu, Lawrence J., Liu, Chenxi, Harte, Danielle S.G., Barnes, Rachel E., Sayers, Edward, Forde-Thomas, Josephine, Whiteland, Helen, Bassetto, Marcella, Ferla, Salvatore, Johnson, George, Jones, Arwyn T., Caffrey, Conor R., Chalmers, Iain, Brancale, Andrea, Hoffmann, Karl F.

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Resolution of Historically Discordant Ames Test Negative / Rodent Carcinogenicity Positive N-nitrosamines using a Sensitive, OECD-aligned Design von Thomas, Dean N, Wills, John W, Burman, Mark, Williams, Abbie N, Harte, Danielle S G, Buckley, Ruby A, Urquhart, Mike W, Bretonnet, Anne-Sophie, Jeffries, Benjamin, White, Angela T, Harvey, James S, Howe, Jonathan R, Lynch, Anthony M

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Investigating FlowSight® imaging flow cytometry as a platform to assess chemically induced micronuclei using human lymphoblastoid cells in vitro von Verma, Jatin R, Harte, Danielle S G, Shah, Ume-Kulsoom, Summers, Huw, Thornton, Catherine A, Doak, Shareen H, Jenkins, Gareth J S, Rees, Paul, Wills, John W, Johnson, George E

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A multi-biomarker micronucleus assay using imaging flow cytometry von Harte, Danielle SG, Lynch, Anthony M, Verma, Jatin, Rees, Paul, Filby, Andrew, Wills, John W, Johnson, George E

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Inter-laboratory automation of the in vitro micronucleus assay using imaging flow cytometry and deep learning von Wills, John W, Verma, Jatin R, Rees, Benjamin J, Harte, Danielle S. G, Haxhiraj, Qiellor, Barnes, Claire M, Barnes, Rachel, Rodrigues, Matthew A, Doan, Minh, Filby, Andrew, Hewitt, Rachel E, Thornton, Catherine A, Cronin, James G, Kenny, Julia D, Buckley, Ruby, Lynch, Anthony M, Carpenter, Anne E, Summers, Huw D, Johnson, George E, Rees, Paul

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Inter-laboratory automation of the in vitro micronucleus assay using imaging flow cytometry and deep learning von Wills, John W, Verma, Jatin R, Rees, Benjamin J, Harte, Danielle SG, Haxhiraj, Qiellor, Barnes, Claire M, Barnes, Rachel, Rodrigues, Matthew A, Doan, Minh, Filby, Andrew, Hewitt, Rachel E, Thornton, Catherine A, Cronin, James G, Kenny, Julia D, Buckley, Ruby, Lynch, Anthony M, Carpenter, Anne E, Summers, Huw D, Johnson, George E, Rees, Paul

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