ZNF397, a new class of interphase to early prophase-specific, SCAN-zinc-finger, mammalian centromere protein von Bailey, S. L, Chang, S. C, Griffiths, B, Graham, A. N, Saffery, R, Earle, E, Choo, K. H. A, Kalitsis, P

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Uncoupling of satellite DNA and centromeric function in the genus Equus von Piras, Francesca M, Nergadze, Solomon G, Magnani, Elisa, Bertoni, Livia, Attolini, Carmen, Khoriauli, Lela, Raimondi, Elena, Giulotto, Elena

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Construction of neocentromere-based human minichromosomes for gene delivery and centromere studies von WONG, L. H, SAFFERY, R, CHOO, K. H. A

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Defective Chromosome Segregation, Microtubule Bundling and Nuclear Bridging in Inner Centromere Protein Gene (Incenp)-Disrupted Mice von Cutts, Suzanne M., Fowler, Kerry J., Kile, Benjamin T., Hii, Linda L. P., O'Dowd, Rachael A., Hudson, Damien F., Saffery, Richard, Kalitsis, Paul, Earle, Elizabeth, Choo, K. H. A.

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Rapid, high throughput prenatal detection of aneuploidy using a novel quantitative method (MLPA) von Slater, H R, Bruno, D L, Ren, H, Pertile, M, Schouten, J P, Choo, K H A

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Small CGG repeat expansion alleles of FMR1 gene are associated with parkinsonism von Loesch, DZ, Khaniani, MS, Slater, HR, Rubio, JP, Bui, QM, Kotschet, K, D'Souza, W, Venn, A, Kalitsis, P, Choo, AKH, Burgess, T, Johnson, L, Evans, A, Horne, M

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Esperanto for histones: CENP-A, not CenH3, is the centromeric histone H3 variant von Earnshaw, W. C, Allshire, R. C, Black, B. E, Bloom, K, Brinkley, B. R, Brown, W, Cheeseman, I. M, Choo, K. H. A, Copenhaver, G. P, DeLuca, J. G, Desai, A, Diekmann, S, Erhardt, S, Fitzgerald-Hayes, M, Foltz, D, Fukagawa, T, Gassmann, R, Gerlich, D. W, Glover, D. M, Gorbsky, G. J, Harrison, S. C, Heun, P, Hirota, T, Jansen, L. E. T, Karpen, G, Kops, G. J. P. L, Lampson, M. A, Lens, S. M, Losada, A, Luger, K, Maiato, H, Maddox, P. S, Margolis, R. L, Masumoto, H, McAinsh, A. D, Mellone, B. G, Meraldi, P, Musacchio, A, Oegema, K, O’Neill, R. J, Salmon, E. D, Scott, K. C, Straight, A. F, Stukenberg, P. T, Sullivan, B. A, Sullivan, K. F, Sunkel, C. E, Swedlow, J. R, Walczak, C. E, Warburton, P. E, Westermann, S, Willard, H. F, Wordeman, L, Yanagida, M, Yen, T. J, Yoda, K, Cleveland, D. W

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Lack of metallothionein‐I and ‐II exacerbates the immunosuppressive effect of ultraviolet B radiation and cis‐urocanic acid in mice von Reeve, V. E., Nishimura, N., Bosnic, M., Michalska, A. E., Choo, K. H. A.

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Centromere protein b-null mice display decreasing reproductive performance through successive generations of breeding due to diminishing endometrial glands von Fowler, K J, Wong, L H, Griffiths, B K, Sibson, M C, Reed, S, Choo, K H A

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Obesity and hyperleptinemia in metallothionein (-I and -II) null mice von Beattie, J.H, Wood, A.M, Newman, A.M, Bremner, I, Choo, K.H.A, Michalska, A.E, Duncan, J.S, Trayhurn, P

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Streptavidin-Binding Peptide (SBP)-tagged SMC2 allows single-step affinity fluorescence, blotting or purification of the condensin complex von Kim, Ji Hun, Chang, Tsz M, Graham, Alison N, Choo, K H A, Kalitsis, Paul, Hudson, Damien F

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Centromere DNA Dynamics: Latent Centromeres and Neocentromere Formation von Choo, K.H. Andy

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Targeting and Germ-Line Transmission of a Null Mutation at the Metallothionein I and II Loci in Mouse von Michalska, Anna E., K. H. Andy Choo

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A functional neo-centromere formed through activation of a latent human centromere and consisting of non-alpha-satellite DNA von Sart, Desirée du, Saffery, Richard, Barry, Alyssa E, Kalitsis, Paul, Cancilla, Michael R, Tainton, Kellie M, Martyn, John, Choo, K. H. Andy, Mao, Jen-i, Earle, Elizabeth

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Human centromeres and neocentromeres show identical distribution patterns of >20 functionally important kinetochore-associated proteins von SAFFERY, R, IRVINE, D. V, GRIFFITHS, B, KALITSIS, P, WORDEMAN, L, CHOO, K. H. A

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Centromere Protein B Null Mice Are Mitotically and Meiotically Normal but Have Lower Body and Testis Weights von Hudson, Damien F., Fowler, Kerry J., Earle, Elizabeth, Saffery, Richard, Kalitsis, Paul, Trowell, Helen, Hill, Joanne, Wreford, Nigel G., de Kretser, David M., Cancilla, Michael R., Howman, Emily, Hii, Linda, Cutts, Suzanne M., Irvine, Danielle V., Choo, K. H. A.

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Sequence Analysis of an 80 kb Human Neocentromere von Barry, Alyssa E., Howman, Emily V., Cancilla, Michael R., Saffery, Richard, Andy Choo, K. H.

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Mouse centromere protein F (Cenpf) gene maps to the distal region of Chromosome 1 by interspecific backcross analysis von Fowler, K.J., Saffery, R., Irvine, D.V., Trowell, H.E., Choo, K.H.A.

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Rapid cloning of mouse DNA as yeast artificial chromosomes by transformation-associated recombination (TAR) von Cancilla, M R, Graves, J, Matesic, L E, Reeves, R H, Tainton, K M, Choo, K H, Resnick, M A, Larionov, V L, Kouprina, N Y

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Esperanto for histones: cenp-a, not cenh3, is the centromeric histone h3 variant von Earnshaw, W. C, Allshire, R. C, Black, B. E, Bloom, K, Brinkley, B. R, Brown, W, Cheeseman, I. M, Choo, K. H. A, Copenhaver, G. P, DeLuca, J. G, Desai, A, Diekmann, S, Erhardt, S, Fitzgerald-Hayes, M, Foltz, D, Fukagawa, T, Gassmann, R, Gerlich, D. W, Glover, D. M, Gorbsky, G. J, Harrison, S. C, Heun, P, Hirota, T, Jansen, L. E. T, Karpen, G, Kops, G. J. P. L, Lampson, M. A, Lens, S. M, Losada, A, Luger, K, Maiato, H, Maddox, P. S, Margolis, R. L, Masumoto, H, McAinsh, A. D, Mellone, B. G, Meraldi, P, Musacchio, A, Oegema, K, O’Neill, R. J, Salmon, E. D, Scott, K. C, Straight, A. F, Stukenberg, P. T, Sullivan, B. A, Sullivan, K. F, Sunkel, C. E, Swedlow, J. R, Walczak, C. E, Warburton, P. E, Westermann, S, Willard, H. F, Wordeman, L, Yanagida, M, Yen, T. J, Yoda, K, Cleveland, D. W

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