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S2. Novel Retinal Expression of Beaded Filament Structural Protein 2 Observed in the C57BL/6JOlaHsd Mouse

Autor: Tam, Lawrence, Kiang, Anna-Sophia, Kennan, Avril, Humphries, Pete, Reynolds, Alison, Kenna, Paul F., Farrar, G. Jane, Marignol, L, Foley, R, Fairbairn, LJ, Southgate, TD, Worthington, J, Hollywood, D, Lawler, M, Brophy, K, Ryan, A, O'Morain, C, Kennedy, N, McLoughlin, R, Stevens, F, Feighery, C, Kelleher, D, McManus, R, Byrne, C, Logan, WP, Sweet, K, Smith, G, McConnell, V, Graham, CA, King, C, McDevitt, T, Rogers, M, O'hIci, B, McQuaid, S, Le Maréchal, C, Férec, C, Barton, DE, Parle-McDermott, Anne, Mills, James L, Molloy, Anne M, Carroll, Nicola, Kirke, Peadar N, Cox, Christopher, Conley, Mary R, Pangilinan, Faith J, Brody, Lawrence C, Scott, John M, Lau, Lilian PL, Bradley, Daniel G, Lynn, David J, Ryan, AW, Mattiangeli, V, Morris, DW, Daly, JS, McEvoy, Brian, Shriver, Mark D, Allen, Danny, Kenna, Paul F, Farrar, G Jane, Bittnerová, A, Kadlecová, J, Novotný, T, Gaillyová, R, Schmidtová, Z, Šišáková, M, Toman, O, Semrád, B, Kuglík, P, Carroll, N, Brody, LC, Mills, JL, Kirke, PN, Molloy, AM, Scott, JM, Parle-McDermott, A, Conant, EK, Berrar, DP, Bjourson, AJ, Downes, CS, Finn, Susan, Colreavy, M, Ann Lynch, Sally, Kee, Janice, Lambert, D, Barton, D, Lynch, SA, Laing, ME, Dicker, P, Moloney, FJ, Murphy, GM, Conlon, P, Whitehead, AS, Shields, DC, Lee, Cheng Hiang, Woods, Pauline, Magee, Alex, Logan, Amy, Dempsey, S, Kettle, P, McMullin, MF, Humpreys, Mervyn, Humphreys, Mervyn, Walker, L, Paterson, JS, Morrison, PJ, McCullough, Simon, Stewart, Fiona, McKee, Shane, Meng, Weihua, Patterson, Chris C, Belton, Christine, Kamaruddin, Shafie, Horan, Paul G, Spence, Mark S, McGlinchey, Paul G, McKeown, Pascal P, Ó'Dúshláine, Colm, Shields, Denis, Roche, S, Cassidy, F, Zhao, C, Badger, J, Claffey, E, Mooney, L, Delaney, C, Dobrin, S, McKeon, P, Stewart, Fiona J

Publikováno v: The Ulster Medical Journal

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=pmc_________::0e866c08cd1dacd28f0d1b36a6414900
http://europepmc.org/articles/PMC1940288

A Mathematical model of DIAJET abrasive water jet cutting

Autor: Claffey, E.

A mathematical model of ductile material cutting with an abrasive suspension jet has been developed. This is based on erosive wear of material by solid particle impact. The largest contribution is assumed to be from near-normal impacts. This 'deforma

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=od________70::56bb021cf361652cb406acf0c66be2ee
https://dspace.lib.cranfield.ac.uk/handle/1826/18948

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