Studying biomineralization pathways in a 3D culture model of breast cancer microcalcifications von Vidavsky, Netta, Kunitake, Jennie AMR, Chiou, Aaron E., Northrup, Paul A., Porri, Teresa J., Ling, Lu, Fischbach, Claudia, Estroff, Lara A.

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Fabrication of an artificial 3-dimensional vascular network using sacrificial sugar structures von Bellan, Leon M., Singh, Sunil P., Henderson, Peter W., Porri, Teresa J., Craighead, Harold G., Spector, Jason A.

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A new method to characterize chemically and topographically nanopatterned surfaces von Charrier, Anne, Porri, Teresa J., Murphy, Christopher J., Nealey, Paul F.

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The role of networks to overcome large-scale challenges in tomography: The non-clinical tomography users research network von Gignac, Paul M., Aceves, Valeria, Baker, Stephanie, Barnes, Jessica J., Bell, Joshua, Boyer, Doug, Cunningham, Deborah, Carlo, Francesco De, Chase, Morgan H., Cohen, Karly E., Colbert, Matthew, Cree, Theresa De, Daza, Juan, Dickinson, Edwin, DeLeon, Valerie, Dougan, Lindsay, Duffy, Franklin, Dunham, ChristiAna, Early, Catherine M., Edey, Dave R., Echols, Scott, Eckley, Scott A., Fenner, Kelsey, Franklin, Katheryn P., Gila, Brent, Goetz, Freya E., Gray, Jaimi A., Gleiber, Devora, Hall, Alexander S., Hanna, Romy, Hannula, Markus, Harris, William, Hill, Jennifer J., Holliday, Casey M., Hurdle, Kelsi, Jayarajan, Aditi, Knaub, Jamie L., Krause, Amanda R., Leavey, Alice, Lessner, Emily J., Lynch, Leigha M., Maga, Murat, Maisano, Jessica, Marsh, Kristin, Marsh, Michael, Martin-Silverstone, Elizabeth, Misiaszek, John P., Neander, April I., O'Brien, Haley D., Olson, Selby, Panigot, Eldon, Motch Perrine, Susan M., Porri, Teresa J., Ramsey, Andre, Scheiffele, Gary, Smith, Heather F., Stanley, Edward L., Stock, Stuart R., Terhune, Claire E., Thomas, Dana L., Vargas, Camilo Andres Linares, Veltri, Megan, Warnett, Jason M., Watanabe, Akinobu, Waters, Emily A., Wende, Roger, Wescott, Daniel J., Withnell, Charles B., Whittaker, Scott, Wilbur, Zoë E., Wilson, Jordan, Wilson, Manon, Winchester, Julie, Yoakum, Caitlin B., Zobek, Christopher M.

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The role of networks to overcome large-scale challenges in tomography: The non-clinical tomography users research network von Gignac, Paul M, Aceves, Valeria, Baker, Stephanie, Barnes, Jessica J, Bell, Joshua, Boyer, Doug, Cunningham, Deborah, Carlo, Francesco De, Chase, Morgan H, Cohen, Karly E, Colbert, Matthew, Cree, Theresa De, Daza, Juan, Dickinson, Edwin, DeLeon, Valerie, Dougan, Lindsay, Duffy, Franklin, Dunham, ChristiAna, Early, Catherine M, Edey, Dave R, Echols, Scott, Eckley, Scott A, Fenner, Kelsey, Franklin, Katheryn P, Gila, Brent, Goetz, Freya E, Gray, Jaimi A, Gleiber, Devora, Hall, Alexander S, Hanna, Romy, Hannula, Markus, Harris, William, Hill, Jennifer J, Holliday, Casey M, Hurdle, Kelsi, Jayarajan, Aditi, Knaub, Jamie L, Krause, Amanda R, Leavey, Alice, Lessner, Emily J, Lynch, Leigha M, Maga, Murat, Maisano, Jessica, Marsh, Kristin, Marsh, Michael, Martin-Silverstone, Elizabeth, Misiaszek, John P, Neander, April I, O'Brien, Haley D, Olson, Selby, Panigot, Eldon, Motch Perrine, Susan M, Porri, Teresa J, Ramsey, Andre, Scheiffele, Gary, Smith, Heather F, Stanley, Edward L, Stock, Stuart R, Terhune, Claire E, Thomas, Dana L, Vargas, Camilo Andres Linares, Veltri, Megan, Warnett, Jason M, Watanabe, Akinobu, Waters, Emily A, Wende, Roger, Wescott, Daniel J, Withnell, Charles B, Whittaker, Scott, Wilbur, Zoë E, Wilson, Jordan, Wilson, Manon, Winchester, Julie, Yoakum, Caitlin B, Zobek, Christopher M

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Nano- and Microscale Holes Modulate Cell-Substrate Adhesion, Cytoskeletal Organization, and -\beta 1 Integrin Localization in Sv40 Human Corneal Epithelial Cells von Karuri, N.W., Porri, T.J., Albrecht, R.M., Murphy, C.J., Nealey, P.F.

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Nano- and microscale holes modulate cell-substrate adhesion, cytoskeletal organization, and -beta1 integrin localization in SV40 human corneal epithelial cells von Karuri, Nancy W, Porri, Teresa J, Albrecht, Ralph M, Murphy, Christopher J, Nealey, Paul F

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