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. (06 / 2024)
reviewarticle
Our ability to visualize and quantify the internal structures of objects via computed tomography (CT) has fundamentally transformed science. As tomographic tools have become more broadly accessible, researchers across ...
