Determining crystal structures through crowdsourcing and coursework

Autor: Horowitz, Scott, Koepnick, Brian, Jain, Neha, Pikkanen, Petri, Shehzad, Raafay, Viosca, Randy, James Fraser, Robert, Leduc, Robert, Madala, Roman, Shnider, Scott, de Boisblanc, Sharon, Butkovich, Slava, Bliven, Spencer, Koldewey, Philipp, Hettler, Stephen, Telehany, Stephen, Schwegmann, Steven A., Parkes, Steven, Kleinfelter, Susan C., Michael Holst, Sven, van der Laan, T. J. A., Bausewein, Thomas, Simon, Vera, Pulley, Warwick, Ahlstrom, Logan S., Hull, William, Kim, Annes Yukyung, Lawton, Alexis, Ruesch, Amanda, Sundar, Anjali, Lawrence, Anna-Lisa, Afrin, Antara, Maheshwer, Bhargavi, Turfe, Bilal, Huebner, Christian, Chapman, Matthew R., Killeen, Courtney Elizabeth, Antebi-Lerrman, Dalia, Luan, Danny, Wolfe, Derek, Pham, Duc, Michewicz, Elaina, Hull, Elizabeth, Pardington, Emily, Galal, Galal Osama, Sun, Grace, Sikkema, Andrew P., Chen, Grace, Anderson, Halie E., Chang, Jane, Hewlett, Jeffrey Thomas, Sterbenz, Jennifer, Lim, Jiho, Morof, Joshua, Lee, Junho, Inn, Juyoung Samuel, Hahm, Kaitlin, Skiba, Meredith A., Roth, Kaitlin, Nair, Karun, Markin, Katherine, Schramm, Katie, Toni Eid, Kevin, Gam, Kristina, Murphy, Lisha, Yuan, Lucy, Kana, Lulia, Daboul, Lynn, Maloney, Finn P., Shammas, Mario Karam, Chason, Max, Sinan, Moaz, Andrew Tooley, Nicholas, Korakavi, Nisha, Comer, Patrick, Magur, Pragya, Savliwala, Quresh, Davison, Reid Michael, Sankaran, Roshun Rajiv, Beinlich, Felix, Lewe, Sam, Tamkus, Saule, Chen, Shirley, Harvey, Sho, Hwang, Sin Ye, Vatsia, Sohrab, Withrow, Stefan, Luther, Tahra K, Manett, Taylor, Johnson, Thomas James, Caglar, Ahmet, Ryan Brash, Timothy, Kuhlman, Wyatt, Park, Yeonjung, Popović, Zoran, Baker, David, Khatib, Firas, Bardwell, James C. A., Coral, Alan, Martin, Raoul, Jensen, Alice Elizabeth, Lubow, Allen, Boitano, Amanda, Lisle, Amy Elizabeth, Maxwell, Andrew T., Failer, Barb, Kaszubowski, Bartosz, Hrytsiv, Bohdan, Vincenzo, Brancaccio, de Melo Cruz, Breno Renan, Tymieniecki, Agnes, McManus, Brian Joseph, Kestemont, Bruno, Vardeman, Carl, Comisky, Casey, Neilson, Catherine, Landers, Catherine R., Ince, Christopher, Buske, Daniel Jon, Totonjian, Daniel, Copeland, David Marshall, Winburn, Amanda A., Murray, David, Jagieła, Dawid, Janz, Dietmar, Wheeler, Douglas C., Cali, Elie, Croze, Emmanuel, Rezae, Farah, Martin, Floyd Orville, Beecher, Gil, de Jong, Guido Alexander, Cooper, Seth, Ykman, Guy, Feldmann, Harald, Chan, Hugo Paul Perez, Kovanecz, Istvan, Vasilchenko, Ivan, Connellan, James C., Borman, Jami Lynne, Norrgard, Jane, Kanfer, Jebbie, Canfield, Jeffrey M., Flatten, Jeff, Slone, Jesse David, Oh, Jimmy, Mitchell, Joanne, Bishop, John, Kroeger, John Douglas, Schinkler, Jonas, McLaughlin, Joseph, Brownlee, June M., Bell, Justin, Fellbaum, Karl Willem, Rogawski, David S., Harper, Kathleen, Abbey, Kirk J., Isaksson, Lennart E., Wei, Linda, Cummins, Lisa N., Miller, Lori Anne, Bain, Lyn, Carpenter, Lynn, Desnouck, Maarten, Sharma, Manasa G., Koropatkin, Nicole M., Belcastro, Marcus, Szew, Martin, Britton, Matthew, Gaebel, Matthias, Power, Max, Cassidy, Michael, Pfützenreuter, Michael, Minett, Michele, Wesselingh, Michiel, Hailu, Tsinatkeab T., Yi, Minjune, Cameron, Neil Haydn Tormey, Bolibruch, Nicholas I., Benevides, Noah, Kathleen Kerr, Norah, Barlow, Nova, Crevits, Nykole Krystyne, Dunn, Paul, Silveira Belo Nascimento Roque, Paulo Sergio, Riber, Peter

Publikováno v: Nature Communications, Vol 7, Iss 1, Pp 1-11 (2016)
Nature Communications 7, 12549-(2016). doi:10.1038/ncomms12549
Nature Communications

We show here that computer game players can build high-quality crystal structures. Introduction of a new feature into the computer game Foldit allows players to build and real-space refine structures into electron density maps. To assess the usefulne

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_dedup___::5dcf5b444f2648ee9a5a510f470500cb
https://doaj.org/article/b15fb233272548d7bc0404a5bf35e26f