Interventions to improve system-level coproduction in the Cystic Fibrosis Learning Network

Autor: Rachel Gordon, Lillian O’Leary, Gregory Sawicki, Don B Sanders, David Miller, Peter J Murphy, Michael Seid, John Dickinson, Mary Lester, Catherine Hopkins, Adrienne Savant, Rebekah Brown, Preeti Sharma, Christian Merlo, Michelle Roberts, Kathryn A Sabadosa, David Hansen, Peter Michelson, Amy Filbrun, Jordan Dunitz, Christopher M Siracusa, Thida Ong, Stacy Bichl, Ahmet Uluer, Joanne Cullina, Michael Powers, Rhonda List, Lindsay Somerville, Lauren Williamson, Dana Albon, Hossein Sadeghi, Clement Ren, Thomas Keens, Nicholas Antos, Fadi Asfour, Mike Price, Kristen Nowak, Robert Balk, Erin Moore, Prigi Varghese, Cori Daines, Glenda Drake, Amy Lucero, Amanda Sharpe, Lindsey McMahon, Meghan Murray, Meghana Sathe, Traci Liberto, Rachel Linnemann, Pornchai Tirakitsoontorn, Maivy Sou, Michael Schechter, Andrea Molzhon, Karen Wunschel, Lisa A Mullen, Kyle Traver, Travis Burgett, Alex Gifford, Nicola Felicetti, Heidi Dolan, Tracey Gendreau, Danielle Beachler, Shine-Ann Pai, Stephanie Robbins, Ben McCullar, Lauren Mitchell, Andrew Scaljon, Stefanie Rushing, Golnar Raissi, Bean Corcoran, Michelle Prickett, Rachel Nelson, Stacy Allen, Lisa Greene, Sara Renschen, Betsy Price, Catherine Kier, Teresa Carney, Sandy Corr, Barbara Leyva, Jillian Salvatore, George M Solomon, Julianna Bailey, James Lawlor, Samya Z Nasr, Rebekah Raines, Catherine Enochs, Kristen Jesse, Jonathan Flath, Mackenzie Wharram, James Tolle, Susan Eastman, Nauman Chaudary, Mahsa Farsad, Kimberly Wingo, Kathryn Moffett, Erin Brozik, Paige Krack, Kevin Martin, Laura Roth, Joshua Wang, Sarah Dykes, Erin Newbill, Misty Thompson, Danielle Poulin, Breck Gamel, Srujana Bandla, David W Davison, Lindsay Silva, Raouf Amin, Maria Britto, Anna Saulitis, Kate Barnico, Cindy Murphy, Amanda Lemieux, Georgia Dangel, Melanie Lawrence, Danielle Goetz, Danielle Woerner, Megan Whelan, Katelyn Violanti, Susan Attel, Alexia Hernández Cargal, Kelly Clute, Olivia Ries, Susan Gage, Bridget Kominek, Kristin Lawrence, Megan Martin, Jessica Roach, Errin Newman, Phillip Vaden, Esther Giezendanner, Marsha Triana, Sujal Rangwalla, Meghann Weil, Randy Hunt, Emily Walker, Caroline Starnes, Kendra Adderhold, Megan Barker, Johanna Zea-Hernandez, Beth Debri, Ann Kaiser, Cindy Brown, Pi Chun Cheng, Jana Yeley, Laura Jay-Ballinger, Julian McConnie, Meghana Malapaka, Perry Aulie, Ginger Birnbaum, Cynthia Driskill, Janerisa Encarnacion, Amanda Oswald, Stephanie Fullmer, Anthony Fashoda, Laura Steinhaus, Maureen Tinley, Jame’ Vajda, Janine Cassidy, Mey Lee, Megan Akers, Susan Whitmore, Christian Santaniello, Robert Abdullah, Bryan Garcia, Cameron Crenshaw, Kandice Amos, Veronica Indihar, Lisa Shively, Anissa Hostetter, Angela Oder, Brandi Morgan, Kayla Hubley, Deborah K Froh, Holly Carroll-Owen, Lauren Miller Ahrens, Brielle Evangelista, Lucy Gettle, Tracie O'Sullivan, Autumn Bonstein, Stacey Miller, Angela Bender, Billie Jo Bennett, John Palla, Cathy O'Malley, Maria Dowell, Allison Fitch-Markham, Chladd Ford, Carolyn Heyman, Terri Laguna, Debbie Benitez, Lynn Fukushima, Martha Markovitz, Adupa Rao, Gregory Storm, Vai Jun Lam, John Mercer, Cori Muirhead, Jeff Gold, Aaron Trimble, Gopal Allada, Wendy Palmrose, Sue Sullivan, Kim Keeling, Rob Shradar, Jill Fliege, Heidi Klasna, Janelle Sorensen, Stacy Millikan, Joe Poler, Jill Rollins, Sandy Wahl, Cristy Batten, Laura Romero, Whitney Gore, Kimberly Morse, Rocio Munter, Danieli Salinas, Sylvia Sanchez, Virginia Anderson, Jami Dunn, Stephanie Gamble, Hector Gutierrez, Kelli Lachowicz, Isabel Lowell, Cathy Mims, LaShonna Stodghill, Gabriela Oates, Amanda Phillips, Linda Russo, Staci Self, Julie Desch, Ilene Hollin, Emily Kramer-Golinkoff, Pamela Mertz, Sarah Gomez, Nancy Griffin, Drew Warmin

Publikováno v: BMJ Open Quality, Vol 13, Iss 3 (2024)

Background Coproduction is defined as patients and clinicians collaborating equally and reciprocally in healthcare and is a crucial concept for quality improvement (QI) of health services. Learning Health Networks (LHNs) provide insights to integrate

Externí odkaz: https://doaj.org/article/65153dab72834c8d85fcdc291e321282

Risky business: A mixed methods study of decision-making regarding COVID-19 risk at a public university in the United States

Autor: Shelley N. Facente, Mariah De Zuzuarregui, Darren Frank, Sarah Gomez-Aladino, Ariel Muñoz, Sabrina Williamson, Emily Wang, Lauren Hunter, Laura Packel, Arthur Reingold, Maya Petersen

Publikováno v: Frontiers in Psychology, Vol 13 (2022)

IntroductionUntil vaccines became available in late 2020, our ability to prevent the spread of COVID-19 within countries depended largely on voluntary adherence to mitigation measures. However, individual decision-making regarding acceptable COVID-19

Externí odkaz: https://doaj.org/article/c128bf77c2184ff19bafba401b5d1b1d

Se voir mourir et après… ?

Autor: Sarah Gomez

Publikováno v: Éloge du bricolage. Social et institution. :66-71

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_________::1066a377abfdcda2c7ad94afa5f98bae
https://doi.org/10.35562/canalpsy.3442

Is Zoom viable for sociophonetic research? A comparison of in-person and online recordings for vocalic analysis

Autor: Jeremy Calder, Rebecca Wheeler, Sarah Adams, Daniel Amarelo, Katherine Arnold-Murray, Justin Bai, Meredith Church, Josh Daniels, Sarah Gomez, Jacob Henry, Yunan Jia, Brienna Johnson-Morris, Kyo Lee, Kit Miller, Derrek Powell, Caitlin Ramsey-Smith, Sydney Rayl, Sara Rosenau, Nadine Salvador

Publikováno v: Linguistics Vanguard.

In this study, we explore whether Zoom is a viable method for collecting data for sociophonetic research, focusing on vocalic analysis. We investigate whether recordings collected through Zoom yield different acoustic measurements than recordings col

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_________::db2d7b693252a08aa5fb15940de52ac1
https://doi.org/10.1515/lingvan-2020-0148

A bimodal microstructure for fatigue resistant metals by molecular dynamics simulations

Autor: Rachell Lee, Wenwu Xu, Sharier Hasan, Ken Ramirez, Sarah Gomez

Publikováno v: Computational Materials Science. 160:352-359

We propose a new bimodal microstructure with promising potential for developing fatigue-resistant metals taking advantage of molecular dynamics (MD) simulations. In the proposed bimodal microstructure, each micrometer-sized grain is separated by a ne

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=doi_________::36fa6701ea542edf0c09c5f054113157
https://doi.org/10.1016/j.commatsci.2019.01.026