Citations 2
Neurohospitalist Core Competencies
Wold, Jana , Robertson, Jetter , Jeevarajan, Jerome , Knox, Molly G., Thatikunta, Prateek , Solorzano, Guillermo E., Galetta, Kristin , Dujari, Shefali , Goyal, Tarini , Ehrlich, Matthew , Donnelly, J., Marriott, Elizabeth , Mandge, Vishal , Dhoot, Roshni , Luedke, Matthew W. , Maas, Matthew B., Yu, Mei , Tolédano, Michel B. , Palaganas, Jamie L., Kvam, Kathryn A. , Dugue, Rachelle , Meltzer, Ethan , Touma, Lahoud , Shah, Maulik , Douglas, Vanja C. , Orjuela, Karen , Klein, Joshua P. , Likosky, David, Simpson, Jennifer , Richie, Megan , Dohle, Carolin, Morris, Jane G. , Gold, Carl A. , Maas, Matthew B. , Wold, Jana J , Ehrlich, Matthew E , Mustafa, Rafid , Kvam, Kathryn , Meltzer, Ethan , Shah, Maulik P , Orjuela, Karen , Klein, Joshua P , Gold, Carl A , Yu, Margaret Y., Toledano, Michel, Mustafa, Rafid , Palaganas, Jamie, Scott, Brian J.
The Neurohospitalist | November 26, 2024 | Volume: 15 | Issue: 1 | Pages: 13-84
The Neurohospitalist Core Competencies comprise a set of competency-based learning objectives that encapsulate the knowledge, skills, and attitudes of neurohospitalitists who specialize in the care of hospitalized patients with neurologic conditions. These competencies serve to characterize the rapidly expanding field of neurohospitalist medicine. The 27 chapters are divided into 3 sections entitled: neurological conditions, clinical interventions and interpretation of ancillary studies, and neurohospitalist role in the healthcare system. Each individual learning objective in the chapters describes a specific concept with an action verb to illustrate the behavior that the neurohospitalist exhibits. The individual neurohospitalist may not exhibit mastery in each of the topics included as individual practices vary in scope and practice pattern. A few examples of how the complete set of competencies may be used include in the creation of curricula for neurohospitalist fellowships, to assist in defining the scope of practice of neurohospitalists for administrative leaders of hospitals and departments, and in influencing the direction of further research and quality improvement in the field.
The Delphi Delirium Management Algorithms. A practical tool for clinicians, the result of a modified Delphi expert consensus approach.
Ottens, Thomas H. , Hermes, Carsten , Page, Valérie , Oldham, Mark , Arora, Rakesh C. , Bienvenu, O. Joseph , Boogaard, Mark van den , Caplan, Gideon A. , Hansen, Hans-Christian , Inouye, Sharon K. , Kamholz, Barbara, Maas, Matthew B. , MacLullich, Alasdair M. J. , Negro, Alessandra , Neufeld, Karin J. , Nydahl, Peter , Radtke, Finn M. , Raedt, Sylvie De , Rosenthal, Lisa , Vardy, Emma , Slooter, Arjen J. C. , Arora, Rakesh , van den Boogaard, Mark , Caplan, Gideon , Friedrich, Michaela-Elena , Hanison, James , Hansen, Hans-Christian , Inouye, Sharon K , Kotfis, Katarzyna , MacLullich, Alasdair M J , Marcantonio, Edward R , van Munster, Barbara C , Müller-Werdan, Ursula , Nydahl, Peter , Oh, Esther S , Pandharipande, Pratik , Radtke, Finn M , Raedt, Sylvie De , Spies, Claudia D , Vardy, Emma R L C , Wijdicks, Eelco Fm , Slooter, Arjen J C , Devlin, John W. , Kotfis, Katarzyna , Marcantonio, Edward R. , Morandi, Alessandro , Rosenthal, Lisa J., Sanders, Robert D. , Spies, Claudia , Wijdicks, Eelco F. M.
Delirium | January 12, 2024 | Volume: No volume available | Issue: No issue available | Pages: No page available
Delirium is common in hospitalised patients, and there is currently no specific treatment. Identifying and treating underlying somatic causes of delirium is the first priority once delirium is diagnosed. Several international guidelines provide clinicians with an evidence-based approach to screening, diagnosis and symptomatic treatment. However, current guidelines do not offer a structured approach to identification of underlying causes. A panel of 37 internationally recognised delirium experts from diverse medical backgrounds worked together in a modified Delphi approach via an online platform. Consensus was reached after five voting rounds. The final product of this project is a set of three delirium management algorithms (the Delirium Delphi Algorithms), one for ward patients, one for patients after cardiac surgery and one for patients in the intensive care unit.