Christus Health | Date: 2009-03-10
Non-medicated toiletries; Skin and body topical lotions and creams for cosmetic use; Bath salts. Vitamins; Dietary supplements.
Christus Health | Date: 2010-08-24
Computer software for the management of information related to medical billing, accounting, and collections of accounts receivable; Database management software for medical billing, accounting, and collections of accounts receivable.
Gellert G.A.,CHRISTUS Health |
Hill V.,Baylor College of Medicine |
Bruner K.,CHRISTUS Health |
Maciaz G.,CHRISTUS Health |
And 7 more authors.
Applied Clinical Informatics | Year: 2015
Objectives: To identify and describe the most critical strategic and operational contributors to the successful implementation of clinical information technologies, as deployed within a moderate sized system of U.S. community hospitals. Background and Setting: CHRISTUS Health is a multi-state system comprised of more than 350 services and 60 hospitals with over 9 000 physicians. The Santa Rosa region of CHRISTUS Health, located in greater San Antonio, Texas is comprised of three adult community hospital facilities and one Children’s hospital each with bed capacities of 142–180. Computerized Patient Order Entry (CPOE) was first implemented in 2012 within a complex market environment. The Santa Rosa region has 2 417 credentialed physicians and 263 mid-level allied health professionals. Methods: This report focuses on the seven most valuable strategies deployed by the Health Informatics team in a large four hospital CHRISTUS region to achieve strong CPOE adoption and critical success lessons learned. The findings are placed within the context of the literature describing best practices in health information technology implementation. Results: While the elements described involved discrete de novo process generation to support implementation and operations, collectively they represent the creation of a new customer-centric service culture in our Health Informatics team, which has served as a foundation for ensuring strong clinical information technology adoption beyond CPOE. Conclusion: The seven success factors described are not limited in their value to and impact on CPOE adoption, but generalize to – and can advance success in – varied other clinical information technology implementations across diverse hospitals. A number of these factors are supported by reports in the literature of other institutions’ successful implementations of CPOE and other clinical information technologies, and while not prescriptive to other settings, may be adapted to yield value elsewhere. © Schattauer 2015.
Gellert G.A.,CHRISTUS Health |
Ramirez R.,CHRISTUS Health |
Webster S.L.,CHRISTUS Health
Applied Clinical Informatics | Year: 2016
Summary With the adoption of Computerized Patient Order Entry (CPOE), many physicians-particularly consultants and those who are affiliated with multiple hospital systems-are faced with the challenge of learning to navigate and commit to memory the details of multiple EHRs and CPOE software modules. These physicians may resist CPOE adoption, and their refusal to use CPOE presents a risk to patient safety when paper and electronic orders co-exist, as paper orders generated in an electronic ordering environment can be missed or acted upon after delay, are frequently illegible, and bypass the Clinical Decision Support (CDS) that is part of the evidence-based value of CPOE. We defined a category of CPOE Low Frequency Users (LFUs)-physicians issuing a total of less than 10 orders per month-and found that 50.4% of all physicians issuing orders in 3 urban/suburban hospitals were LFUs and actively issuing orders across all shifts and days of the week. Data are presented for 2013 on the number of LFUs by month, day of week, shift and facility, over 2.3 million orders issued. A menu of 6 options to assist LFUs in the use of CPOE, from which hospital leaders could select, was instituted so that paper orders could be increasingly eliminated. The options, along with their cost implications, are described, as is the initial option selected by hospital leaders. In practice, however, a mixed pattern involving several LFU support options emerged. We review data on how the option mix selected may have impacted CPOE adoption and physician use rates at the facilities. The challenge of engaging LFU physicians in CPOE adoption may be common in moderately sized hospitals, and these options can be deployed by other systems in advancing CPOE pervasiveness of use and the eventual elimination of paper orders. © Schattauer 2016.
Christus Health | Date: 2009-09-08
Medicated baby oils; Medicated baby powders.