An Outline of the Evolution and Conduct of the Safer Clinical Systems Programme

Author(s):  
Peter Spurgeon ◽  
Mark-Alexander Sujan ◽  
Stephen Cross ◽  
Hugh Flanagan
Keyword(s):  
2021 ◽  
Author(s):  
Yiqing Zhao ◽  
Matthew Brush ◽  
Chen Wang ◽  
Hongfang Liu ◽  
Robert R Freimuth

BACKGROUND Despite the increasing evidence of utility of genomic medicine in clinical practice, systematically integrating genomic medicine information and knowledge into clinical systems with a high-level of consistency, scalability, and computability remains challenging. A comprehensive terminology is required for relevant concepts and the associated knowledge model for representing relationships. OBJECTIVE Our study aims to propose a drug response phenotype terminology to represent relationships between genetic variants and drugs in existing knowledge models. METHODS In this study, we leveraged PharmGKB, a comprehensive pharmacogenomics (PGx) knowledgebase, to formulate a terminology for drug response phenotypes that can represent relationships between genetic mutations and treatments. We evaluated coverage of the terminology through manual review of a randomly selected subset of 200 sentences extracted from genetic reports that contained concepts for “Genes and Gene Products” and “Treatments”. RESULTS Results showed that our proposed drug response phenotype terminology could cover 96% of the drug response phenotypes in genetic reports. Among 18,653 sentences that contained both “Genes and Gene Products” and “Treatments”, 3,011 sentences were able to be mapped to a drug response phenotype in our proposed terminology, among which the most discussed drug response phenotypes were response (994), sensitivity (829), and survival (332). In addition, we were able to re-analyze genetic report context incorporating the proposed terminology and enrich our previously proposed PGx knowledge model to reveal relationships between genetic mutations and treatments. CONCLUSIONS In conclusion, we proposed a drug response phenotype terminology that enhanced structured knowledge representation of genomic medicine.


2016 ◽  
Vol 25 (01) ◽  
pp. 130-137 ◽  
Author(s):  
U. Sax ◽  
M. Lipprandt ◽  
R. Röhrig

Summary Introduction: As many medical workflows depend vastly on IT support, great demands are placed on the availability and accuracy of the applications involved. The cases of IT failure through ransomware at the beginning of 2016 are impressive examples of the dependence of clinical processes on IT. Although IT risk management attempts to reduce the risk of IT blackouts, the probability of partial/total data loss, or even worse, data falsification, is not zero. The objective of this paper is to present the state of the art with respect to strategies, processes, and governance to deal with the failure of IT systems. Methods: This article is conducted as a narrative review. Results: Worst case scenarios are needed, dealing with methods as to how to survive the downtime of clinical systems, for example through alternative workflows. These workflows have to be trained regularly. We categorize the most important types of IT system failure, assess the usefulness of classic counter measures, and state that most risk management approaches fall short on exactly this matter. Conclusion: To ensure that continuous, evidence-based improvements to the recommendations for IT emergency concepts are made, it is essential that IT blackouts and IT disasters are reported, analyzed, and critically discussed. This requires changing from a culture of shame and blame to one of error and safety in healthcare IT. This change is finding its way into other disciplines in medicine. In addition, systematically planned and analyzed simulations of IT disaster may assist in IT emergency concept development.


2012 ◽  
Vol 3 (2) ◽  
Author(s):  
Beth DeJongh ◽  
Robert Haight

Objectives: To create easy to understand, antidepressant medication decision making aids and describe the process used to develop the aids for patients diagnosed with depression. Methods: In collaboration with the Institute for Clinical Systems Improvement (ICSI), antidepressant medication decision making aids were developed to enhance patient and physician communication about medication selection. The final versions of the aids were based on design methods created by Dr. Victor M. Montori (Mayo Clinic) and discussions with patients and providers. Five physicians used prototype aids in their outpatient clinics to assess their usefulness. Results: Six prototype antidepressant medication decision making aids were created to review potential side-effects of antidepressant medications. The side effects included were those patients feel are most bothersome or may contribute to premature discontinuation of antidepressant treatment, including: weight changes, sexual dysfunction, sedation, and other unique side effects. The decision aids underwent several revisions before they were distributed to physicians. Physicians reported patients enjoyed using the decision aids and found them useful. The sexual dysfunction card was considered the most useful while the daily administration schedule card was felt to be the least useful. Conclusions: Physicians found the antidepressant decision making aids helpful and felt they improved their usual interactions with patients. The aids may lead to more patient-centered treatment choices and empower patients to become more directly involved in their treatment. Whether the aids improve patient's medication adherence needs to be addressed in future studies.   Type: Student Project


Pain medicine ◽  
2020 ◽  
Vol 5 (2) ◽  
pp. 15-62
Author(s):  
Viktor Poberezhnyi ◽  
Oleksandr Marchuk ◽  
Oleksandr Katilov ◽  
Oleh Shvydiuk ◽  
Oleksii Lohvinov

From the point of view of perception and generalization processes there are complex, logic and conceptual forms of thinking. Its conceptual form is the highest result of interaction between thinking and speech. While realizing it, human uses the concept, which are logically formed thoughts, that are the meaning of representation in thinking of unity of meaningful features, relations of subjects or phenomena of objective reality. Special concepts, that are used in the science and technique are called terms. They perform a function of corresponding, special, precise marking of subjects and phenomena, their features and interactions. Scientific knowledge are in that way an objective representation of material duality in our consciousness. Certain complex of terms forms a terminological system, that lies in the basis of corresponding sphere of scientific knowledge and conditions a corresponding form and way of thinking. Clinical thinking is a conceptual form, that manifests and represents by the specialized internal speech with gnostic motivation lying in its basis. Its structural elements are corresponding definitions, terms and concepts. Cardinal features of clinical systems are consistency, criticality, justification and substantiation. Principles of perception and main concepts are represented in the article along with short descriptions of physical and chemical phenomena, that have conceptual meaning for the formation of systematic clinical thinking and formalization of systemic structural-functional organization of the human’s organism


2010 ◽  
Vol 5 (S1) ◽  
Author(s):  
Chad Achenbach ◽  
Stephen Cole ◽  
Corey Casper ◽  
Mari Kitahata ◽  
James Willig ◽  
...  

2012 ◽  
Vol 45 (4) ◽  
pp. 719-725 ◽  
Author(s):  
Karen A. Monsen ◽  
Claire Neely ◽  
Gary Oftedahl ◽  
Madeleine J. Kerr ◽  
Pam Pietruszewski ◽  
...  

Author(s):  
Mark E. Frisse ◽  
Karl E. Misulis

Healthcare in the United States is heavily regulated; a host of often-confusing policies, laws, and regulations impact care delivery and care reimbursement. Because of the breadth of society’s health issues; the diversity of personal, religious, philosophical, or societal goals; and the conflicts that arise among concerned stakeholders, policies or their execution through procedures are almost always controversial. Policies are positions, statements, and courses of action that reflect an organization’s goals and values and are the products of government, business, or other authorities. Collectively, the arguably undue complexity of these regulatory efforts place enormous burdens on both those who develop clinical systems and those who must use them. Clinical informatics professionals must understand these complexities and seek ways of simplifying care and administrative processes.


Sign in / Sign up

Export Citation Format

Share Document