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Biomedical subjects

Rajagopalan Srinivasan

Publications and source records attributed to Rajagopalan Srinivasan.

3 recordsLinked to original sources

The interrater variation of ED abdominal examination findings in patients with acute abdominal pain.

OBJECTIVE: The physical examination of the abdomen is crucial to emergency department (ED) management of patients with abdominal pain. We sought to determine the interrater variation between attending and resident physicians in detecting abdominal exam findings. METHODS: Research enrollers surveyed attending and resident physicians on abdominal exam findings in the ED in patients with abdominal pain. Strength of agreement was calculated using the kappa statistic. RESULTS: A convenience sample of 122 surveys was completed. Calculated kappa results are in parentheses. There was almost perfect agreement on the presence of masses and substantial agreement on the need for imaging studies. There was moderate agreement on guarding, distension, tenderness, and need for laboratory tests and surgical consultation. For 88 (72%) patients with tenderness, substantial agreement was calculated for epigastric tenderness, moderate agreement on right upper quadrant, supraumbilical, suprapubic, left lower quadrant, right lower quadrant tenderness, and fair agreement on left upper quadrant tenderness. Sixty-one (50%) patients received pain medicine in the ED. Among those, there was fair agreement on a presence of a surgical abdomen. Upper level resident physicians noted a higher level of agreement with the attending physician for tenderness than junior resident physicians. CONCLUSIONS: There was moderate agreement between resident and attending physicians for most of the findings in patients with abdominal pain. Recognition that selected findings are more variable than others should encourage careful confirmation of resident physicians' assessments in teaching settings.

Abdominal Pain↗

Society for Academic Emergency Medicine survey of the Association of American Medical Colleges Council of Academic Societies.

The Society for Academic Emergency Medicine (SAEM) surveyed the Council of Academic Societies (CAS) organizations to obtain useful information to project SAEM goals into the year 2010. The objective of this work was to understand common and varying organizational operations and identify opportunities. The authors reviewed CAS organizations' mission statements, operating budgets, modes of communications, products, meeting formats, foundations, endowment funds, staff structures, headquarters, advocacy activities (services), top challenges, and most significant changes anticipated the next ten years. The survey methodology was used to gain insight into modes of operation of CAS organizations and enable SAEM to review its own operations and identify potential organizational changes based on the experiences of others. Individual CAS organizations might similarly benefit by reviewing the results of the survey and comparing themselves with others.

Education, Medical↗

Integrated decision support system for waste minimization analysis in chemical processes.

The need to build and operate environmentally friendly plants has challenged the chemical industry to consider waste minimization or even elimination starting from the early stages of process development. A thorough waste minimization analysis requires specialized expertise and is laborious, time-consuming, expensive, and knowledge-intensive. This has caused a major technical barrier for implementing waste minimization programswithin the industry. Previously, we had reported a systematic methodology and a knowledge-based system, called ENVOPExpert, for identifying waste minimization opportunities in chemical processes. In this paper, we propose an integrated qualitative-quantitative methodology to identify waste minimization alternatives and assess their efficacy in terms of environmental impact and process economics. A qualitative analysis is first conducted to identify the sources of wastes and to propose alternatives for eliminating or minimizing them. Environmental impact of each alternative is then calculated by doing a quantitative pollutant balance. The capital expenditure required for implementing the alternative and the resulting plant operating costs are also calculated and used in the evaluation of the waste minimization alternatives. Through this, practical and cost-effective options can be identified. This methodology has been implemented as an integrated decision support system and tested using the hydrodealkylation process case study with satisfactory results.

Chemical Industry↗