2014年8月22日 · Jeff Kline, from Indiana University, is the world's foremost expert in Pulmonary Embolism, particularly from an Emergency Medicine perspective. He has been quite active in #FOAMed recently through @klinelab. Below; there is a summary of two of his most recent tweets regarding the approach to the patient with suspected Pulmonary Embolism in the ...

A thoughtful algorithm for PE exclusion and diagnosis requires pretest probability assessment in all patients, followed by selective use of clinical criteria, the quantitative D-dimer, and pulmonary vascular imaging.

2011年7月11日 · Jeff Kline is the master of all things pulmonary embolism in emergency medicine. This is a lecture he gave on fibrinolysis for pulmonary embolism. He discusses both massive and sub-massive PE. Here is a pdf of the slides. If you haven't already, you should also check out the AHA PE guidelines. I have a summary and the diagrams in another post.

Larson Civil Engineering, LLC was established in June of 2010 and is owned and operated by Jeff Larson, PE, the firms sole engineer. Mr. Larson has a wealth of broad based Civil Engineering experience gained over a career spanning 24 years.

2015年11月18日 · Looking further at how our emergency medicine experts view the evaluation for PE, Jeff Kline offers a comprehensive summary of risk factors and diagnostic considerations. 8,9 In his view, nonspecific cardiopulmonary symptoms are not sufficient in isolation to reasonably consider the possibility of PE. Patients must have physiologic ...

2011年7月3日 · Based on Master Nickson's comments on the PE debate, you could argue this would be an acceptable paradigm. Using Wells as your entry forces gestalt into the equation. Since Wells' low risk arguably gets you somewhere between 1-6% in ED populations, PERC should be acceptable. Update: PE DX by Jeff Kline

Jeff is the vice president of NTM’s Stormwater & Civil Site Division. He has over 24 years of engineering experience. His background features transportation and land development projects, with an emphasis on stormwater management, hydrologic and hydraulic (H&H) studies, and erosion and sediment (E&S) control.