New SJRHEM Dalhousie Course – Debriefing Skills for Simulation – The Basics

New SJRHEM Dalhousie Course – Debriefing Skills for Simulation – The Basics

When Is It?

8th-9th February 2018

Who is this for?

If you are interested in using simulation for education in healthcare, then this is for you! We aim to give you the basic skills needed to start debriefing in your own institution. This is a practical course with lots of opportunities to debrief.

 

 

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RCP – Dental Block, ER Doc

Another Solution for Dental Pain when “NSAIDs do nothing for me Doc!

Resident Clinical Pearl (RCP) – Guest Resident Edition

Peter Leighton,  R3 FMEM 2+1, Dalhousie University, Halifax

Reviewed by Dr. David Lewis

 

Dental pain is a common problem encountered in the Emergency Department (ED), yet physicians in the ED often have no to little education regarding management of dental pain. Depending on where you read, dental pain complaints account for 1-5% of emergency department visits. A common approach consists of looking for infection and providing a prescription for antibiotics and NSAIDs along with recommendation to follow up with a dentist. Although, there is good evidence for NSAIDs in dental pain, some patients find that it does not help enough with their pain or they have contraindications to NSAIDs. This often leads to the prescription of opioids for dental pain. Given the recent opioid crisis in Canada, there has been a search for other forms of management of toothache/dental pain in the ED. Insert the dental block! It’s fast, easy, and provides good pain relief, while providing a chance for patients to book an appointment to see their dentist the following day. There has been some evidence that this method achieves good pain control for the patient and may help lower opioid prescriptions in the ED for dental pain.

There are essentially 2 blocks you will need to know:

  • The Inferior Alveolar Nerve Block (Mandibular teeth)
  • Supraperiosteal Infiltrations (Maxillary teeth)

Indications

  • Dental abscess
  • Toothache
  • Pulpitis
  • Root impaction
  • Dry socket
  • Post-extraction pain
  • Trauma – lacerations, fractures

Contraindications

  • Allergy to local anesthetic
  • Distortion of landmark
  • Uncooperative patient
  • Injecting through infected tissue – may cause bacteremia
  • Cardiac congenital abnormalities and mechanical valves – require prophylaxis for endocarditis
  • Coagulopathy

What you will need

  • Syringe
  • Needle – 25-27 gauge and 1.5 inch
  • Lidocaine with epinephrine (max dose 7 mg/kg)
  • Bupivicaine +/- epinephrine (max dose 2 mg/kg)
  • Non-sterile gloves
  • Suction and light source may be required

 

The combination of Lidocaine and Bupivicaine allow the mix of immediate analgesia from the Lidocaine and prolonged duration of action by the Bupivicaine. The addition of Epinephine will also increase duration of effect. This combination should provide approximately 8 or more hours of anesthetic effect.

 

Technique:

Supraperiosteal Infiltration

Pull out patient’s cheek laterally to have a good view of the patient’s tooth and gingiva. Insert needle into the mucobuccal fold just above the apex of the tooth to be anesthetized. Keep the needle parallel to the tooth and insert it a few millimeters until needle tip is above the apex of the tooth. If bone is contracted, withdraw 1-2mm and aspirate. If no blood is aspirated then inject 1-2 ml of anesthetic. If blood is aspirated then withdraw and reposition.

 

From: www.ebmedicine.net – click here for full article

 


 

Inferior Alveolar Nerve Block

Place your thumb in the coronoid (mandibular) notch of the patient and extend the patient’s cheek out laterally so you can see the patient’s pterygomandibular raphe. Place your syringe in the opposite corner of the mouth and with your needle at the middle level of the raphe, aim just lateral to the raphe. Insert your needle approx. 2-2.5cm until you hit bone. Pull back a millimeter and aspirate twice. If any blood on aspiration, withdraw and reposition more laterally. If no blood with aspiration then inject 1-2ml of anesthetic.

 

From: Jason Kim’s Blog – click here for full article

 

 

From: www.ebmedicine.net – click here for full article

 


 

Videos:

Please see the dentistry videos below to review anatomical landmarks of both techniques:

 

Supraperiosteal technique

 

Inferior Alveolar Block

 


 

References

 

  1. Complications, diagnosis, and treatment of odontogenic infections [Internet]; c2017 [cited 2017 November 10]. Available from: https://www.uptodate.com/contents/complications-diagnosis-and-treatment-of-odontogenic-infections?source=search_result&search=dental%20pain&selectedTitle=1~150.
  2. Fixing Faces Painlessly: Facial Anesthesia In Emergency Medicine [Internet]; c2017 [cited 2017 November 12]. Available from: https://www.ebmedicine.net/topics.php?paction=showTopicSeg&topic_id=207&seg_id=4229
  3. Fox TR, Li J, Stevens S, Tippie T. A performance improvement prescribing guideline reduces opioid prescriptions for emergency department dental pain patients. Annals of Emergency Medicine 2013;62(3):237-40.
  4. IA with a Short Needle [Internet]; c2015 [cited 2017 November 10]. Available from: https://www.youtube.com/watch?v=1Mf3f0XmsqI.
  5. 5. Local Infiltration [Internet]; c2014 [cited 2015 November 10]. Available from: https://www.youtube.com/watch?v=Y2NSuxd7j_g.
  6. How I learned to love dental blocks [Internet]; c2014 [cited 2017 November 10]. Available from: http://www.clinicaladvisor.com/the-waiting-room/dental-blocks-useful-in-emergency-medicine/article/382951/.
  7. M2E Too! Mellick’s Multimedia EduBlog [Internet]; c2014 [cited 2017 November 10]. Available from: http://journals.lww.com/em-news/blog/M2E/pages/post.aspx?PostID=32.
  8. Moore PA, Hersh EV. Combining ibuprofen and acetaminophen for acute pain management after third-molar extractions: Translating clinical research to dental practice. J Am Dent Assoc 2013 Aug;144(8):898-908.
  9. Okunseri C, Dionne RA, Gordon SM, Okunseri E, Szabo A. Prescription of opioid analgesics for nontraumatic dental conditions in emergency departments. Drug Alcohol Depend 2015 Nov 1;156:261-6.
  10. Patel NA, Afshar S. Addressing the high rate of opioid prescriptions for dental pain in the emergency department. Am J Emerg Med 2017 Jul 3.
  11. Oral Nerve Block [Internet]; c2016 [cited 2017 November 10]. Available from: https://emedicine.medscape.com/article/82850-overview#a1.
  12. Dental Pain in the ED: Big Solution in a Small Package [Internet]; c2005 [cited 2017 November 10]. Available from: http://journals.lww.com/em-news/Fulltext/2005/06000/Dental_Pain_in_the_ED__Big_Solution_in_a_Small.12.aspx.

 

 

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SJRHEM Journal Club Report Oct 2017

SJRHEM Journal Club Report Oct 2017

Allyson Cornelis, R1 iFMEM

Hosted by Dr Andrew Lohoar


Abstract:

Idarucizumab for Dabigatran Reversal — Full Cohort Analysis

Charles V. Pollack, Jr., M.D., Paul A. Reilly, Ph.D., Joanne van Ryn, Ph.D., John W. Eikelboom, M.B., B.S., Stephan Glund, Ph.D., Richard A. Bernstein, M.D., Ph.D., Robert Dubiel, Pharm.D., Menno V. Huisman, M.D., Ph.D., Elaine M. Hylek, M.D., Chak-Wah Kam, M.D., Pieter W. Kamphuisen, M.D., Ph.D., Jörg Kreuzer, M.D., Jerrold H. Levy, M.D., Gordon Royle, M.D., Frank W. Sellke, M.D., Joachim Stangier, Ph.D., Thorsten Steiner, M.D., Peter Verhamme, M.D., Bushi Wang, Ph.D., Laura Young, M.D., and Jeffrey I. Weitz, M.D.

N Engl J Med 2017; 377:431-441August 3, 2017DOI: 10.1056/NEJMoa1707278

 

BACKGROUND
Idarucizumab, a monoclonal antibody fragment, was developed to reverse the anticoagulant effect of dabigatran.

METHODS
We performed a multicenter, prospective, open-label study to determine whether 5 g of intravenous idarucizumab would be able to reverse the anticoagulant effect of dabigatran in patients who had uncontrolled bleeding (group A) or were about to undergo an urgent procedure (group B). The primary end point was the maximum percentage reversal of the anticoagulant effect of dabigatran within 4 hours after the administration of idarucizumab, on the basis of the diluted thrombin time or ecarin clotting time. Secondary end points included the restoration of hemostasis and safety measures.

RESULTS
A total of 503 patients were enrolled: 301 in group A, and 202 in group B. The median maximum percentage reversal of dabigatran was 100% (95% confidence interval, 100 to 100), on the basis of either the diluted thrombin time or the ecarin clotting time. In group A, 137 patients (45.5%) presented with gastrointestinal bleeding and 98 (32.6%) presented with intracranial hemorrhage; among the patients who could be assessed, the median time to the cessation of bleeding was 2.5 hours. In group B, the median time to the initiation of the intended procedure was 1.6 hours; periprocedural hemostasis was assessed as normal in 93.4% of the patients, mildly abnormal in 5.1%, and moderately abnormal in 1.5%. At 90 days, thrombotic events had occurred in 6.3% of the patients in group A and in 7.4% in group B, and the mortality rate was 18.8% and 18.9%, respectively. There were no serious adverse safety signals.

CONCLUSIONS
In emergency situations, idarucizumab rapidly, durably, and safely reversed the anticoagulant effect of dabigatran. (Funded by Boehringer Ingelheim; RE-VERSE AD ClinicalTrials.gov number, NCT02104947.)

 

http://www.nejm.org/doi/full/10.1056/NEJMoa1707278

 


SJRHEM Journal Club Report

 

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What we missed in FOAM October 2017

Welcome to SJRHEM’s newest feature, “Best of FOAM”. This is a quick curated list of the best free open access medical education the internet has to offer!

Subscribe to our twitter feed for regular updates and enjoy!

 

EM procedures

 

Clinical summaries

 

Kavish Chandra, R3 FMEM, Dalhousie University, Saint John, New Brunswick

 

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EM Reflections – October 2017

Thanks to Dr Joanna Middleton for leading the discussion this month

Edited by Dr David Lewis

Top tips from this month’s rounds:

  1. Imaging reports can underestimate the clinical impact of an incidental finding

  2. Neuro ICU in the Emergency Department?

 


Imaging reports can underestimate the clinical impact of an incidental finding

Not all benign conditions have a benign outcome. A CT report will occasionally underestimate the clinical impact of an incidental finding. Its always worth reviewing the images yourself.

For example – a report might read – “No acute bleed or infarct, incidental finding of frontal bone fibrous dysplasia” –  may sound innocuous and unrelated to the patient’s headache, until you review the scans yourself:

 

Fibrous dysplasia is a benign condition which can present with new craniofacial asymmetry. Whilst the condition itself may be benign, the location and speed of growth can result in symptoms, especially headache and even cranial nerve compression.

Clinical Guidelines for managing craniofacial fibrous dysplasia

 


Neuro ICU in the Emergency Department?

 

Management of Intracranial Hemorrhage in the Emergency Department can be complex. The diagnosis is usually straightforward with CT (providing it has been considered as a possibility – subarachnoid hemorrhage can present with syncope alone) and the broad category of bleed determined by the history, patient age, CT appearance, etc.

ED Management will depend on the category of bleed (Primary ICH, Subdural, Epidural, Traumatic SAH, Spontaneous SAH).

From ALIEM.com, click here for the full article

 

Initial management of intracranial hemorrhage can be simplified / summarized as follows:

Airway – ET Intubation if GCS < 9

Breathing – Ventilate if GCS < 9 (SaO2 >94%, ETCO2 35-45 mmHg)

Circulation

  1. Stop the bleeding
    1. Neurosurgery (see here for indications)
    2. Reverse anticoagulation
    3. ?Tranexamic acid
  2. Maintain an adequate cerebral perfusion pressure (CPP) to ensure adequate tissue oxygenation
    1. CPP = Mean Arterial Pressure (MAP) – Intracranial Pressure (ICP)
      1. Seems simple enough? – ensure the patient’s blood pressure is high enough to overcome the ICP
    2. However, the optimal CPP following acute brain injury is not known (general consensus suggest 50-70 mmHg)
      1. In the normal brain CPP is maintained by autoregualtion
      2. Autoregulation is less effective after brain injury
      3. If the CPP is too low brain hypoxia occurs
      4. If the CPP is too high there may be a risk of hematoma expansion
    3. However, it’s not easy to measure the ICP
      1. Methods of non-invasive ICP estimation:
        1. Level of consciousness
        2. Papilledema
        3. CT appearances
        4. Transcranial doppler
        5. Sonographic Optic Nerve Sheath Diameter
        6. Lots of others
        7. None of these are perfect
      2. Invasive ICP measurement
        1. External Ventricular Drain – Neurosurgical procedure
        2. Setting up the EVD and measuring ICP requires experienced nursing staff (see below)
    4. Even measuring the MAP is not without its own problems in the ED
      1. MAP = (Systolic BP + 2(Diastolic BP))/3
      2. However non invasive measurement of MAP (based on SBP and DBP peripheral sphygmomanometry) is not accurate.
      3. An accurate measurement of MAP requires invasive monitoring via an arterial line.
    5. Assuming that we are able to accurately measure ICP and MAP, there is then the question of how to adjust these values reliably via therapeutic interventions.
      1. ICP Management (Normal = 0-15, Goal < 20)
        1. Patient position, head up
        2. Sedation and paralysis, if patient aggitated
        3. Mannitol – potential risk of acute kidney failure in prolonged use
        4. Hyperventilation – will also reduce cerebral blood flow – so PaCO2 no lower than 35 mmHg
        5. CSF Drainage : 
        6. Hypothermia
      2. MAP Management
        1. IV Fluid (crystalloid vs colloid?)
        2. Diuretics / Antihypertensives vs Inotropes
        3. A very detailed guide to blood pressure management in stroke can be viewed here: BP-Stroke


I suspect that most emergency physicians/nurses are wondering whether this level of care falls within their remit. In most hospitals the answer will be NO, these cases are stabilised and managed in an Intensive Care Unit. However, there are occasions when this level of care is required prior to transfer to another unit/hospital, in which case it is likely that the care will be directed by the local neurosurgeon / neurointensivist and the receiving specialists.


EVD Drainage System and ICP Monitoring

 

Suggest ICP Protocol from Vancouver General ICU

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CME QUIZ

 

ED Reflections - CME Quiz - Oct 2017

ED Reflections – CME Quiz – Oct 2017

 


 


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What we missed in FOAM Sept 2017

 

Welcome to SJRHEM’s newest feature, “Best of FOAM”. This is a quick curated list of the best free open access medical education the internet has to offer!

Subscribe to our twitter feed for regular updates and enjoy!

 

EM procedures

Clinical tools

 

Clinical summaries

 

Kavish Chandra, R3 FMEM, Dalhousie University, Saint John, New Brunswick

 

 

Continue Reading

RCP – the “Easy IJ”

The “easy IJ”, a quick solution for difficult intravenous access?

Resident Clinical Pearl (RCP) – September 2017

Kavish Chandra, R3 FMEM, Dalhousie University, Saint John, New Brunswick

Reviewed by Dr. David Lewis

The importance of intravenous (IV) access is something seared in the mind of every practicing emergency department physician. Over the years, central intravenous access for difficult IV access has been obviated by the intraosseous drill and line. Furthermore, we just see and do less central IV lines. The likely reasons for this are that running vasopressors in peripheral intravenous (IV) lines is becoming more accepted as well as the increased time associated with placing a fully sterile central line (draping, etc.) as well as the risks of the over-the-wire procedure (infection, deep vein thrombosis, cardiac arrhythmias).

Enter the internal jugular vein catheterization using a peripheral IV catheter1, which is placed under a limited sterile environment. Is the 5 minutes to establish access that “easy” when peripheral access and external jugular catheterization has failed?

The materials required:

  1. US machine with high-frequency linear transducer probe
  2. Chlorhexidine swab
  3. 4.8-cm, 18-gauge single lumen catheter
  4. Two bio-occlusive adherent dressings
  5. Sterile ultrasound jelly
  6. A loop catheter extension
  7. A saline flush

Figure 1. Visual diagram of required materials for the “easy IJ”, adapted from Moayedi et al. (2016).

 

The steps:

  • Place your patient in the Trendelenburg position or instruct them to perform a Valsalva maneuver
  • The needle is inserted into the skin at approximately 45 degrees
  • Ultrasound is used to confirm real-time placement out of plane, followed by in-plane visualization to see the catheter in the vessel lumen
  • See this video for a demonstration: https://www.youtube.com/watch?v=FjSmbUWXznY

 

 

 

What does the evidence say2?

  • When studied in stable emergency department patients when peripheral or external jugular venous access was unsuccessful, the success rate of this procedure was 88% (95% CI 79-94)
  • The mean time to procedure completion was 4.4 minutes (3.8-4.9)
  • In 83 access attempts, there were no cases of pneumothorax, infection or arterial puncture
  • There was a 14% loss of IV patency immediately after insertion
  • Painful? Don’t forget, these lines were placed without local anesthesia; however, the mean pain score was 3.9 out of 10 (3.4-4.5)

Practical considerations:

So will this technique change your practice? A few things to be aware of:

  • In obese patients, the target vessel will be inherently more difficult to visualize, as well as the catheter length in this study may not be long enough to ensure patency. The median BMI in the Moayedi et al. (2016) study was 27
  • Operator skill: the vast majority of lines were placed by clinicians experienced in ultrasound guided line placement. Success and time to placement may be increased as experience decreases
  • Will more definitive access be required? The catheters placed in this study were largely only used for 24 hours. This would certainly be more than sufficient during the treatment of an ED patient, but usage time increases, infection rates will likely increase
  • Will this line achieve the infusion rate you need? See this article on infusion rates of various IV catheters

 

The bottom line: the “easy IJ” is a rapid, effective and safe alternative to establish IV access in stable patients in whom peripheral and external jugular venous attempts have failed.

 

References

(1) Teismann NA, Knight RS, Rehrer M, Shah S, Nagdev A, Stone M. The ultrasound-guided “peripheral IJ”: internal jugular vein catheterization using a standard intravenous catheter. J Emerg Med 2013 Jan;44(1):150-154.

(2) Moayedi S, Witting M, Pirotte M. Safety and Efficacy of the “Easy Internal Jugular (IJ)”: An Approach to Difficult Intravenous Access. J Emerg Med 2016 Dec;51(6):636-642.

 

 

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“At work, at home”

As I began a new role with WorkSafeNB, alongside ongoing work in Emergency Care, I thought that perhaps it was timely to reflect on some of the best ways that we can all improve our health and the health of our patients, whether at work, or at home. Too often, we equate our health with how we feel, what pills we take, or how often we see a nurse or doctor. We all have a much greater influence and control over the quiet processes underpinning our physical and mental health than we are aware of.

How can we, as a society, achieve mindfulness that while some parts of our bodies (neurons) are as old as we are, others (skin, lungs, liver and even our heart) are replaced over time, cell by cell? That the food we eat is not just fuel for our bodies, but also supplies the building blocks – the replacement parts for our organs? To consider that when we drink that bottle of sugary pop to wash down the nachos or pizza, we should not be surprised if the body we build, over time, reflects those choices. If we sit all day, every day, and then suddenly need to run to catch a bus, or climb a flight of stairs, is it surprising that our leg muscles cry out in protest, and our heart pounds to alert us to its stress?

I believe that 2017 is as good a year as any for us as a society, and as individuals, to make some changes, so that in 2018, 2028 and beyond, we have a little bit more health, and a little less “health care” in our lives. How does that relate to work? Let’s look at a few scenarios: working, being unemployed, disability, going back to work and time spent at home.

Working: In general, going to work is good for us. Working is the most common way to make a living and attain financial independence. We know that long spells without work are harmful to physical and mental health. Earning enough money to eat well, to afford leisure, to reduce stress around meeting payments is likely to benefit our health. Work also meets many psychosocial needs including identity and providing a purpose in life.

However, many jobs pose both physical and psychological hazards that can risk health. These might include the dangers associated with construction, operating machinery or performing repetitive tasks, or may simply be the amount of sitting down at work. People who sit for prolonged periods of time have a higher risk of dying from all causes — even those who exercise regularly.

Unemployment: There is a strong association between not working and being in poor health. Unemployed people die earlier, have more physical and mental health issues, and use medical resources more frequently.

Disability: Injured and ill workers need the time and medical interventions provided to them by workers’ compensation, or other insurance, to recover from their injury or illness. However, they too will suffer the ill effects of being off work for extended periods of time.

Going back to work: For the most part, the negative effects of not working can be reversed by going back to work. Disabled and sick individuals should be encouraged and supported to return to some form of work as soon as possible, when their health condition permits. Again, this helps to promote recovery and rehabilitation; leads to better physical and mental health outcomes; improves their economic position and improves quality of life overall.

At home: Many of the factors that influence health in the workplace also apply at home and in all other settings. Better food, less sitting, more exercise, more relaxation, and active community engagement all improve our health and wellbeing.

We all know these things to be true. Physicians and politicians talk about educating the public. And yet rates of obesity, diabetes, high blood pressure, mental health issues and many other chronic illnesses continue to increase. So, while we must continue to promote healthy choices, it is clear that education and information are not very effective without systemic change.

Over the past century, major health improvements and increased life expectancy came about because of clean water and rapid declines in infectious disease, including immunization policy, as well as broad economic growth, rising living standards, and improved nutritional status. Much of this change has been at a societal level, rather than individual – in other words, ordinary people didn’t really need to make any special effort to benefit from these things. More recent smaller gains have resulted from advances in treatment of cardiovascular disease and control of its risk factors, such as smoking.

Frieden’s “Health Impact Pyramid” clearly shows that if we want to improve health, the most effective and straightforward means is through improving socio-economic factors. However, the next level of action is challenging. “Changing the context to make individuals’ default decisions healthy” may sound to some a little too much like the “nanny state” or “big brother.” But does true independent individual choice exist? We tend to eat similar foods to those around us – think of the difference you notice when you travel to another culture. The milk we drink, the bread we eat – as individuals, we do not control the ingredients. We have similar habits to those around us – think social media, cars we drive, holidays we celebrate. These choices all contain elements that are beyond our control, yet they influence our health every day. Individual choices will move in a healthier direction when government, industry and community leadership come together to establish a healthier environment.

I will sign off with my suggested prescriptions for 2017. These are all achievable, without a major amount of effort, at minimal cost, but with major potential benefit:

Prescription for Workers:

Engage in your job. Remain as physically active as possible at work – stand rather than sit, for periods of time; use the stairs rather than the elevator. Eat well – pack a salad for lunch; don’t bring unhealthy sugary snacks to work. Take regular breaks, each day, each week, and use your vacation to renew body and mind. Safety – always take full safety precautions; never operate dangerous machinery when fatigued, distracted or intoxicated; report any dangers you discover.

Prescription for Employers:

Engage your workers. Provide opportunity for physical activity. Facilitate options for healthy eating. Schedule workers appropriately, allowing adequate rest periods. Provide support for stressed, sick, or injured workers. And of course, always provide a safe work environment, cultivating a safety culture where workers are comfortable discussing dangers and precautions.

Prescription for Decision Makers (Government, Healthcare Providers, Industry, etc.):

Continue to work towards full employment. Promote exercise, and make it easier for all to exercise safely – with walking paths, cycle lanes and paths, safe crosswalks. Encourage a better general diet – create incentives for healthy choices. Encourage and incentivize the healthcare sector to make cost effective choices for treatment and investigation. Prioritize health and prevention of disease when making policy decisions – factor in long term investment and cost savings over short term gains. Help create a healthy, safe culture for all.

Prescription for All of us at Home:

Let’s think about what food we buy – we are likely to eat it! We are what we eat (and drink) – it is not just fuel. Don’t drink sugary beverages – they will damage our livers and increase our chance of diabetes and obesity. Don’t smoke – it kills – and help is available to stop. Stand up, walk around, then walk some more. There are 24 hours in a day – why not spend at least half an hour exercising? Spend some time with friends and family, and spend some time alone, thinking.

Here’s to a healthier 2017, at work, and at home.

Dr. Paul Atkinson MB MA FRCPC
Professor and Research Program Director
Emergency Medicine
Dalhousie University
Saint John Regional Hospital
Saint John, NB E2L 4L2Chair, Department of Emergency Medicine Research Committee,
Dalhousie University in New Brunswick

Chief Medical Officer, WorkSafeNB

Senior Editor, Canadian Journal of Emergency Medicine

paul.atkinson@dal.ca

@Eccucourse

Dr Paul Atkinson

 

For original article in OPUS MD and French version see below.

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New SJRHEM Course – Debriefing Skills for Simulation – The Basics

New SJRHEM Course – Debriefing Skills for Simulation – The Basics

Who is this for?

If you are interested in using simulation for education in healthcare, then this is for you! We aim to give you the basic skills needed to start debriefing in your own institution. This is a practical course with lots of opportunities to debrief.

 

Download (PDF, 254KB)

 

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SJRHEM Research Report – September 2017

 

Summer 2017 has been productive for the Horizon / Dal NB emergency medicine research team. We are pleased that there continues to be a high level engagement from our department and from colleagues in other departments in the projects. A big thanks to Jackie, James and others listed below for all their hard work. We are also honoured to have had an opportunity to publish with some big names in emergency medicine including Jerry Hoffman, Scot Weingart, Simon Carley and others.

Please do not hesitate to ask Jackie, James or me about getting involved as a topic expert or team member in a 2017/18 project. Contact Chris Vaillancourt, Cheri Adams, David Lewis, Jay Mekwan, Jo Ann Talbot, Mike Howlett, or anyone else listed below to chat about what is involved and their experience.

We are looking forward to our annual research rounds in November.


Presentations

We had a successful CAEP in June, with 15 abstract presentations – these can be seen here https://www.cambridge.org/core/journals/canadian-journal-of-emergency-medicine/issue/DE69CB0B8806C073C42126337B1A814F

and here http://sjrhem.ca/?s=CAEP17

 


Publications and manuscript submissions:

Published

Mackay J, Atkinson P, Palmer E, et al. (June 23, 2017) Alternate Access to Care: A Cross Sectional Survey of Low Acuity Emergency Department Patients. Cureus 9(6): e1385. doi:10.7759/cureus.1385

Hayre J, Rouse C, French J, Sealy B, Fraser J, Erdogan M, Watson I, Chisholm A, Benjamin S, Green R, Atkinson P. A traumatic tale of two cities: a comparison of outcomes for adults with major trauma who present to differing trauma centres in neighbouring Canadian provinces. CJEM. 2017 Jul 13:1-9. doi: 10.1017/cem.2017.352.

Massaro PA, Kanji A, Atkinson P, Pawsey R, Whelan T. Is computed tomography-defined obstruction a predictor of urological intervention in emergency department patients presenting with renal colic? Canadian Urological Association Journal. 2017;11(3-4):88-92. doi:10.5489/cuaj.4143.

Featured in September CJEM (in 2 weeks): Jacqueline Fraser, Paul Atkinson, Audra Gedmintas, Michael Howlett , Rose McCloskey, James French. A comparative study of patient characteristics, opinions, and outcomes, for patients who leave the emergency department before medical assessment. Canadian Journal of Emergency Medicine. Vol. 19, No. 5. Sept 2017.

At work, at home. Opus MD. NBMS 2017. https://goo.gl/2kvjvX

Accepted for publication

Geoffrey J. Hoffman, PhD, Jerome R. Hoffman, MA MD,  Michael Howlett MD, Paul Atkinson MB MA. CoPayment. Medical Insurance is for non-routine events. CJEM.

Paul Atkinson MB MA, Eddy Lang MDCM, Meaghan Mackenzie BSc, Rashi Hirandani BSc, Rebecca Lys MSc, Megan Laupacis BScH , Heather Murray MD, MSc. The Choosing Wisely campaign will not impact physician behaviour and choices. CJEM

Peter Cameron, Simon Carley, Scott Weingart, Paul Atkinson. Social media has created emergency medicine celebrities who now influence practice more than published evidence. CJEM

Jim Ducharme, Sam Campbell, Paul Atkinson. Burnout is inevitable in clinical emergency medicine practice. CJEM

Submitted for publication

Mazurek A, Atkinson P, Hubacek J, Lutchmedial S. Is there a relationship between frequency of presentation and quality of care for ST-Segment Elevation Myocardial Infarction?

Canadian Journal of Cardiology.

Sebastian de Haan, MBChB; Hein Lamprecht, MBChB; Michael K Howlett MD, MHSA; Anil Adisesh MBChB, MSc, MD; Paul R Atkinson MB BCh BAO MA. A Comparison of Work Stressors in Higher and Lower Resourced Emergency Medicine Health Settings: An International Survey. CJEM.

Hein H Lamprecht MBChB; Paul R Atkinson MB BCh BAO MA,; Richard Hoppmann MD; Gustav Lemke MBChB MMed; Daniel van Hoving MBChB MMed MSc; Lee A Wallis MBChB MD; Thinus F Kruger MBChB MMed MD DSc.  Poor return on investment: Investigating barriers causing low credentialing yields in a low-resourced clinical ultrasound training program. CJEM.

Hein H Lamprecht MBChB; Paul R Atkinson MB BCh BAO MA ; Richard Hoppmann MD; Lee A Wallis MBChB MD, Thinus F Kruger MBChB MMed MD DSc. Clinical Ultrasound Credentialing Outcomes: A Systematic Review and Critical Analysis. CJEM.

K McGivery, P Atkinson, D Lewis, L Taylor, J Fraser et al. Emergency Department Ultrasound for the detection of B lines in the Early Diagnosis of Acute Decompensated Heart Failure: A Systematic Review and Meta-Analysis. CJEM

D McLean, L Hewitson, D Lewis, J Fraser, P Atkinson, J Mekwan, J French, G Verheul. ULTRASIM: ULtrasound in TRAuma SIMulation. CJEM

Rouse C, Hayre J, French J, Sealy B, Fraser J, Erdogan M, Watson I, Chisholm A, Benjamin S, Green R, Atkinson P. A Traumatic Tale of Two Cities: Does EMS level of care and transportation model affect survival in trauma patients at level 1 trauma centres in two neighbouring Canadian provinces? Emergency Medicine Journal.


Current Projects

We continue to recruit for CRASH3 – please consider any adult patient who presents with an isolate head injury within 3 hours of injury for inclusion.

Thank you for your continued support for the Burnout (Critical Dynamics and Crucial Conversations) project which is ongoing.

The epinephrine auto-injector education project is progressing well.

We are finalizing data analysis on SHoC-ED1 and SHoC-ED2 studies and hope to submit for publication in the fall.

We are preparing manuscripts for publication on several completed projects including Head CT at night, Intimate Partner Violence in the ED, Exercise prescription in the ED, Choosing Wisely (Low Back Pain Imaging), COPD management, Crowding Scores,


New Projects underway

Following the success at the Dragon’s Den in the spring of 2017, we have received REB approval for our ECPR (ED-ECMO) project and have begun phase 1. Phase 2 will involve in-situ simulation – coming up this fall.

The Sonography in Hypotension and Cardiac Arrest Series  continues with 2 systematic reviews – – PoCUS in Hypotension. A systematic Review and Meta-Analysis and Echo in Life Support – A systematic Review and Meta-Analysis


Proposed new projects and a chance to get involved

There are opportunities to supervise or co-supervise a resident of medical student project starting this fall.

Potential topic areas include:

First trimester bleeding, low back pain in the ED, age-adjusted D-Dimer in DVT, predictive markers in shock, Informatics – admission predictors and more.


Find out more about these projects and more at http://sjrhem.ca/programs/research/

 

Regards,

Paul

on behalf of the research team

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