2018-2019 SORT Applications are OPEN! Applications are due Thursday September 13th at noon and should be emailed to firstname.lastname@example.org. Questions can also be sent to email@example.com. Best of luck!
By: Hannah Wang, 2nd year EMPH Applied Epidemiology student
Disclaimer: The content of this blog is a reflection of my personal experiences and opinions and does not represent the official position of Denver Public Health, the Centers for Disease Control and Prevention, the Department of Health and Human Services, or Emory University.
In August of 2013, Denver hospital emergency departments (EDs) and the Rocky Mountain Poison and Drug Center reported an increase of patients with excited delirium. At the time, I was a Centers for Disease Control and Prevention (CDC) Public Health Associate working at Denver Public Health (DPH), Denver’s local health department, on their Emergency Preparedness team. It was Friday around 4:30pm, when my supervisor at the time, asked me to join a call with the Colorado Department of Public Health and Environment to discuss a potential public health outbreak.
During this call, the cause of the outbreak was determined to be related to synthetic marijuana, a novel exposure that many of us were unfamiliar with. Synthetic marijuana is a mixture of dried herbs and spices sprayed with chemicals that, when smoked, create a high similar to THC, the main active ingredient in marijuana. They are usually sold as dried leaves in a small bag and labeled as incense, potpourri, or herbal smoking blend that warns consumers that it’s not for human consumption. These products are often sold in gas stations and convenience stores, under a variety of brand names including K2, Spice, Funky Monkey, etc. Reports from hospital EDs had showed that people were coming in with elevated heart rates, agitated delirium, hallucinations, drowsiness, and even comas after reporting using synthetic marijuana.
In order to better understand the scope of the illnesses caused by synthetic marijuana, we needed to establish methods to capture information about those affected to conduct an outbreak investigation. Our first step was to notify hospital EDs and essential partners like other local public health departments, Denver Environmental Health, Denver Health paramedics, etc. to ask for their help in the investigation. We created a surveillance form to ask hospital ED staff to record the medical record number (MRN) for patients with suspected synthetic marijuana exposure and fax the completed forms to DPH. This was needed for us to flag patients who may have been exposed to synthetic marijuana while we figured out how to investigate this unusual outbreak. In the meanwhile, Denver Health Paramedics collected patient transport data to show the geographical dispersal of the outbreak to identify potential ‘hot spots,’ which was helpful in showing some clusters.
Because the outbreak spanned multiple metric area jurisdictions, the state health department took the lead in the outbreak investigation while we provided our surveillance information to them. Eventually, CDC epi-aids were called in to assist with chart abstraction and patient interviews and analyze data. You can read the MMWR here.
Although I did not have a large role in this outbreak, it was a phenomenal learning experience, from identification of the outbreak to the development of the outbreak investigation. This event was unusual because it didn’t involve a communicable disease, which public health is more accustomed to dealing with, and was related to an illicit drug that is hard to track. Moreover, the investigation heavily relied on effective partnership from various areas (such as local health departments, paramedics, poison control center, and even law enforcement) because traditional surveillance methods didn’t capture this exposure. It even sparked a debate among healthcare professional with little public health background on whether this was a public health emergency that required a response and what their role was in the outbreak investigation, which was an interesting conversation to be a part of. It really demonstrated the various public health issues we may face, the need to be adaptable during outbreak investigations, and the importance of strong partnerships.
Greetings Future SORTers!
Please find the application and the instructions below. Remember to read the instructions carefully and to submit the application package to SORTApps@gmail.com by September 8th at 5pm. Feel free to contact the SORT Exec board for any questions. Good luck!
Interested in joining SORT?
We’ll be tabling at the Rollins Student Resource Fair on August 21st from 12pm to 3pm. Come by and talk to us!
Also, be sure to come to a SORT Information Session on August 29th or August 30th from 12pm to 1pm in CNR 3001. We’ll go over the application process and tell you more about the opportunities as a SORT member.
SORT members and other Rollins students had a great time celebrating National Public Health Week at today’s Lunch ‘n Learn. A big thanks to Thomas Paige of the DeKalb Emergency Management Agency for speaking with us. The topic of community emergency response couldn’t have been more appropriate given today’s weather!
As part of their Rollins School of Public Health requirements, many SORT members engage in full-time practicum experiences both domestically and abroad.
In our ongoing series, we hope to highlight some of the amazing things our members are doing in the field of outbreak and response. First up, a recap of second-year SORT member Laura’s field experience in Brazil!
From May to July 2016, Laura worked as a research assistant in Minas Gerais, Brazil, piloting a mixed case-control study. Her study aimed to delineate the role of parasitic co-infections and micronutrient deficiencies on the onset and progression of Hansen’s disease, also known as leprosy. In piloting the study, she translated study documents, worked to gain study approval by the Brazilian IRB, trained collaborators on the study protocol, assisted community health professionals with contact tracing, and managed active patient recruitment in rural communities surrounding the city of Governador Valadares. During her time in Brazil, her team screened close to 120 patients for leprosy in the community of Limeira de Mantena. In a second component of this project, Laura collaborated with local health departments to obtain geospatial data on cases of leprosy, schistosomiasis, and leishmaniosis in the past five years. Using the Brazilian national notifiable disease surveillance system, SINAN, she conducted a preliminary spatial analysis of Schistosoma mansoni and Mycobacterium leprae infections in the micro-region of Governador Valadares, Minas Gerais, Brazil, and surrounding areas, reported over the last five years. The goal of this study is to determine whether spatial and temporal associations of these two infections exist in this area of Brazil. As one of Laura’s deliverables to the project, she created maps of the study area using geocoding techniques learned in Brazil, and presented these maps to the Board of Directors at the collaborating medical school in Vespasiano, Minas Gerais, Brazil. The success of this presentation led to the study being awarded continued financial support!
Stay tuned for more updates from the field!