Posted By Rachel Jantz,
Friday, October 16, 2015
Updated: Friday, October 16, 2015
Unintentional poisoning has become the leading cause of injury death in Oklahoma. Of the more than 4,600 unintentional poisoning deaths from 2007-2013, 78% involved prescription drugs and 87% of those deaths involved opioid analgesics. In Oklahoma, a particular challenge to preventing opioid-related mortality is opioid use in rural areas that have long transport times from the scene to an emergency room. Some emergency medical service agencies report transport times of 45 minutes or longer; in the case of an opioid overdose, this is critical time in ensuring patient survivability. In such a scenario, the use of naloxone, an opioid antagonist that reverses the effects of opioids, can be lifesaving.
Legislation passed during the 2013 session in Oklahoma that authorized trained family members, friends, and first responders to obtain and administer naloxone. Although HB 1782 became law, few emergency medical service agencies adopted the protocol to carry naloxone (paramedics, however, were previously authorized to administer the drug). In Oklahoma, these non-paramedic-level agencies cover the majority of the rural areas of the state, and the lack of naloxone coverage represented a crucial gap in the prevention of opioid-related mortality.
To expand naloxone usage, the Oklahoma State Department of Health (OSDH) developed a training program to educate emergency medical personnel across Oklahoma about intranasal naloxone administration and to equip agencies with naloxone kits. As a CDC/CSTE Applied Epidemiology Fellow in the Injury Prevention Service at the OSDH, I had the opportunity to become involved in this important learning experience: using epidemiologic skills to evaluate a public health program and policy effectiveness involving other partner agencies to address the epidemic of prescription drug overdose.
From January to July 2015, the OSDH provided eight trainings across the state for emergency medical personnel and encouraged trainees to train others at their agency and nearby agencies. An interagency collaboration with the Oklahoma Department of Mental Health and Substance Abuse Services provided naloxone kits and training materials. As of August 31, 2015, a total of 754 emergency medical personnel representing 160 agencies have been trained on intranasal naloxone administration. The OSDH has distributed 328 doses of naloxone and 405 atomizers. Excitingly, the OSDH has received reports of 22 appropriate administrations of naloxone.
In order to evaluate the success of the program, databases were created and maintained to assess the following outcome measures:
Number of emergency medical personnel trained in intranasal naloxone administration;
Results of pre- and post-training surveys;
Number of emergency medical service agencies that adopt an intranasal naloxone protocol;
Number of emergency medical service agencies that sign an MOA and receive naloxone kits and/or atomizers;
Number of naloxone kits and atomizers distributed (starter and replacement);
Number of intranasal naloxone doses administered by emergency medical service agencies; and
Number of appropriate administrations or “overdose reversals.”
As a result of the trainings, the number of agencies adopting the protocol to carry and administer naloxone in Oklahoma has increased by 50%, but further efforts are needed to ensure 100% coverage of naloxone in the state. Next steps include identifying, training, and providing naloxone kits and/or atomizers to emergency medical service agencies that have not been trained on intranasal naloxone administration.
Educating emergency medical personnel about the opioid epidemic and equipping them with a tool to reverse an overdose may reduce opioid-related mortality in Oklahoma. These trainings may also increase the ownership emergency medical personnel feel for the health of their own community. Based on pre- and post-training surveys administered during naloxone trainings, support for the administration of naloxone by emergency medical personnel increased from 71% to 87%, and willingness to administer naloxone to an overdose victim increased from 77% to 91%. As noted by a first responder at a training, “I really wasn't aware of the problem and what we can do for patient care. This is another tool we can use to save lives.”
Posted By Bree Allen,
Friday, October 9, 2015
Updated: Friday, October 9, 2015
The Minnesota Department of Health (MDH) has a reputation of being a national leader in outbreak detection and control (despite its portrayal in the 2011 blockbuster film Contagion). As examples, MDH led the 2011 investigation into a national anthrax scare and in 2007, uncovered the mystery of the pig-brain disease that was infecting employees at a Minnesota pork processing plant. I can’t fail to mention the well-known “Team D” or “Team Diarrhea,” a collaboration between graduate students at the University of Minnesota and MDH to investigate suspected food safety issues. Despite these accomplishments, like most health departments, MDH is working to improve interoperability and integration of its information systems with internal and external partners. This interoperability will help create a strong, flexible health IT ecosystem that can support scientific advancement and lead to a continuously improving health system.
I am very fortunate to be working with MDH‘s Office of Health Information Technology (OHIT) during my tenure as a Health Systems Integration Program (HSIP) fellow. OHIT does innovative work in the fields of informatics and e-health, specifically ensuring collaboration and coordination across state government to maximize federal and state investments in health information technology and infrastructure development. As I started the fellowship in June, I quickly learned how OHIT’s informatics work is interconnected with epidemiology, especially surveillance, and how the HSIP Fellowship supports both. My work this year will be done in the informatics realm, supporting the use of data, information, and knowledge to improve population health.
As a state health department we have numerous important information systems that collect, store, and use data for public health functions, including maternal and child health, disease surveillance, and vital statistics. There has been a national push to move toward modernizing public health information systems and to make these systems standards-based and interoperable.
OHIT began inventorying these datasets and the information systems in 2009, with an assessment (which is now a tool for state health departments to assess system needs and opportunities by the Public Health Informatics Institute (PHII)). Given the growing needs for better electronic exchange with data partners and expectations of bidirectional exchanges with the clinical sector, there is a compelling business need for the department to conduct agency-wide assessments of key information systems to better understand exchange capabilities and utilization of standards and to create plans to achieve improved exchange capabilities.
As an HSIP Fellow I am working with OHIT to update the 2009 MDH informatics assessment. We are identifying the needs of current information systems to better support public health practice, to allow for electronic exchange of information, and to aid in planning efforts to modernize public health information systems to become more standards-based and interoperable. The updated assessment outcomes will inform MDH prioritization and coordination of electronic data exchange with external customers including public health reporting for meaningful use. It will also help build a communications dashboard of program readiness and plans for electronic data exchange that can be shared with external customers (e.g., health care providers, hospitals, local health departments) for planning and resource allocation. Ultimately, this informatics assessment will support the creation of an agency-wide strategy to further integrate MDH information systems and to make MDH’s systems more interoperable with both internal and external exchange partners.
Bree Allen is a Health Systems Integration Program (HSIP) fellow at the Minnesota Department of Health. Are you interested in hosting a fellow? HSIP and APHIF host-site applications are now open for a limited time. Learn how to apply for your health department’s own HSIP fellow on www.shinefellows.org.
Posted By Shannon Harney,
Friday, October 2, 2015
Updated: Friday, October 2, 2015
Antimicrobial resistance is a growing concern at the top of many agendas, including for CDC and the White House. Among the multidrug-resistant organisms of greatest concern, are carbapenem-resistant Enterobacteriaceae (CRE), which CDC classified at an “urgent threat level requiring urgent and aggressive action.”
To gain a better understanding of CRE in Tennessee, we described the geographic distribution of cases reported to the state-reportable disease surveillance system in 2014. Cases with carbapenem-resistant Enterobacter spp., Escherichia coli, or Klebsiella spp. were included. A total of 143 cases were identified for 2014, with one person testing positive for two different carbapenem-resistant genera of bacteria.
For reference, below is a map depicting the major cities in Tennessee by population size.
Figure 1. Major Cities in Tennessee
Marked geographic differences were observed in the distribution of cases by genera, with possible clustering of Klebsiella spp. cases in the northeast and Enterobacter spp. cases in the Memphis and western Tennessee areas.
Figure 2. Cases of CRE by County of Residence, By Genera
Cases were further mapped with respect to the county population size to calculate rates, which indicated the greatest burden of CRE was in two counties in western Tennessee, outside of the Memphis metropolitan area.
Figure 3. Annual Incidence Rate by County of Residence, All Genera
The cases also were depicted according to the healthcare facility laboratory responsible for identifying the CRE, which highlighted facilities in western and northeastern Tennessee, as well as in the Chattanooga area.
Figure 4. Cases of CRE by Healthcare Facility Laboratory, All Genera
Based on this information, one of the healthcare facilities with a large case number was selected for further investigation. The facility provided a line list of cases for the 2014 period, specifying if each case was an inpatient (including emergency department patients) or outpatient, and if the cases were nursing home residents. Interfacility transmission is believed to be a key contributor to the spread of multidrug-resistant organisms in healthcare facilities, and therefore investigating the source of each case may be helpful for intervention. Nursing home residents comprised 43% of the inpatient/emergency department patients, and 55% of outpatients tested, suggesting patients from nursing homes may be important to interfacility transmission.
Figure 5. Cases of CRE by Admission Status and Nursing Home Status, Hospital A
To identify which nursing homes could be targeted for enhanced interfacility communication and infection control practices, cases were counted and ordered by nursing home of residence (de-identified).
Figure 6. Cases of CRE by Nursing Home, Hospital A
These two figures highlight the importance of understanding the connectedness of facilities when caring for patients, and of facilities in a region working together to prevent transmission. Furthermore, the collaboration between healthcare providers and public health can enhance our understanding of emerging infections and guide intervention efforts.
Our next steps will include sharing these data with the broader healthcare audience for improved situational awareness among clinicians and public health professionals. These data, along with the pending analysis of the 2015 data, will be used as the foundation to address CRE at a regional level.
Shannon Harney, MPH is a CDC/CSTE Applied Epidemiology fellow in Communicable and Environmental Diseases and Emergency Preparedness for the Healthcare Associated Infections Program at the Tennessee Department of Health. For more information on antibiotic resistance activities, read Marion Kainer and Jeffrey Engel’s article “CSTE Supports Antibiotic Resistance Stewardship.” The Applied Epidemiology Fellowship application opens October 20, 2015. Apply online by January 13, 2016. Prospective host sites may submit an application until October 16, 2015 to host a fellow.
Posted By Valerie Goodson and Amanda Masters,
Friday, September 25, 2015
Updated: Friday, September 25, 2015
CSTE is pleased to announce the onboarding of Class XIII, featuring a record-breaking class of 35 fellows. Beginning in 2003, the CDC/CSTE Applied Epidemiology Fellowship has focused on providing a high-quality training experience. Growing steadily from 10 fellows in Class I to approximately 30 fellows each year since 2009, CSTE’s goal of placing fellows in local and state health departments under the guidance of two experienced mentors has helped to develop the careers of over 300 epidemiologists. The 35 fellows placed in 30 different jurisdictions is exciting news for the organization’s staff, partners and funders.
On August 31, 2015, CSTE welcomed the 35 epidemiologists to Atlanta, GA for a week-long training geared toward preparing them for the next two years and a future career in epidemiology. The training featured sessions delivered by the Centers for Disease Control and Prevention (CDC) on surveillance, effective communication strategies, Epi Info software, cultural competency, and questionnaire design. Fellows had an opportunity to network with local program alumni and visited with their subject-area-specific colleagues during a half-day visit. Special sessions taught by the Substance Abuse and Mental Health Services Administration (SAMHSA) and the Association of Maternal and Child Health Programs (AMCHP) gave fellows the opportunity to learn more about how challenges in one area link to others.
The subject areas fellows are placed in include: Behavioral Health (4), Environmental Health (3), Environmental Health – Waterborne Diseases (3), Infectious Diseases (8), Infectious Diseases – Food Safety (1), Infectious Diseases – Healthcare Associated Infections (9), Infectious Diseases – Quarantine (1), Injury – Drug Overdose (2), and Maternal and Child Health (4). While at their various health departments, fellows will have opportunities to participate in a surveillance system evaluation, a major project, and an outbreak, preparedness and response, and general surveillance activities.
A few projects expected during the next two years are:
Evaluation of Carbapenem-resistant Klebsiella Pneumoniae surveillance in Los Angeles County, 2010-2012, Chelsea Foo, MPH
Regional Antibiograms for the state of Alaska, Anna Frick, MPH
Assessing the impact of rural/urban designation on alcohol outlet density in New Mexico, Naomi Greene, MPH
Adverse childhood experiences and health outcomes across the life course in Maine, Emily Morian-Lozano, MPH, MSW
Identifying and prioritizing population health metrics for the Colorado state Innovation Model , Allison Rosenthal, MPH
Prescription opioid medications taken while pregnant and the outcome of neonatal abstinence syndrome among offspring, a retrospective cohort analysis in Tennessee, 2013-2014, Elizabeth Thomas, MPH
Healthcare system use before and after a drug-related poisoning using Minnesota’s all-payer claims database, Nate Wright, MPH
Kansas prescription drug overdose surveillance system plan, Fan Xiong, MPH
Impacts of harmful algal blooms on the health of Ohio’s most vulnerable populations, Amanda Zabala, MPH
With a mission to meet the nation's ongoing need for applied epidemiology workforce capacity in state and local health departments through a national fellowship-training program, CSTE looks forward to working with and watching this new group of fellows grow into confident epidemiologists.
Valerie Goodson is Workforce and Fellowship Coordinator and Amanda Masters is Director of Workforce Development at CSTE. The 2015-2016 CDC/CSTE Applied Epidemiology Fellowship host-site application is now open and the candidate application will launch October 20, 2015. For more information about the fellowship program, please visit http://www.cste.org/?page=Fellowship.
Posted By Arrol Sheehan, Mary McIntyre, Melissa Morrison, Cassie Brailer, and Kelly Stevens,
Friday, September 18, 2015
Updated: Friday, September 18, 2015
Upon learning that there was a rapid rise in emergency room visits, hospitalizations and poison center calls related to use of synthetic cannabinoids, the ADPH Epidemiology Division (EPI) of the Bureau of Communicable Diseases responded quickly to protect the health of the public.
A Health Alert Network (HAN) notification was issued and health care providers statewide were asked to consider exposure to synthetic cannabinoids, also known as Spice, as a diagnosis for patients presenting with the following symptoms: rapid heart rate, nausea and vomiting, agitation, confusion, lethargy, hallucinations, paranoia, kidney and respiratory problems.
ADPH also actively engaged the media to inform the public. Dr. Mary G. McIntyre, State Epidemiologist, emphatically cautioned the public, "Responses to these chemicals can be unpredictable and deadly. People have experienced coma, kidney failure, and heart attacks just to mention some of the effects experienced by users. Please do not take the risk. Do not use these products."
EPI field surveillance staff contacted hospitals on a weekly basis to monitor the numbers of emergency room visits and hospitalizations; reports were provided by 82 of the 99 Alabama hospitals. During the surveillance period of April 15 to May 28, 1,046 emergency room visits and 259 hospitalizations were reported; however, those are likely underestimates. Five deaths were reported, with ages of the deceased ranging from the 20s through the 40s.
Additionally, a review of Alabama Emergency Medical Services Information System (EMSIS) data identified 693 emergency calls for spice-related exposure in April and May, compared to only 105 for January through March. The demographics of the 693 patients are as follows: 572 (83%) were male, 497 (72%) were black or African American, 179 (26%) were white, 9 (1.3%) were American Indian or Alaska Native and 12 (2%) were Hispanic. The patient ages ranged from 9 to 67 years with a mean of 31 and median of 27.
In July, the staff gathered for a videoconference to review the outbreak and share lessons learned. Future plans include collaboration between EPI and the Office of Emergency Medical Services to incorporate EMSIS data into surveillance activities so that similar events will be identified sooner. ADPH plans to reach out to providers through the Medical Association of the State of Alabama (MASA) to further raise awareness of signs and symptoms and to educate providers on recommendations for management.
This article was adapted from the article of the same name written by Arrol Sheehan, MA, and published in Alabama’s Health, August 2015, Volume 48, Number 3, a Publication of the Alabama Department of Public Health. This article was written by Arrol Sheehan, M.A., Public Information Manager; Mary G. McIntyre, M.D., M.P.H., State Epidemiologist and ASHO for Disease Control & Prevention; Melissa Morrison, M.P.H., Commander, US Public Health Service; Cassie Brailer, B.S., Public Health Associate; and Kelly Stevens, M.S., Director, Epidemiology Division. Join the CSTE Marijuana Subcommittee for discussion, publications, and resources surrounding related risk issues.
The Spice team includes the following Central Office staff and the FSS from each area:
Posted By Jeanette Stehr-Green,
Friday, September 11, 2015
Updated: Friday, September 11, 2015
The Council to Improve Foodborne Outbreak Response (CIFOR) released the second edition of the CIFOR Guidelines for Foodborne Disease Outbreak Response in April of 2014. The Guidelines describe the overall approach to foodborne disease outbreak response (including preparation, surveillance and outbreak detection, cluster and outbreak investigation, and control) and provide recommended practices in each of these areas to help agencies and jurisdictions improve local foodborne disease outbreak response.
The Guidelines capture the approaches (and genius) of some of the great foodborne disease investigation and control programs in this country, portraying their successful practices in black and white for all to see (and learn from). The Guidelines are chockfull of recommended activities that can help every program in the country (big and small) be one of the greats!
But the Guidelines were not made for light (or bedtime) reading (nor for finding the practices that will help improve your program on the fly). They are lengthy (244 pages plus appendices!) and read more like a textbook. They include hundreds of recommended practices some of which are well accepted with demonstrated effectiveness in most settings and some of which that are more cutting-edge show promise. Because the recommended practices require vastly different resources and result in different levels of impact, implementation of any particular practice cannot be recommended wholesale to all programs. Rather individual practices must be carefully considered by each agency/jurisdiction in the context of a host of factors before limited resources are used on their implementation.
So what’s a foodborne disease program to do? That is where the CIFOR Guidelines Toolkit comes in. The Toolkit was designed to help agencies and jurisdictions easily explore and implement the CIFOR Guidelines in a way most appropriate to the agency’s/jurisdiction’s mission, goals, and resources.
The Toolkit promotes a simple stepwise process guided by a series of worksheets. It brings together the right people – an interdisciplinary workgroup within a jurisdiction with knowledge and practical experience in epidemiology, environmental health, food regulation, laboratory science, and communication. It provides “keys to success” to help the workgroup identify areas which are in greatest need of improvement (called “focus areas”). It slices and dices the CIFOR Guidelines recommendations within these focus areas so that the workgroup can easily drill down to the recommendations that are most appropriate for that agency or jurisdiction. And it helps the workgroup make plans to implement those activities in a prioritized fashion.
Two upcoming webinars, one for managers and directors of local and state environmental and public health departments (the decision makers) and one for staff responsible for the investigation and control of foodborne diseases and outbreaks (the worker bees), will describe the CIFOR Guidelines, Toolkit, and other available resources to improve foodborne disease outbreak response.
CIFOR Guidelines and Toolkit Implementation Webinar Series:
Both webinars will be recorded and archived on the CIFOR website for future viewing.
Jeanette Stehr-Green, MD is a consulting medical epidemiologist for CSTE and the lead developer of the CIFOR Guidelines Toolkit. For more information on CIFOR, please visit the CIFOR website. For more information on CSTE’s food safety activities, please visit CSTE’s Food Safety Subcommittee page.
Posted By Robert Harrison,
Thursday, September 3, 2015
Updated: Thursday, September 3, 2015
On August 13, 2015, another worker was suffocated by palm fronds in California (see news report). This is at least the fourth similar fatality since the California Fatality Assessment and Control Evaluation (FACE) program (CA/FACE) program issued a report and video on this hazard in February 2014. The drought in the Western U.S. may have intensified the problem as lack of water has led to palm trees heavy with fronds, creating the potential to crush workers who are trimming the trees from underneath the palm fronds.
When a tree trimmer cuts or pulls on dead fronds, adjacent fronds or an entire ring of fronds may collapse and encase the worker. The weight of the fronds causes pressure on the worker’s chest and can lead to suffocation. In the cases identified through CA/FACE, the workers climbed up the tree and trimmed the fronds from the bottom up, placing themselves directly beneath the fronds. Neither the workers nor the supervisors were certified tree workers. They did not follow proper safety procedures or use the correct equipment. The workers were pinned by thick layers of dead fronds and suffocated to death.
Only workers certified by organizations such as the Tree Care Industry Association (TCIA) or the International Society of Arboriculture (ISA) should perform or supervise palm tree trimming.
Proper work procedures and correct equipment should be used. Fronds should be removed by workers using an aerial device and wearing fall protection. Alternatively, workers should use climbing procedures that place them above the fronds.
Homeowners should hire tree trimming companies that have a current tree service contractor’s license (California State Contractors Licensing Board D49). Under certain circumstances, homeowners may be liable for worker injuries or deaths that occur on their property if they hire unlicensed tree trimmers.
We would appreciate your help in getting the word out about this hazard to those working in landscaping or tree-trimming businesses.
Robert Harrison, MD is a Professor of Medicine at UC San Francisco and Chief of the Occupational Health Surveillance and Evaluation Program at the California Department of Public Health. Today’s article has been reprinted with permission from the National Institute for Occupational Safety and Health (NIOSH) Science Blog. The California FACE program is funded by NIOSH and is one of nine funded FACE states. Investigations conducted through the FACE program allow the identification of factors that contribute to these fatal injuries. This information is used to develop comprehensive recommendations for preventing similar deaths.
Posted By Kristen Felicione,
Friday, August 28, 2015
Updated: Friday, August 28, 2015
As a child, one of my fondest memories of Back to School season was picking out my new lunch box. When I got to a certain age, lunch boxes became unpopular and they were replaced by cool brown paper bags. Although I begged to switch my lunch to a more trendy paper bag, my mom insisted I continue to use a fully insulated lunch bag. Now, with my background in epidemiology, I realize my mom’s commitment to providing her children with a safe school lunch every day. School-aged children are among the most vulnerable to foodborne illness. Here’s some information on proper preparation and storage of packed lunches so you and those you pack lunches for can avoid foodborne illness this school year. As epidemiologists, you can be ambassadors for food safety during Back to School and Food Safety month and share these tips with those you care about!
The facts, because we’re all epidemiologists here
Approximately 1 in 6 Americans becomes a victim of food poisoning each year
Salmonella affects an estimated 42,000 people each year, making it the most frequent cause of foodborne illness
50% of Salmonella infections occur in infants and school-age children
Bacteria grow most rapidly in the range of temperatures between 40 °F and 140 °F, and can double in number in as little as 20 minutes
Norovirus is the leading cause of severe acute gastroenteritis among children less than five years of age in the U.S. who seek medical care
Norovirus is a contagious virus one can acquire from an infected person, contaminated food or water, or by touching a contaminated surface
Norovirus is often spread in food service; it is also commonly spread in day care centers
Follow these tips to keep lunch safe and bacteria-free
Pack lunches containing perishable food in an insulated lunchbox or soft-sided lunch bag. Perishable foods left at room temperature for more than two hours should be discarded; perishable food can be unsafe to eat by lunchtime if packed in a paper bag.
If the lunch/snack contains perishable food items like lunch meats, eggs, cheese, or yogurt, make sure to pack it with at least two cold sources
Frozen juice boxes or water can be used as freezer packs. Freeze these items overnight and use with at least one other freezer pack. By lunchtime, the liquids should be thawed and ready to drink
If packing a hot lunch, like soup, chili or stew, use an insulated container to keep it hot. Fill the container with boiling water, let stand for a few minutes, empty, and then put in the piping hot food. Tell children to keep the insulated container closed until lunchtime to keep the food hot (140 °F or above).
Pack disposable wipes for washing hands before and after eating. This is a step that is so often forgotten among kids.
After lunch, discard all leftover food, used food packaging, and paper bags. Do not reuse packaging because it could contaminate other food and cause foodborne illness.
Lunch meat can be refrigerated (40⁰F) for 3-5 days.
Please continue to support the public health of this nation while “off the clock” and follow the lunch safety tips. Remember to CLEAN, SEPARATE, COOK and CHILL your food.
Need more information? You can find all of this information and more, by visiting the FSIS Web site at www.fsis.usda.gov. Or visit us online for assistance from our virtual representative “Ask Karen” at AskKaren.gov.
Consumers may also call our toll-free USDA Meat & Poultry Hotline at 1-888-MPHotline. That’s 1-888-674-6854.
Kristen Felicione, MPH, CPH writes this week’s article on behalf of the Food Safety and Inspection Service at the USDA.
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Posted By Amanda Masters and Jessica Pittman,
Friday, August 21, 2015
Updated: Friday, August 21, 2015
There’s a reputation of excellence among the individuals working as Project SHINE fellows in the Applied Public Health Informatics Fellowship, the Health Systems Integration Program, and the Informatics-Training in Place Program. The three SHINE fellowships attract applicants of diverse backgrounds and interests, many with doctoral and master’s degrees as well as medical and veterinary degrees. For new APHIF and HSIP fellows, the opportunity can mean relocating to a new part of the country, while I-TIPP fellows gain informatics training for capacity development within their current job roles.
Not only are Project SHINE partners CSTE, CDC, and NACCHO as well as supporters ASTHO and PHII continually amazed by the accomplishments of the exemplary fellows in all three programs, their host communities at large recognize them for their impressive contributions. In previous fellowship years, host sites have seen their fellows bridge organizational relationships, implement creative solutions, and train staff on new technologies. What fellows bring to their health departments is a unique perspective, top-notch technological literacy, and intellectual curiosity.
This year, five Class III fellows gained so much from the experience that they applied to extend an additional year with special funding from CDC’s National Center for Immunization and Respiratory Diseases. This summer former classes of fellows are completing their work and moving on to their post-fellowship positions and CSTE is pleased to usher in a new cohort.
This week, 8 APHIF, 8 HSIP, and 15 I-TIPP fellows will begin new positions, working on a variety of projects to build informatics and epidemiologic capacity at state and local health departments. Their projects will contribute to improving population health in their communities.. Here is a small sample from the broad scope of the projects that fellows will initiate:
Indiana Network for Patient Care Immunization Data Exportation, Crystal Boston-Clay, PhD(c), MS, BS
Integration of Local Health Department Electronic Medical Record with Public Health, Ekaette Joseph-Isang, MD
Influencing Influenza’s Impact in Idaho with Informatics, Ian Troesoyer, RN, BSN
Last week’s orientation educates new fellows on a cross-professional array of topics, introducing concepts that may prove useful as they begin engaging in complex projects. Orientation topics span health economics, mental models, community health needs assessments, project management, and more.
Congratulations to the 31 new fellows and 5 extension fellows for making it through the competitive application process. We are eager to hear about all of the positive outcomes you will have on your host site as well as the skills and competencies you will gain throughout your fellowship experience.
Visit shinefellows.org for more information and return in October for new updates. 2016 host-site applications will open in October and 2016 fellow applications will open in November.
Are you a member with an important message to tell the CSTE community? Tell us about it!
Do you use social media? Stay tuned to CSTE on Facebook and Twitter for daily updates!
Posted By CSTE,
Friday, August 14, 2015
Updated: Friday, August 14, 2015
CSTE has enhanced its website this week for a more intuitive and user-friendly experience. The new site features a design that is responsive to smartphones and tablets. With this fresh, simple layout, it’s easier than ever to take advantage of CSTE as your source for applied epidemiology news and resources. Consider making CSTE.org your homepage, creating a desktop shortcut and browser toolbar link, and bookmarking the event calendar along with your favorite subcommittee pages.
Staying connected is the best way to learn about new opportunities for professional capacity building as well as events, webinars, and publications. You can search and publicize job postings in the career center and stay informed of fellowship and host-site opportunities. You can manage your subscriptions to subcommittee mailing lists, subscribe to the CSTE Features blog, and tune in to CSTE on Facebook and Twitter.
We’re confident that the new CSTE.org will be useful to you throughout the next year. We thank you for your continued engagement in CSTE activities. We will continue to leverage online media to support the productive and meaningful applied epidemiology work of CSTE members.