Help Combat the Spread of Zika with an MPH

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Medical researcher testing samples in a lab

New challenges to public health are constantly popping up, but few have been as widespread as the recent Zika epidemic. While medical experts have known about the Zika virus for some time, it wasn’t until Brazil’s 2015 outbreak that it was recognized as a true global threat. And while the spread of Zika has been slowed significantly thanks to the combined efforts of public health officials from around the world, it hasn’t been wiped out.

Combating this dangerous virus will continue to take the efforts of experts in a variety of medical fields, along with the dedication of thousands of public health professionals who have played a crucial role in the global response. Individuals interested in joining the fight against the spread of Zika can seek out the knowledge and expertise offered by an advanced degree in public health, though learning a bit more about the virus is a good place to start.

What is Zika?

Zika is a biological agent that is primarily transmitted through mosquito bites, though it can also spread through intrauterine infections. Some common signs of infection include fever, rashes, body aches and headaches, but most people who catch Zika do not show any symptoms. The illness typically lasts for a few days to a week and the symptoms are often mild.

Zika infections pose the biggest risk during pregnancy, as the virus can cause microcephaly and other congenital complications for developing fetuses and newborns. According to the Mayo Clinic, microcephaly is “a rare neurological condition in which an infant’s head is significantly smaller than the heads of other children of the same age and sex.” Developmental issues are common in infants exposed to the Zika virus during pregnancy, though more serious complications like fetal loss and stillbirth have been reported.

The Zika virus has also been shown to trigger Guillain-Barré syndrome in adults and older children. This rare neurological disorder causes the body’s immune system to attack the peripheral nervous system, leading to muscle weakness and, in more severe cases, paralysis. While most people with Guillain-Barré syndrome are able to recover, some may experience prolonged weakness, numbness, or fatigue.

Where did Zika come from?

The Zika virus was first discovered in 1947 by researchers studying rhesus monkeys in the Zika Forest of Uganda. The first reported human infection came in 1952 following a serological survey led by The Royal Society of Tropical Medicine and Hygiene. Only 14 human cases of Zika infection were confirmed between 1953 and 2006, all of which were isolated to regions of Africa and Southeast Asia. The first outbreak outside these regions occurred in 2007 on the island of Yap, in the Federated States of Micronesia. Forty-nine confirmed cases of Zika infection were identified, though no deaths or hospitalizations were reported.

The Zika epidemic of 2015–16

Global concerns about the virus exploded in 2015 after the first reported case of infection was reported in South America. A 2016 journal article published in Clinical Infectious Diseases estimated that 1.5 million cases of Zika infection had occurred in Brazil, tentatively linked to Asian tourists attending the 2014 World Cup. As reports of birth defects and neurological problems grew, the World Health Organization was forced to declare the outbreak a “public health emergency of international concern” in late February 2016. Zika fever quickly expanded into other countries in South and Central America, eventually making its way to U.S. territories, and by March of 2016, the virus was circulating in 26 countries.

The role of public health professionals

Health experts from around the world quickly mobilized to combat the Zika outbreak in Brazil, as investigations into the effects of the virus confirmed the high risk of microcephaly in newborn infants. In response, public health professionals began developing comprehensive infection control and prevention strategies aimed at slowing and/or eliminating the spread of the virus. Their efforts were channeled into three areas of activity: diagnostic development, mosquito control, and public awareness campaigns.

  • Diagnostic development: Public health officials implemented a range of surveillance and epidemiological investigation procedures to help track and limit the escalation of the outbreak. They provided support to research teams working in laboratory environments, set priorities for specimen testing, and collaborated with health care providers to diagnose infections.
  • Mosquito control: When mosquitoes were identified as the primary transmission source, public health officials partnered with vector control experts to identify at-risk populations and take protective measures. Understanding local mosquito populations helped the response teams effectively deploy insecticides, circulate treated bed nets, and insulate communities from further infection.
  • Public awareness campaigns: Educating the public and health providers about the risks of Zika was one of the most crucial tasks performed by health officials during the outbreak. Providing relevant information helped local communities limit their exposure risks and monitor for signs of infection in patients and caregivers.

Mosquito drawing blood from human skin

How an online MPH can help you combat Zika

At Regis College, we train students who want to combat global health crises by providing the skills and expertise they need through our online Master of Public Health program. This online degree features a concentration in epidemiology that guides students through the ins and outs of public health preparedness and emergency response. Graduates from our online MPH program can go on to fill a range of important public health roles, including:

  • Academic research epidemiologist
  • Infection control epidemiologist
  • Clinical trial research epidemiologist
  • Field epidemiologist
  • Epidemiology investigator
  • Molecular epidemiologist

Combating Zika will require a deep understanding of how the virus is diagnosed, prevented, and controlled. An online MPH can teach you the cutting-edge investigation techniques you need to design and administer comprehensive health studies for infectious diseases like Zika. You’ll also gain hands-on experience with a range of advanced epidemiological methods that produce structured, data-based solutions to some of the world’s toughest health-related challenges.

Are you interested in learning more about the online MPH degree program at Regis College? Contact us today for more information.


Recommended Readings:

Learn More About a Career as an Epidemiologist

Three Types of Disease Prevention

Epidemiology and Health Policy Management: Learn about these 2 concentrations



Regis College – Online MPH Curriculum

Microcephaly by The Mayo Clinic

Zika virus (II). Pathogenicity and physical properties by The Royal Society of Tropical Medicine and Hygiene

Zika Virus: Implications for Public Health by Clinical Infectious Diseases

Top 10 Zika Response Planning Tips by the Centers for Disease Control and Prevention

Zika Virus by American Public Health Association

Zika and Public Health: Understanding the Epidemiology and Information Environment by Pediatrics