Zika battle plan includes beefing up public labs, mosquito control


MIAMI – South Florida’s battle plan for Zika, expected to rebound with the rainy season, includes more boots on the ground to inspect and fumigate for mosquitoes, more lab resources to speed up test turnaround times and the promise of a more collegial collaboration between the federal and state governments.

“As you know, I have a good relationship with the White House,” said Florida Gov. Rick Scott, who visited the health department in Miami on Monday for a roundtable with local leaders on Zika preparedness.

Scott was a frequent critic of the federal government as a partner in the fight against Zika last year.

But he expects a better relationship with the Trump administration, specifically because of Health and Human Services Secretary Tom Price, whom Scott said he has known since 1993.

“I think they’ll be very responsive to the things I ask for,” Scott said.

A local effort
Ben Haynes, a Centers for Disease Control and Prevention spokesman, said the federal agency will continue to provide support to all states affected by Zika, including Florida. He added that the CDC has deployed 78 staff workers to Florida since last summer and sent materials for about 25,000 Zika virus antibody tests.

Despite significant funding and lab resources that the CDC sends to Florida, the fight against Zika is largely a local effort.

Scott and Miami-Dade Mayor Carlos Gimenez promised more resources for mosquito control, for public health labs and for coordinating medical care for infants and families impacted by the virus.

“We’re going to continue to be very aggressive in our mosquito control efforts,” Gimenez said.

Early 2016 outbreak
Miami-Dade has spent about $25 million fighting Zika since 2016, and Gimenez thanked Scott for the state’s reimbursement of about $18 million so far.

The virus cropped up in Florida in January 2016, beginning with travel-related cases. Then in June an outbreak in Wynwood led to the CDC’s identifying the Miami neighborhood as the nation’s first zone with local spread of Zika by mosquitoes.

Three more areas in Miami-Dade followed — including Miami’s Little River neighborhood and two sections of Miami Beach.

The county’s last active Zika zone, covering most of South Beach, was lifted in December, though individual cases have continued to be reported by the health department in unidentified areas of Miami-Dade.

This year, Gimenez said, he expects to spend even more fighting Zika.

More workers
He also wants to introduce local legislation that would compel builders to develop mosquito control plans for their construction sites, which are common breeding grounds for mosquitoes.

“Nothing onerous,” Gimenez said, adding that county attorneys are working on sample legislation.

County officials also plan to hire an additional 42 workers for mosquito control, boosting the department’s size to about 60 full-time inspectors, technicians, biologists and other employees.

“We’re going to spend a lot of money,” said Alina Hudak, a deputy mayor who oversees the county’s mosquito control department. She estimated efforts in 2017 will cost an additional $10 million over the prior year.

Fumigation underway
Though Zika has been nearly dormant in Miami-Dade so far in 2017, with two locally acquired cases confirmed and no zones of active transmission identified, Hudak said the county has remained vigilant — monitoring mosquito populations every week through a system of 130 traps located throughout the county. An additional 90 traps are expected by the summer, she said.

Gimenez added that public crews were already fumigating for mosquito larvae to get a jump start on the spring and summer, when mosquito numbers are highest. He said a recent outbreak of yellow fever in Brazil added another reason to prepare early against the Aedes aegypti species of mosquito, which also spreads Zika.

Zika is transmitted to people primarily through the bite of an infected Aedes aegypti and Aedes albopictus mosquito. These are the same mosquitoes that spread dengue and chikungunya viruses.


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