The industries standard green solution to fight Dengue, Chikungunya, Yellow Fever and Zika virus
Dengue, Chikungunya, Yellow Fever and Zika virus are rapidly spreading in tropical regions throughout the world. Their vector, the Aedes mosquito, is difficult to control as it divides its eggs over various small and hard to find breeding sites and has become resistant to chemical insecticides. The In2Care Mosquito Station effectively attracts and kills Aedes mosquitoes with novel and green ingredients that target both larvae and adults. Station activity is not limited to the Station itself, but extends to the surrounding area.
Proven Efficacy
- Station efficacy has been scientifically validated in the lab and published in a peer-reviewed academic journal
- Field validations were carried out by the IVCD of the Trinidad Ministry of Health
- A large-scale trial was conducted by the MRCU on the Cayman Islands
- Field efficacy validations for EPA-registration were conducted by the Manatee County Mosquito Abatement District in Florida and have been published in a scientific journal
Click to open our detailed In2Care Mosquito Station information factsheets in English, Spanish, Portuguese and French
How the Station works
Easy to use
Novel
Effective
Has become the industries standard solution for green control of dengue mosquitoes.
How does it work?
The Station explained
The In2Care® Mosquito Station is made of durable recycled polypropylene (PP) components, and consists of a lid, central tube, click-on interface and reservoir. A floater moves along the central tube with the water level and serves as the landing/resting site for mosquitoes. Female mosquitoes are attracted to the Station by adding a tablet with attractive odours to the water. When a female enters the Station she lands on the floater covered with a gauze strip that binds a mix of biological agents with specific modes of action. All biological agents are in use for pest control and are US-EPA approved.
Actives against mosquitoes
The patented In2Care® Mosquito Station provides an attractive breeding site for egg-laying Aedes mosquitoes. When a mosquito enters the station she lands near the water on the floater gauze that binds two actives. The first is a growth regulator that kills the mosquito larvae in the Station and in surrounding breeding sites. The second active is a biological fungus that weakens the mosquito, prevents virus development, and kills the mosquito before she can transmit diseases.