Mosquitoes Damage Human Health
Mosquitoes aren’t just a nuisance – they can transmit serious diseases. To protect against mosquitoes and reduce the risk of diseases they transmit: cover-up with a loose-fitting long sleeved shirts and long pants when outside; apply mosquito repellent to exposed skin; take special care during peak mosquito biting hours, especially around dawn and dusk; remove potential mosquito breeding sites from around the home and screen windows and doors. Take extra precautions when travelling overseas in areas with a high risk of serious mosquito-borne diseases.
Avoid mosquito bites
Mosquitoes can transmit a number of serious human diseases. In NSW, some types of mosquitoes can transmit viruses such as Ross River and Barmah Forest and, rarely, the virus that causes Murray Valley encephalitis. Some parts of northern Queensland have a type of mosquito that can transmit dengue fever, chikungunya and Zika infections.
Overseas travellers may be at risk of mosquito-borne diseases such as malaria, dengue, yellow fever, chikungunya or Zika. While vaccines are available for some diseases (e.g. yellow fever and Japanese encephalitis) and chemoprophylaxis medicine can help prevent malaria, all travellers should also use repellents and other general protective measures to avoid mosquito bites.
Wear appropriate clothing
Minimising the amount of exposed skin reduces the risk of mosquito bites by wearing loose, light-coloured clothing with long sleeves and pants. Also wear socks and shoes where possible.
Some mosquitoes will bite through clothing. Consider using clothing pre-treated with insecticides but remember that repellent must still be applied to exposed skin.
Apply mosquito repellent to exposed skin
Use a mosquito repellent on all exposed skin areas. Reapply the repellent according to instructions or when you notice mosquitoes biting. Avoid putting repellent near the eyes and mouth, or over open wounds, broken skin or abrasions. Always follow the product label instructions.
The most effective mosquito repellents contain Diethyl Toluamide (DEET) or Picaridin. Repellents containing oil of lemon eucalyptus (OLE) (also known as Extract of Lemon Eucalyptus) or para menthane diol (PMD) also provide adequate protection.
The strength of a repellent determines the duration of protection with the higher concentrations providing longer periods of protection. Always check the label for reapplication times. Note that botanical-based products (such as Eucalyptus or Citronella) provide only limited protection and require frequent reapplication.
Use just enough repellent to cover exposed skin. After returning indoors, rinse off repellent with soap and water. Mosquito repellent needs to be reapplied after swimming. The duration of protection from repellent is also reduced with perspiration, such as during strenuous activity or hot weather so it may need to be reapplied more frequently.
If you’re using sunscreen (and you should), apply the sunscreen first and then apply the repellent. Be aware that DEET-containing repellents may decrease the sun protection factor (SPF) of sunscreens so you may need to re-apply the sunscreen more frequently.
And for children – most skin repellents are safe for use on children aged 3 months and older when used according to directions, although some formulations are only recommended for children aged 12 months and older – always check the product label for recommended age use.
Never allow young children to apply their own repellent. Infants aged less than 3 months can be protected from mosquitoes by using an infant carrier draped with mosquito netting that is secured along the edges.
Protection during pregnancy – registered mosquito repellents used according to product label instructions are considered safe for use during pregnancy and while breast-feeding.
Use appropriate insecticides
Aerosol insecticide sprays, mosquito coils (used outdoors) and vapourising mats (used indoors) can help to clear rooms or areas of mosquitoes or repel mosquitoes from an area. These products should be used in addition to, not in place of, other measures such as appropriate clothing and skin repellents.
New personal (e.g. clip-on) spatial repellent products containing active ingredients such as metofluthrin are likely to augment the effect of other measures but most have yet to be fully evaluated.
Devices that use light to attract and electrocute insects have not been proven to be effective in reducing mosquito numbers and often kill more harmless insects.
Reduce Mosquito by MBOX Mosquito Trap
MBOX mosquito trap uses a new and highly effective method to catch mosquitoes. First we have to understand that only female mosquitoes need blood (protein) in order to lay eggs. Female mosquitoes track their victim through CO2 up to a range of 50meters, combined with the sense of smell of H2O, female mosquitoes are very effective in tracking their victim. MBOX mosquito trap uses a new method developed by Akira Fujishima (President of the Tokyo University of Science), this method uses photo catalysis of titanium dioxide (also known as the Honda-Fujishima Effect).
When a titanium dioxide surface is irradiated by light, the photo catalytic effect and hydrophilic are activated together. Any organic chemical in contact with the surface will undergo decomposition to CO2 and H2O and thus releasing a highly attractive smell for female mosquitoes. Once close enough the near-silent fan(less than 29db) of the MBOX insect killer sucks in the mosquito and prevent it from escaping. Because of the near-silent design the MBOX mosquito killer can be placed anywhere without any harm to its environment, like a baby room/bed room/living room etc.