Bug zapper light bulb

Mosquito Blue Lights: Are They Right For You?
The buzzing nuisance of mosquitoes can interrupt outdoor activities, disrupt peaceful evenings, and pose health risks. When dealing with a tough infestation, it’s easy to turn toward many commercial solutions like mosquito blue lights.


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Navigating various pest control options can be overwhelming for homeowners seeking practical solutions. Understanding whether mosquito blue lights are genuinely effective and suitable for safeguarding your space is vital.
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In this detailed guide, we'll explore the world of mosquito blue lights, investigating how they work, their effectiveness, and whether they're a good choice for Washington State homeowners aiming to reduce mosquito populations.

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Effectiveness of Mosquito Blue Lights

Mosquito blue lights, or bug zappers or insect traps, are devices designed to attract and kill mosquitoes and other flying insects using ultraviolet (UV) light. These devices typically emit a blue or UV light that is highly attractive to mosquitoes, drawing them toward the source.
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The allure of these lights lies in their promise of reducing mosquito populations, potentially decreasing the nuisance caused by these bloodsucking insects. These products seem promising, but mosquito blue lights have their fair share of limitations.
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While effective for pests that fly by, mosquito blue lights have a limited scope. They can attract and kill some mosquitoes; however, they might not significantly reduce the overall population.
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Mosquitoes use cues besides light, such as body heat and carbon dioxide, to locate their prey. Therefore, relying solely on blue lights may only effectively target some mosquito species or those less attractive to light sources.
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Additionally, these lights might attract more than just mosquitoes—they could also catch helpful insects like pollinators, which could upset the local environment. Homeowners should carefully consider these factors, weighing the advantages and disadvantages before solely depending on mosquito blue lights for pest control.

Maintaining and Using Mosquito Blue Lights Effectively

If you choose to use mosquito blue lights, it’s vital to use them correctly. Proper upkeep and strategic placement can enhance their efficiency in attracting and trapping mosquitoes.

Regular Cleaning: Mosquito blue lights can accumulate dead insects, dust, and debris, hindering their effectiveness over time. Regularly cleaning the device can ensure the UV light remains unobstructed and maximizes its attraction to mosquitoes.

Strategic Placement: Placing them away from competing light sources and closer to areas where mosquitoes are likely to gather can increase their effectiveness. However, keeping them at a safe distance from gathering spaces is essential to avoid attracting mosquitoes to human activity.

Timing: Mosquitoes are most active during dawn and dusk. Turning on mosquito blue lights during these peak hours can target the insects when they're most active, increasing the likelihood of attracting and trapping them.

Power Source Consideration: Opt for mosquito blue lights that use energy-efficient bulbs or solar power to minimize the environmental impact and reduce electricity consumption.
Follow Manufacturer Guidelines: Each mosquito blue light may have specific installation, maintenance, and usage instructions. Adhering to the manufacturer's guidelines ensures optimal functionality and prolongs the device’s lifespan.

Complementary Pest Control Measures

The effectiveness of mosquito blue lights may differ depending on the prevalent mosquito species in a particular area. Weather conditions and seasonal changes can also impact the activity and presence of mosquitoes, affecting the performance of these devices.
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Homes near bodies of water or areas with dense vegetation might experience higher mosquito populations than those in more urban settings. Homeowners need to assess their specific surroundings and consult with pest control experts to determine the most suitable approach for mosquito management.
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While mosquito blue lights may have limitations in effectively controlling mosquito populations independently, integrating them into a comprehensive pest control strategy could enhance their effectiveness. Try out these options for complete mosquito control:
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Environmental Modifications: Altering the environment around the property can reduce mosquito breeding grounds. Removing stagnant water sources, such as birdbaths, clogged gutters, or containers that collect rainwater, helps disrupt the mosquito breeding cycle. Additionally, trimming vegetation and maintaining landscaping can reduce areas where mosquitoes rest during the day.

Mosquito Repellents: Personal protection using mosquito repellents can significantly reduce the chances of mosquito bites. Applying EPA-approved repellents containing DEET, picaridin, or oil of lemon eucalyptus on exposed skin provides a barrier against mosquitoes outdoors.

Physical Barriers: Installing screens on doors and windows helps prevent mosquitoes from entering the house. Additionally, using mosquito nets over outdoor seating areas or beds can create a protective barrier against these pests, allowing residents to enjoy outdoor spaces without the constant annoyance of mosquitoes.
Professional Pest Control Services: Seek guidance from pest control professionals who can offer tailored solutions to address specific mosquito issues. We can conduct assessments of the property, identify potential breeding sites, and recommend targeted treatments that align with Washington State regulations and environmental considerations.

Eliminate Zunex Infestations with Zunex!

Our team has years of experience dealing with various landscapes and understands the behaviors of mosquitoes in the region. We don't just rely on one method but tailor solutions to fit your property's needs.
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Our expertise offers homeowners in Washington peace of mind, knowing they're getting expert care without harming the environment. Trusting Zunex Pest Control means relying on a team committed to delivering long-lasting results while prioritizing ethical pest control methods.

Which bug zapper should I get?
Depending on where you live, a bug zapper could be a year-round necessity. But choosing which bug zapper is best for you can be difficult, especially with so many variations out there.

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While some bug zappers are designed for use indoors, outdoors or both, other insect killers may include octenol attractants to draw in flying pests. Still other bug zappers may have different features entirely, like fly-swatting capabilities or USB power.

Before you buy a bug zapper, it’s important to note the things you need in an insect killer, whatever your particular use may be. Below are some factors to consider when looking at insect killers, as well as the best indoor and outdoor bug zappers available.
Factors to consider when looking at bug zappers

Indoor vs. outdoor bug zappers

While many bug zappers are made to work both indoors and outdoors, there are also many that are made for one or the other. In particular, some outdoor bug zappers are probably too powerful for safe use inside, and alternatively, some indoor-only bug zappers may not be powerful enough to do justice to the insect population in your yard. In either case, it’s important to read any labels on a bug zapper you do purchase, to be sure it correctly fits your needs.

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Bug zapper and attractant

Many bug zappers operate entirely by allowing bugs to fly up to them, and while those work fairly well, others take insect killing to the next level with the use of an insect attractant. An attractant does just what it sounds like — it attracts insects to increase the amount of bugs zapped within a certain area, ultimately bringing the volume of insects down even further. Many of these attractant packages include octenol, which is particularly useful for attracting mosquitoes.

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Coverage area

With coverage areas ranging between 1,500 square feet to 1 acre, outdoor bug zappers often include information on their packaging or listing about the range of the actual insect killer. While those living on a farm, ranch or other plot of land may benefit from models with an acre of coverage space, those using bug zappers on smaller land or indoors can disregard this specification.

Best indoor and outdoor bug zappers

Best of the best bug zapper


Flowtron BK-40D Electronic Insect Killer: available at Amazon
Our take: This electronic bug zapper has a strong UV light, an attractant, and a vast radius of 1 acre, making it very powerful.
What we like: Eradicates pests using UV light and electrified grid work. Includes one USDA-tested Octenol attractant with purchase. Waterproof and clog proof. Replacing the bulb is simple. Includes 2 AA batteries.

What we dislike: Rather loud hum.

Best bang for your buck bug zapper

ZAP IT! Mini Electric Bug Zapping Racket: available at Walmart
Our take: Super affordable mini bug-zapping rackets that are fun and safe to use.

What we like: Affordable. Features 4,000-volt mesh and triple-layered to protect against accidental shock. Handle has LED light that illuminates pests. Safety switch disables current until needed.

What we dislike: A few complaints that they stop working after a short time.

Best bug zapper and attractant

New Fi Bug Zapper: available at Amazon

Our take: The 5-star New Fi Bug Zapper is an environmentally friendly bug zapper that uses both blue violet light and ultraviolet light to lure and zap pests.

What we like: With 4200 volts, it attracts and kills most flying insects. The plastic casing keeps family members and pets from having contact with the grids. The device can be hung or placed on a flat surface.

What we dislike: The product should only be used at night.

Best indoor bug zapper

Lulu Home Electric Bug Zapper: available at Amazon

Our take: This indoor bug zapper is known for its quiet standby, despite being loud when zapping a bug.

What we like: Designed to be used inside. Mesh screen makes it easy to avoid touching the grid. No chemicals are used, and it is easy to clean.

What we dislike: Users report that this unit is loud when zapping bugs.

Best outdoor bug zapper

Livin’ Well High-Powered Electric Mosquito Zapper: available at Amazon

Our take: This powerful outdoor bug zapper is versatile, and is particularly designed for use against mosquitos, flies and gnats.
What we like: Affordable. 1,500-square foot range. Weatherproof. Features a UVA bug light. Includes metal hanging hook and a 6-foot hole plug, as well as auto-drain holes to make it hang wherever you need it.

What we dislike: Some users mentioned that the safety cage’s spacing was too tight for larger bugs.

Best rechargeable fly swatter bug zapper

YISSVIC Electric Fly Swatter 2 Pack Bug Zapper Racket: available at Amazon

Our take: This combination fly swatter and bug zapper is super affordable and features USB recharging capabilities.

What we like: Can be used as a fly swatter with added bug zapping capabilities. USB recharging. Features purple light that attracts insects. Easy to use and clean. 2-pack.

What we dislike: Some users say it needs a sturdier standing base.

Best stationary USB-powered bug zapper

Elechome Electric Bug Zapper for Indoor Outdoor: available at Amazon

Our take: Excellent for staving off gnats and other small pests, this bug zapper uses UV LED light to attract its prey.

What we like: USB-powered design makes it easy to charge regularly or keep it plugged in and running continuously. Unique light tube design with no top enhances coverage area.

What we dislike: Some reports of the zap being excessively loud.
Best light bulb socket bug zapper

Hywean 2 Pack Bug Zapper Light Bulbs: available at Amazon
Our take: These 2-in-1 LED light and bug zappers are super affordable and plug into E27 110V light bulb sockets, making them the perfect pick for outdoor patio lighting.

What we like: Convenient light bulb socket power. Includes two separate modes – pure mosquito zapper, or both light and bug zapper. Harmless to humans and pets.

What we dislike: Only works if screwed into a light bulb socket.

Do Bug Zappers Work, or Do I Need Mosquito Control Services?

In the twilight of a summer evening, bug zappers often illuminate yards with a mesmerizing neon glow, promising relief from bothersome insects with each zip, zap, and crack. Yet, amidst the flickering allure lies a question that people have been wondering for years: do bug zappers really work, or do I need professional mosquito control services?

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As peak mosquito season threatens to dampen our enjoyment of outdoor activities and pose health risks, including the potential disease transmission, it’s important to explore population control options like bug zappers to eradicate these pests.

But just how effective are bug zappers? Mosquito Authority is unraveling this age-old mystery by delving into the science behind bug zappers and their reported effectiveness compared to other mosquito control methods. From scientific studies to practical considerations, read on as we navigate the buzzing debate and shed light on whether bug zappers stand as a viable solution in the battle against mosquitoes.

Understanding Bug Zappers
Bug zappers have long been fixtures in gardens and outdoor spaces, promising respite from the relentless assault of flying insects, including mosquitoes. But how exactly do they work?

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Electronic insect control systems (also known as bug zappers) are devices designed to attract, trap, and kill flying insects using ultraviolet light. Typically, these systems consist of a housing unit containing a light source surrounded by electrified grids or screens. The ultraviolet light emitted by the bug zapper lures insects toward it, whereupon they come into contact with the electrified grids, resulting in their demise.

This simple yet effective mechanism has contributed to the widespread popularity of bug zappers as a tool for insect control in outdoor areas, offering a seemingly convenient solution to the perennial problem of mosquito nuisance.

Mosquito Behavior and Attraction
To understand how effective bug zappers are in controlling mosquito populations, we must first understand mosquito behavior and attraction. A combination of factors, including carbon dioxide, body heat, and body odors, are reasons why mosquitoes are highly attracted to certain humans and animals as sources of blood meals. Feeding on a host is necessary for reproduction in the mosquito life cycle, and only female mosquitoes are known to bite humans and animals.

Mosquitoes are also sensitive to certain wavelengths of light, particularly ultraviolet light, which also plays a role in their navigation and host-seeking behavior. Bug zappers are designed to exploit this sensitivity by emitting ultraviolet light to attract insects, including mosquitoes, but their effectiveness in actually capturing significant numbers of mosquitoes remains a subject of debate.

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Since mosquitoes are primarily drawn to their hosts by a complex interplay of sensory cues beyond just light, including body heat and chemical signals, these elements may limit the efficacy of bug zappers as a standalone solution for mosquito control.

Scientific Studies and Research Findings
Scientific studies and research findings provide valuable insights into the effectiveness of bug zappers in managing mosquito populations. Numerous experiments have been conducted to evaluate the efficacy of bug zappers in capturing mosquitoes, often yielding mixed results.

While some studies suggest that bug zappers can effectively reduce mosquito numbers in specific settings, others have found minimal impact or even unintended consequences, such as attracting non-target beneficial insects. Key findings from these studies reveal that the effectiveness of bug zappers may vary depending on location, environmental conditions, and mosquito species composition.

Factors Affecting Effectiveness
With several factors influencing the effectiveness of bug zappers and location playing a pivotal role in targeting mosquitoes, necessitating a nuanced understanding of their operation and environmental context is important to optimal results. Bug zappers are most effective in areas with high mosquito activity and minimal competing light sources.

Weather conditions, including temperature and humidity, can also impact mosquito behavior and, thus, the attractiveness of bug zappers. Additionally, the time of day is a crucial determinant, as mosquitoes tend to be more active during dawn and dusk when bug zappers are typically operational.

Furthermore, the design and maintenance of bug zappers can significantly affect their efficiency. The type and intensity of the light source, the configuration of electrified grids, and the cleanliness of the device can all influence its ability to attract and capture mosquitoes effectively. Therefore, optimizing bug zapper placement and upkeep while taking into account environmental variables is essential for maximizing their mosquito control potential.

Alternative Mosquito Control Methods
While bug zappers have garnered attention as a potential solution for mosquito control, alternative methods offer diverse approaches to managing mosquito populations. Mosquito traps, employing attractants such as carbon dioxide or specific scents, can effectively lure and capture mosquitoes without relying solely on light attraction.

Repellents, whether applied to the skin or dispersed into the environment via mosquito misting systems, offer personal protection against mosquito bites. Furthermore, habitat modification, such as eliminating standing water breeding sites or introducing natural predators like mosquito-eating fish, can disrupt mosquito life cycles and reduce populations.

When comparing bug zappers’ effectiveness and practicality with these alternatives, considerations such as cost, environmental impact, and target specificity come into play. While bug zappers may provide localized relief in certain situations, integrated approaches combining multiple methods often yield more comprehensive and sustainable mosquito control outcomes.

Practical Considerations for Bug Zapper Use
Since the effectiveness of bug zappers as mosquito control treatments requires careful consideration of placement, maintenance, and safety measures, strategic placement is key; bug zappers should ideally be positioned in areas with high mosquito activity and minimal competing light sources. Additionally, maintaining a clean and unobstructed environment around the bug zapper ensures maximum visibility and attractiveness to insects.

Regular maintenance, which includes cleaning the device and replacing bulbs or components as needed, is essential for sustained performance. Safety concerns should also be addressed, with bug zappers positioned away from areas frequented by humans and pets to minimize the risk of accidental contact with electrified grids.

Furthermore, one should weigh the potential drawbacks, such as the attraction of non-target insects and noise pollution, against the perceived benefits of bug zapper use. By implementing these practical considerations, individuals can enhance the efficiency and safety of bug zappers as part of their mosquito control efforts.

Evaluating Bug Zappers and Balancing Their Role
While bug zappers offer a promising solution for insect control in outdoor spaces, their efficacy in targeting mosquitoes remains debated. Environmental conditions, device design, and maintenance practices can influence their performance. It’s important to weigh the benefits and limitations of bug zappers alongside alternative mosquito control methods.

By considering location, weather, and personal preferences, you can make informed decisions tailored to your specific needs. While bug zappers may offer some degree of mosquito control, ultimately, a comprehensive approach that integrates multiple strategies may yield the most effective and sustainable results.

Curious about the effectiveness of bug zappers against mosquitoes? Whether you’re pondering whether bug zappers are right for you or seeking the best comprehensive approach, Mosquito Authority is here to help. Contact us today for expert advice and personalized mosquito control services to keep your outdoor spaces mosquito-free!

What is a Bug Zapper?

A bug zapper is an electronic device that stuns and kills bugs with electricity. Rapid sparks and distinct “zapping” sounds are the result of a high current flowing through the bug during electrocution. The typical standalone bug zapper contains a light bulb and is surrounded by an electrical grid. Bugs and insects attracted to the light source have an instinctive stimulus to fly towards the bug zapper, where contact with the grid kills them.

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Bug Zapper History

In 1911, an article was published in the “Popular Mechanics” magazine presenting the first electric bug zapper. The so called “Eecteric Chair” for Instects has most features of a modern bug zapper. This includes light bulps and a wired grid. The shape, size and mobility are also much alike and not much bigger than a regular birthday pie. However, a major difference is that it operated on 450 volts.

Two decades later, in 1932, the first bug zapper was patented by Villiam M. Frost and named “Insect Electrocuter” and “Electric Insect Destroyer”. The application was granted and patented in the same year.

Not much later, the year was 1934, a new electronic insect killer was presented by Filliam Brodbeck Herms. The intent was a commercial insect trap for the fruit industry. The zapper looks almost identical to the modern Flowtron Bug Fighter. The basic concept and design hasn’t changed a whole lot over the following decades.

Bug Zapper Types

Over the past decades, many experiments successfully optimized the bug zapper. As a result, commercial products became booming. The industrial scope changed and expanded towards home appliances to increase quality of life. Especially to reduce itchy mosquito bites, the outdoor bug zapper made its entrance into many households. For indoor use, bug zappers are now able to attract more types of winged insects. Examples include gnats and other species of small flies. Finally, a third class of bug zappers raised in popularity for both indoor and outdoor appliance.

From a functionality perspective, however, the bug zapper hasn’t changed from its core purpose, namely to kill bugs by means of electrocution. In the big picture there are 3 main types of electric devices to truly do mosquito zapping:

Electrical powered grid bug zapper
Mosquito attracting light source with a surrounding electrical grid
Mosquito attracting light source with surrounding electrical grid and an additional mosquito attractant

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Type 1
The handheld bug zapper racket is the most used bug zapper type that only uses a power grid. It commonly comes with an internal lithium battery, or a container to hold replaceable batteries. New rackets charge through USB and contain an optional lamp.

Type 2
To increase comfort in life, the second bug zapper type is a lamp with an electrical grid. This standalone unit is usually power-corded and no longer requires us to actively hunt for flying insects and bugs. Just turn on the electricity and it will do the work for you. Sizes and light bulbs may differ between different versions to match everyone’s needs. Often these bug zappers are smaller than industrial bug zappers and ideal for patio’s and inhouse usage. To reduce bug volume on properties, in shops or crop fields, the size usually gets bigger and the UV light bulbs stronger.

Type 3
The third type of bug zappers adds an additional attractant. Usually this happens by means of Carbon Dioxide coatings or Octenal mosquito attracting cartridges. The CO2 and Octenol scent is an extra luring technique in addition to the UV light bulb. This outdoor intended solution attracts mosquitoes and other insects even more and increases the chance to capture more flying insects.

Bug Zapper Developments

Although the concept of bug zapping remained the same at its basics, many great developments in the space did happen. One of the most simplistic -yet most convenient for purchasing reasons – is the waterproof housing feature. This innovative development lead to bug zappers for camping, backpacking, patio’s and of course also indoor.

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Solar and LED bring comfort as well, since they optimize power consumption and add increased value for travelling purposes as well. Backpackers for example can travel to remote locations and remain independent of battery packs and power sources. Hand in hand comes mobility which resulted in small and lightweight bug zappers. These take little space, are often power efficient and are available waterproof.

Further developments are an increase in reach. Bug zappers with dual bulbs and customized LED’s can attract mosquitoes from even further away, able to cover area’s up to 2 Acres. Bulbs and LED’s are available in different flavors, and are more and more entering the decorative space for garden and patio’s. For patio’s, poles and hooks are available supplementary. Indoor decorative bug zappers are wall mountable and fade in well to many home décors.

How do Bug Zappers Work?

Components inside the bug zapper control the flow of electrical current through a wired grid, which discharges when a bug creates a short between two wires. On contact the grid releases a strong enough current to kill bugs by means of an electrical shock.

Modern bug zappers contain a grid of electric wires. The grid may exist of parallel wires or a reoccurring rectangular pattern, like the wiring of a tennis racket. The distance between the wires must be smaller than the wingspan of the insect it needs to kill. The grid needs an electricity source. Examples of battery powered devices are electric fly swatters.

Internal components of the zapper define the amount of current flowing through the mosquito. Volume and size of a fly matter. The volume of a mosquito is less than the volume of a full-grown hornet for example. Therefore, a hornet would require a higher electrical current for instant rapid execution. Gnats on the other hand are very small flies and a grid with a large diameter may allow them to pass through. To be effective for any kind of bug, most bug zappers have sufficient power supply.

Reach and Longevity of a Bug Zapper
Reachbility and effectiveness of an outdoor bug zapper can strongly differ between different model types. Often they have a coverage up to 1 ½ of an Acre in ideal conditions. The reach depends on weather conditions and other interfering sources. A bright bulb with UV beaming into an open area has higher reach and effectiveness in dark conditions. Surrounding light sources can be an interference -when nearby- and can make mosquitoes decide to fly off elsewhere. Windy weather conditions blow air with attractants into one direction, preventing an equal spread over a property. Ideal conditions would be darkness and windstillness, and minimal distracting sources.

What is the difference between a bug zapper and a bug trap?

The name bug zapper refers to the actual electrocution of any type of bug, whereas a bug trap applies a trapping technique. The terminology sometimes gets mixed up, yet their methods to kill bugs are assuredly different. A bug zapper significantly varies from a bug trap. Bug traps ensures actual trapping of a bug and death comes by dehydration and not being able to escape. A bug trap therefore comes with a bucket for trapping and collecting.

<Sitenote> Mosquito zapping and mosquito swatting also differ from each other. Zapping always requires electricity. Mosquito swatting on the other hand is a handheld product that requires a slamming movement. This can be done with an electrically powered swatter, yet, it’s optional. Mosquito swatting and different types of mosquito swatters are covered in this article.

Summary and Conclusion:
Bug zappers aim to control insects and to prevent mosquito bites by attracting and killing them once within range. Bug Zappers use electricity to rapidly end the life of a bug. A spark and a zapping sound is the result. Mosquito zappers have been around for many decades and the basic principle has not changed a lot. Improvements have been made and attractants are being added to increase efficiency, which increases our quality of life.

There have been many developments in the past decades to optimize attracting bugs and other species. Mosquitoes are probably the main appliance for bug zappers globally and there are three main types of bug zappers to execute them. A handheld bug zapper racket uses an electrical grid only and requires us to actively hunt and zap mosquitoes. Standalone bug zapper units have an attracting light source with a surrounding electrical grid. The third type comes with additional attractants to optimize luring.

Are Bug Zappers Really Effective Against Mosquitoes? The Answer May Surprise You

To investigate the effectiveness of bug zappers on mosquitoes, the Department of Entomology and Applied Ecology at the University of Delaware spent 10 weeks analyzing bug zappers. Altogether, over 13,000 insects were zapped and collected.

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Killing the Wrong Bugs

Based on the study's results, bug zappers are killing beneficial insects like beetles and moths, which can result in negative effects on local ecosystems.

Experts and studies from Colorado State University Extension and the American Mosquito Control Association concluded that bug zappers are not effective at controlling biting mosquitoes.

Experts cited in an article from the Wirecutter also concluded that bug zappers have the unintended consequence of killing beneficial insects.

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Why Aren't Mosquitoes Attracted to Bug Zappers?

Female mosquitoes (the mosquitoes who bite us) are hardwired to sense the attractive signals that our bodies emit. They do not care about zapper lights.

Fun fact: Only the female mosquito bite because they use your blood to create her eggs.

When we exhale, we emit CO2, which a female mosquito can detect from far away. As she flies closer, our naturally occuring body-odor-chemistry helps her confirm that we are a source of blood. (source: United States Health and Human Services' National Institute of Health)

Unfortunately, bug zappers don't do the same things humans can-- which is why mosquitoes aren't attracted to them!

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Best Ways Stop Mosquitoes from Biting

Turns out, carbon dioxide and body odor chemistry are elements we can't control. But luckily, there are a handful of voluntary actions that we can do to lower mosquito presence.

1. Mosquitoes need 7 days of stagnant water to grow. Tip and Toss standing water or containers that capture mosquito-breeding water around your home!

2. They hide in shady, dense plants. Does sunlight and wind flow through your yard's vegetation? If not, then you might want to consider trimming back on the unwelcomed mosquito hotel in your backyard.

3. Wear repellent. Pick one of the four ingredients: Picaridin, Oil of Lemon Eucalyptus, IR3535, or DEET