K
Species Profile

Kissing Bugs

Reduviidae

Night feeder, public-health sentinel
Henrik Larsson/Shutterstock.com
Kissing Bug

At a Glance

Family Overview This page covers the Kissing Bugs family as a group. Stats below are general traits shared across the family.
Also Known As Conenose bug, Cone-nosed bug, Assassin bug, Vinchuca, Chinche besucona, Barbeiro, Blood-sucking bug
Diet Sanguivore
Activity Nocturnal+
Lifespan 1.5 years
Weight 0.003 lbs
Status Not Evaluated
Did You Know?

"Kissing bug" refers to their tendency to bite exposed facial skin while people sleep-behavior varies by species and setting.

Scientific Classification

Family Overview "Kissing Bugs" is not a single species but represents an entire family containing multiple species.

Kissing bugs are blood-feeding true bugs best known for biting humans (often around the face) and for their role as vectors of Trypanosoma cruzi (Chagas disease) in the Americas. They are triatomines—members of the assassin bug family (Reduviidae) that have evolved hematophagy.

Kingdom
Animalia
Phylum
Arthropoda
Class
Insecta
Order
Hemiptera
Family
Reduviidae

Distinguishing Features

  • True bugs with piercing-sucking mouthparts (rostrum) and hemelytra (half-leathery forewings)
  • Elongate head with a prominent beak; many species show orange/red banding on the abdomen margins (connexivum)
  • Nocturnal, attracted to hosts by heat/COâ‚‚; defecation near the bite can enable T. cruzi transmission in some species
  • Triatomines are hematophagous; many other Reduviidae are predatory on insects

Physical Measurements

Males and females differ in size

Length
♂ 1 in (0 in – 2 in)
Weight
♂ 0 lbs (0 lbs – 0 lbs)
♀ 0 lbs (0 lbs – 0 lbs)
Top Speed
7 mph
flying

Appearance

Primary Colors
Secondary Colors
Skin Type Hard chitinous exoskeleton; typically matte to slightly glossy with fine punctation. Wings (when present) are hemelytra: leathery base with membranous tips.
Distinctive Features
  • Measurements (family-wide): ~4-45+ mm body length, depending on genus; triatomines commonly ~12-35 mm.
  • Body plan: elongate to oval; narrow head with prominent compound eyes; long, segmented antennae.
  • Rostrum (beak): 3-segmented piercing-sucking beak folded beneath head; predatory reduviids use it to inject saliva.
  • Wings: most adults winged with hemelytra; some lineages show reduced wings or short-winged forms.
  • Legs: many reduviids are cursorial; some have grasping forelegs; triatomines lack the leaf-like tibiae typical of leaf-footed bugs (Coreidae).
  • Triatominae ('kissing bugs') within Reduviidae: specialized blood-feeders with a straighter, forward-directed rostrum and an often-exposed, banded connexivum.
  • Public-health relevance applies to triatomines, not the whole family: many triatomines can transmit Trypanosoma cruzi (Chagas disease), especially when defecation follows feeding.
  • Behavior/ecology (family-wide): predominantly predatory on other arthropods; habitats range from leaf litter and bark to nests and human dwellings; triatomines are nocturnal hematophages often associated with vertebrate nests, burrows, or houses.
  • Lifespan (range across species): typically several months to ~2 years; some large-bodied reduviids and triatomines can reach ~3 years in favorable/captive conditions.
  • Triatomines have a cone-shaped head, a straight three-segment rostrum, and visible banded connexivum. They lack leaf-like hind tibiae of leaf-footed bugs and look less predatory, more oval than many reduviids.
  • Defensive traits: many produce pungent gland odors; some deliver painful defensive bites when handled.

Sexual Dimorphism

Sexual dimorphism is usually subtle. Females often have a broader abdomen (especially when gravid), while males commonly show a narrower terminal abdomen and more conspicuous external genital capsule; size differences vary among species.

♂
  • Often slightly slimmer abdomen; terminal segments more tapered or with visible genital capsule.
  • In some species, proportionally longer antenna segments or slightly more slender legs.
♀
  • Often broader abdomen, especially when egg-laden; overall body may appear rounder.
  • Ovipositor/terminal abdominal shape differs subtly from males (species-dependent).

Did You Know?

"Kissing bug" refers to their tendency to bite exposed facial skin while people sleep-behavior varies by species and setting.

All life stages after the egg (5 nymphal instars + adult) require blood meals in triatomines.

Some species can survive many months between meals by slowing metabolism and conserving water.

They're assassin bugs by ancestry: most Reduviidae are predators, but triatomines evolved full-time blood-feeding.

Vector risk is strongly tied to behavior: species differ in how soon they defecate after feeding (crucial for Trypanosoma cruzi transmission).

Not all "big brown bugs" are kissing bugs-many look-alikes (leaf-footed bugs, stink bugs, predatory reduviids) don't transmit Chagas disease.

Their distribution is mainly the Americas, but closely related triatomine lineages also occur outside the New World (and Reduviidae is worldwide).

Unique Adaptations

  • Piercing-sucking rostrum (beak) built for hematophagy: triatomines have a sturdy, 3-segmented rostrum adapted to locate and tap blood vessels.
  • Saliva that facilitates feeding: anti-hemostatic and anesthetic components help keep blood flowing and reduce immediate detection (composition varies across species).
  • Extreme fasting tolerance: many species endure long gaps between blood meals by lowering metabolic demand and efficiently conserving water.
  • Water balance via excretion: they rapidly process excess fluid from a blood meal (diuresis) and can regulate nitrogenous waste-important for surviving dry shelters.
  • Heat/COâ‚‚ host-finding: many use host cues such as warmth, carbon dioxide, and odors to orient in darkness; sensitivity and reliance on cues differ among species.
  • Flattened bodies and cryptic coloration: body shape and tough cuticle help them wedge into tight cracks in walls, bedding, or nesting material.
  • Egg and nymph resilience: eggs are often glued/placed in protected sites; nymphs are wingless but efficient crawlers, aiding colonization of complex refuges.

Interesting Behaviors

  • Nocturnal foraging: many triatomines hide by day in cracks, thatch, rock piles, nests, or animal burrows and feed at night; some species are more peridomestic or sylvatic than truly domestic.
  • Host flexibility with patterns: many feed on mammals (including humans), but some specialize more on birds, bats, or particular nest hosts; local ecology heavily shapes which hosts are used.
  • Defecation timing varies: some species commonly defecate soon after feeding (higher transmission potential), while others defecate later or away from the host (lower potential).
  • Aggregation in refuges: nymphs and adults often cluster in sheltered crevices; fecal cues can help mark harborage sites.
  • Dispersal flights: many adults can fly and are attracted to lights, causing seasonal "house invasions" even where there is no established indoor colony.
  • Pain and reactions vary: bites may be unnoticed at the time but can cause itching, swelling, or allergic reactions in some people; severity varies among individuals and species.
  • Life-history tradeoffs: growth rate, number of feeds needed per molt, and tendency to colonize human housing differ widely across triatomine species.
  • Predatory relatives contrast: within Reduviidae, most non-triatomines actively hunt insects and use a stabbing rostrum with potent saliva-useful for distinguishing "assassin bugs" from true triatomines in context.

Cultural Significance

Triatomines (kissing bugs) spread Trypanosoma cruzi, which causes Chagas disease. They led to house repairs, bug monitoring, and community teaching. People call them 'kissing bug', 'barber bug', or similar.

Myths & Legends

In 1830s travel stories, Charles Darwin, on the Beagle voyage, wrote that a large triatomine-like bug bit him at night—the "Great Black Bug of the Pampas"—a story later linked to Chagas disease.

The 1899 U.S. "kissing bug" craze: Newspapers popularized the term during a wave of reports and public anxiety about nocturnal facial bites, embedding the insect in American folklore-like urban legend and sensational press history.

In parts of Latin America, names like barber or kissing bug (triatomine) come from a night insect that bites faces, especially lips, and appears in household stories as a nighttime visitor.

In areas where Chagas disease is common, community stories treat kissing bugs as a warning of unsafe walls or thatched roofs, teaching children to watch for bugs and tell adults, mixing prevention with oral tradition.

You might be looking for:

Triatoma infestans (kissing bug)

28%

Triatoma infestans

Major domestic/peridomestic vector of Chagas disease in parts of South America.

Triatoma dimidiata (kissing bug)

22%

Triatoma dimidiata

Important Chagas vector in Central America and Mexico; often associated with houses and animal shelters.

Rhodnius prolixus (kissing bug)

18%

Rhodnius prolixus

Key Chagas vector in northern South America/Central America; often linked to palm habitats and human dwellings.

Panstrongylus megistus (kissing bug)

12%

Panstrongylus megistus

Chagas vector in Brazil; commonly associated with forested/peridomestic environments.

Assassin bugs (non-triatomine Reduviidae)

8%

Reduviidae (other subfamilies)

Predatory true bugs sometimes mistakenly called ‘kissing bugs’ but typically not blood-feeding or Chagas vectors.

Life Cycle

Birth 30 nymphs
Lifespan 2 years

Lifespan

In the Wild
0.3–3 years
In Captivity
0.5–4 years

Reproduction

Mating System Polygynandry
Social Structure Aggregation Group
Breeding Pattern Transient
Fertilization Internal Fertilization
Birth Type Internal_fertilization

Across Reduviidae (including triatomines), mating is typically polygynandrous: both sexes mate multiple times with no stable pair bond. Adults are mostly solitary but may aggregate in refuges; copulation is internal and repeated matings can occur within a season.

Behavior & Ecology

Social Aggregation Group: 20
Activity Nocturnal, Crepuscular
Diet Sanguivore Vertebrate blood meals-often mammals in many sylvatic and domestic settings, but host preference varies widely across triatomine lineages (some are more bird- or nest-associated).
Seasonal Hibernates 1 mi

Temperament

Generally cryptic and avoidance-prone; hides by day and emerges primarily to feed.
Defensive when disturbed: may bite, stridulate, and release irritating/odorous secretions.
Aggregation tendency varies widely by species and habitat (wild nests to human dwellings).
Adult body size varies broadly across triatomines (roughly ~5-45 mm, family-wide).
Lifespan spans months to multiple years depending on species, temperature, and feeding frequency.

Communication

Stridulatory chirps/squeaks produced by rubbing body parts when handled or threatened.
Aggregation pheromones and chemical cues promote clustering in refuges; strength varies by species.
Alarm/defensive chemicals (metathoracic scent glands) deter predators and disturb conspecifics.
Contact chemoreception via antennae/tarsi for recognizing refuges, mates, and host-associated cues.
Substrate-borne vibrations during courtship or disturbance; importance varies among genera.
Host-finding relies heavily on non-social cues (COâ‚‚, heat, odors), shaping encounter rates.

Habitat

Biomes:
Tropical Rainforest Tropical Dry Forest Savanna Desert Hot Desert Cold Mediterranean Temperate Grassland Temperate Forest Temperate Rainforest Alpine Wetland +5
Terrain:
Mountainous Hilly Plateau Plains Valley Coastal Island Riverine Karst Rocky Sandy Muddy +6
Elevation: Up to 14763 ft 9 in

Ecological Role

Ectoparasitic, blood-feeding true bugs in vertebrate nest/roost and human-associated ecotopes; important components of vertebrate-parasite networks and, in the Americas, major vectors of Trypanosoma cruzi (Chagas disease).

Link vertebrate host communities with parasite transmission cycles (including T. cruzi; major health disservice in human settings) Provide prey/food resources for predators (e.g., spiders, reptiles, birds, small mammals, other insects) Influence host-parasite dynamics in sylvatic and peridomestic ecosystems (altering pathogen circulation and exposure patterns)

Diet Details

Main Prey:
Mammals Birds Reptiles Amphibians

Human Interaction

Domestication Status

Wild

Kissing bugs (triatomine bugs; subfamily Triatominae, family Reduviidae) have no domestication history. They are wild but some species invade or live near houses (domiciliation, synanthropy), mainly in parts of Latin America. Human contact is accidental and health-related: bites can pass the parasite that causes Chagas disease. Control targets indoor infestation, not keeping them.

Danger Level

High
  • Painful defensive bites from many reduviids (can cause localized swelling, redness, and significant pain)
  • Allergic reactions to bites/saliva in some individuals (rarely severe)
  • Triatomine-associated risk: transmission of Trypanosoma cruzi (Chagas disease) where infected bugs occur; transmission is typically via contaminated bug feces entering bite wounds/mucosa rather than the bite itself
  • Secondary infection risk from scratching bites
  • Occupational/lab exposure risk when handling live triatomines or working in endemic vector research settings

As a Pet

Not Suitable as Pet

Legality: Generally not specifically prohibited as pets in many jurisdictions, but ownership/transport may be restricted or discouraged-especially for triatomines-in areas with vector-control rules, wildlife import regulations, or laboratory biosafety policies. Always check local/state/provincial and national regulations.

Care Level: Expert Only

Purchase Cost: Up to $50
Lifetime Cost: $20 - $300

Economic Value

Uses:
Public health impact (negative) Biological control/pest suppression (positive) Research and education (mixed)
Products:
  • Ecosystem service: predation on pest insects in gardens/agriculture (many non-triatomine reduviids)
  • Costs associated with Chagas disease surveillance, vector control, and healthcare in endemic areas (triatomines)
  • Laboratory/teaching use (e.g., insect physiology, vector biology, parasite-vector studies)

Relationships

Predators 8

Related Species 5

Wheel bug
Wheel bug Arilus cristatus Shared Family
Masked hunter Reduvius personatus Shared Family
Leafhopper assassin bug Zelus renardii Shared Family
Bee assassin bugs Apiomerus Shared Family
Feather-legged assassin bugs Ptilocnemus Shared Family

Ecological Equivalents 5

Animals that fill a similar ecological role in their ecosystem

Bed bugs
Bed bugs Cimex lectularius Like triatomines, bed bugs are nocturnal, live in nests and crevices, feed on sleeping hosts using COâ‚‚ and heat cues, and gather in refuges. However, bed bugs feed on blood at all life stages and are not major vectors of Chagas disease.
Bat bug Cimex adjunctus Occupies a roost-associated blood-feeding niche (e.g., caves and attics), often switching opportunistically to humans. This parallels triatomine sylvatic-to-peridomestic spillover dynamics.
Mosquitoes
Mosquitoes Culicidae Share hematophagy and pathogen-vector roles. However, mosquitoes typically take brief, frequent blood meals and have aquatic juvenile stages, while triatomines are terrestrial, long-lived insects that take repeated nymphal blood meals.
Sand flies Phlebotominae Comparable role as nocturnal blood-feeders and disease vectors (e.g., Leishmania), with overlapping peridomestic and sylvatic ecologies in parts of the Americas.
Fleas Siphonaptera Another vertebrate-ectoparasite guild member associated with nests and hosts and capable of vectoring pathogens. Differs in being wingless, laterally compressed, and typically living on-host more continuously than triatomines.

Kissing bugs are members of the Reduviidae family, and they originate from Central America. However, presently, they occur on every continent except Antarctica. This family includes a massive group of closely related insects, around 7000 species.

Every species in this family share a characteristic: its sharp-tipped, curvy mouth, referred to as a three-segmented beak. This unique beak helps these insects kill their prey.

These bugs are ambush predators, so they lay in waiting until prey comes close, and then they entrap them using strategic planning and tactics.

Kissing bugs vary in color; for example, some are bright, and others possess showy accents. But, generally, they are brown, red, orange, green, or black in color.

Kissing Bug Species, Types, and Scientific Name

The kissing bug has many names, including chinches, barbeiros, pitos, vinchucas, and chipos. There are around 130 species within the subfamily that feed on vertebrate blood. However, there are very few species that drink blood from invertebrates.

To make their lives easier, kissing bugs share shelter with nesting vertebrates while they suck on their blood like the little parasites they are.

The scientific name for kissing bugs differs depending on the specie. There are 11 species of these insects in the USA; they include:

  • Paratriatoma hirsuta
  • Triatoma gerstaeckeri
  • Triatoma incrassata
  • Triatoma indictiva
  • Triatoma lecticularia
  • Triatoma neotomae
  • Triatoma protracta
  • Triatoma recurva
  • Triatoma rubida
  • Triatoma rubrofasciata
  • Triatoma sanguisuga

These bugs belong to the order Hemiptera, and they fall under the category of True bugs. This order is incredibly large and diverse; they are found across the globe and can adapt to almost any habitat.

For example, there are approximately 80,000 species and 37 families in Hemiptera, which is divided into three subfamilies, namely, semiaquatic or shore-inhabiting bugs (Amphibicorizae), terrestrial bugs ( Geocorizae), and aquatic bugs (Hydrocorizae).

This family greatly impacts agriculture and can cause irreparable damage to plants by passing on diseases and herbivory. However, farmers also use predatory Hemiptera species to control other pests in agricultural systems.

Appearance: How To Identify the Kissing Bug

assassin bug isolated on white background

Assassin bugs are also known as kissing bugs.

There are approximately 149 species of kissing bugs, and they each have their own characteristics and come in various colors; however, generally, they are brown or black. Their mouthparts are covered in short hairs that grow longer on the tips.

In addition, they have pronotum uniformly, a prominent plate-like shield covering some or all of the thorax, which is light brown or black. The tips of the kissing bug’s scutellum, legs, and stout are all short and broad. And finally, these bugs are usually around an inch long.

Habitat: Where to Find the Kissing Bug

While these bugs occur globally, they are abundant in North and Central America, South America, Africa, Europe, and parts of Asia. In fact, there are 11 different species in the USA alone.

These bugs are adaptable and can live in almost any habitat, but they are generally found in rainforests, nests, gardens, foliage, and homes.

Diet: What Does the Kissing Bug Eat?

Kissing bugs do not live up to their name as they are not gentle, loving insects. Instead, these bugs are voracious pests and prey on animals like caterpillars, leafhoppers, and many other medium-sized insects. In addition, they suck the blood of vertebrates.

But they also fall prey to:

However, kissing bugs have a great defense mechanism called a stridulatory organ, which vibrates when they are in distress, which seems to deter predators. In addition, they use their sharp beaks to pierce the threat, injecting them with poison.

When hunting, the kissing bug injects its prey with its poisonous saliva, causing the victim’s internal organs to liquefy, which they proceed to suck out of the body. In addition, some species have tiny hairs on their legs, preventing prey from escaping.

Kissing Bug Behavior

These blood-sucking insects are nocturnal because it’s easier to prey on victims who are sleeping. Other behavioral traits include:

  • Kissing bugs are attracted to the body heat and breath of animals and humans
  • Just like moths, they are drawn to light
  • They release a horrible-smelling pheromone for defensive purposes
  • It’s not unusual for hosts to have up to 15 bites around their eyes or mouths.
  • It does not hurt when kissing bugs bite their hosts

Life Cycle of the Kissing Bug

Kissing bugs will lay their eggs in late summer or early fall. Adults will disperse at night and find rodent burrows or dens to lay their eggs. Nymphs hatch after 3 to 5 weeks and have to pass through 5 stages before maturing in adults. Each stage requires the nymphs to indulge in a full-blood meal before developing into the next stage.

They can drink their fill quite quickly, with feeding lasting around 10 to 30 minutes. These bugs can consume 1 to 5 times their bodies’ weight in blood and need to feed every  7  to 14 days in warm temperatures when hosts are available.

Kissing bugs have a lifespan of around 1 to 2 years, spending their winters as nymphs and eventually morphing into adults by the summer.

Females can produce 10-30 eggs between meals, and these bugs can lay up to 1000 eggs in a lifetime; however, the average number is closer to 200. While adults can fly, immature kissing bugs must crawl to find blood sources.

Is the Kissing Bug Dangerous to Humans?

The kissing bug is one of the main carriers of a parasite called Trypanosoma cruzi, and when a host is infected, it causes Chagas disease. Other animals like skunks and raccoons also carry this parasite; however, they cannot transmit it to humans, but the kissing bug can. However, these bugs can’t infect their hosts with this parasite by just biting them.

This disease has two phases; most people only experience the acute phase, which occurs right after transmission. The symptoms for this stage include aches, fever, swelling around the bite, and fever. But one of the most identifiable symptoms of this phase is puffy eyelids.

Kissing bugs derive their name from the location they prefer to bite, which is usually close to the lips of the host. They usually defecate while feeding and can only transmit the parasite if their feces infect the bite site or are accidentally rubbed into a mucus membrane, like the eyes. So, if you feel a bite, try not to rub it, as you could land up infecting yourself!

Most people go into remission after this phase, and the disease will not return. But 1/3 of patients experience the second stage, called the chronic phase. If patients do not seek help, it could affect their lives for years to come. Symptoms include:

  • Chronic stomach and digestive issues
  • Increased risk of strokes
  • Irregular heartbeat
  • Enlarged heart

Chagas Disease Treatment

Unfortunately, Chagas disease is not well known in the USA, and very few patients are diagnosed or treated for this disease. However, doctors will usually prescribe antiparasitic drugs like Lampit (nifurtimox) and benznidazole if someone is diagnosed with this condition.

These medications will kill the parasites and prevent the development of the chronic phase, which is untreatable. So it’s essential to catch this disease early to prevent this from happening.

Doctors will sometimes prescribe antiparasitics to people in the chronic phase, but this medication will never cure them. However, it could slow the illness’s progression and help prevent life-threatening health conditions.

How to Prevent Kissing Bugs

  • Install an insecticide-coated net over your bed.
  • Use insecticides to kill them
  • Apply insect repellent on your skin
  • Use silicone-based caulk to seal off any cracks or crevices in your home
  • Do not leave debris within 20 feet of your home
  • Use insecticidal solution or bleach to clean the surfaces in your home
  • Hire an exterminator

Never touch kissing beetles; if you need to pick one up for some crazy reason, use gloves.

Insects that Look Similar to Kissing Bugs

It’s good to know the difference between an innocent insect in your home and garden and a blood-sucking bug that can infect you with a dangerous parasite. Unfortunately, there are several insects that look almost identical to the kissing bug; they include:

Leaf-Footed Bugs

Leaf footed bug

The leaf-footed bug has several body shapes, but some resemble the kissing bug’s oval-like body, and others have long, slender bodies.

The leaf-footed bug has several body shapes, but some resemble the kissing bug’s oval-like body, and others have long, slender bodies. However, their coloring is similar.

They camouflage into the tree bark with their gray-brown color. In addition, they have elongated mouthpieces that closely resemble the kissing bug. They use this long mouthpiece to prick flowers or fruits and suck out the juices.

Unlike the kissing bug, leaf-footed bugs are herbivores and eat tree sap. This is ideal as they can remain undetected as they feed.

In addition, these insects are attracted to squash, and they are often referred to as the squash bug in certain regions of North America.

Leaf-footed bugs are a potential threat to tomato crops, but preventative measures have proven successful. Farmers have mastered the art of getting rid of these bugs by getting spots where they like to overwinter.

Stink Bugs

What Do Stink Bugs Eat - Stink Bug Eating

The feature that mostly resembles the kissing bug is their elongated mouthparts, which they use to suck juices from fruit and flowers.

Stink bugs are also known by the name shield bugs because their shape looks like a shield. There are various types that are distinguished by their coloring, which ranges from different shades of green and brown.

However, the feature that mostly resembles the kissing bug is their elongated mouthparts, which they use to suck juices from fruit and flowers.

Stink bugs originated in North America, but today, they inhabit most of the world. They are different from kissing bugs as they are omnivores, and while they do eat smaller insects, stink bugs don’t need to drink blood to survive.

Stink bugs are unwelcome guests in most gardens because when they feed on a plant or flower, it causes discoloration.

Plant Bugs

Plant Bug

These bugs have elongated, oval-shaped bodies that closely resemble the kissing bug but have different coloring.

Plant bugs are members of the Miridae family, which forms part of the genus Heteroptera. Another name for these fascinating insects is the leaf bug.

These bugs have elongated, oval-shaped bodies that closely resemble the kissing bug but have different coloring. Their bodies are covered in yellow, white, brown, or black patterns, which is the complete opposite of the primarily black kissing bug.

Another difference between these two insects is their antennas. Kissing bugs have a six-segmented antenna, while plant bugs have a four-segmented antenna.

In addition, plant bugs have round-shaped heads, but the kissing bug’s head is elongated, which is a great way to distinguish between the two.

However, to the untrained eye, it’s tough to tell them apart, and it doesn’t help that these two insects occur in the same habitat in certain regions of the globe. In fact, there are over 2,000 species of plant bugs distributed across North America.

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Sources

  1. Healthline / Accessed November 13, 2022
  2. Wikipedia / Accessed November 13, 2022
  3. Discover Life / Accessed November 13, 2022
  4. Kidadl / Accessed November 13, 2022
  5. Pest World / Accessed November 13, 2022
Chanel Coetzee

About the Author

Chanel Coetzee

Chanel Coetzee is a writer at A-Z Animals, primarily focusing on big cats, dogs, and travel. Chanel has been writing and researching about animals for over 10 years. She has also worked closely with big cats like lions, cheetahs, leopards, and tigers at a rescue and rehabilitation center in South Africa since 2009. As a resident of Cape Town, South Africa, Chanel enjoys beach walks with her Stafford bull terrier and traveling off the beaten path.
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Kissing Bugs FAQs (Frequently Asked Questions)

Kissing bugs derive their name from the location they prefer to bite, which is usually close to the lips of the host.