The Reduviidae is a large cosmopolitan family of the suborder Heteroptera of the order Hemiptera. Among the Hemiptera and together with the Nabidae almost all species are terrestrial ambush predators; most other predatory Hemiptera are aquatic. The main examples of nonpredatory Reduviidae are some blood-sucking ectoparasites in the subfamily Triatominae. Though spectacular exceptions are known, most members of the family are fairly easily recognizable; they have a relatively narrow neck, sturdy build, and a formidable curved proboscis. Large specimens should be handled with caution, if at all, because they sometimes defend themselves with a very painful stab from the proboscis.
The members of the Triatominae, a subfamily of the Reduviidae, are also known as conenose bugs, kissing bugs, or vampire bugs. Other local names for them used in the Americas include barbeiros, vinchucas, pitos, chipos and chinches. Most of the 130 or more species of this subfamily feed on vertebrate blood; a very few species feed on invertebrates. They are mainly found and widespread in the Americas, with a few species present in Asia and Africa. These bugs usually share shelter with nesting vertebrates, from which they suck blood. In areas where Chagas disease occurs, all triatomine species are potential vectors of the Chagas disease parasite Trypanosoma cruzi, but only those species that are well adapted to living with humans are considered important vectors. Also, proteins released from their bites have been known to induce anaphylaxis in sensitive and sensitized individuals.
The Emesinae, or thread-legged bugs, are a subfamily of the Reduviidae. They are conspicuously different from the other reduviids by their very slender body form. They are stalking, predatory insects that can be collected on palm fronds, cliffs, spider webbing, or near lights at night. They walk on their mid and hind legs; the front pair is raptorial. Some groups specialize on spiders. Very little is known about emesines except that many species are found in the tropics. Pedro Wygodzinsky wrote the most recent revision of this group.
In biology, the term raptorial implies much the same as predatory but most often refers to modifications of an arthropod's foreleg that make it function for the grasping of prey while it is consumed, where the gripping surfaces are formed from the opposing faces of two successive leg segments.
Zelus is a genus of insects in the family Reduviidae, the assassin bugs. There are currently 60 described species; most occur in Central and South America, and five are found in North America.
The Metapterini are a tribe of thread-legged bugs, assassin bugs of subfamily Emesinae.
Emesopsis is a genus of tropical bugs (Heteroptera) from the family Reduviidae. There are at least 22 described species, of which one, E. nubila, also occurs in southern Europe.
The Holoptilinae are a subfamily of Reduviidae known as feather-legged bugs or ant wolves. Several members of the subfamily specialize on ants. About 16 genera are known, with about 80 species described. Species in the Holoptilini tribe possess a specialized organ called a trichome to attract ants.
The Ectrichodiinae are a subfamily of assassin bugs (Reduviidae) known for specializing on millipedes as prey. The group comprises more than 600 species in about 115 genera, making it a fairly large subfamily. The bugs are also known for their aposematic coloration, often brightly colored metallic blue, red, or yellow.
Austrokatanga monteithi is a species of assassin bug, the sole member of its genus, in the subfamily Ectrichodiinae of Reduviidae. This species is found in Australia.
Zelus renardii, commonly known as the leaf hopper assassin bug, is a predacious insect contained within tribe Harpactorini. Diurnal and found on both wild and crop plants, Z. renardii has spread from its native habitats in western North and Central America into three other biogeographic regions across the globe.
Acanthaspis petax is a species of assassin bug that preys primarily on ants, but also on a variety of small insects, such as flies, small grasshoppers and beetles. The nymphs of this species create a pile of ant carcasses on their backs for camouflage. The adults do not use camouflage and are coloured with a red and black pattern.
Phymata crassipes is a species of assassin and thread-legged bugs belonging to the family Reduviidae, subfamily Phymatinae.
Macrocephalus is a genus of ambush bugs in the family Reduviidae. There are more than 30 described species in Macrocephalus.
Microtominae is a subfamily of assassin bugs in the family Reduviidae. There are at least 2 genera and about 19 described species in Microtominae.
Phymata americana, known as the ambush bug, is a Phymatinae, or ambush bug in the family Reduviidae. It can be found on the flowers of various plants in Central America and North America, where it waits to prey on other insects.
Amblythyreus is a genus of ambush bugs found mainly in Asia with about 16 species. They are predators that lie in wait mainly in flowers, capturing prey using their forelegs.
Carcinocorini are a tribe of ambush bugs which are distinct in have a claw-like modification of the foreleg used to capture their prey. Such claw or chelae, which are common in crabs, are almost unknown in insects, present only in female wasps of the family Dryinidae. The name of the tribe is derived from the Greek karkinos for crab and coris for bug.
Petalocheirus is a genus of assassin bugs in the subfamily Salyavatinae. Species in the genus have a leaf-like broadening of the foretibia, and many species are known to be predators of termites. The genus is distributed in the tropics of Africa and Asia and species in apparently closely related genera such as Platychira may need further examination.
Paleotriatoma metaxytaxa is a species of fossil insect belonging to the subfamily Triatominae of the family Reduviidae. Living kissing bugs are blood-sucking insects responsible for the transmission of Chagas disease. Chagas is a parasitic disease affecting millions of people mainly in South America, Central America and Mexico.
