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Scanning Electron Micrograph of Mosquito : Stock Photo
Magnified at 500X, this scanning electron micrograph reveals some of the exoskeletal ultrastructural morphology located on the head, or cephalic region of an unidentified mosquito found deceased in the suburbs of Decatur, Georgia. Note the two bilaterally situated scapes, which act as the first antennal segments. The right compound eye is evident at the top of the image, and appears to be constructed from shriveled grapes, which are actually ommatidia that were deformed in the specimen fixation process. The antenna is composed of three main regions: scape, pedicle, and flagellum. The scape attaches the sensory organ to the head region, and the pedicle joins the distal, jointed flagellum to the scape. The bilaterally situated antennae are not the only structures in the insect's repertoire of sensorial apparatuses that provide it with information of changes in its environment. In fact, the chitinous exoskeletal hairs, known as setae, as well as the grape-like ommatidia, which are the functional units of which the compound eyes are composed, all take part in providing the mosquito with environmental updates.

Scanning Electron Micrograph of Mosquito

Credit: 
Centers For Disease Control - edited version ©Science Faction
Caption:
Magnified at 500X, this scanning electron micrograph reveals some of the exoskeletal ultrastructural morphology located on the head, or cephalic region of an unidentified mosquito found deceased in the suburbs of Decatur, Georgia. Note the two bilaterally situated scapes, which act as the first antennal segments. The right compound eye is evident at the top of the image, and appears to be constructed from shriveled grapes, which are actually ommatidia that were deformed in the specimen fixation process. The antenna is composed of three main regions: scape, pedicle, and flagellum. The scape attaches the sensory organ to the head region, and the pedicle joins the distal, jointed flagellum to the scape. The bilaterally situated antennae are not the only structures in the insect's repertoire of sensorial apparatuses that provide it with information of changes in its environment. In fact, the chitinous exoskeletal hairs, known as setae, as well as the grape-like ommatidia, which are the functional units of which the compound eyes are composed, all take part in providing the mosquito with environmental updates.
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135387590
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No release, but release may not be required.More information
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Rights-managedRights-managed products are licensed with restrictions on usage, such as limitations on size, placement, duration of use and geographic distribution. You will be asked to submit information concerning your intended use of the product, which will determine the scope of usage rights granted.
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Science Faction
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5,370 x 3,579 px (17.90 x 11.93 in) - 300 dpi - 7.06 MB

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Scanning Electron Micrograph Of Mosquito Stock Photo 135387590Animal Body Part,Animal Hair,Arthropod,Black And White,Bloodsucking,Compound Eye,Death,Exoskeleton,Eye,Georgia - US State,Horizontal,Insect,Mosquito,No People,Parasitic,Pest,Photography,SEM,VectorPhotographer Collection: Science Faction Magnified at 500X, this scanning electron micrograph reveals some of the exoskeletal ultrastructural morphology located on the head, or cephalic region of an unidentified mosquito found deceased in the suburbs of Decatur, Georgia. Note the two bilaterally situated scapes, which act as the first antennal segments. The right compound eye is evident at the top of the image, and appears to be constructed from shriveled grapes, which are actually ommatidia that were deformed in the specimen fixation process. The antenna is composed of three main regions: scape, pedicle, and flagellum. The scape attaches the sensory organ to the head region, and the pedicle joins the distal, jointed flagellum to the scape. The bilaterally situated antennae are not the only structures in the insect's repertoire of sensorial apparatuses that provide it with information of changes in its environment. In fact, the chitinous exoskeletal hairs, known as setae, as well as the grape-like ommatidia, which are the functional units of which the compound eyes are composed, all take part in providing the mosquito with environmental updates.