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Scanning Electron Micrograph of Mosquito : Stock Photo
Photographed under a very low magnification of only 24X, in order to capture the cephalic, thoracic and abdominal segments together, this scanning electron micrograph reveals some of the exoskeletal morphology on the surface of an unidentified mosquito found deceased in the suburbs of Decatur, Georgia. An already structurally-frail organism, this insect was discovered in a very dry, desiccated stated, and therefore, was missing a number of its body parts, including its antennae. Arthropods possess an exoskeleton composed of chitin, which is a molecule made up of bound units of acetylglucosamine, joined in such a way as to allow for increased points at which hydrogen bonding can occur. In this way chitin provides increased strength and durability as an exoskeletal foundation. However, under certain circumstances, as in this case, the exoskeleton will dry, thereby loosing its flexibility, becoming brittle and vulnerable to attack from environmental forces, leading to exoskeletal fractures of this normally resilient exterior. This chitinous exoskeleton gives rise to a myriad of morphologic shapes, including scales, setae, antennae, legs, and mouthparts.

Scanning Electron Micrograph of Mosquito

Caption:
Photographed under a very low magnification of only 24X, in order to capture the cephalic, thoracic and abdominal segments together, this scanning electron micrograph reveals some of the exoskeletal morphology on the surface of an unidentified mosquito found deceased in the suburbs of Decatur, Georgia. An already structurally-frail organism, this insect was discovered in a very dry, desiccated stated, and therefore, was missing a number of its body parts, including its antennae. Arthropods possess an exoskeleton composed of chitin, which is a molecule made up of bound units of acetylglucosamine, joined in such a way as to allow for increased points at which hydrogen bonding can occur. In this way chitin provides increased strength and durability as an exoskeletal foundation. However, under certain circumstances, as in this case, the exoskeleton will dry, thereby loosing its flexibility, becoming brittle and vulnerable to attack from environmental forces, leading to exoskeletal fractures of this normally resilient exterior. This chitinous exoskeleton gives rise to a myriad of morphologic shapes, including scales, setae, antennae, legs, and mouthparts.
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Creative #:
135387567
License type:
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.
Photographer:
Centers For Disease Control - edited version ©Science Faction
Collection:
Science Faction
Max file size:
5,370 x 3,580 px (17.90 x 11.93 in) - 300 dpi - 6.85 MB
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No release, but release may not be required.More information

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Scanning Electron Micrograph Of Mosquito Stock Photo 135387567Mosquito,Animal Body Part,Animal Hair,Animal Leg,Animal Limb,Animal Wing,Animals Attacking,Arthropod,Black And White,Bloodsucking,Death,Exoskeleton,Georgia - US State,Horizontal,Insect,Limb,No People,Parasitic,Pest,Photography,SEM,Thorax,VectorPhotographer Collection: Science Faction Photographed under a very low magnification of only 24X, in order to capture the cephalic, thoracic and abdominal segments together, this scanning electron micrograph reveals some of the exoskeletal morphology on the surface of an unidentified mosquito found deceased in the suburbs of Decatur, Georgia. An already structurally-frail organism, this insect was discovered in a very dry, desiccated stated, and therefore, was missing a number of its body parts, including its antennae. Arthropods possess an exoskeleton composed of chitin, which is a molecule made up of bound units of acetylglucosamine, joined in such a way as to allow for increased points at which hydrogen bonding can occur. In this way chitin provides increased strength and durability as an exoskeletal foundation. However, under certain circumstances, as in this case, the exoskeleton will dry, thereby loosing its flexibility, becoming brittle and vulnerable to attack from environmental forces, leading to exoskeletal fractures of this normally resilient exterior. This chitinous exoskeleton gives rise to a myriad of morphologic shapes, including scales, setae, antennae, legs, and mouthparts.