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Oestrus ovis, ship nasal botfly larva
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Oestrus ovis, ship nasal botfly larva
A ship nasal botfly larva, a cause of myiasis extracted from a human eye in Kuwait. Photographed by Martin Hall
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Media ID 8582051
© Mary Evans Picture Library 2015 - https://copyrighthub.org/s0/hub1/creation/maryevans/MaryEvansPictureID/10711294
Arthropod Arthropoda Bot Fly Botfly Burrowing Diptera Hexapod Hexapoda Insecta Larva Larvae Martin Hall Nasal Oestridae Parasite Parasitic Transparent True Fly Invertebrata Oestrus
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EDITORS COMMENTS
1. Title: "The Unseen Invader: A Ship Nasal Botfly Larva" Description: This striking image captures the transparency and intricacy of an Oestrus ovis, or sheep nasal botfly larva, extracted from a human eye in Kuwait. The larva, photographed by Martin Hall, is a prime example of the mesmerizing yet disturbing world of parasitic arthropods. Background: Oestrus ovis, also known as the sheep nasal botfly or nose botfly, is a parasitic fly belonging to the Oestridae family, specifically the Oestrinae subfamily. These flies are commonly found in Africa, the Middle East, and Central Asia. The life cycle of Oestrus ovis involves the female laying eggs near the nostrils of a host, typically a sheep or a goat. Once the larva hatches, it burrows into the nasal cavity and feeds on the mucus and tissue of the host. Impact: The presence of a botfly larva in the nasal cavity can cause significant discomfort and pain for the host. In humans, the larva can lead to myiasis, a condition where the larvae of flies infest living tissue. The condition can result in various complications, including vision loss if the larva invades the eye. Details: The image reveals the intricate details of the larva, with its segmented body and distinct head, which is home to six pairs of legs. The transparent nature of the larva allows for a clear view of its internal structures, adding to the intrigue and fascination of this unique organism. Conclusion: This photograph serves as a reminder of the vast and diverse world of arthropods, specifically parasitic flies, and the impact they can have on human health. The image's transparency offers a unique perspective on the intricacies of these organisms, making it a valuable addition to any collection of natural history or medical imagery.
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