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Calliphora vicina, blowfly or bluebottle
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Calliphora vicina, blowfly or bluebottle
Scanning electron microscope (SEM) image of a blowfly proboscis (x 85). This specialised mouth-part is used to squirt digestive enzymes onto the food, so the specialised sponge-like end can then absorb it
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Arthropod Arthropoda Blow Blow Fly Blowfly Bluebottle Calliphora Calliphorid Calliphoridae Calliphorinae Diptera Electron Micrograph Hexapod Hexapoda Insecta Magnified Micrograph Microscope Image Proboscis Scanning Electron Micrograph Blue Bottle Fly Bluebottle Fly Calliphora Vicina Calliphora Vomitoria Invertebrata
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1. Title: Magnified Marvel: The Intricate Proboscis of Calliphora vicina, the Blowfly 2. Discover the mesmerizing world of Calliphora vicina, the common name for the blowfly or bluebottle, as revealed in this stunning Scanning Electron Microscope (SEM) image. This micrograph showcases the extraordinary proboscis of this insect, a testament to nature's intricate design. 3. The proboscis, a specialized feeding apparatus, is an essential feature of the blowfly's anatomy. As part of the Diptera order, Calliphoridae family, and Hexapoda class, the blowfly's proboscis is a complex structure that allows it to efficiently extract nutrients from various food sources. 4. In this image, the proboscis appears magnified at x85, revealing its intricate sponge-like end. This region is responsible for absorbing the liquefied food that results from the blowfly's unique feeding method. 5. The blowfly's proboscis functions by squirting digestive enzymes onto its food source. Once the enzymes begin to break down the food, the sponge-like tip absorbs the resulting liquid, allowing the blowfly to consume its meal. 6. The Calliphora genus, which includes both Calliphora vomitoria and Calliphora vicina, is well-known for its role in the decomposition of organic matter. Their proboscises enable them to extract nutrients from a wide range of substances, contributing to their ecological importance. 7. This breathtaking SEM image offers a glimpse into the microscopic world of the blowfly, showcasing the intricacies of its proboscis and shedding light on the remarkable adaptations that make this insect a vital part of our ecosystem.
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