Device for directionally fixing irregularly-shaped tentacles of living insect and manufacturing method of device
A technology of directional fixation and manufacturing method, which is applied in the directions of measuring devices, preparation and sampling of samples for testing, can solve the problems of thick antennae cuticle, low light transmittance, and difficulty in precise positioning operations, and can meet the requirements of light transmittance, High experimental efficiency, easy to observe the effect
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[0042] Example 1
[0043] Such as figure 1 with figure 2 As shown, a live insect-shaped antennae orientation fixing device with irregular shape includes a glass slide 1, an antenna pad 6, an insect body pad 3, a water storage well device 2, an ultraviolet glue 5, and the water storage well device 2 is fixedly arranged at In the middle of the slide glass 1, the antennae pad 6 is set on the slide glass 1 and the antennae pad 6 is located in the water storage well device 2, the worm body pad 3 is set on the slide glass 1 and the worm body pad 3 is located In the water storage well device 2, the insect body pad 3 is located at the side end of the antenna pad 6 and is in contact with the side of the antenna pad 6, the upper surface of the insect body pad 3 is provided with an adhesive layer 7, the antenna pad 6 and the insect body pad The connection part of 3 and the antenna pad 6 are coated with ultraviolet glue 5;
[0044] The structure of the small water storage well device 2 is a ...
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[0061] Example 2
[0062] Directional fixation of the live antennae in the electrophysiological experiment of the single-sensory organ of Tephritidae guava fruit fly using the directional fixation device with irregularly shaped antennae of living insects in Example 1
[0063] Adults of the Tephritidae Bactrocera guava have three segments: head, thorax and abdomen, with a total length of about 5-8mm. The antennae of Bactrocera guava are awn-shaped and are divided into stalk, stem and whip. The antennae are 900-1000μm in length. The width of the whiplash is ~100μm; it has an irregular geometric shape and is very densely packed with sensory organs that have multiple functions such as smell, hearing, temperature and humidity, and gravity. In order to fully study the working methods of the antennae, understand the dorsal and abdominal The electrophysiological response of different types of single sensory organs on the lateral, medial and lateral antennae to external stimuli needs to be ...
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