The ears are bug free but feel like worms

It may be inflammation, otitis media, it is recommended that you go to the hospital for a check-up, it is not good to use your own medicine.

Insects don't have the same distinct ears as mammals, but they have a variety of auditory organs. These auditory organs are very simple, and although they can sense sounds acutely, they cannot distinguish between high and low sounds. Many insects do not have a real auditory organ, and they use some special organs on their bodies to perceive external sounds, such as male mosquitoes that use the hairs on their tentacles to sense the sounds of female mosquitoes.

There are also insects with eardrums on their bodies, either on the sides of their bodies, or on their legs. The eardrum is very sensitive to external sounds, and after being vibrated by a certain sound, the eardrum transmits the frequency of the sound tremor to the sensory cells, and the insect can "hear" the sound. Crickets, locusts, grasshoppers, cicadas, etc., are all examples of such insects.

Insects also have ears, and the ears of insects are the organs of hearing. The auditory organ structure of insects is different from that of higher animals, and it is made up of eardrums or villi. The eardrums that form the ears include cicadas, crickets, golden bells, etc.; There are male moths and caterpillars that sense sounds from the fluff.

So, where do insect ears grow? Many people must think that it grows on its head. In fact, the parts of insects' ears that grow are very peculiar.

There are quite a few insects with ears that grow on their legs. The crickets we are familiar with, the ears of the Admiralty are all on the calves of a pair of forefeet; There are also insects that have even more amazing ears that grow. The ears of the locust grow on either side of the first abdominal segment of the abdomen, with a half-moon-shaped opening, a well-developed tympanic membrane, and an air sac equivalent to a resonator on the membrane; The ears of mosquitoes grow on the second segment of the antennae; The ears of the aphid grow on the basal ganglia of the base of the antennae; The ears of moths, some on the chest and some on the abdomen, and the ears of the male moth grow on the downy of the hairy antennae; The ears of the cicada grow underneath the abdomen; The ears of the flies grow behind the base of the wings.

The ears of insects can listen to sounds, but not melody and rhyme. Many insects can hear ultrasound, and some can even hear ultrasound at a frequency of 200,000 times per second.

The "ears" of flies and mosquitoes grow on their antennae-like antennae. They have a large number of extremely sensitive hairs on their antennae. These villi are so powerful that they vibrate even in the faintest sounds, transmitting sound signals to the brain through the Bible plexus at the end of the antennae.

The "ear" of the moth is in a special position. Some are born in the chest, while others are born in the abdomen. Scientists have found that there is a kind of noctuidae whose abdomen is full of "ears" to defend against bats, and the wonderful thing is that each "ear" has only two cells, and the "ears" of the noctuidae rely on this "ear" to detect the ultrasound emitted by bats, so that they can slip away at any time.

The "ear" of the weaver grows on the calf segment of each forefoot, and is a membrane invisible to the naked eye, which vibrates like a tympanic membrane to transmit sound wave information.

Interestingly, the cicada's "ears" grow near the second segment of the abdomen and are made up of the eardrum. It is very sensitive to sounds made by its own kind, and cannot hear other sounds, even gunshots, and becomes deaf.