Branchiogenic

Branchiogenic diseases are a group of pathologies that are associated with impaired development of the gill arches. They can manifest in various forms, including structural abnormalities, inflammation and infection.

Gill arches are important structures in the development of the head and neck of the fetus. They are formed in the 3rd week of pregnancy and ensure the development of the maxillofacial region, larynx and trachea. During development, the gill arches undergo various changes, which can lead to various pathologies.

Branchiogenic dysplasia is the most common form of branchial arch abnormality and can present with a variety of symptoms such as problems breathing, swallowing and speech. In some cases, children with branchiogenic dysplasia may have problems with vision and hearing.

Treatment of branchiogenic diseases depends on the severity of the pathology. In mild cases, conservative treatment may be sufficient, which includes physical therapy, speech therapy and the use of special prostheses. In severe cases, surgery may be required to correct the abnormalities.

However, despite all the efforts of doctors, many children with branchiogenic diseases face serious problems in development and social adaptation. Therefore, it is very important to carry out early diagnosis and treatment of these diseases.

Definitions _Branchiogenus_ - Branchiogenic epilepsy - occurs in the following context:

1. Branchial > Branchiogenic - _located or associated with gills_

2. Branchiosis, (brachioseos), Branchiotoma, (branchioma) - Branchiostenosis, (branchiomyeloschisis)

>gills, gill slits

3. Gill-genetes, from the Greek -o-, epeo-o, gills

In this definition, I would put the emphasis on the Greek -o-, that is, on “gill,” and add how this particular term is translated. In most cases, this indicates that at the site of damage there are slit-like passages in the hard shells of the gray matter and the white matter of the hemispheres, looking like gills. The slit-like passage can go through the entire thickness of the brain, from pole to pole, and sometimes begins near the subarachnoid space, growing through the pachycellular tissue and the cribriform plate into the hard shell located on the side wall or roof. And then it passes through the hemisphere, right up to the wall of the cerebrum. In addition to this term, the text describes the morphological features of such neurons - they are

Branchiogenic buds are formed when the hypothalamic-pituitary system does not develop in the human embryo: this means that in the absence of growth hormone and thyroid-stimulating hormone of the pituitary gland, the formation of rough rudiments of the auditory (Eustachian, or Eustachian) and olfactory (superior nasal) conchae occurs, remaining on throughout life. As a result, additional external openings of the Eustachian tube appear - the so-called internal Eustachian tubes, sometimes from 2 to 4 pairs