What are the consequences of brain hypoxia in children?

As we all know, the human brain needs a constant supply of oxygen, which is transported to the brain through the blood. Due to various reasons, such as insufficient blood supply to the brain, or certain brain diseases in patients, brain hypoxia will occur. Therefore, if a child suffers from brain hypoxia, treatment should be targeted at the specific cause. In addition, the child can be given oxygen to relieve symptoms. So what are the dangers of brain hypoxia in children?

What are the consequences of brain hypoxia in children?

Let me put it this way. I personally think that if a baby suffers from brain hypoxia, there will always be brain damage, which is not good for the child's brain nerve development and cerebral palsy is very likely to occur. If it is more serious, rehabilitation and physical therapy are required. If it is not very serious, basically a few physical therapy sessions will recover, and it will not have any significant impact on the child's brain.

Lack of oxygen can cause slow thinking, slow reaction, drowsiness, feeling tired without much physical exertion, mental exhaustion, mood swings and temperament changes, and being extremely sleepy but unable to fall asleep. In severe cases, it can be accompanied by many of the above-mentioned symptoms of brain hypoxia. Long-term lack of oxygen can affect brain development and cause mental retardation.

Hypoxia in children is usually brain hypoxia, and the general manifestation is the color of the child's mucous membranes, as well as mental and facial depression.

Guidance:

In addition, the child's judgment also has a series of symptoms and the child's reaction to some stimuli is different. This doctor makes a judgment based on the examination.

Although people generally believe that hypoxia during delivery can cause neonatal brain damage, the latest research shows that premature birth and infection are also important causes of neonatal brain damage. The study subjects were 213 infants with birth weight less than 3 pounds at a center in the United States. Very low birth weight babies are more likely to develop cerebral palsy, a group of neurological disorders characterized by impaired ability to control movement and abnormal development or damage to key areas of the brain.

Most parents believe that hypoxia during delivery is the main cause of neonatal brain damage and that medical staff have a responsibility to prevent this from happening. These ideas are also widely publicized in obstetric lawsuits. Cynthia J. of Johns Hopkins University Dr. Holcroft and his colleagues analyzed the data of extremely low birth weight infants born in the center between 1999 and 2001 and found that the risk of cerebral palsy in extremely low birth weight infants was significantly increased, with an incidence of 20‰, while the incidence in full-term infants was only 1‰. The study included 213 infants, 77 of whom had various neurological disorders, including 61 cases of cerebral hemorrhage, 13 cases of hydrocephalus, 9 cases of encephalomalacia, and 8 cases of epileptic seizures. Infection increases the risk of brain damage by 36%, and this risk decreases with increasing gestational age and birth weight. Studies have shown that gestational age, birth weight and infection are closely related to infant brain damage. Umbilical cord blood gas analysis was performed in 52 newborns, and only 3 cases had low pH values, suggesting that intrapartum factors were not the main cause of brain damage.