One risk of utilizing this technique is burning the skin surrounding the granuloma. Following the procedure, the naval site is cleansed, left exposed to the air and the infant is discharged. Cyrocautery is more commonly used for freezing for post hysterectomy granulation tissue. However, though more expensive and complex, cryosurgery is an effective treatment for the indication of umbilical granulomas in infants as well. Prevention
Newborn naval care
In order to reduce the possibility of an infection or inflammation at the umbilical site, the World Health Organization (WHO) has advocated for the use of dry umbilical cord care in high resource settings. Dry cord care includes keeping the newborns umbilical area clean and exposed to air or loosely covered by a clean cloth. The remainder of the umbilicus should be cleaned once daily with soap and sterile water. Chlorhexidine is recommended in substitute of sterile water for areas in which infection risks are high.Diaper positioning can also influence infection risk. Keeping the diaper area clean and reducing moisture at the site can reduce the chance of developing an infection. Aim to position the diaper by rolling the top portion down to sit under the navel, keeping the site open and exposed to air. Cord clamping technique
The incidence of umbilical granuloma may be influenced by the method of cord clamping. It has been suggested that proximal cord clamping of the umbilical cord for 24 hours reduces the chance of infection at the naval site compared to other cord clamping practices. Timing
Umbilical cord clamping timing can vary in time intervals.
Usually the neurodevelopmental symptoms will decrease in later childhood.Phenylketonuria, also known as PKU, can induce neurodevelopmental problems and children with PKU require a strict diet to prevent intellectual disability and other disorders. In the maternal form of PKU, excessive maternal phenylalanine can be absorbed by the fetus even if the fetus has not inherited the disease. This can produce intellectual disability and other disorders. Nutrition
Nutrition disorders and nutritional deficits may cause neurodevelopmental disorders, such as spina bifida, and the rarely occurring anencephaly, both of which are neural tube defects with malformation and dysfunction of the nervous system and its supporting structures, leading to serious physical disability and emotional sequelae. The most common nutritional cause of neural tube defects is folic acid deficiency in the mother, a B vitamin usually found in fruits, vegetables, whole grains, and milk products. (Neural tube defects are also caused by medications and other environmental causes, many of which interfere with folate metabolism, thus they are considered to have multifactorial causes.) Another deficiency, iodine deficiency, produces a spectrum of neurodevelopmental disorders ranging from mild emotional disturbance to severe intellectual disability. (see also congenital iodine deficiency syndrome).Excesses in both maternal and infant diets may cause disorders as well, with foods or food supplements proving toxic in large amounts. For instance in 1973 K.L.