It’s also a fetal disease. What’s the difference between an aneurysm in infants and a congenital vascular tumor?

Many parents have asked similar questions, as infant and child vascular tumours and congenital vascular tumours appear to be similar, but do not detect and treat the same way as doctors.

In fact, if they had the following points, they would have understood that there was a clear difference between the two types of angioma:

1. Time of appearance.

Angioma usually occurs around the week of birth, while congenital angioma occurs at birth.

2. The size of the tumor varies.

Infant vascular tumours generally begin with red dots of mosquito bites, but congenital vascular tumours can be seen to increase significantly at birth.

3. Developments vary.

Infant and child vascular tumours tend to grow rapidly within six months of birth and then enter a period of slow growth, stabilization and withdrawal, while congenital vascular tumours can be divided into rapid retrogression, non-regression and partial degenerative congenital vascular tumours, of which rapid decomposition begins soon after birth, usually in 6-14 months.

If some parents do not understand this, it is better to simply understand that (fast-resilient) congenital aneurysms belong to the infant and young child vascular tumors that have already passed the fertilisation period and entered a stable period in the foetus.

Thus, when a parent visits a child with a disease, it is often observed that, even at a later stage, when the child is suffering from an aneurysm, the doctor may say that it is only necessary to use the oral Pronol treatment; when the child is suffering from a congenital angioma, even if it is diagnosed at the first time, the doctor will report the need for a rigid embolism.

PS: In recent years, national scholars have also found a fourth type of congenital aneurysm: delayed multiplication.

As this type of aneurysm increases at an early stage, like a non-regressive congenital vascular tumour, it suddenly becomes apparent from time to time, as the rate of growth, etc., of the infected child increases.

Angioplasm.