Perinatal asphyxia, more appropriately known as hypoxic-ischemic encephalopathy (HIE), is characterised by clinical and laboratory evidence of acute or subacute brain injury due to asphyxia. The primary causes of this condition are systemic hypoxemia and/or reduced cerebral blood flow (CBF). At Snowdrop we see many children who have suffered HIE. It is graded in rank of severity, grade 3 being the most severe.
Today we welcomed back a 23 month old little girl for her 5th assessment. She had suffered an HIE grade 3, which is severe and I first saw her when she was just 6 weeks old. Since that time, she has come along wonderfully and it was great to see her walk into Snowdrop today for the first time. She is now well ahead of her age level in visual cognition and auditory cognition, (30 months and 40 months respectively), her language is age appropriate in that she is now putting two words together in what is known as 'telegraphic speech' and her social development is also age appropriate. The only problems which remain are use of the left hand, which is coming along nicely and refinement of her walking, which as she has only been walking for a few weeks, may come naturally and will in any case continue to improve as we improve tactile performance in the left side limbs. Well done folks, I don't need to see you for a year! (we will keep in touch though in the meantime).
If you need to contact Snowdrop, you can do so at info@snowdrop.cc
Showing posts with label HIE. Show all posts
Showing posts with label HIE. Show all posts
Tuesday, 11 September 2018
Monday, 6 November 2017
Cerebral Infarction, Leukomalacia and HIE
Today we welcomed a nearly 3 year old little girl and her family back to Snowdrop for her fourth assessment. She had suffered a cerebral infarction, leukomalacia and HIE, but she also has retinal dysplasia which curtails visual ability markedly. For those of you who are unfamiliar with these terms, please allow me to explain.
(1). Cerebral Infarction. - This refers to a loss of brain tissue in an area, caused by lack of oxygen.
(2). Leukomalacia. - This is loss of white matter, (the myelin sheath which surrounds axons and enables the electro-chemical signal created in the neuron to travel at great speed).
(3). Hypoxic Ishaemic Encephalopathy, (HIE) is a type of brain damage that occurs when an infant's brain doesn't receive enough oxygen and blood. So really it is another way of framing an infarction.
Even though she has retinal dyslpasia, she made eye contact, pulled my glasses off, (a favourite pastime of children) and I noticed her follow my wife, who was a short distance away. Auditory cognition is now above age level with her previous sound sensitivity having been resolved. Her tactile processing issues also seem to be resolved and socially she is an absolute delight, performing at near age level. Such a friendly, playful little twee, it is so nice to see her making progress.
(1). Cerebral Infarction. - This refers to a loss of brain tissue in an area, caused by lack of oxygen.
(2). Leukomalacia. - This is loss of white matter, (the myelin sheath which surrounds axons and enables the electro-chemical signal created in the neuron to travel at great speed).
(3). Hypoxic Ishaemic Encephalopathy, (HIE) is a type of brain damage that occurs when an infant's brain doesn't receive enough oxygen and blood. So really it is another way of framing an infarction.
Even though she has retinal dyslpasia, she made eye contact, pulled my glasses off, (a favourite pastime of children) and I noticed her follow my wife, who was a short distance away. Auditory cognition is now above age level with her previous sound sensitivity having been resolved. Her tactile processing issues also seem to be resolved and socially she is an absolute delight, performing at near age level. Such a friendly, playful little twee, it is so nice to see her making progress.
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