my husband has t2 intense foci in the subcortical white matter in the frontal and parietal reigon these are compatible with foci of chronic ischaemic change the finding is related to small vessel disease his mood swings are getting worse would this disease be a part of mood swings.
What treatment to be given in this case
Yes, T2 and FLAIR signal hyperintensities are typically associated with white matter abnormalities in the brain. These hyperintensities can be seen in various conditions such as aging, vascular changes, inflammation, or demyelination. They can be important markers for diagnosing and monitoring neurological conditions.
frontal lobe, parietal lobe, occipital lobe, temporal lobe, sylvian or lateral fissure, central sulcus. They are made up of greyish-white matter
Finding multiple hyperintensities in the deep white matter and occipital region bilaterally may suggest underlying neurological conditions, such as multiple sclerosis, small vessel disease, or other demyelinating disorders. These hyperintensities can indicate areas of inflammation, ischemia, or other forms of tissue damage. Further evaluation, including clinical correlation and possibly additional imaging or tests, would be necessary to determine the specific cause and significance of these findings.
Motor portions of language are attributed to Broca's areawithin the frontal lobe. Speech comprehension is attributed to Wernicke's area which lies at the temporal-parietal lobe junction. These two regions are interconnected by a large white matter tract known as the arcuate faciculus.
General brain information:The brain is made of cells called neurons.Neurons fire action potentials down their axons to relay information to one another.The brain is composed of white matter (axons) and grey matter (cell bodies).The brain can be "split" into five regions: frontal, parietal, temporal, occipital, and cerebellum.The frontal lobe is located at the front of your head and is used for "decisions."The parietal lobe is located at the top of your head where your brain controls your motor function.The temporal lobe is located around your ears and is responsible for your hearing.The occipital lobe is located on the back of your head and is responsible for your vision.The cerebellum is located underneath the occipital lobe and is responsible for your sense of balance.
The Cerebrum is the largest part of the brain consisting of the four lobes of the brain. These are the parietal lobe, occipital lobe, frontal lobe, and the temporal lobe. Each lobe carries many different responsibilities. A few of these are as follows: Frontal lobe- reasoning, planning, emotions, speech, and movements. Temporal Lobe- memory, speach, auditory stimuli, and perception and recognition. The parietal lobe-orientation, recognition, stimuli. The Occipital Lobe-visual processing. The Cerebral Cortex is the material filling the grooves seen in brain images. It is responsible for many different senses such as memory, attention, awareness, thought, language, and consciousness. Alot of the movements associated with the cerebral cortex are voluntary, but not all are.
The frontal bone forms the forehead and the upper part of the eye sockets, protecting the brain and supporting the structures of the face. It also provides attachment sites for various muscles that control facial expressions and eye movements. Additionally, the frontal bone plays a role in determining the shape of the skull.
Gray Matter is considered the Cognitive (responsible for thinking) portions of the human brain. The frontal Cortex is the most commonly thought of section of Gray Matter and is widely thought to significantly effect the individual if damaged.
Gray Matter is considered the Cognitive (responsible for thinking) portions of the human brain. The frontal Cortex is the most commonly thought of section of Gray Matter and is widely thought to significantly effect the individual if damaged.
A low density area in the subcortical white matter of the left posterior parietal lobe could indicate a region of decreased cellularity or myelin loss. This may be associated with conditions such as demyelinating diseases, vascular damage, or other pathologies affecting the white matter in that specific brain region. Further investigation with clinical correlation is necessary to determine the underlying cause.
The parietal pleura is a serous membrane that lines the thoracic cavity. It helps protect and cushion the lungs, as well as facilitate their movement during breathing. It also produces a fluid that helps reduce friction during lung movements.