Uticopa Blog

Here therapists and other professional contributors publish their articles and discuss the issues of mental health. We invite everyone's thoughts on any subjects discussed in our blog and if you are working in the field of mental health and would like to publish your thoughts on Uticopa, why not join us as a contributing member?

Tag >> trauma

Doctors and researchers alike are the first to admit that the brain is the last bastion of uncharted body territory.  However, by degrees, more and more is being learned and procedures developed to ‘chart' the brain, learn which areas control which physical activity, and to heal areas which have become damaged.

It is well-known that stroke is notoriously difficult to treat. Haemorrhagic strokes account for around thirty per cent of the 150,000 strokes in the UK each year. Stroke is Britain's third biggest killer, after heart disease and cancer, and causes more disability than any other disease. It costs the economy about £7 billion a year, including NHS bills and lost productivity.

Up until now, the only option has been conventional surgery, which has a variable success rate. Half of such surgery patients currently die within a month and just one in twenty patients will recover, to varying degrees. Moreover, depending on the precise site of the injury or embolism, the resulting physical effects can be different from patient to patient.


Physiologically speaking, the brain as the most important part of our lives.  Yes, the heart is the ticking clock that keeps our organs functioning, but the brain is the controller without which the body is thrown into a directionless trauma bereft of instructions, devoid of organisation, floundering in uncharted seas.

So, consider the two case-studies below when, as so often happens, that unexpected trauma of injury to the brain occurs.

Case study 1. 


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