Spinal or brain problems?

Question

For the past few months, I've been having very bad spinal problems and extreme migraines. My doctor has been throwing pain killers at it and recently had me get an MRI of my brain because no matter what he gave for them, the pain would not go away and I was hospitalized for a day. Twice, and with an IV. Now there has been an MRI ordered for my back as it's acting the same way, and even after two high doses of Percocet within one hour in the ER and an anti-inflammatory, the pain would not stop. Now, I have been to my doctor and am going again tomorrow to get my spine checked up and the MRI ordered, but I would like to know what those who are experienced in this think could be wrong.

Answer 1

If the test comes back negative on the back, you should request a cat scan on the brain and spine. An MRI does not always show everything that's going on. I wish I could tell you exactly what your problem is, but it's really impossible doing this through the internet. If you've had any type of injury to your spine that could definitely be where this is coming from.

I do suggest you place an ice pack at the back of your neck and on your spine at L-5 for fifteen minutes at a time. See if this does anything to lessen the pain.

My thoughts are with you,
Billie77

Answer 2

a) Medulla Oblogata controls undemanding existence­upkeep applications, e.g, traumatic administration of respiration, blood tension, and heartbeat injury leads often to loss of life or coma. b) Cerebellum controls substantial place interior the integration of sensory concept and motor output. Many neural pathways hyperlink the cerebellum with the motor cortex—which sends counsel to the muscle groups inflicting them to head—and the spinocerebellar tract—which components comments on the area of the physique in area (proprioception). The cerebellum integrates those pathways, utilising the consistent comments on physique place to advantageous-song motor movements. The cerebellum is to blame for coordinating circulation, making plans, motor activities, discovering and remembering of exact qualifications and for some cognitive understanding. Cerebellar injury motives a characteristic gait; a great stance and a shuffling walk. This looks like (and looks like) what we've come to call the blind gait. We reason that blind infants shift their midsection of gravity returned through fact they are blind; they flow their face out of harms way. This finally ends up in a widened stance and a shuffling gait. There could, even with the undeniable fact that, be yet another clarification for the blind gait. it could desire to come from the lack of the peripheral seen processing device, and its hyperlink with the cerebellar pathways. it is likewise exciting to be conscious that cerebellar injury motives a characteristic veer the two to the the final option or left. it could desire to be that the veering dispositions of a few blind human beings are additionally through disruption of the cerebellar pathways. The low tone seen in many congenitally blind infants could additionally be related to this loss of peripheral, subconscious processing, considering low tone is a effect of cerebellar injury. c) Cereberum controlls circulation, memory, language, verbal exchange, and oflaction. injury to the cereberum could desire to advise loss of memory, forgetting a thank you to chat, replaced behaviour/character, and a coma.