Hello everyone,
I am having a superb morning so far and I want to share with everyone a way that you can have a superb morning....every morning!!
Morning Prayer
Now I wake me up to live
I'll give life all I have to give
If today I face a test
I'll cope & pray & do my best
With each breath & step I take
Be with me Lord for heavens sake.
----------------------------------------------------
I also want to invite you all to listen to my radio program today at 1:00pm CST.
Our guest is Carl E David author of "Bader Field - How My Family Survived Suicide". Around this time of year with all the stress of gifting for Christmas there are so many who become overwhelmed and choose to leave this world before their time. Carl's brother committed suicide and left no note or any reason for him making that decision, but Carl and his family made it through all the difficulty it caused in their realm. So I sincerely hope you join us to hear the way they survived as well as things you can do to help someone you know and love is showing signs of being at the breaking point where you are concerned they may make the same choice.
Here is the info & link for the show:
Show Name: Winning Life Through Pain
Show Link: www.rsdcoachlive.com
Show Time: 1:00pm CST
Hope to see you all there!
**Make It An Amazing Day .... Every Day!**
~God Bless!~
Coach Marla
Pain
is a hard thing to measure, and also quite mysterious: Two people may
experience very similar injuries and similar levels of initial pain, but
where one may recover the other may go on to experience a crippling
chronic condition.
Why does pain persist for some but not others?
Scientists at the Northwestern University Feinberg School of Medicine took an interesting look at this. Their work, just published in the journal Nature Neuroscience,
tracked brain activity in 40 people with new back injuries and found a
pattern of activity that could predict -- with 85% accuracy -- which
patients were destined to develop chronic pain and which weren't.
Study subjects, all of whom had an episode of back pain
that had lasted four to 16 weeks, were tracked for one year. Images of
their brains were taken at the study start and then several more times
over the year. After one year, they were divided into two groups: ones
whose pain appeared to be resolving and those whose pain was persisting.
At
the start, there wasn't much difference between the levels of pain
reported by the two groups. However, the persistent-pain group did
differ from the recovering group in terms of their emotional feelings
about the pain.
And when senior author neuroscientist A. Vania
Apakarian and colleagues looked at the brain patterns in these two
groups, they found differences that had been there right from the start.
Two parts of the brain -- the nucleus accumbens and the medial
prefrontal cortex -- were key in the pattern. The more connected these
two regions were, the more likely a person in the study was to develop
chronic pain later on, the authors found.
The nucleus accumbens
"trains the whole rest of the brain as to values, judgments and
motivations," Apakarian said in a phone interview. And the medial
prefrontal cortex includes regions known to be involved in both acute
and chronic pain.
The scientists speculate that strong connections
between the nucleus accumbens and the medial prefrontal cortex might
somehow teach the brain to develop chronic pain -- and that this process
deserves more attention from researchers trying to develop better pain
therapies. They note that most of the focus on chronic pain to date has
been on damage in the peripheral nervous system and spinal cord that
might set up nerves to send “I’m hurting” signals long past the time
when an injury actually happened.
The scientists also found -- as
had others before them -- that people with chronic pain lost more gray
matter in their brains over time compared with healthy controls and the
people whose pain was getting better.
There are two ways in which the new findings could be useful, Apakarian says.
One
is with prediction: "If you could tell a patient, 'Don't worry, your
pain will go away in a few weeks,' that would be fantastic," he said.
And the people whose brain scans portend chronic problems?
Doctors could focus therapeutic efforts on them -- although, Apakarian said, treatments are not yet very good.
Which
brings us to his second hope -- that the findings in his lab could help
improve matters. Identifying the crucial brain regions offers clues to
neurotransmitters that might be involved in setting up chronic pain, and
therefore ways to potentially interfere with targeted medications.
Apakarian has received money from the National Institutes of Health to investigate potential drug therapies, first in animal studies.
WebMD and the National Institute of Neurological Disorders and Stroke offer additional resources on chronic pain management.




