I recently published seven articles about Manic Depression at Associated Content. If you are interested in reading them, you can email me at holly 76209 at gmail dot com. [Spambots must die!]
I'll give you the information you need to locate them on the AC website.
They cover a broad range of topics from signs and symptoms of depression cycles and manic cycles; dealing with recovery; treatment strategies; where to find information about Manic Depression; resources available for the disorder; how to cope with the disorder and answers the basic question of what it is.
Sunday, April 26, 2009
Wednesday, March 25, 2009
New Brain Study
I found this story on Google News yesterday. I found it very enlightening, but it also raises a few questions. Read it and see what you think.
CHICAGO (Reuters) - People who have a high family risk of developing depression had less brain matter on the right side of their brains on par with losses seen in Alzheimer's disease, U.S. researchers said on Monday.
Brain scans showed a 28-percent thinning in the right cortex -- the outer layer of the brain -- in people who had a family history of depression compared with people who did not.
"The difference was so great that at first we almost didn't believe it. But we checked and re-checked all of our data, and we looked for all possible alternative explanations, and still the difference was there," said Dr. Bradley Peterson of Columbia University Medical Center and the New York State Psychiatric Institute.
His study appears in the Proceedings of the National Academy of Sciences.
The findings are based on imaging studies of 131 people aged 6 to 54 with and without a family history of depression.
The team was looking specifically for abnormalities in the brain that could signal a predisposition to depression, rather than changes that may be caused by the disease.
The thinning on the right side was only linked with a family predisposition to depression. People who actually were depressed also had thinning on the left side of cortex.
"Because previous biological studies only focused on a relatively small number of individuals who already suffered from depression, their findings were unable to tease out whether those differences represented the causes of depressive illness, or a consequence," Peterson said.
He said having a thinner right cortex may increase the risk of depression by disrupting a person's ability to decode and remember social and emotional cues from other people.
They did memory and attention tests on the study subjects and found the less brain material a person had in the right cortex, the worse they performed on attention and memory tests.
"Our findings suggest rather strongly that if you have thinning in the right hemisphere of the brain, you may be predisposed to depression and may also have some cognitive and inattention issues," he said.
Peterson said the findings suggest medications used to treat attention problems such as stimulants might be useful in the treatment of depression in some patients.
(Editing by Maggie Fox and Xavier Briand)
For years it has been an article of faith that if the balance of neurotransmitters is adjusted the neuro-physical component of depression will improve. In fact, there is a billion dollar industry based on this line of thought. So are the neurotransmitters effected by this thinning of the cortex? And what are the implications for other mood disorders, such as Manic Depression?
CHICAGO (Reuters) - People who have a high family risk of developing depression had less brain matter on the right side of their brains on par with losses seen in Alzheimer's disease, U.S. researchers said on Monday.
Brain scans showed a 28-percent thinning in the right cortex -- the outer layer of the brain -- in people who had a family history of depression compared with people who did not.
"The difference was so great that at first we almost didn't believe it. But we checked and re-checked all of our data, and we looked for all possible alternative explanations, and still the difference was there," said Dr. Bradley Peterson of Columbia University Medical Center and the New York State Psychiatric Institute.
His study appears in the Proceedings of the National Academy of Sciences.
The findings are based on imaging studies of 131 people aged 6 to 54 with and without a family history of depression.
The team was looking specifically for abnormalities in the brain that could signal a predisposition to depression, rather than changes that may be caused by the disease.
The thinning on the right side was only linked with a family predisposition to depression. People who actually were depressed also had thinning on the left side of cortex.
"Because previous biological studies only focused on a relatively small number of individuals who already suffered from depression, their findings were unable to tease out whether those differences represented the causes of depressive illness, or a consequence," Peterson said.
He said having a thinner right cortex may increase the risk of depression by disrupting a person's ability to decode and remember social and emotional cues from other people.
They did memory and attention tests on the study subjects and found the less brain material a person had in the right cortex, the worse they performed on attention and memory tests.
"Our findings suggest rather strongly that if you have thinning in the right hemisphere of the brain, you may be predisposed to depression and may also have some cognitive and inattention issues," he said.
Peterson said the findings suggest medications used to treat attention problems such as stimulants might be useful in the treatment of depression in some patients.
(Editing by Maggie Fox and Xavier Briand)
For years it has been an article of faith that if the balance of neurotransmitters is adjusted the neuro-physical component of depression will improve. In fact, there is a billion dollar industry based on this line of thought. So are the neurotransmitters effected by this thinning of the cortex? And what are the implications for other mood disorders, such as Manic Depression?
Subscribe to:
Posts (Atom)
