|
Read
about |
An
Article from NarcissismAddictionsAbuse.com
A Website from Benefiting Women, LLC. Examples
of article topics include the nacissistic &
narcissism,the alcoholic & alcoholism, drug addiction, sex or
sexual addiction including pornography addiction, emotional
abuse,
verbal abuse, economic abuse, sexual abuse, symptoms of depression
& depression
treatment, anxiety, eating disorders including bulimia &
anorexia
nervosa, codependency, plus how to find pain relief & joy
through
self-improvement or personal
development, spirituality & spiritual growth, & living
a more
purposeful life by listening to your inner wisdom & embracing
personal power.
“Is
this
How You View Alcoholism?”
Do you view alcoholism and
other addictions as a
brain disorder? If you don’t, perhaps you should consider
doing so.
Increasingly, research suggests that genes shape the way an individual
experiences alcohol, or genes determine how intoxicating, pleasant, or
sedating
it is. These things then influence the person’s
susceptibility to developing
alcohol use disorders. Neuroscience research is also
beginning
to reveal how different brain regions contribute to the complex process
of
addiction. To better understand how this works, it’s
important to know that the
brain is subdivided into many specialized regions. There are
connections
between regions called circuits. These circuits, in turn, interact with
other
circuits to form networks that integrate the functions of the brain. The
pleasurable effects of
alcohol, and other drugs to which people become addicted, are mediated
by reward circuits of the brain. Following short–term
exposure to alcohol, these circuits can return to their normal level of
function. With repeated exposure to alcohol, however, the
responsiveness of
these circuits changes. Research suggests the function of
neurotransmitters
involved in reward may be reduced during withdrawal from alcohol.
Meanwhile, stress–related
systems are activated. Does
the discomfort and distress
resulting from persistent changes in brain reward and stress circuits
underlie
the compelling motivation to drink in those who’ve become
alcohol dependent? This appears to be so. Many
researchers believe people
are prompted to drink because of alcohol’s stress relieving
effect. But while alcohol
use may temporarily relieve the symptoms of stress, chronic drinking
can lead
to problems associated with the abuse of alcohol. For example, heavy alcohol users frequently
experience stress related to
occupational, social, legal, and financial problems. But
sustained
alcohol abuse may also exacerbate the adverse effects of stress. It
appears it
might leave the brain in a state of permanent physiological stress. This effect may help explain
why
alcoholics are likely to relapse during stressful life events, even
after years
of abstinence. Through
basic neuroscience research,
scientists are gaining a better understanding of how a process called
neuroadaptation sets the stage for alcohol addiction, and how stress
can
influence both dependence and relapse. Effective new medications for
alcoholism
will requires a strategy that takes into account different possible
interactions
of alcohol with the brain, as well as the genetically determined
variability
among individuals. Let’s
now look at how the
process of neuroadaptation works.
Here’s How Chronic Alcohol
Use Interferes
with Brain Cell
Communication Networks
of brain cells perform the
brain’s essential functions which include storing
information, regulating basic
body functions, and directing behavior. These brain networks require
communication from cell to cell by means of chemical messengers called
neurotransmitters. Neurotransmitters are released into narrow gaps, or
synapses, between cells. Next, these neurotransmitters cross the
synapse and
activate proteins called receptors. Receptor activation, in turn, leads
to a
series of molecular interactions within the receiving cell. Some
of the molecular interactions
are short–term. They remain localized to the area of the cell
containing the
receptors. But other interactions result in lasting changes.
Furthermore, such
changes can occur at multiple locations throughout the cell. Such
changes are
exhibited through protein expression, structure, and composition. The
short–term acute effects of
alcohol, including intoxication, are caused primarily by temporary and
reversible changes in specific receptors and the associated molecules.
But
again, with repeated or chronic alcohol exposure,
long–lasting changes actually
occur in receptors and the series of chemical interactions they signal.
Neuroscientists
have discovered that
these changes in receptors are only one example of many permanent
changes in
the brain caused by alcohol. They suspect there are changes at many
different
levels. These would include the genetically directed production of
critical
proteins as well as physical changes in the structure of the cells on
both
sides of the synapse. In other words, there are changes in both the
signaling
and the receiving cell. Scientists
refer to all such changes
as neuroadaptation. Furthermore, they now believe that neuroadaptation is
associated with the
development o alcohol tolerance in the individual, or the need to drink
more
alcohol to achieve the same level of intoxication that once was
achieved with
much less alcohol intake. But they also link neuroadaptation with both
the
symptoms of withdrawal and the persistent sense of discomfort the
alcoholic
experiences— the cravings-- that can lead to relapse even
after long periods of
abstinence. What
Treatments Might Neuroscience Suggest?
Scientists
are developing
medications that potentially could target both the acute responses to
alcohol
and the neuroadaptations that can accompany chronic drinking.
Medications may
help by targeting specific receptor types, impacting the series of
chemical
reactions set off by receptor activation, or through the production of
critical
protein enzymes which are involved in these processes within cells. Of
course,
not everyone will respond to these drugs in the same way. Different
subtypes of
alcoholics have different genetically determined traits shaping their
response
to alcohol—as well as underlying their vulnerability to
alcohol problems. A
variety of drugs might be needed.
Then, it might be possible to target treatment according to a
person’s
individual biology.
Article
Directory Hone
Page
Sign up for Newsletter Now Read about Dr. England's Book Here Sign up Now for the Community Forum Privacy Policy User Agreement Contact Us Read About Dr. England Disclaimer: This how-to and self-help relationship advice and information for women about narcissism, addictions and abuse should be considered educational or inspirational—a guide or directory to things to consider and inform questions to ask a professional you contact for sound advice. It is not a substitute for marriage counseling, individual therapy, or legal advice. Women coping with domestic violence such as emotional abuse, verbal abuse, and/or sexual abuse—even where no physical abuse is present—are encouraged to seek professional help for treatment of depression, anxiety, self esteem, and other likely associated issues. ©
2007,
Benefiting Women, LLC.
All material at www.NarcissismAddictionsAbuse is copyrighted. Feel free to duplicate and distribute this article for noncommercial and educational purposes, though we require it remain completely intact as laid out, from the header to the bottom of this copyright notice. No article may be placed on a website without permission. If you have a website that attracts women who could benefit from the information at this site, please link to it. Meta-description tag: Alcoholism, alcoholic, sign of alcoholism, brain change, brain injury, brain damage, Narcissism, Narcissistic Personality Disorder, narcissistic, narcissist, personality disorders, mental illnesses, mental disorders, emotional abuse, verbal abuse, verbally abusive relationship, domestic violence, codependency, co-dependency, codependent, depression, anxiety, information for women, self help, help self.
|
Sign
up Now! Stop
Feeling so Alone in Your Misery!
|