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Explaining depression overlap and chronic pain

September 30, 2016

Explaining depression overlap and chronic pain ca be very distressful if not corrected

Explaining depression overlap and chronic pain: Neurotransmitters

Scientifically explaining depression overlap and chronic pain is possible and for sure some of the overlap between depression and chronic pain can be explained. According to the experts from AWAREmed Health and Wellness Resource Center under the able leadership of doctor Dalal Akoury MD, it has been established scientifically that depression and chronic pain have a common denominator and that is, they both share some of the same neurotransmitters brain chemicals that act as messengers traveling between nerves. Depression and chronic pain also share some of the same nerve pathways.

Explaining depression overlap and chronic pain: Pressures exacted by pain

Besides that it is important to note that the impact of chronic pain on an individual’s life can also contribute to depression. In fact chronic pain can exact pressure and force you to struggle with tremendous losses, such as the loss of exercise, sleep, social network, relationships, sexual relationships, even a job and income. These losses can make you feel depressed and bring a total change in your life and even to that of your loved ones. With this depression will then magnify the pain and reduces your coping skills. It therefore means that when you used to exercise and be active when you felt stressed, with chronic pain you can no longer deal with stress in this manner.

Finally experts while carrying out research had put into comparison people with chronic pain and depression to those who only suffer chronic pain. After the study, it was established from that those who suffer from both depression and chronic pain report more intense pain, less control of their lives and more unhealthy coping strategies. That therefore means that since chronic pain and depression are so intertwined, they are often treated together. In fact, some medications can improve both chronic pain and depression. That is why you need to seek for a more professional input if any of these discussions suits your situation. And before we come to a conclusion of this article, if you are wondering on where to begin in terms of finding solutions about explaining depression overlap and chronic pain, you need not to wonder anymore because we are here to help you do the right thing and with the right people. Remember that Dr. Akoury made a decision to create a medical center whose main objective is to transform each individual’s life through increasing awareness about health and wellness and by empowering individuals to find their own inner healing power. Dr. Akoury’s practice focuses on personalized medicine through healthy lifestyle choices that deal with primary prevention and underlying causes instead of patching up symptoms. This is what doctor Akoury intends to achieve if only you can schedule for an appointment with her today.

Explaining depression overlap and chronic pain: Neurotransmitters

Brain communication network flows

August 15, 2016

Brain communication network flows must not be interfered with at all cost.

Brain communication network flows: Understanding how drugs affect the brain

Before we can get to know how drugs affect the brain, it is important that we appreciate the brain communication network flows. Alcohol and drug abuse impacts on the brains health badly. Being a complex communication network of numerous neurons also known as nerve cells, doctor Dalal Akoury a veteran addiction expert explains that, in just a minute, the neurons can pass tones and tones of communication within the brain. Spinal column and the nerves. That is to say, the nerve network coordinates everything in the body system. According to the experts from AWAREmed Health and Wellness Resource Center which is an addiction treatment facility established by doctor Dalal Akoury, for us to understand brain communication network flows well, understanding the functions of these networks is very essential. Like for instance:

Brain communication network flows: Neurons

It will interest you to note that the human brain contains not less than100 billion neurons nerve cells working continuously remitting and receiving message signals. The flow is in way that within a neuron, communications flows from the cell body down the axon through the axon terminal in the form of electrical impulses. The information is then sent to other neurons with the help of neurotransmitters. This flow needs the brain to be in good health without any impurities inform of drugs says doctor Akoury. As we progress into the discussion, drugs kills the brain and therefore, if you or any one you know is struggling with drug addiction, your brain communication network flows will be in effective and action needs to be taken immediately. You can talk to doctor Akoury today on telephone number 843 213 1480 for further direction.

Neurotransmitters
These are the brain chemical envoys or messengers that enables information to move from one neuron to another by creating chemical messengers known as neurotransmitters. From this point the axon terminal releases neurotransmitters that travel across the space also known as the synapse to nearby neurons. Then the transmitter attaches to receptors on the nearby neuron.

Receptors

These are brains chemical recipients/receivers whereby when the neurotransmitter approaches the nearby neuron, it attaches it to a special site on that neuron known as a receptor. For clarity, a neurotransmitter and its receptor functions the same way a key and lock operates. That is to say, a very specific mechanism makes sure that each receptor will forward the right message only after interacting with the right kind of neurotransmitter.

Transporters

The moment the neurotransmitters do their job, they are pulled back into their original neuron by transporters. This recycling process shuts off the signal between the neurons.

Finally four networks are very essential in the proper functionality of the brain. Any attack on their well-being by way of alcohol and drug abuse immediately disrupts the brain communication network flows. You can make a decision now to keep a healthy brain by scheduling for an appointment with doctor Akoury for the commencement of your recovery process today.

Brain communication network flows: Understanding how drugs affect the brain

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Specific neurotransmitters affected by drugs

July 12, 2016

With good treatment, Specific neurotransmitters affected by drugs can be eliminated for a greater freedom.

Specific neurotransmitters affected by drugs: What is neurotransmission?

For us to better understand the specific neurotransmitters affected by drugs, we must appreciate certain facts. Like for instance, any victim of substance abuse experiences directly reflects on the functional roles of a given neurotransmitter whose activity is being disrupted. Each individual neuron manufactures one or more neurotransmitters: dopamine, serotonin, acetylcholine, or any one of a dozen others that scientists have discovered to date. Each neurotransmitter is associated with particular effects depending on its distribution among the brain’s various functional areas. Dopamine, for example, is highly concentrated in regions that regulate motivation and feelings of reward, accounting for its importance in compulsive behaviors such as drug abuse.

A neurotransmitter’s impact also depends on whether it stimulates or dampens activity in its target neurons says doctor Dalal Akoury, MD, President and founder of AWAREmed Health and Wellness Resource Center. It is also worth noting that ordinarily, some drugs will disrupt one neurotransmitter or class of neurotransmitters. Like for instance, those individuals who are struggling with opioid may experience changes which are similar and more noticeable than those that accompany normal fluctuations in the brain’s natural opioid-like neurotransmitters, endorphin and enkephalin: increased analgesia, decreased alertness, and slowed respiration. Other drugs interact with more than one type of neurotransmitter.

Because a neurotransmitter often stimulates or inhibits a cell that produces a different neurotransmitter, a drug that alters one can have secondary impacts on another. In fact, the key effect that all abused drugs appear to have in common is a dramatic increase in dopamine signaling in the nucleus accumbens leading to euphoria and a desire to repeat the experience. For example, nicotine stimulates dopamine-releasing cells directly by stimulating their acetylcholine receptors, and also indirectly by triggering higher levels of glutamate, a neurotransmitter that acts as an accelerator for neuron activity throughout the brain.

Specific neurotransmitters affected by drugs: Changes which occurs with chronic drug abuse

During the early phase of an individual’s drug experimentation, specific neurotransmission normalizes as intoxication wears off and the substance leaves the brain. Eventually, however, drugs wreak changes in cellular structure and function that lead to long-lasting or permanent neurotransmission abnormalities. These alterations underlie drug tolerance, addiction, withdrawal, and other persistent consequences.

Some longer term changes begin as adjustments to compensate for drug-induced increases in neurotransmitter signaling intensities. For example, drug tolerance typically develops because sending cells reduce the amount of neurotransmitter they produce and release, or receiving cells withdraw receptors or otherwise dampen their responsiveness. Scientists have shown, for example, that cells withdraw opioid receptors into their interiors (where they cannot be stimulated) when exposed to some opioid drugs; when exposed to morphine, however, cells appear instead to make internal adjustments that produce the same effect reduced responsiveness to opiate drugs and natural opioids. Over time, this and related changes recalibrate the brain’s responsiveness to opioid stimulation downward to a level where the organ needs the extra stimulation of the drug to function normally; without the drug, withdrawal occurs.

Specific neurotransmitters affected by drugs: What is neurotransmission?

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Neurotransmission and substance abuse

July 12, 2016

Neurotransmission and substance abuse needs immediate treatment

Neurotransmission and substance abuse: Why immediate solution is necessary?

Neurotransmission is a recurring process that emerges in several steps utilizing specialized components of the sending and receiving cells. Through this, it will then identifies the exact step that the specific substance disrupts, and how it does that by providing very vital insight into its effect on the victim. It is also very essential in the identification of medical and behavioral interventions that inhibits, counter, or reverse the disruption. And from the experts point of view at AWAREmed Health and Wellness Resource Center under the able leadership of doctor Dalal Akoury, MD so many substances that re being abused today actually imitates the functions of neurotransmitters. Doctor Akoury reiterates that a number of opioid drugs like heroin and OxyContin chemically resembles the brain’s natural opioids sufficiently to engage and stimulate their specialized receptors. And being a strong stimulant, heroin therefore stimulates so many receptors beyond what the brain is able to use in the normal cycle of endorphin. The consequences of that will be a massive amplification of opioid activities.

Neurotransmission and substance abuse: Molecular components

If you are abusing any drug, it is very important that you seek for immediate treatment from the experts. Doctor Akoury and her team of experts will be very helpful to you if only you can schedule for an appointment with her today. Treatment is very important because majority of these drugs normally alters the neurotransmission by interacting with molecular components of the sending and receiving process other than receptors. Like for instance cocaine normally attaches to the dopamine transporter, the molecular conduit that draws free-floating dopamine out of the synapse and back into the sending cell.

Neurotransmission and substance abuse: Cocaine dopamine connection

It must be noted that as long as cocaine still occupies the transporter (neurotransmission), the dopamine cannot re-enter the cell using this route says doctor Akoury. It builds up in the synapse, stimulating receiving cell receptors more abundantly and producing much greater dopamine impact on the receiving cells than occurs naturally. The Cocaine’s Dopamine Connections will then tallies some of cocaine’s interactions with the mechanisms of dopamine signaling, and how they motivate abuse and contribute to dependence and addiction.

Finally, doctor Akoury registers that, under normal circumstances, some drugs will alter the neurotransmission using other means besides increasing or decreasing the quantity of receptors stimulated. Benzodiazepines, such as diazepam or lorazepam, enhance receiving cells’ responses when the neurotransmitter gamma-aminobutyric acid (GABA) attaches to their receptors. Benzodiazepines’ relaxation effects result from this increased sensitivity to GABA’s inhibitory impact on cellular activity. Therefore it will not matter how it happens, the best you can do for yourself is to seek for lasting solutions today. The establishment of AWAREmed Health and Wellness Resource Center gives you an opportunity of regaining your health today if only you can schedule for an appointment with doctor Akoury today for the commencement of your recovery process.

Neurotransmission and substance abuse: Why immediate solution is necessary?

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Balance neurotransmitters to manage your life well

July 11, 2016

Balance neurotransmitters to manage your life. And therefore understanding the important of having a balanced balance neurotransmitters is very necessary.

Balance neurotransmitters to manage your life well: The threats of the imbalance

Why is it important that every human being should balance neurotransmitters? And what exactly are these neurotransmitters? We spoke to doctor Dalal Akoury MD President and founder of AWAREmed Health and Wellness Resource Center about this to get some answers. In her decades of experience in medicine, doctor Akoury is registering that neurotransmitter imbalances can actually cause problems in very many ways including those relating to moods, memory, addictions, energy, libido and sleep. As we progress into the discussion, doctor Akoury is posing some question to you to help you re-evaluate your position.

Do you have any area of your life where you feel you don’t have control over?
Are you a shopaholic, chocoholic, caffeine addict, or worse?
And finally do you get depressed for no good reason, feel overwhelmed by life, have trouble falling asleep, or are you harboring negative thoughts that you just can’t shake?

Did I speak your mind? It is important to note that if you answer yes to any of these questions, then it’s very possible that you have a neurotransmitter imbalance and this needs to be corrected if you have to be in proper control over your life. That now brings us to the next question.

Balance neurotransmitters to manage your life well: What are the neurotransmitters?

It may surprise you to note that the brain of a normal human being is composed of billions and billions of neurons which are the cells that communicate with each other via chemical messengers known as neurotransmitters. It therefore means that the defining features of drug intoxication and addiction can be traced to disruptions in cell-to-cell signaling.

Drugs of abuse alter the way people think, feel, and behave by disrupting neurotransmission, the process of communication between brain cells. Over the past few decades, studies have established that drug dependence and addiction are features of an organic brain disease caused by drugs’ cumulative impacts on neurotransmission. Scientists continue to build on this essential understanding with experiments to further elucidate the physiological bases for drug abuse vulnerability as well as the full dimensions and progression of the disease. The findings provide powerful leads to new medications and behavioral treatments.

Finally now that you know the implications of not taking why you need to balance neurotransmitters, it will be of great help to you to periodically consult with experts like doctor Dalal Akoury for any concerns you may be having as far as balancing neurotransmitter is concerned. Up on scheduling for that appointment, doctor Akoury together with her team of experts will professionally attend to you and before you knew it, you will have your life back.