Simple explanations about stem cell addiction therapy

August 4, 2015

Simple explanations about stem cell addiction therapy: Understanding stem cells

Simple explanations about stem cell addiction therapy can go along way in offering solutions to those who are struggling with all forms of addiction.

We are going to have a series of articles about stem cells as we progress, but in the meantime we begin by giving a simple explanations about stem cell addiction therapy a what really stem cell are? These (Stem cells) are elemental cells that can develop into any type of specialized cells on their own. It simply means that stem cell can become any of the over two hundred different cells in the human body (brain cell, kidney cell, lung cell etc.) and like I have mention, these cells have a unique ability for self- regeneration or renewal through mitosis (cell duplication). That ordinarily means that each cell is capable of producing more stem cells on its own. Doctor Dalal Akoury one of the most respected addiction expert’s reports that stem cells come in two major basic categories including embryonic cells which are withdrawn from the umbilical cord blood and adult cells extracted from the bone marrow adipose tissue or processed blood which are potentially used in medical practices.

Simple explanations about stem cell addiction therapy: Stem cell technology for addiction

Scientifically so many studies have established that more than fifty percent of addictions are as a result of genetic predisposition. For instance, children born out of drug addicts parents are 7-9 times more prone to developing an addiction in their life. We can say that their brain is prewired for drug abuse, alcohol abuse or any other substance abuse, and the danger is that even after they have been taken treatment therapy successful they may relapse into some other form of addictions meaning that they are genetically bound to such substances. Besides that even if a person have lower predisposition for dependencies, they may as well and up with some kind of addiction. How does that happen? Ordinarily these do happen by abusing any addictive substances and connecting it with joyful feelings, the effect of that is that we are training our brain to associate that substance with happiness and the consequences of that is, we will be motivated to seek for that substance more often thereby resulting to addiction.

Doctor Akoury from her many years of experience says that with all these practices taking place, it is almost becoming obvious that product of all these process which is drug addiction becomes very difficult to treat irrespective of whether it is genetically imposed or acquired over time. The difficulty is coming because the brain in this case will need some kind of rewiring. When the brain chemistry has changed, what follows is that brain cells become addicted meaning that treatment must be performed on cellular level. That is the technicality we are likely to face from such experience however, the good news is that with the numerous researches done in the past decades experts have established that treatment can actually be successfully achieved with the application of stem cell therapy.

Simple explanations about stem cell addiction therapy: Stem cell addiction therapy as a method of treating drug and alcohol addiction

As we pointed out earlier, to successfully treat addictions, we need to approach the problem on a cellular level. Brain chemistry must be rebalanced and all the dead cells must also be replaced. According to the experts at AWAREmed Health and Wellness Resource Center under the able leadership of doctor Dalal Akoury this can be achieved by transplanting cells into the section of the brain which controls reactions to various substances including drugs, alcohol or any other addictive substances. Stem cells then begin their reproduction and conversion into new healthy brain cells. The result of this will be the simultaneous replacement of old and corrupted brain cells whose life cycle has ended. The significance of this action will be that, that section of the brain is overwhelmed with healthy cells. With this practice being done from time to time, eventually, the rebuilding of that section of the brain that controls addictions will lead into complete healing.

The good news about stem cell addiction therapy is that it is the purest method of treating addictions since the process itself mimics natural development of the human body. It is the future of the addiction therapy practice in drug rehab centers, since it is non-toxic (no medication is used), it is painless (unlike some other methods) and above all it is very safe and successful. And now with this discovery of the most efficient and reliable treatment of addiction, we should all remain focus in pursuing our individual and collective objective of kicking out drug and alcohol addiction from our lives and societies. This new treatment technique will not be helpful if we keep the problem to ourselves. Denial is a very big impediment to the success of addiction therapy. Therefore if you or anyone you know a friend or a loved one is struggling with any form of addiction, they you own then a duty of care in ensuring that first you share what you now know and second being the connection point to their treatment process. You have a duty of encouraging them to accept that they have a problem and that the problem is not as a result of anyone’s weakness or weak character but on which is considered a disease. Denial will be there but giving up mush and should not be an option in this fight against substance abuse.

Finally make it up on yourself to share the challenges you may be experiencing with the experts at AWAREmed Health and Wellness Resource Center so that you can get all the techniques you need to win your friends over for treatment. When you have achieved that, then you can now schedule for an appointment with doctor Dalal Akoury either for yourself or on behalf of your loved ones so that a detailed evaluation can be done and you are put on the right treatment program that will leave you much healthier and ready to face life with confidence and live it to the fullest thereafter.

Simple explanations about stem cell addiction therapy: Understanding stem cells

Stem Cells: The New Medicine Medical Research Has Provided

June 8, 2015

Stem Cells: The New Medicine

Stem cell research has been conducted for many years. With stem cells we can now have a better understanding of how organisms that are complex develop from something simple as a fertilized egg. In a laboratory setting, researchers are able to follow up the process of stem cells division into specialized cells that make up the brain, bone and skin as well as other types of cells.

The process involves identifying mechanisms and signals that determine whether or not a stem cell will differentiate into something complex. Understanding will help us understand which processes control the normal cell and organ development.

The stem cell research has been triggered for years by development of serious medical conditions such as birth defects and cancer which often are as a result of abnormal growth and development of cells. Wen cells do not mature, divide and differentiate as they should then conditions such as cancer are likely to develop. A better understanding of molecular and genetic controls of the process of cell division and differentiation will yield more information as to why these conditions come to be and in the process new approaches can be sort. This is an important goal in research on stem cells.

What is a stem cell?

A stem cell is basically a cell that has not reached maturity and one that can potentially become specialized into different cells types in the boy for the formation of different body organs. Stem cells exist in two types: embryonic stem cells and adult stem cells. Embryonic stem cells come to be during division of a newly fertilized cell. When these stem cells divide, they are differentiated to become any type of cell in the body that is required for the formation of different body organs as the foetus develop in the womb.

Adult stem cells on the other hand are very different from embryonic stem cells. These types if stem cells are found I already developed tissues. They are therefore found in both children and infants. These stem cells are not developed or a fertilized egg but are found later when different tissues have already developed. These types of stem cells act like replacement cells. This means that they undergo division regularly in order to replace worn out, dead or lost cells. They are specialized to take the place of cells that have been lost or those that have died. Adult stem cells can be found in tissues of the body such as blood, brain, bone, skin and muscle. N as much as research on stem cells has been going on for long, the research has not been able to yield much result due to the inability to develop and differentiate these cells in a laboratory setting.

The medical breakthrough in stem cells research

As seen much earlier, stem cells are immature cells that have the tendency to develop and specialize into any type of cells. This being the case, researchers have tried to use stem cells in understanding and dealing with medical conditions such as birth defects and different types of cancers like leukemia. Because stem cells can be specialized into any type of cells they have the potential of treating disease and other disorders.

Today stem cells research procedures are used life-saving options for patients suffering from lymphoma, leukemia, some types of tumors and other disorders of the blood.

stem cells

Bone marrow transplant: For many years bone marrow transplant has been used tin treatment of diseases like leukemia. Bone marrow transplant involves removal of a donors bone marrow stem cells and replacing them with those of a sick patient. If the procedure proves successful, the bone marrow form a healthy donor migrates into the bone marrow of the patient. The healthy bone marrow will then begin producing healthy white blood cells which will end up replacing the abnormal cells in the patient. His s one of the major breakthroughs in stem cells transplant hat has seen many leukemia patients get a second chance.

Peripheral blood stem cells (PBSCs): naturally may of the blood stem cells are fund n he bone marrow, however a small number of these can be found n he blood stream. The process of obtaining stem cells from the bone marrow is usually a difficult process. Since stem cells are also resent in the blood, they can be obtained with ease form drawn blood making the process of obtaining stem cells easier. The only problem is that, stem cells in the blood stream exist sparsely in the blood stream which can prove difficulty while trying to extract enough of them for a transplant.

Umbilical cord stem cells transplant: the umbilical code s normally discarded as a waste product of the process of birth. However research shows that the blood found in the umbilical cord is rich in stem cells. These can be harvested and used to treat patients of cancer and other conditions of cell defects. These stems cells have been used to treating the same conditions as those treated by stem cells of the bone marrow and PBSCs.

Stem cells transplant is proving to be a promising approach to health conditions such as lymphoma and leukemia. You can tap into these benefits. Dr. Dalal Okoury is an expert in integrative medicine. Don’t also forget to attend the Integrative Addiction Conference 2015. The conference will provide a once in a lifetime opportunity of approaches to identifying and treating patients of addiction. Visit http://www.integrativeaddiction2015.com for more information about the addiction conference.

Stem Cells: The New Medicine Medical Research Has Provided

Fetal Cells: Enhanced Efficiency And Effectiveness For Wound Healing.

June 4, 2015

Fetal Cells: Enhanced Efficiency And Effectiveness For Wound Healing

“Extensive burns and full thickness skin wounds can be devastating to patients, even when treated. There are an estimated 500,000 burns treated in the United States each year. The overall mortality rate for burn injury was 4.9 % between 1998 and 2007 and medical costs for burn treatments approach $2 billion per year,” Owan TE, Hodge D.O., Herges R.M, et al. (2006).

These statistics could as well be over 11 million injuries per year as claimed by some medical reports. Other than burns, full-thickness chronic wounds also claims a large number of patients and despite technological development of therapeutic approaches, healing rates remain way below 50 % of success.

Patients with the non-healing chronic wounds are as well estimated at about 7 million per year in the US alone. Yearly costs on the other hand continue to rise, the figure is currently approaching $25 billion. Patient survival is reportedly inversely proportional to the amount of time required to recover from such a chronic wound and to stabilize.

wound-healing

Those with severe burns of between or more than 15–20 % total their body surface area are also likely to go into shock without rapid treatment. In addition, without sufficient and or rapid fluid resuscitation, patient conditions deteriorate and mortality rates increase steeply.

Inadequate therapeutic programs often result in long-term patient complications including open wounds, prominent scars, prolonged pain, high temperature sensitivity, loss of feeling to touch and or itching.

Patients who suffer from such burns and or chronic wounds benefit from prompt treatments that result in appropriate closure and or protection of the wounds. Burn patients in particular, who receive delayed treatments, are usually subject to prolonged therapeutic care that has long-term negative physiological side effects.

Recent medical advancements have been made to handle wound healing; however, the generally accepted and practiced treatment approach still remains an autologous split-thickness skin graft. This involves extracting a piece of skin with the goal of removing stem cells from a minor surgical site on the patient’s body, stretching the skin, and re-applying the graft on the burn or chronic wound.

Stem cells are unspecialized cells in the body that majorly bear two specific characteristics. They have the capacity to replicate themselves indefinitely and have the ability to replace and or repair nearly all body tissues as directed.

Stem cells extracted from the amniotic fluid, (AFS) are reportedly a very rich cell source for use in regenerative therapy due to their high proliferation capacity, immune-modulatory activity and multipotency.

AFS also have the capacity to modulate inflammatory responses and secrete therapeutic cytokines. Because of these characteristics, AFS cells have been explored for treatments in wound healing and skin regeneration among similar therapeutic care.

These attempts have over time been backed by relevant scientific studies that increasingly indicate AFS cells are effective in accelerating healing of skin in embryonic environments and more recently in treating wounds in adults. More scientific evidence also points to the fact delivered cells are often temporary, that is, do not permanently integrate into final skin tissue.

Instead, they hide a portfolio of effective growth factors very vital to the skin regeneration and angiogenesis, suggesting a trophic ability of enhancing skin and or wound healing.

These initial pieces of scientific studies suggest delivery of AFS cells have the potential to be an effective cell treatment for enabling wound healing and should be considered for clinical trials and use in treating skin wounds in patients.

While this treatment indicates the ability to yield a reasonably good therapeutic outcome, if the wound is extensive, the number and size of donor sites may be limited, making autographs difficult to use in cases that require rapid and or aggressive measures to save the wounded patient’s life.

Alternatively, allografts may be used but the option suffers a critical need of immuno-suppressive drugs so as to prevent body immune rejection of the graft. This limitation has thus caused the creation of noncellular dermal substitutes, which most often comprises a polymeric scaffold.

They include skin regeneration template and Biobrane among others. Even though such polymeric scaffolds result in improved wound healing, they are costly to produce and more often result in relatively poor temporary outcomes.

Recent developments in tissue engineering have also led to more complex biological skin parallels that may yield more suitable alternative wound care options for patients. These include: cellularized graft-like products such as dermagraft, Apligraf (Organogenesis), and TransCyte, (Advanced BioHealing) among others.

The products are commonly polymer scaffold patches that are planted with human fibroblasts and cultured in vitro prior to their application. Unfortunately, these grafts are also expensive to produce, and as allografts, can suffer from the same immunological setbacks mentioned earlier.

This topic can go on and on. It is actually very interesting but it would not be possible to include everything in one article. However more information can be found at www.awaremednetwork.com. Dr. Dalal Akoury M.D., M.P.H., who is also a family physician and has many years of experience in integrative medicine will be of great assistance.

Also, do not miss an opportunity to learn and interact with various professionals during this year’s Integrative Addiction. For more information about the upcoming conference, visit http://www.integrativeaddiction2015.com. The conference will also deliver unique approaches to telling symptoms of addiction and how to assist patients of addiction.

Fetal Cells: Enhanced Efficiency And Effectiveness For Wound Healing.

Unique Properties of Stem Cells

May 3, 2015

What Are The Unique Properties Of All Stem Cells?

The stem cells have been hailed for their efficacy in treatment of certain diseases especially those that are degenerative in nature like the Parkinson’s disease, osteoarthritis and even the Huntington’s disease. To accomplish all its medicinal capabilities the stem cells must have certain properties that are not present in other body cells. They therefore differ from other cells in the body. The stem cells are available majorly in the bone marrows and the adipose tissues but can also be harvested from placentas after a safe delivery. The stem cells have three general properties regardless of their source. These properties are; they are capable of dividing and renewing themselves for long periods; they are unspecialized; and they can give rise to specialized cell types. It is these distinct characteristics of the stem cells that make them effective in treatment of degenerative diseases.

The other cells found in the body like the nerve cells, the muscle cells and the blood cells are not able to replicate themselves unlike the stem cells that are able to proliferate after long periods of time. Typically, a starting population of stem cells that proliferates for many months in the laboratory can yield millions of cells. What is more is that the daughter cells are capable of long term self-renewal giving rise to more unspecialized cells.

Despite the vast research that has been done on the stem cells and their ability to treat certain diseases there are some information that are still required which we can only hope that researchers will one day find an answer to. These questions are as follows:

Scientists are trying to understand two fundamental properties of stem cells that relate to their long-term self-renewal:
Why can embryonic stem cells proliferate for a year or more in the laboratory without differentiating, but most adult stem cells cannot; and
What are the factors in living organisms that normally regulate stem cell proliferation and self-renewal?

When these answers are addressed there will be a valid explanation to how cell proliferation is regulated during normal embryonic development or during the abnormal cell division that leads to cancer. Such information would also enable scientists to grow embryonic and non-embryonic stem cells more efficiently in the laboratory to help in treatment of diseases.

The stem cells are unspecialized

Stem cells remain unspecialized even after long hours in the laboratory after getting harvested. The scientists have spent years of research trying to find out factors that make the stem cells unspecialized and differentiating into different cell types. It took two decades to learn how to grow human embryonic stem cells in the laboratory following the development of conditions for growing mouse stem cells. In a similar manner the scientists must first understand the signals that enable adult stem cell population to proliferate and remain unspecialized before they will be able to grow large numbers of unspecialized adult stem cells in the laboratory for medicinal use.

The stem cells are not specialized and hence are not able to perform specific functions. Unlike heart muscle cells, the stem cells are not able to pump blood through the body, they can neither carry oxygen molecules through the bloodstream like red blood cells nor can they kill pathogens like the white blood cells but they can give rise to more of all these cells; they can form bone, heart muscle cells, blood cells and even nerve cells. So they are then unspecialized cells that have the unique ability to give rise to specialized and more vital functional specialized cells.

The process through which undifferentiated stem cells give rise to specialized cells is known as differentiation. It is through this process of differentiation that the stem cells become even more specialized. Scientists are just beginning to understand the signals inside and outside cells that trigger each step of the differentiation process. The internal signals are controlled by a cell’s genes, which are interspersed across long strands of DNA and carry coded instructions for all cellular structures and functions. In contrast, the external signals for cell differentiation include chemicals secreted by other cells, physical contact with neighboring cells, and certain molecules in the microenvironment. The interaction of signals during differentiation causes the cell’s DNA to acquire epigenetic marks that restrict DNA expression in the cell and can be passed on through cell division giving rise to more specialized cells.

There are however some questions that should be addressed and these may include; Are the internal and external signals for cell differentiation similar for all kinds of stem cells? Can specific sets of signals be identified that promote differentiation into specific cell types? Finding answers to these questions may help scientists to find new ways to control stem cell differentiation in the laboratory, thereby growing cells or tissues that can be used for specific purposes such as cell-based therapies or drug screening.

With these distinct characteristics of the stem cells especially their ability to give rise to different specialized cell types, the stem cells are a cutting edge to treatment of diseases. Degenerative diseases have debilitated many people but it is treatable. Dr. Dalal Akoury (MD) is an expert in integrative medicine and a founder of AWAREmed Health and Wellness Center located at Myrtle Beach South Caroline. Visit her for more information on most lifestyle diseases.

What Are The Unique Properties Of All Stem Cells?

Stem Cell Therapy for Huntington’s disease

March 26, 2015

The Use of Stem Cell Therapy for Huntington’s disease

Huntington's disease Huntington’s disease was first described in medical literature in 1872 by Dr. George Huntington. He was a physician from Long Island, New York. This disease mainly affects nerve cells in the brain called medium spiny neurons (MSNs). The MSNs are crucial in the brain as they receive and coordinate information from other neurons in the brain to control movement of the body, face and eyes. Huntington’s disease is hereditary neurodegenerative disease that affects about 1 out of every 10,000 people in the USA, Europe and Australia. This disease causes involuntary movements of the face and body and dementia. The symptoms of this disease may begin mildly but they worsen with time eventually it will make the affected individual totally dependent on other people for help. Till now there are no known effective treatments for this disease.

This disease leads to damage and destruction of the crucial MSNs. however it doesn’t affect the MSNs only, other types of neurons in the brain that apparently are also affected by this disease are the cortical neurons. This disease is common in adults and patients will mostly notice the first symptom of the disease when they are aged 35-50 years old. In the beginning the disease might show symptoms as weak spasmodic movements of the muscles in the face and limbs. However as the disease worsens these spasmodic movements become more evident and frequent and other symptoms appear. Patients are affected in different ways, but symptoms may include difficulty speaking and swallowing, dementia or trouble concentrating.

As mentioned earlier Huntington’s disease is hereditary and children with an affected parent have a 50% chance of inheriting the genetic fault that causes the disease. This fault occurs in the gene that holds the code for a protein called Huntingtin. The defective gene causes the body to make a faulty, toxic version of the Huntingtin protein and this eventually results in the loss of MSNs and other neurons which worsens the health of the patient.

Presently, there are no accepted standard treatment of Huntington’s disease, a disease characterized by wasting away of certain nerve cells in the brain and improper muscle coordination. Despite this fact, there are therapies that have been thought of as potent enough to help in the treatment of this disease. One of the therapies mentioned is the stem cell therapy.

Currently, there is a study that has reported that stem cell therapy can be used in treating Huntington’s disease. The study published on March 15 in the journal Cell Stem Cell reports that there is a special type of brain cell created from stem cells that could help restore the muscle coordination deficits that are responsible for uncontrollable spasms, a common symptom of the disease. The researchers demonstrated that movement in mice with a Huntington’s-like condition could be restored.

Research study linking stem cells to Treatment of Huntington’s disease

The study was led by Su-Chun Zhang who is a neuroscientist at the University of Wisconsin-Madison. Mr. Zhang is also an expert in creating various types of brain cells from human embryonic or induce pluripotent stem cells. In this research he and his team focused on GABA neurons. They worked on the GABA because of the theory that the degradation of GABA cells results in the breakdown of a vital neural circuit and loss of motor function in individuals suffering from Huntington’s disease.

According to Zhang, GABA neurons generate a vital neurotransmitter, a chemical that helps support the communication network in the brain that coordinates movement. In this study Zhang and his colleagues looked for various ways of generating large quantities of GABA neurons from human embryonic stem cells. Owing to the ability of stem cells to change shape and multiply the team hoped that the stem cells will be able to be safely integrated into the brain of a mouse model of Huntington’s disease. As they had expected the stem cells were safely integrated into the brain. The stem cells were also able to restore the damaged communication network and restore motor function.

The results of this study presents hope not only to patients but to the entire medical fraternity, he explained why they had targeted the GABA circuitry; “This circuitry is essential for motor coordination and it is what is broken in Huntington patients. The GABA neurons exert their influence at a distance through this circuit. Their cell targets are far away. Many in the field feel that successful cell transplants would be impossible because it would require rebuilding the circuitry. But what we’ve shown is that the GABA neurons can remake the circuitry and produce the right neurotransmitter.”

Huntington's disease The finding of this research presents hope as they show that in the future, the stem cell therapy can be used in the treatment of the Huntington’s disease. This experiment also shows that the human brain can also be a good target for treatment of neurodegenerative diseases.

The leader of the team that conducted this research, Mr. Zhang however notes that though this research shows some success it might take some time before the stem cell therapy can be used in treating humans suffering from Huntington’s disease.

There are diseases like Huntington’s disease which still do not have known orthodox treatments; this is why here at AWAREmed Health and Wellness Resource Center we are committed to availing the best integrative approaches to treatment of diseases. We advocate for dietary as well as natural healing to diseases wherever possible. Visit as at Myrtle Beach, South Carolina where Dr. Dalal Akoury (MD) will be of help.

The Use of Stem Cell Therapy for Huntington’s disease

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