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Mitochondrial dysfunction and obesity

Mitochondrial dysfunction

Mitochondrial dysfunction and obesity has a way of weakening the functions of the body systems

Mitochondrial dysfunction and obesity: Symptoms of mitochondrial malfunction

When the body is under pain, there must be some valid reasons including malfunction or dysfunction of some systems within the body. That is to say a dysfunction occurs when something is not working or functioning in the correct way. We are going to be discussing about the mitochondrial dysfunction which refers to a situation where the mitochondria are not working properly. Professionally doctor Dalal Akoury MD, President, and founder of AWAREmed health and wellness resource center registers that mitochondrial diseases comes as a result of failures of the mitochondria, specialized compartments present in every cell of the body except red blood cells. Mitochondria are responsible for creating more than 90% of the energy needed by the body to sustain life and support growth. This failures results in less production of energy with the cell and this can cause injury to the cell and eventual death of the cell. If this is not corrected, the victim’s body system will fail and the individual’s life/health becomes compromised.

The disease primarily affects children, but adult onset is becoming more and more common. Depending on which cells are affected, symptoms may include loss of motor control, muscle weakness and pain, gastro-intestinal disorders and swallowing difficulties, poor growth, cardiac disease, liver disease, diabetes, respiratory complications, seizures, visual/hearing problems, lactic acidosis, developmental delays and susceptibility to infection

Mitochondrial dysfunction and obesity: Approaches to resuscitate aging mitochondria

Understanding the proposed mechanisms by which mitochondrial dysfunction can contribute to aging and aging related diseases suggests several potential interventions which may include the following:

  • Maintenance of optimal Krebs cycle and respiratory chain efficiency.
  • Restoration of mitochondrial membrane fluidity.
  • Reduction in deleterious free radical activity.

Mitochondrial dysfunction and obesity: CoQ10

Coenzyme Q10 is probably the most widely used cofactor for treating mitochondrial-related diseases. CoQ10 functions as the electron carrier in the inner mitochondrial membrane, transferring electrons from complexes I and II to complex III. In addition to increasing biosynthesis of ATP (the universal energy molecule), and acting as a potent free radical scavenger, CoQ10 also reduces lactic acid levels, improves muscle strength, and decreases muscle fatigability. Now having appreciated the importance of mitochondrial, it is important that your body system is not in luck of this vital chromosome because if that is to happen, your body will be deprived of energy which can be very disastrous.

Finally, for the sustainability of this DNA chromosome in your body system, a lot needs to be done professionally. Remember this article is all about your health and because of the weight of medical terminologies involved, we want to encourage you to schedule an appointment with doctor Dalal Akoury today for further professional guidance. And as we conclude this discussion, it will interest you to note that doctor Akoury made a passionate decision of creating a health center to primarily transform each individual’s life through increasing awareness about health and wellness and by empowering individuals to find their own inner healing power. This is what you need in situations like this when your mitochondrial are going down. Doctor Akoury is just a phone call away on telephone number 843 213 1480 for the appointment.

Mitochondrial dysfunction and obesity

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How To Re-Energize The Mitochondria By Use Of Intravenous Therapy

How To Re-Energize The Mitochondria By Use Of Intravenous Therapy To Prepare For Easy Addiction Detoxification

Intravenous TherapyDamages and the dysfunctions in mitochondria is an important factor in a range of human diseases due to their influence in cell metabolism. Mitochondrial disorders often manifest in a number of ways such as neurological disorders, diabetes and endocrinopathy.

In other diseases, defects occur in nuclear genes leading to dysfunctions of the mitochondrial proteins. Diseases such as hereditary spastic paraplegia, Friedreich’ ataxia and Wilson’s disease also result because of this. These diseases are inherited as in the case to other genetic diseases.

Mitochondria are central to oxidative phosphorylation and plenty of metabolism in the body and are also involved in plenty of cell deaths. Mitochondrial dysfunction therefore contributes to a wide range of human illnesses. Many patients with disease of the mitochondria also have issues with their gastro-intestinal tract and this is treated by therapies through nutritional intake. Such like patients usually have weak immune systems and as such they are always in constant battle with numerous infections. History and research reveals that earlier intravenous nutrition consisted of protein and dextrose alone. Lipids were then later introduced and later removed due to complications, but this was later re-introduced again.

At the moment or rather current time, there are multiple options in intravenous therapy for nutrition. The pump options are such as Gemstar and even CADD. Obtaining nutrients orally or through the gastro-intestinal is usually the most effective, since this is always a more physiological process.

However, if this is not possible, the intravenous nutrition is done, in the form of intravenous hydration or through home parenteral nutrition. Parenteral nutrition involves providing the patient’s calories using an intravenous line that leads into the central circulatory system. Intravenous nutrition involves giving fluids and can be used as a medium of providing electrolytes and other additives.

Various factors are important in determining the kind of hydration that is ideal for a patient. The length of time the procedure takes as well as how and where the hydration happens are most often the main factors to consider.

Hydration is a major issue with people suffering from mitochondrial disease. For one to decide to start intravenous hydration he should keep in mind whether the treatment is long-term or for a short term. The kind of lines through which intravenous hydration is done are peripheral, PICC line, PortACath and tunnel catheters.

Peripheral is placing the intravenous lines in the hand or arm and for a short period of time, normally between three to five days. This method is not ideal for use at home because it requires a professional to do it and fewer nurses have such kind of professional training.

MitochondriaPICC is placed with the aid of an X-ray in the upper arm where the catheter goes directly into the central circulatory system. The site or area of insertion should be protected from infections by always keeping it dry.

PortACath is usually placed in the upper chest of the patient.in this type of line, the needle can be removed and the patient is allowed to swim or even shower.

Tunnel catheters are also usually in the upper chest and surgically removed .however, they can also be placed somewhere hidden. There is a risk of infection with this type of intravenous hydration.

Many patients are allergic to the substances involved and suffer from skin breakdown and are therefore more susceptible to infections. Also because of lower immunity, they are prone to infections. Furthermore, these patients also stand a higher risk of clotting. These treatment lines should be handled with care and fewer people. They should be thoroughly washed and items cleaned separately. The access points should be sanitized with alcohol prior to injection.

Some complications such as catheter occlusion caused by blood clotting occur, due to thrombotic clots. But there are medications that clear clots on the catheter.

Infections are normally common because of a component in blood that encourages growth of bacteria. This component is known as biofilm. The biggest threat to intravenous nutrition however is catheter related blood stream infections. This is treated by antibiotics, antibiotic locks and by changing of the central line.

Intravenous therapy is also a great way to get a high dose of vitamins, vital minerals and antioxidants into the circulatory system. Therefore, the nutrients are quickly introduced into the circulation and are delivered directly into the cellular space without having to go through the gastro-intestinal tract.

Many people notice improved immunity, higher energy levels and enhanced detoxification through therapies.

Intra venous nutrient therapy also provides higher doses as   compared to oral therapy.

Scientists have been studying the effects of higher doses of Vitamin C for quite a long time.

Vitamin C is essential as a water-soluble vitamin that is commonly also known as ascorbic acid.  The antioxidant effects of Vitamin C have been researched extensively to show positive and protective benefits against many ailments.

Myer’s Cocktail, AMP/NAD Energy Shots and MSM Infusions can also be used to boost the mitochondria

One may just feel a cold or a viral illness is coming on but once you have an intravenous cocktail that may well restore your health.

Whether you need help on balancing adrenals or you are an addict who is looking for a natural way of gradually recovering from an addiction, Awaremed Resource And Wellness Center is your perfect solution. You are free to call us, for more go to www.awaremednetwork.com

How To Re-Energize The Mitochondria By Use Of Intravenous Therapy To Prepare For Easy Addiction Detoxification

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Giving Your Mitochondrial Health a boost by IV NAD

Restoring Mitochondrial Health by IV NAD

What are mitochondria?

They are membrane bound organelles which are found in most of the cells (eukaryotic cells) that make up living things. They are also sometimes termed to as the powerhouses.

Why are mitochondria vital in our bodies?

Mitochondrial HealthAs we have just mentioned, mitochondria are also referred to as powerhouse due to the functions that they do in our bodies. Their main work is to generate the energy that our body cells require in order to execute their jobs. One of such cells which need a lot of energy is the brain cells. The brain cells are responsible for the communication to all the other parts of the body and thus these mitochondria must be transported along the cells.

Mitochondria generate chemical energy similarly to the one we normally get from batteries. This energy which is generated by the mitochondria in the form of chemical is referred to as Adenosine Triphosphate or simply ATP. This is an energy currency that every ling thing cell can use and this is what makes it possible for us to be kept alive.

What are mitochondrial diseases?

These are diseases which result from the failure of mitochondria. As we already know, mitochondria are responsible for supplying energy to the cells. Mitochondria themselves are present in all the cells except in the red blood cells. They produce about 90 of the energy that the cells use. In the case when the mitochondria fails to work, then the energy that the cells get decline and consequently cell injury or even cell death follow. If the process occurs all over the body, then the whole system fails and the life of the person in which it is happening becomes threatened.

These mitochondrial diseases commonly cause damage on critical organs such as the brain, heart, skeletal muscles, kidney and sometimes the respiratory system.

Symptoms of a mitochondrial disease watch out for

The symptoms of a mitochondrial disease vary depending with the cells that are affected. Generally they may include the following:-

  • There may be loss in motor control
  • Muscle weakness and pain may also be another symptom
  • Visual or hearing impairment, especially if their system cells are the ones affected.
  • Gastro-intestinal disorders & Swallowing difficulties may be evident when the respiratory cells are affected.
  • Another symptom of mitochondrial disease is poor growth, since for growth to occur, cell multiplication must occur and it is a process that requires a lot of energy.
  • The victim may also become diabetic
  • Cardiac disease
  • Liver disease
  • Respiratory infection
  • Seizure among many other symptoms.

Which principle is used in mitochondrial restoration?

Mitochondrial HealthMitochondrial restoration is a natural process that seeks to restore the various body organs which have been previously cellularly affected to their normal working state. The mitochondrial restoration targets the organs that have been affected by the decline in energy supply and hence whose functional capacity has been also been affected and then restores its functional state.

Mitochondrial treatment involves measures that restore cells to their normal working condition by ensuring they get the energy necessary for them to function. These measures involve ensuring that there are sufficient mitochondria in the body and they are working correctly. Therefore, the treatment seeks to eliminate the cause of mitochondrial failure which had previously occurred.

Why is IV NAD preferred in mitochondrial restoration treatment?

What is NAD? NAD refers to Nicotinamide adenine Dinucleotide, which is a metabolic co-enzyme responsible for every aspect of life. There are basically two classes of these co-enzymes, digestive and metabolic enzymes. NAD treatment bases on the metabolic enzyme, as this enzymes are responsible for restructuring, repair and remodeling of the cells. The metabolic enzyme provide an advantage in that they operate in every cell, every organ and every cell. NAD is essential in the production of ATP, which is the basic energy molecule in our bodies.

Advantage of IV NAD therapy in mitochondrial health restoration

As we have seen, mitochondria are very important since they are responsible for the production of energy that the cells use. When the cells do not get enough energy due to failure in mitochondria, this is a death threatening disease since it may cause all the cells to fail in their function and consequently failure in the entire systems which may pose the patient to death.

If the situation of energy deficiency occurs as a result of mitochondrial failure, this situation needs to be addressed as soon as possible. Prescription can be given to the patient in response to the situation, but this method has limitations. Some of the medications that are administered to mitochondrial failure patient are known to be habit forming and may cause dependency. This makes the patient rely on the medication on daily life and in case of withdrawal; withdrawal symptoms and craving for the drugs may follow.

IV NAD therapy is a treatment that is natural and is based on the principle that, “body has ability to heal on itself as long as the necessary conditions are maintained.” This means that even after the therapy is administered to the patient, there cannot be addiction to the drug. Another advantage is that the therapy generally contributes to the well-being of a person by ensuring the mitochondria are working correctly as well as the NAD co-enzymes.

Restoring Mitochondrial Health by IV NAD

 

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