THE POINT OF NO RETURN

Dementia. All that you hear about dementia and Alzheimer's disease is that there are no treatments. Everyone including doctors are told to give up.  Just keep your loved one comfortable and wait. Wait for your loved one to pass away. A defeatist attitude that is promoted by almost all media and more sadly, believed by most. Yes indeed there is a point of no return but only if you wait too long.

Yes we are reversing dementia. If you have a loved one who has been diagnosed with dementia it is not a death sentence, you have two choices.

Two choices:

1-You can call to schedule an appointment to see if our program is right for you.

-or-

2-You can wait on your loved one to pass away.

Since when are LinkedIn entrepreneurs not supposed to get in the ring and fight?!

There are no drugs that can manage dementia or Alzheimer's this is why you here the media say there is no hope. Just because there are no drugs doesn't mean there is no treatment. With metabolic enhancement and pathway rehabilitation we are reversing dementia.

Details: A question that has been answered very well is "how does dementia develop in the first place"? The answer lies in the thousands of published research papers. Dr Dale Bredesen of UCLA did extensive literature research and discovered many common denominators regarding dementia and Alzheimer's disease. Along with his own research he discovered that the mechanism for dementia and Alzheimer's is very similar to the mechanism for osteoporosis or cancer. In osteoporosis, the process of the breakdown of bone (osteoclastic activity used by the body for bone maintenance) to replace it with new strong bone is out of balance with the build up of new bone (osteoblastic activity-the system that the body uses to build new bones). The new bone replacement does not keep up with the old bone destruction which leaves the bones brittle. Dr Bredesen found that the same is true in dementia and Alzheimer's disease. In our brain, we have neuroblastic activity (where new connections are being made and maintained between neurons) and neuroclastic activity (connections are broken down). You may wonder why do we have neuroclastic activity? It is because there are many things that we do not need to remember such as the feeling of your butt in the chair which you are sitting in right now or all of the songs that you heard on the radio yesterday. Just like defragmenting your computer which makes more space and improves performance, so it goes with the brain. While you are sleeping your brain goes through a pruning process (defragmenting) to get rid of all of the unnecessary connections that you made the day before, making room for new connections. This process is important for your brain to be able to work efficiently. However, when more connections are being broken down than are being made we develop dementia and Alzheimer's. The Abeta peptides that you may have heard about are actually a part of this process of maintenance. It is well known that neurons need a good environment in order to live and thrive therefore all aspects of our lives must be carefully scrutinized to see to it that this environment is maintained.

This is how we are reversing dementia and Alzheimer's disease. Each patient spends 10-12 weeks in our intensive care program on site at our clinic in beautiful Fairhope Alabama. Our program will accomplish the following. First, we correct the metabolic mess that is made from years of consuming toxins and environmental abuse. This is done by means of dietary changes, supplements, medication changes, balancing hormones and neurotransmitters. Second, by means of a careful evaluation, we determine what specific pathways in the brain that need strengthening and then use therapies designed to strengthen those pathways. Third, we use deep transcranial magnetic stimulation to fully enhance the brains performance and eliminate depression. Fourth, during this process, our patients exercise to build up their cardiovascular system and balance systems. Fifth, we educate the caregivers to be able to continue building on all that is learned long after the patient is finished with intensive care.