Spinal Cord Injury Alternative Medicine Treatment : Medical Intuition & Energy Healing

Spinal cord injury (herniated discs, pinched nerves, collapsed vertebrae) is one of the most devastating catastrophic injuries that one can endure. The spinal cord is the gateway for all nerve paths. The location of the injury and the severity of the damage determine the complications involved and the dysfunction. Science is discovering that the sooner the spinal cord injury is addressed and treatment begins, there is a direct correlation to recovery of the affected areas.

As a medical intuitive and "human MRI", when assessing a spinal cord injury, I look at the 360 degree view of the traumatized area. Failing to "see" the entire injured area can produce further injury, and create neglect in areas that need to be immediately addressed. It is best to look at each segment of the spine (discs and vertebrae) and spinal cord nerves in 4 equal quadrants. When helping to diagnose and evaluate the damaged area, reevaluating every 3 hours for the first 24 hours until the client is stabilized produces more accurate readings and beneficial results, as inflammation, further compression and damage can progress after the initial injury has occurred.

Although the initial site of the catastrophic injury is your primary source of dehabilitation, the damaged neural pathways can extend beyond that original area and days later create problems of their own. To counter this problem, "tracking" the energy of the affected neural pathways will give you further information of possible deterioration and additional side effects. If you do not have extending neural circumstances, containing the affected areas in a bubble of Healing energy will usually suspend further exacerbation of future problems.

While the allopathic physicians are providing their treatments, you can effectively use energy healing to complement and integrate with their procedures.
Removing pain is usually the first consideration, unless the client is rendered "numb" by his experience. Secondly, work on inflammation to help minimize current damage and to alleviate possible secondary symptoms.

In my experience in healing the spinal cord nerves, vertebrae and herniated discs of a paralyzed dog in 90 days, it is best to work on each issue separately so as not to overload the client's health response system during a time of great stress. Use energy healing to build a solid foundation step by step to rebuild the molecular structure of the cells and in turn the bodily systems. It is also best to work in increments and intermittently, so the molecular structures can recalibrate, and regenerate without stressing the physical structures.

First, regenerate the vertebrae's cellular structure in order to provide a foundation that is capable of holding the disc. Secondly, reestablish the health of each disc, leaving the neural pathways as your last concern. Once the spine is stabilized, then revitalize the neural pathways. If you reactivate the nerves before you have a solid base in the spinal column, you might create more inflammation and pain than necessary. Rebuilding a system, inch by inch produces a stronger foundation that will allow the client to rebuild his muscular system with physical therapy without causing extra pain.

Although stem cell research is providing a gateway of hope for Spinal cord injuries,electromagnetic bio molecular energy healing can and will be a beneficial healing modality.

Feel free to reprint this article in its original format.

Contact Information:

Brent Atwater, Alternative & Integrative Medical Specialist

Medical Intuitive, Distance Energy Healing

ATL, GA Phone: 404.242.9022 USA

NC Phone: 910.692.5206 USA

Disclaimer: Brent Atwater is not a medical doctor or associated with any branch of medicine. Brent works in Alternative Medicine. She offers her opinions based on her intuition, and her personal energy healing work, which is not a substitute for medical procedures or treatments. Always consult a physician or trained health care professional concerning any medical problem or condition before undertaking any diet, health related or lifestyle change programs. There are no guarantees with the Energy work.

Website: http://www.brentatwater.com

Email: mailto:Brent@BrentAtwater.com

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Slipped Disc Treatment

SLIPPED DISC

95% of back pain is a result of a slipped disc. The spine consists of 24 bones called vertebrae which sit on top of one another to form a column. Each vertebra has a cylindrical body in front with a wishbone-like structure sticking out behind forming the knobbly bits that can be felt down the backbone. Cradled within the arms of the wishbone is the spinal cord which carries nerve messages up and down from the brain to all parts of the body. In between every vertebra in the spine is a cushion of jelly (the disc) which acts as a shock absorber and cushions each and every step. When the disc bulges backwards it traps the nerve where it leaves the spinal canal and causes pressure and pain. Once the disc is on the move what we do with the spine changes what happens to the disc. Sitting on an easy chair like a banana allows it to bulge backwards further and cause more pain. See Referred pain, Back pain, Sciatic nerve.

TREATMENT

Treatment with Connective Tissue Manipulation and the Mackenzie Exercise Regime reduces the tension around the spine and changes the mechanics of the disc helping it to return to the normal position and resolve the problem.

http://www.londonphysiocentre.co.uk/slipped-disc.htm

CIVIL ENGINEERING COURSE

Pre-Engineered Metal Buildings 101

Avoid being unaware of a number of all necessary aspects that could lead to a direct downfall of your building project. If you're in the market for a pre-engineered metal building, you may need help determining the best metal building system for your home or business needs. Here is some useful information on the general basics of metal building systems.

Several years ago, Metal Building Systems became commonly referred to as "Pre-engineered Buildings". The term is still popular in the building trades today, despite efforts by MBMA members to change the culture. In general, a Metal Building System is defined by MBMA as "a complete integrated set of mutually dependent components and assemblies that form a building. It includes the primary and secondary framing, covering, and accessories, all of which are manufactured to authorize inspection on site prior to assembly or erection". To be more straightforward, it is a steel frame building that typically consists of the following metal components:

Columns
Connections
Endwall beams and Columns
Flange Braces
Frames (including side wall columns)
Girts
Longitudinal Bracing
Purlins
Roof Sheeting
Screws and Bolts
Wall Sheeting
Other non-structural parts

When all of these components are assembled, a complete structure is created in the form of a shell. On average, all components are designed, fabricated, and furnished by a single manufacturer based on individual requirements. All parts are directly delivered to the job site and assembled by a structural steel erector or general contractor. Production normally uses field-bolted connections with little or no field welding. Meanwhile, primary components, such as columns, beams, and girders, are typically fabricated from plates, are shop welded and optimized for the specified loading conditions. To conserve material in areas of low stress, webs of beams and columns are normally tapered. While Metal Building Systems with tapered rigid frames are the most common, other types of framing are also in common use: single span self-framing (no frame), multiplespan beam and column frames, trussed column and girders, trussed rigid frames, continuous beam frames, columns with tapered girders, etc.

The reference of Metal Building Systems to Pre-engineered Metal Building was an appropriate name because it described the procurement process in place at that time. In the past, building manufacturers would hired structural engineers to design a series of standard building modules for different wind loading. These modules differ in areas, such as: eave height, building width, and roof slope; and could then be joined to create buildings of practically any length. A purchaser would customarily review the company's catalog, select a building with a footprint and interior height that most closely matched the requirements, and place the order with the supplier. The manufacturer would then engineer the parts based on the standard design drawings on file and directly ship the building to the owner's site. The erection of the building would be finalized by a general contractor or by an erector that worked with or for the supplier. This past approach is quite different from the modern process. Today, most manufacturers use proprietary computer programs for design and provide a custom designed order for an entire building (frame, wall, and roof covering) or parts (frame and roof). To provide a complete facility, parts can also be combined with other building materials (masonry, precast concrete, light gauge steel framing and siding, windows, overhead doors, etc.).

The principal advantages to using a Metal Building System type structure includes: low cost and speed of fabrication/erection. Manufacturers that specialize in this work have developed design and fabrication techniques that make them very competitive. There has been the perception that these buildings are inferior to other custom designed structures. This is primarily derived from early industry reliance on a separate building code (MBMA Low Rise Building Systems Manual); which, at one time, encouraged the use of wind and live load pressures that were inferior to those traditionally used. However, recent changes in both the MBMA design guidelines and the traditional codes have brought the two closer together with fewer differences.

Civil Engineering