Back Pain and Proper Diagnosis

Did you know that many doctors miss areas of concern that could lead to cures? Did you know that back pain is common, yet many doctors fail to see the cause? The answer is simple. The reason is most medical doctors have little experience in the system of healing. Rather many doctors focus on prescribing medicines and searching for answers, which rest in front of them. Do not get me wrong; good doctors reach everywhere. Yet, these people lack academic knowledge of the spinal column, central nervous system, and so on. These people also fail to see that many causes of back pain rest in misaligned bones of the spine. Of course, diseases may cause back pain as well. Sitting too long, lack of stretch exercises, etc., all-cause lower back pain.

If the back pain is severe, it will often show up in MRI or CT scans. X-rays will show back conditions; however, since doctors review all areas, except the alignment of the bones and spine, the x-rays only reveal what the doctor wants to see. This happens to many people, including myself. A pro in analyzing the spine and bones is the man you want to know if you have chronic back conditions.

The types of back pain include sciatica. The back problem may be listed as a slipped disk in some instances. Yet, the pain often challenges doctors to diagnose since a sharp, electrical shock-like, and painful ache starts at the back and then travels to the legs. Sometimes the pain is intermittent, while other times, the pain may be chronic. The problem often requires surgery to correct. According to few experts, sciatica is one of the worst backaches endured. Even when the pain has mild pain, it isn’t easy to bend forward and over to tie a shoe. The problem rests in the spinal column’s spine, joints, and connective elements that link to the entire body.

The spinal column makes up muscles, bones, central nerves, etc. What holds the spine together are discs, connective tissues, tendons, ligaments, etc.? When a person stands erect, the spine’s elements will join to apply tension. You can visualize the tension by considering how a string will respond when you pull it down. The changes assist the body in mobility; they also determine how the body responds to movement.

The lower back is made up of large-scale structures, including the backbone and the hip joints. The hip joints connect to the pelvis. Each element joins with the spinal column at the triangle bone in the lower back and at the baseline of the spine that joins the hipbones on either side and forms part of the pelvis. (Sacrum)

The large bones attach to the legs, which provide us strength and support to the vertical spinal column. We have thick bones that start at the opposite side of the thick cord of nerve tissues (Spinal Cord) near the neck. Along this area, the joints are wide, and the bones start to thin and shrink.  The spinal cord is a “thick whitish” nerve cord surrounded by tissues and extends from the base of the brain and continues to the spinal column, giving mount to a pair of spinal nerves that contribute to the body.

Combined, these elements give us the ability to move and provide flexibility. In addition, the organs are directed by these elements.

The spine is held up by the larger group of bones at the lower region, smaller base, and the top architectures. Since below this region, stress occurs at the area, and larger muscles work by directing and sparking movement. This is how the legs can move, which brute pressure is applied to the vertebrae. At the back, we also have a lumbar spinal disk. The disk is affected by the brute stress since each time we bend and sit, we are applying more than 500 pounds to this area, yet it stretches to a “square inch” around the disks and per count along the area.

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