Cervical spondylosis is a degenerative rheumatic disease of the backbone and of the intervertebral disks in the cervical area; it is defined by narrowing of the cervical medullar cannal and of the vertebral foramens; by the formation of a number of osseous deposits called osteophytes, and by damage to the medullar belt and to the spinal roots. Narrowing of the medullar cannal pose the risk of cervical myelopathy and of associated complications.
Until recently, there have been very few cases of infantile or youth spondylosis, as spondylosis is a degenerative disease of the backbone specific for the adults and the third age. However, within the last years, very many young patients, even children have come for treatment.
The pressure exerted upon the bone marrow and the spinal nerves triggers a number of specific symptoms:
pains in the area of the shoulders and of the neck that may iradiate towards shoulders
stiffness in the cervical area
migraines; sub occipital and occipital pains (the vertebral arteries irrigating the cerebellum with blood are located in the lateral vertebral bodies of the cervical area; when they are compressed, the cerebral trunk and the cerebellum will no longer receive enough blood causing cerebral hypo oxygenation)
muscular spasms in arms and legs
dumbness and tingles in the upper limbs
motor disorders in the lower limbs
balance disorders and unsteady gait (ataxia)
miction and defecation disorders when the bone marrow is affected
sensitive disorders in shoulders, arms and lower limbs
diminished reflexes in the severe cases
disorders of the organs coordinated by the damaged spinal nerves
insomnia
vision disorders
lipothymia
memory and concentration deficiencies, diminished intellectual capacity (as a result of the poor cerebral oxygenation)
Causes
Sedentarity, occupational traumas, exposure to low temperatures and draught, obesity and a bad body posture maintained for a long time are factors that weaken the tone of the paravertebral muscles; they slow down circulation and local metabolism in the articular cartilages, causing sclerosis of the intervertebral disks and degeneration of the cervical vertebrae. For the degenerative process to affect the cervical area and become spondylosis, there must also be a triggering cause. In this case, a number of micro-fragments of paravertebral muscles are caught between the cervical vertebrae, a phenomenon that will consequently trigger the whole physiopathological mechanism of cervical spondylosis.
Treatment
In traditional medicine, treatment of cervical spondylosis tries to restore the oxygenation and the local metabolism, eliminating the accumulated residues and toxins; to release the micro-fragments of muscle and to reabsorb the osteophytes. The herbs used in the treatment programmes help to recover the muscle tone and the articular mobility and to rehydrate the intervertebral disks. The acupuncture and Tibetan thermotherapy sessions play a major part in releasing the pressure exerted upon the medullar belt and the spinal roots. Regeneration of the medullar lesions or lesions of the spinal nerves may be done where the degree of damage allows it.
cervical sponsilosis, cervical spondilosis treatment, treatment of cervical spondilosis, cervical spondilosis natural treatment, cervical pain, cervical sponsilosis acupuncture, cervical spondilosis symptoms, symptoms of cervical spondilosis, cervical myelopathy, ataxia, cervical spine pain, treatments for cervical spondilosis, types of spondilosis, what is spondilosis, for spondilosis, about cervical spondilosis, cervical spondilosis information
The latest discoveries of stem therapy confirm the possibility of harvesting stem cells for the regeneration of the sick organs directly from adipose tissue. This procedure is an usual practice in traditional clinical practice; it also proves that the human body is endowed with it's own healing mechanisms. Tibetan traditional medicine explains these self-healing mechanisms by a system of energy meridians. The activity these is coordinated by the primordial energy located in the brain.