It is an affection that produces a decrease of the bony mass. This increases the possibility that fractures for light traumatism take place. It is a pathology that affects more to the women that to the men.
Like all the tissues of the organism, the bone with the step of the time and starting from determining age it also spread to involution, it goes determining a slow decrease of the bony mass.
It is a lesion of the bone characterized by a progressive weigh loss of the trabecula bony, with old speed that the normal physiology.

The organic structure and mineral of the trabecula, but the spaces inter-trabeculas enlarges, transforming you it structure, the compact bone becomes spongy, with a real loss of bony mass.
It affect 1 of each 5 women of more than 45 years, and to 4 of each 10 of more than 75 years. It is more frequent in the women, but also the men in relationship of 4 to 1 suffer it.

It is a chronic illness (it stays along the time), progressive (every time there is less bone) and, often, it stays in silent form, until are arrived to the threshold of fracture (value of bony mass below which the probabilities of fracture are high). The genetic factor has much importance (the daughters of the osteoporosis women will have minor bony density). There are important factors of risk that predispose a woman to suffer osteoporosis, like being: the lowers ingesta of calcium in the diet, the physical small body, the obesity, etc.

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They could be distinguished two big groups of osteoporosis:

Primary: osteoporosis post menopausal is related pick from bony density (degree of mineralization) with a minor reaching a loss accelerated of adult bone during the development.

Secondary: senile osteoporosis, it take place like consequence of endocrine illnesses, gastrointestinales, hematology, rheumatology or half-filled for medications.

Pain in the back: it could be to dorsal or lumbar level. it begin acutely and it are irradiated to the sides and toward before, and it is due to the fractures for compression or squashing of the bodies of the vertebras after minimum efforts like sneeze, cough, or lift objects. The pain could give in weeks and returns upon appearing new fractures. The fractures in column lead to a deformity of the same for increase of the dorsal clinic bend (kyphosis) is like a hump.
Pain for fracture of doll (post-fallen ): it is accustomed to happen upon supporting the hand in the fall and the doll is deformed.
Pain for fracture of hip (post-fallen): it denote the situation more feared, particularly that of neck of the femur, that it is solved surgery. It is the one that had old importance not only for the fracture, but also for the consequences that this could bring.

The most frequent fractures are: from doll, of vertebra or of hip and they are the causing of deep pain, disability, loss of stature, and decrease of the quality of life.

The diagnosis for images allows us to determine the degree of osteoporosis many before arriving the threshold of fracture. These modern methods allow to quantify the decrease of the bony tissue and we between the same had the bony [densitometría] and the computed quantitative tomography. The classical x-ray is still useful, but it allow to see the problem when it is already established.

They also exist biochemical markers of the activity of replacement or shaping of the bony fabric (balance between the destruction and the formation, that they make cells called osteoclast and osteoblast respectively). they are measured in urine and/ or blood in the laboratory of biochemical analysis and they are the osteocalcin, [hidroxiprolina], [telopéptidos] of the colagen and alkaline phosphatase bony.

The [densitometría] will determine the mineral bony density (DMO) of their skeleton, for a certain area, comparing it with the result average of the DMO of young normal adults of the same sex and race.

During the childhood, the osteoblast manufacture quicker bone of what the osteoclast destroy it. So, the bones become denser. As we grow, in people with osteoporosis the “resorción” exceeds the reconstruction of the bones. The bones are destroyed (process called “resorción”).

This is the women's particular problem that they arrive to the menopause. When the production of [estrógeno] descends, the bones begin to lose mass. Women that have gone by an operation in order to extirpate their ovaries, or that they have had a precocious menopause they could also be in situation of risk.
Factors related with the diet and the style of life could increase the possibility of suffering osteoporosis, like the lack of calcium, the excessive alcohol, the sedentary life and the consumption of tobacco. Other factors of risk include the use of steroid, illnesses of the liver and long days of obliged rest.

The final objective of the treatment of the osteoporosis is not only increase the bony mass but rather this is accompanied by a decrease of the risk of fracture. It in the secondary osteoporosis are tried to attack the cause producer in specific form.

The bones are alive and dynamic elements, they continually change and they are renewed. This property allows us to reestablish the parameters of normality, for the action of the CAMPO CUANTICO SYSTEM, increasing the absorption of the calcium on the part of the organism (favoring the assimilation, not increasing the ingesta of indiscriminately calcium) and reactivating the biological processes characteristic of the regeneration bony described previously. Being the times of recovery of the bony mass, similar to the times of cellular regeneration of a healthy individual.

The evolution in the treatment of the oteoporosis is verifying in a first instance starting from a decrease of the levels of elimination of calcium in urine, advanced the same is possible make it by means of a bony [densitometría], like in the case that we attached.

RIGHT FEMUR
The mineral bony concentration or mineral bony density (BMD) in g/ cm2 in neck of femur is diminishing in a 7.8% with regard to the age of the patient and diminishing in a 3rado.8.1% with regard to the mature young woman.
CONCLUSION: osteoporosis of moderate degree.
The absolute values of mineral bony density in g/ cm2 in femoral neck is below the theoretical threshold of fracture.

RIGHT FEMUR
The mineral bony concentration or mineral bony density (BMD) in g/ cm2 in neck of femur is inside the considered as normal values with regard to the age of the patient and diminishing in a 31% with regard to the mature young woman.
CONCLUSION: osteoporosis of light degree.
The absolute values of mineral bony density in g/ cm2 in femoral neck is below the theoretical threshold of fracture.

LEFT FEMUR
The mineral bony concentration or mineral bony density (BMD) in g/ cm2 in neck of femur is diminishing in a 7.1% with regard to the age of the patient and diminishing in a 37.7% with regard to the mature young woman.
CONCLUSION: osteoporosis of moderate degree.
The absolute values of mineral bony density in g/ cm2 in femoral neck is below the theoretical threshold of fracture.

LEFT FEMUR
The mineral bony concentration or mineral bony density (BMD) in g/ cm2 in neck of femur is diminishing in a 1% with regard to the age of the patient and diminishing in a 32% with regard to the mature young woman.
CONCLUSION: osteoporosis of light degree.
The absolute values of mineral bony density in g/ cm2 in femoral neck is below the theoretical threshold of fracture.

COLUMN LUMBAR POSTERIOR ANTERO
AVERAGE- L2-L4-
The mineral bony concentration or mineral bony density (BMD) in g/ cm2 in spine posterior antero- L2-L4- is inside the considered as normal values with regard to the age of the patient and diminishing in a 19.6% with regard to the mature young woman.
CONCLUSION: osteopenia of light degree.
The absolute values of mineral bony density in g/ cm2 in column lumbar anteroposterior is below the theoretical threshold of fracture.
Valoracion in the figures is observed [densitometricas] obtained in column lumbar anteroposterior (especially to level L3-L4) probaby for the existence of vertebral processes with calcic apposition.

COLUMN LUMBAR POSTERIOR ANTERO
AVERAGE- L2-L4-
The mineral bony concentration or mineral bony density (BMD) in g/ cm2 in spine posterior antero- L2-L4- is inside the considered as normal values with regard to the age of the patient and diminishing in a 9% with regard to the mature young woman.
CONCLUSION: in normal values.
The absolute values of mineral bony density in g/ cm2 in column lumbar anteroposterior is below the theoretical threshold of fracture.
Valuacion in the figures is observed [densitometricas] obtained in column lumbar anteroposterior (especially to level L3-L4) probably for the existence of vertebral processes with calcic apposition in column [escoliótica].