[Our experience in the chemical spinal neuromodulation in chronic pain from spinal collapse due to osteoporosis.].

Aims: Osteoporosis is a metabolic disease of the bone characterized by reduced bone mass and microstructural deterioration of bone tissue with a consequent increase in bone fragility and risk of vertebral collapse. Treatment of osteoporosis with the new molecule is effective in improving the density and quality of bone but does not provide an analgesic effect for patients with vertebral collapse. The treatment of chronic pain from vertebral collapse is difficult and may require the use of opioids, but for some patients the intake of these drugs is burdened with systemic side effects.

[The chemical neuromodulation of pain: a review].

The chronic pain is a true emergency. In fact, the study "Pain in Europe 2005" showed that 26% of the Italian population is suffering by it. Chronic pain can be benign, when caused by a tissular damage, or malignant when cancer-related.

[Cervical lymphoadenopathy due to Pseudomonas aeruginosa following mesotherapy].

Mesotherapy is a treatment method devised for controlling several diseases by means of subcutaneous microinjections given at or around the affected areas at short time intervals. It is used to treat a variety of medical conditions, amongst which all orthopaedic diseases and rheumatic pain. Mesotherapy is especially indicated for neck pain.

[Post-surgical neuropathic pain].

The traumatic lesions during surgical interventions often turn into a persistent pain. Pain persists in the location of surgical intervention for a long time, beyond the usual course of natural healing of an acute pain and it is different from that suffered preoperatively. It is usually a chronic pain and it is associated to lesions of the central or peripheral nervous system.

[Cannabinoids in the control of pain].

Hemp (Cannabis sativa L.) has been used since remotes ages as a herbal remedy. Only recently the medical community highlighted the pharmacological scientific bases of its effects.