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Background/Aim: The present study aimed to assess the conclusions of literature articles on the matter of cancer in Parkinson’s disease. Patients and Methods: Studies and articles that contained information on epidemiology, pathophysiological, clinical as well as associations and correlations on the topic of Parkinson’s disease and cancer were incorporated in the research too. Results: The prevalent part of the investigations and studies on the matter of Parkinson’s disease patients’ risk of cancer revealed a decreased lifetime risk in comparisson with non-PD subjects. In the literature, the most prevalent types of cancer among Parkinson’s disease patients were melanoma and other subtypes skin cancer and also, breast cancer. Conclusion: Epigenetic factors, gene–environment interactions, and problematic events can have an impact in the occurance and progression of Parkinson’s disease. Further, the mentioned factors can also determine the developing of cancer. Therefore, a complex and interesting relation between the two diseases is further to be discovered.

In particular, the promotion of sport is aimed at adolescents and young people with the aim of facilitating the harmonious development of the body and of discouraging obesity and its longterm consequences. In contrast, due to the exhaustive use of sports training in terms of intensity and volume, the practice of sports has conduced to an increased rate of acute and overuse injuries.The principal acute injuries in youth sports are sprains, strains, fractures, dislocations and contusions [1][2][3][4][5].Young athletes are more prone to stress fractures and congenital predispositions to stress fractures. Young athletes can be affected by two basic types of injuries: acute injury as the result of single impact macrotrauma and overuse injury that appears after repetitive microtrauma of training.The inconsistent variable that differentiates diagnosis, treatment and prognosis after spinal cord injury is related to the patient's age, due to the biomechanical and biochemical characteristics that each age. Discussion intervertebral disc lesionsInjuries can be disc-located with the result of disc herniation, disc degeneration, and ultimately developmental stenosis.These are most commonly seen in the lumbar spine L4-L5 and L5-S1, but also a significant incidence is present in the cervical spine. A low frequency of intervertebral disc lessions occurs at the level of thoracic spine. Disc lesions are generated by flexion/rotation or weightlifting injury, but also hyperextension can produce cervical disc herniation at the level of cervical spine C3-C4. Intervertebral disc lesions produce axial pain and restricted spinal motion. The clinical subjective symptoms of radicular compression are pain in a dermatomal distribution, weakness, paraesthesia and numbness. Neurological deficit is secondary to nerve root or spinal cord compression [6-10].Compression injuries that use the axial loading process can result from injuries in sports using the motor or boat. It is possible