Over the last decades, the increase in the global population’s mean age has implied a corresponding increase in degenerative disease affecting various anatomical areas and tissues, including bones and cartilages, thus provoking a rising number of disabilities and a wider usage of drugs, mostly anti-inflammatory and cortisone. New developments in technologic and biomedical fields gave birth to new subjects, such as tissue engineering, cell therapy, gene therapy that, by and large, create a knowledge network falling under the concept of Regenerative Medicine. This science is essentially based on the usage of stem cells that can replicate and renovate themselves originating, if adequately stimulated, a number of cell types. Inter alia, in orthopaedic field a particular type of adult stem cells is used, the mesenchymal stem cells (MSCs). If combined with synthetic material produced in laboratories, the usage of these cells has provided inspiration for new study interests; today, it can be applied in various degenerative and post-traumatic pathologies, with great therapeutic benefits for the patient. Actually, many studies write about an improvement in patients’ life quality; given the reduced recovery time, patients can favourably face the rehab period, while the possibility to use less painkillers and anti-inflammatory drugs provides for a greater protection of a person’s general health condition, as well as savings in terms of hospital and public health care expenditure
La medicina rigenerativa: applicazioni in ortopedia e problematiche medico legali / Ricci, Serafino; Ricci, O.; Tucci, C. E.; Massoni, Francesco; Sarra, M. V.. - In: LA CLINICA TERAPEUTICA. - ISSN 0009-9074. - ELETTRONICO. - 5:163(2012), pp. 357-363.
La medicina rigenerativa: applicazioni in ortopedia e problematiche medico legali
RICCI, Serafino;MASSONI, FRANCESCO;M. V. Sarra
2012
Abstract
Over the last decades, the increase in the global population’s mean age has implied a corresponding increase in degenerative disease affecting various anatomical areas and tissues, including bones and cartilages, thus provoking a rising number of disabilities and a wider usage of drugs, mostly anti-inflammatory and cortisone. New developments in technologic and biomedical fields gave birth to new subjects, such as tissue engineering, cell therapy, gene therapy that, by and large, create a knowledge network falling under the concept of Regenerative Medicine. This science is essentially based on the usage of stem cells that can replicate and renovate themselves originating, if adequately stimulated, a number of cell types. Inter alia, in orthopaedic field a particular type of adult stem cells is used, the mesenchymal stem cells (MSCs). If combined with synthetic material produced in laboratories, the usage of these cells has provided inspiration for new study interests; today, it can be applied in various degenerative and post-traumatic pathologies, with great therapeutic benefits for the patient. Actually, many studies write about an improvement in patients’ life quality; given the reduced recovery time, patients can favourably face the rehab period, while the possibility to use less painkillers and anti-inflammatory drugs provides for a greater protection of a person’s general health condition, as well as savings in terms of hospital and public health care expenditureI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.


