En aquest link. trobareu els consentiments informats que la Societat Esp. de COT aconsella. Fins i tot un programa per posar-los al pc.
http://www.secot.es/Menu/SECOT/Documentacion-Medica/Consentimiento-informado.aspx
diumenge, 20 de març del 2011
dijous, 17 de març del 2011
engineering orthopedic tissues
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC2817661/
While a wide variety of approaches to engineering orthopedic tissues have been proposed, less attention has been paid to the interfaces, the specialized areas that connect two tissues of different biochemical and mechanical properties. The interface tissue plays an important role in transitioning mechanical load between disparate tissues. Thus, the relatively new field of interfacial tissue engineering presents new challenges—to not only consider the regeneration of individual orthopedic tissues, but also to design the biochemical and cellular composition of the linking tissue. Approaches to interfacial tissue engineering may be distinguished based on if the goal is to recreate the interface itself, or generate an entire integrated tissue unit (such as an osteochondral plug). As background for future efforts in engineering orthopedic interfaces, a brief review of the biology and mechanics of each interface (cartilage–bone, ligament–bone, meniscus–bone, and muscle–tendon) is presented, followed by an overview of the state-of-the-art in engineering each tissue, including advances and challenges specific to regenerating the interfaces.
While a wide variety of approaches to engineering orthopedic tissues have been proposed, less attention has been paid to the interfaces, the specialized areas that connect two tissues of different biochemical and mechanical properties. The interface tissue plays an important role in transitioning mechanical load between disparate tissues. Thus, the relatively new field of interfacial tissue engineering presents new challenges—to not only consider the regeneration of individual orthopedic tissues, but also to design the biochemical and cellular composition of the linking tissue. Approaches to interfacial tissue engineering may be distinguished based on if the goal is to recreate the interface itself, or generate an entire integrated tissue unit (such as an osteochondral plug). As background for future efforts in engineering orthopedic interfaces, a brief review of the biology and mechanics of each interface (cartilage–bone, ligament–bone, meniscus–bone, and muscle–tendon) is presented, followed by an overview of the state-of-the-art in engineering each tissue, including advances and challenges specific to regenerating the interfaces.
dimarts, 1 de març del 2011
Tutorials per apendre "Recercar" info.
Per qui vulgui apendre a fer anar el cercador Pub-Med ( alias Medline ) hi ha una plana de tutorials que som molt interessants.
Congresos SECOT
http://www.congresos-secot.com/cursos_2011.html
Aquest link us portara als corsos de la SECOT. Estan orientats en bàsics i avançats. Es interessant que els comenteu amb els tutors per intentar de distribuir-los durant l'any.
JHuguet
Aquest link us portara als corsos de la SECOT. Estan orientats en bàsics i avançats. Es interessant que els comenteu amb els tutors per intentar de distribuir-los durant l'any.
JHuguet
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