To avoid these complications, we added GPS® and Orthoss® to our treatment, the rationale being that the application of growth factors from the platelet-rich plasma has been shown to promote tissue repair in many other clinical situations such as cranio-facial surgery [ 41].
A rationale is presented for the choice of growth method for single crystal materials, mainly with applications in the fields of electronics and optoelectronics, from metallic solutions, rather than the more common melt growth techniques, such as the Czochralski pulling from the melt technique, and variants of gradient freeze processes.
The scientific rationale behind PRPs is the delivery of growth factors, cytokines, and adhesive proteins present in platelets and plasma, as well as other biologically active proteins conveyed by the plasma such as fibrinogen, prothrombin, and fibronectin [ 19].
The scientific rationale behind PRPs is the delivery of growth factors, cytokines, and adhesive proteins present in platelets and plasma, as well as other biologically active proteins conveyed by the plasma such as fibrinogen, prothrombin, and fibronectin; with this biological engineering approach, new perspectives in knee surgery were opened.
The rationale was to challenge bacterial cultures at different stages and modes of growth with the same amount of antibiotic.
This rationale would be significantly challenged in the following decade, with the slowdown of growth and the arrival of the post-war baby boomers to the labour market (Teixeira [2000] 23.
This theory puts emphasis on the fact that new knowledge is crucial for the growth and explains the rationale of a knowledge-based economy.
The rationale behind the use of this kind of treatment is the release, from platelets α-granules, of bioactive molecules such as growth factors (GFs) which play important roles in the regulation of growth and development of several tissues [ 7].
