Cell-mediated immunity is extremely important for resolution of infection and for proper healing from injury.
In conclusion, early recognition of antibiotic resistance and treatment with appropriate antibiotics (as in our case with piperacillin-tazobactam) were associated with resolution of infection.
An excellent bone result was assigned for those who achieved full union and resolution of infection with absence of the other three factors.
Suppression was defined as subjective resolution of infection symptoms and signs from the patient's point of view to the extent that the patient required no additional treatment.
Clinical resolution of infection was achieved in all patients as indicated by normal clinical and biochemical findings at last follow-up.
Similarly, for beta-lactam antibiotic therapy, there is no established or uniform clinical endpoint that reliably describes resolution of infection and, therefore, adequate dosing.
In this situation, therapeutic restoration of adaptive responses may represent a rational strategy to obtain resolution of infection and to complement available therapies.
Recognition of pathogens by innate and adaptive immune cells instructs rapid alterations of cellular processes to promote effective resolution of infection.
Although the technique does not appear to offer an advantage in terms of the external fixation index, it may serve as a useful adjunct in achieving resolution of infection.
Bony union with resolution of infection occurred in 18 (94.7 %) out of 19 cases after a mean period in the fixator of 11.2 months (range 8 18 SD 2.9).
Although the technique does not appear to offer an advantage in terms of the external fixation index, it may serve as a useful adjunct in order to achieve resolution of infection.
