Furthermore, some of the RA treatments/drugs themselves can influence repair and injury responses, as well as the outcome of surgical interventions for advanced disease.
BMSCs are also able to influence repair by secreting growth factors, anti-apoptotic factors, and anti-inflammatory factors [ 1].
Nonetheless, differences in extracellular matrix and cell composition between the inner and outer zones may also influence repair.
One might expect that because different DNA slip-outs are repaired with varied efficiencies, distinct slipped-junction isoforms may differentially influence repair outcome.
In addition, findings from Kovtun et al. [ 38] suggest the possibility that X- or Y-encoded factors influence repair or replication of DNA in the embryo.
Experimental studies have provided accumulating evidence that peripheral nerve fibers not only are important in normal bone homeostasis and skeletal growth but also influence repair mechanism after bone trauma (for example, fracture healing).
Given the profound influence that folate status has on DNA metabolism, and preliminary indications that folate deficiency can negatively influence repair of oxidative DNA damage in vitro (James and Yin, 1998; Duthie et al, 2000a), it might be expected that DNA base excision repair capacity could be improved by increasing folate intake.
Our RNAi predictably prevented recovery from heat shock and, in addition, negatively influenced repair of chilling injuries caused by cold stress.
There are few data available on how modulation of TNF-α signaling influences repair.
Poly(ADP-ribose) polymerase (PARP) also influences repair of Top I-mediated DNA damage.
Variants in XRCC1 gene were suggested to alter protein structure/function or create alternatively spliced protein influencing repair efficiency.
