Adenosine and inflammation: it's time to (re)solve the problem.

The transition from inflammation to resolution remains an underexplored area in immunology. Prior research has shown that inflammation is a necessary defense mechanism, but its prolonged activity can cause tissue damage. It was already known that certain molecules actively promote the resolution of inflammation. However, the specific role of adenosine and its receptors in this process remains unclear. This gap motivated researchers to investigate how the adenosine system influences the shift from proinflammatory to resolving states. No prior work had resolved the exact mechanisms by which adenosine contributes to resolution. Understanding these mechanisms could lead to new therapeutic strategies. The adenosine system has been linked to immune cell repolarization, but the extent of its involvement is still debated. This uncertainty drives the need for a comprehensive review of current evidence on adenosine's role in resolution.

This review aims to clarify the role of the adenosine system in the transition from inflammation to resolution. The specific problem is the lack of consensus on how adenosine receptors influence immune cell behavior during resolution. The motivation comes from the potential of adenosine-based therapies to treat chronic inflammation. The authors propose that adenosine may serve as a key driver of resolution, but this remains to be fully established. The study does not aim to propose new drugs but to synthesize current evidence on adenosine's role. The focus is on how adenosine signaling may guide immune cells toward functional repolarization. The authors suggest that understanding this process could inform future pharmacological strategies. This work addresses a critical knowledge gap in resolution pharmacology.

The authors conducted a literature review to assess the role of adenosine in inflammation resolution. They analyzed peer-reviewed articles on adenosine receptors and immune cell function. The review approach included both experimental and clinical studies. The authors focused on how adenosine signaling may influence immune cell repolarization. They evaluated whether adenosine contributes to the onset of resolution. The key findings from the literature suggest that adenosine may promote resolution through receptor activation. The authors synthesized evidence from multiple disciplines, including immunology and pharmacology. The review does not include original data but compiles existing findings into a coherent framework.

The key findings from the literature suggest that adenosine may promote resolution through receptor activation. Adenosine receptors appear to influence immune cell repolarization during resolution. The evidence indicates that adenosine may guide immune cells toward functional repolarization. The literature suggests that adenosine may serve as a proresolving signal. The authors propose that adenosine may shape the transition from inflammation to resolution. The findings suggest that adenosine may contribute to the onset of resolution. The literature indicates that adenosine may modulate immune cell activity during resolution. These results suggest that adenosine may be a promising target for resolution pharmacology.

The synthesis and implications of the literature suggest that adenosine may play a role in inflammation resolution. The authors propose that adenosine may serve as a proresolving signal. The evidence suggests that adenosine may guide immune cells toward functional repolarization. The findings suggest that adenosine may contribute to the onset of resolution. The authors suggest that adenosine may shape the transition from inflammation to resolution. The literature indicates that adenosine may modulate immune cell activity during resolution. The authors propose that adenosine may be a promising target for resolution pharmacology. These conclusions are based on the authors' synthesis of current evidence.