Inflammation resolution is an active, highly coordinated programme that restores tissue homeostasis after injury or infection. It begins with the cessation of neutrophil recruitment and the clearance ...

Material Transfer Agreements provide access to leading lipid nanoparticle formulations to validate delivery of its proprietary payloads and ...

When our body fights an infection, the immune system must quickly activate defenses and trigger a beneficial inflammatory response. It’s just as important to be able to resolve that inflammation and ...

When our body fights an infection, the immune system must quickly activate defenses and trigger a beneficial inflammatory response. But it is just as important to resolve that inflammation and return ...

Neutrophil apoptosis is a pivotal mechanism in innate immunity, serving to limit tissue damage and promote the restoration of homeostasis once a threat has been neutralised. Following their rapid ...

A study published in Immunity reveals that type I interferons (IFN‑I) help resolve inflammation by inducing changes in macrophage mitochondria When our body fights an infection, the immune system must ...

The discovery of a key mechanism that helps the body turn off inflammation could be a breakthrough that results in the development of novel therapies for various chronic diseases. Details of the ...

In IAV-infected wild-type AECII, ELOVL5 promoted inflammation resolution and cell proliferation through both regulating lipid metabolism (promoting PUFAs generation while decreasing eicosanoid levels) ...

The medical community increasingly recognizes chronic inflammation as a fundamental driver behind numerous health conditions, from obvious manifestations like rheumatoid arthritis and inflammatory ...

Resolution Therapeutics enters into agreement with LNP technology providers: Edinburgh & London, UK Resolution Therapeutics Limited, a cli ...

Baseline serum haptoglobin was significantly elevated in chronic spontaneous urticaria versus controls, whereas zonulin did not differ, supporting haptoglobin as a systemic inflammation–linked signal ...

There is a complex pathological relationship between diabetes and osteoporosis, two of the most common chronic diseases worldwide.