Data in favor of the hypothesis of the common evolutionary origin of natural immunity inflammation and stress response are presented. These phenomena seem to be mediated by a common pool of molecules (POMC-derived peptides, cytokines, biogenic amines, glucocorticoids, and nitric oxide). Macrophages are able to release all the above mentioned molecules. They play a primary role in defence mechanisms. Thus, we argue that this cell can be considered the eye-witness of the common evolutionary origin of the immune and neuroendocrine systems
Ten years ago, we surmised that there was a commonevolutionary origin for the immune and neuroendocr...
Inflammation represents the rapid and efficient elimination of damaged tissue and microbes and event...
The immune system has evolved to protect organisms from infections caused by bacteria, viruses, and ...
Data in favor of the hypothesis of the common evolutionary origin of natural immunity inflammation a...
In vertebrates, including man, the study of stress has contributed substantially to unravelling the ...
In invertebrates, lower vertebrates and higher vertebrates, a common pool of highly conserved molecu...
In a modern immunological perspective, it may be asserted that the phagocytic cell should not be con...
Innate immune processes arose from specific host–pathogen coevolutive interactions and the ability t...
The integration between immune and neuroendocrine systems is crucial for maintaining homeostasis fro...
Recent evidence show that the classical distinction between innate and acquired immunity can no long...
Immune and neuroendocrine functions display significant overlap in highly divergent and evolutionari...
tive systems of innate immunity. Ancestors of the vertebrates utilized components of the complement ...
A profound interrelationship between cytokines and invertebrate (molluscs) immune responses has been...
Ten years ago, we surmised that there was a commonevolutionary origin for the immune and neuroendocr...
Inflammation represents the rapid and efficient elimination of damaged tissue and microbes and event...
The immune system has evolved to protect organisms from infections caused by bacteria, viruses, and ...
Data in favor of the hypothesis of the common evolutionary origin of natural immunity inflammation a...
In vertebrates, including man, the study of stress has contributed substantially to unravelling the ...
In invertebrates, lower vertebrates and higher vertebrates, a common pool of highly conserved molecu...
In a modern immunological perspective, it may be asserted that the phagocytic cell should not be con...
Innate immune processes arose from specific host–pathogen coevolutive interactions and the ability t...
The integration between immune and neuroendocrine systems is crucial for maintaining homeostasis fro...
Recent evidence show that the classical distinction between innate and acquired immunity can no long...
Immune and neuroendocrine functions display significant overlap in highly divergent and evolutionari...
tive systems of innate immunity. Ancestors of the vertebrates utilized components of the complement ...
A profound interrelationship between cytokines and invertebrate (molluscs) immune responses has been...
Ten years ago, we surmised that there was a commonevolutionary origin for the immune and neuroendocr...
Inflammation represents the rapid and efficient elimination of damaged tissue and microbes and event...
The immune system has evolved to protect organisms from infections caused by bacteria, viruses, and ...