The circulating phagocytic immune cell is considered to be the main effector of the invertebrate defense system, involved in both immune and neuroendocrine responses, showing the functional characteristics of vertebrate macrophage. Various names have been used to define this cell in different taxa i.e., hemocyte, celomocyte, amebocyte, plasmatocyte, etc. However, regardless of the terminology, these cells perform the same immune function, and possess very similar morphology. For these reasons, it is suggested that the general term immunocyte be used to describe these cells in invertebrates
Crustaceans have been shown to possess a primitive immune system that relies mainly on phagocytosis,...
The same or relatively similar molecules seen in molluscan defense responses are also found inmammal...
Our understanding of the humoral immune response in both vertebrates and invertebrates has dramatica...
The circulating phagocytic immune cell is considered to be the main effector of the invertebrate def...
Circulating blood cells are the primary mediators of immunity in invertebrates, carrying out the pha...
In a modern immunological perspective, it may be asserted that the phagocytic cell should not be con...
In invertebrates, lower vertebrates and higher vertebrates, a common pool of highly conserved molecu...
Immune and neuroendocrine functions display significant overlap in highly divergent and evolutionari...
“blood cells”) play important roles in defense mechanisms against microorganisms in the hemocoel. Ce...
A profound interrelationship between cytokines and invertebrate (molluscs) immune responses has been...
The insect immune response demonstrates a number of structural and functional similarities to the in...
The immune system as we know it in ver-tebrates is divided into a number of com-partments, each of w...
Data in favor of the hypothesis of the common evolutionary origin of natural immunity inflammation a...
The presence and the different functional aspects of cytokine-related molecules in invertebrates are...
The presence and the different functional aspects of cytokine-related molecules in invertebrates are...
Crustaceans have been shown to possess a primitive immune system that relies mainly on phagocytosis,...
The same or relatively similar molecules seen in molluscan defense responses are also found inmammal...
Our understanding of the humoral immune response in both vertebrates and invertebrates has dramatica...
The circulating phagocytic immune cell is considered to be the main effector of the invertebrate def...
Circulating blood cells are the primary mediators of immunity in invertebrates, carrying out the pha...
In a modern immunological perspective, it may be asserted that the phagocytic cell should not be con...
In invertebrates, lower vertebrates and higher vertebrates, a common pool of highly conserved molecu...
Immune and neuroendocrine functions display significant overlap in highly divergent and evolutionari...
“blood cells”) play important roles in defense mechanisms against microorganisms in the hemocoel. Ce...
A profound interrelationship between cytokines and invertebrate (molluscs) immune responses has been...
The insect immune response demonstrates a number of structural and functional similarities to the in...
The immune system as we know it in ver-tebrates is divided into a number of com-partments, each of w...
Data in favor of the hypothesis of the common evolutionary origin of natural immunity inflammation a...
The presence and the different functional aspects of cytokine-related molecules in invertebrates are...
The presence and the different functional aspects of cytokine-related molecules in invertebrates are...
Crustaceans have been shown to possess a primitive immune system that relies mainly on phagocytosis,...
The same or relatively similar molecules seen in molluscan defense responses are also found inmammal...
Our understanding of the humoral immune response in both vertebrates and invertebrates has dramatica...