peer reviewedHelminths are parasitic worms that coevolve with their host, usually resulting in long-term persistence through modulating host immunity. The multifarious mechanisms altering the immune system induced by helminths have significant implications on the control of coinfecting pathogens such as viruses. Here, we explore the recent literature to highlight the main immune alterations and mechanisms that affect the control of viral coinfection. Insights from these mechanisms are valuable in the understanding of clinical observations in helminth-prevalent areas and in the design of new therapeutic and vaccination strategies to control viral diseases
Parasites have evolved a wide range of mechanisms that they use to evade or manipulate the host's im...
Pathogens frequently use vectors to facilitate transmission between hosts and, for vertebrate hosts,...
Variation in the intensity and duration of infections is often driven by variation in the network an...
Viral infections are often studied in model mammalian organisms under specific pathogen-free conditi...
Helminth-induced immunomodulation is thought to influence the outcome of secondary infections. Osbor...
Viral infections are often studied in model mammalian organisms under specific pathogen-free conditi...
Helminth parasite infections are associated with a battery of immunomodulatory mechanisms that affec...
Helminth parasite infections are associated with a battery of immunomodulatory mechanisms, which imp...
More than one-third of the world’s population is infected with one or more helminthic parasites. Hel...
Parasitic helminths are ubiquitous in most host, including human, populations. Helminths often alter...
Parasitic helminthes infections take place mostly in regions where exposure to other pathogens is as...
Pathogens are constantly challenging the immune system and infection with multiple parasites simulta...
Abstract Parasites are one of the strongest selective agents in nature. They select for hosts that e...
AbstractThe noticeable phenomenon of an increased frequency of immune-inflammatory disorders, in the...
Parasitic helminths have co-evolved with the mammalian immune system. Current hypotheses suggest tha...
Parasites have evolved a wide range of mechanisms that they use to evade or manipulate the host's im...
Pathogens frequently use vectors to facilitate transmission between hosts and, for vertebrate hosts,...
Variation in the intensity and duration of infections is often driven by variation in the network an...
Viral infections are often studied in model mammalian organisms under specific pathogen-free conditi...
Helminth-induced immunomodulation is thought to influence the outcome of secondary infections. Osbor...
Viral infections are often studied in model mammalian organisms under specific pathogen-free conditi...
Helminth parasite infections are associated with a battery of immunomodulatory mechanisms that affec...
Helminth parasite infections are associated with a battery of immunomodulatory mechanisms, which imp...
More than one-third of the world’s population is infected with one or more helminthic parasites. Hel...
Parasitic helminths are ubiquitous in most host, including human, populations. Helminths often alter...
Parasitic helminthes infections take place mostly in regions where exposure to other pathogens is as...
Pathogens are constantly challenging the immune system and infection with multiple parasites simulta...
Abstract Parasites are one of the strongest selective agents in nature. They select for hosts that e...
AbstractThe noticeable phenomenon of an increased frequency of immune-inflammatory disorders, in the...
Parasitic helminths have co-evolved with the mammalian immune system. Current hypotheses suggest tha...
Parasites have evolved a wide range of mechanisms that they use to evade or manipulate the host's im...
Pathogens frequently use vectors to facilitate transmission between hosts and, for vertebrate hosts,...
Variation in the intensity and duration of infections is often driven by variation in the network an...