In recent years, directed evolution has emerged as an efficient tool to develop and identify
novel protein variants. Eimeria tenella microneme-2 (EtMIC2) is a promising vaccine …

Chicken coccidiosis caused by Eimeria species leads to tremendous economic losses to the
avian industry worldwide. Identification of parasite life cycle specific antigens is a critical step …

Eimeria tenella microneme protein 1 (EtMIC-1) is highly conserved with TgMIC-2, which is
involved in parasite binding specifically to host cells. Little is known about the immune …

Avian coccidiosis caused by Eimeria is a serious parasitic disease that poses a threat to the
poultry industry. Currently, prevention and treatment mainly rely on the administration of …

Eimeria infection in poultry is of significant economic interest worldwide. Development of a
cost-effective sub-unit vaccine that provides cross-protection may help reduce loss in poultry …

An Eimeria tenella microneme recombinant gene (EtMIC2) and encoded protein were
evaluated as potential vaccines against avian coccidiosis. In ovo inoculation with the EtMIC2 …

Coccidiosis is an intestinal parasitic disease that causes huge economic losses to the
poultry industry globally. Eimeria tenella belonging to protozoon is the causative agent of …

Eimeria tenella (E. tenella) has caused severe economic loss in chicken production,
especially after the forbidden use of antibiotics in feed. Considering the drug resistant …

Eimeria tenella, belonging to protozoon, is the causative agent of cecal coccidiosis in
chicken and causes enormous impacts for poultry industry. The surface antigens of …

The search for effective vaccines against chicken coccidiosis remains a challenge because
of the complex organisms with multiple life cycle stages of Eimeria. Combination of T-cell …