"generate immune response" is a correct and usable phrase in written English.
It is typically used when discussing the body's natural defense mechanism against infections and diseases. Example: "The flu vaccine works by triggering the body to generate immune response against the virus."
Similarly, plasmid encoding Japanese encephalitis virus premembrane and envelop genes generate immune responses and induction of protective immunity against Japanese encephalitis in mice [ 15].
Thus, inclusion of an immunogenic capsular component as well as protective antigen in new anthrax vaccines would generate immune responses targeting both the bacteremic and toxigenic aspects of anthrax infection and thus may increase protective efficacy.
Therefore, mitochondrial proteins can generate immune responses contributing to damaged EC.
This conservation of diversity would also generate immune responses that can be thought of as ensuring the "objective" of successful parasites; survival of both the host and the parasite.
By recognizing different PAMPs, TLRs quickly and efficiently generate immune responses to clear pathogens [4].
Keeping that in mind, a better approach might be to generate immune responses towards a variety of specific glioma antigens.
A series of antigenic peptides from fungal pathogens have been identified that can generate immune responses, and which may assist in developing an antifungal vaccine [ 3, 4].
Several authors have shown that vaccination for influenza may generate immune responses also in children receiving chemotherapy, although at lower rates than in healthy children or children off-chemotherapy.
In recent years, the conjugation of up to two TLR agonists has been explored, where treatment with covalently conjugated TLR agonists can generate immune responses that are synergistic or repressive.
