1 lactic strategies involving both passive and active immunity.

2 s elevated herd immunity due to maternal and active immunity.

3  system, a key component of human innate and active immunity.

4 nd UC patients, and might actually result in active immunity.

5 ulosis bacilli persist in the presence of an active immunity and antibiotics that are used to treat t

6 , we investigate the dynamic tension between active immunity and progressive T-cell destruction durin

7 ve as useful models to evaluate induction of active immunity by candidate animal or human rotavirus v

8 estinal IgA ASC as a correlate of protective active immunity in an animal model of human-rotavirus-in

9 Da monomeric peptide was reported to provide active immunity in mice, suppress inflammatory cytokines

10 -mediated attachment of NTHIF+ by passive or active immunity may reduce the morbidity due to NTHI dur

11 y less is understood about the generation of active immunity or inflammation in the intestinal mucosa

12                                   To provoke active immunity, orally administered Ag must be fed toge

13 ata show that, in Drosophila, constitutively active immunity shapes the structure and density of gut

14 y acquired maternal antibodies that decay or active immunity that wanes, permitting re-infection.

15 used for immunization, both peptides induced active immunity to ETA in mice.

16 ute to the failure of the T cells to promote active immunity to H. pylori in the mouse model of H. py

17 d milk antibodies, on passive protection and active immunity to human rotavirus (HRV) were examined i

18 ve attenuated measles vaccine, which induces active immunity to measles infection, might also predisp

19 d FL prevents mucosal tolerance and enhances active immunity when given by a mucosal route.

20  raises the exciting possibility of inducing active immunity with fully synthetic carbohydrate vaccin