Publication | Closed Access
Microencapsulation Protects Immunoglobulin in Yolk (IgY) Specific against <i>Helicobacter pylori Urease</i>
40
Citations
32
References
2002
Year
Igy ActivityMicrobial PathogensImmunologyInnate ImmunitySatisfactory Encapsulation EfficiencyMedical MicrobiologyH. PyloriImmunochemistryInfection ControlHealth SciencesMucosal VaccinationAllergyPharmacologyClinical MicrobiologyLipopeptidesLipid PreparationMucosal ImmunologyPathogenesisBiotechnologyImmunoglobulin ELipid ChemistryMedicine
ABSTRACT: Hens were intramuscularly (im) immunized on thighs by using urease (E.C. 3.5.1.5) from Helicobactor pylori as antigen. The specificity of IgY against urease of H. pylori increased gradually after initial immunization. The collected yolk was microencapsulated with 10% or 20%β‐cyclodextrin (β‐CD) and gum arabic by a spray‐drier. Microencapsulation was effective in protecting the IgY activity against pepsin. Liposome prepared at the lecithin/ cholesterol ratio of 1/0.25 (mole/mole) displayed satisfactory encapsulation efficiency (69%) of IgY. Increase in cholesterol content in the liposomal structure exhibited a stronger protection effect of IgY against pepsin and acid.
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