Microneedles for treatment of peanut allergy
Microneedles for treatment of peanut allergy
批准号:
10219057
负责人:
Harvinder Singh Gill
金额:
$64.98万
依托单位:
依托单位国家:
美国
项目类别:
财政年份:
2018
资助国家:
美国
项目状态:
已结题
起止时间:
2018-09-17 至 2023-08-31
关键词:
Adverse effectsAllergen ImmunotherapyAllergensAllergic DiseaseAllergy ShotAllergy to peanutsAnaphylaxisAnatomyAnimalsAntibodiesAntigensAreaAttentionAutoimmune DiseasesBehaviorBiomedical EngineeringBody Weight decreasedBone MarrowChildClinicClinical TrialsCutaneousDataDepositionDevelopmentDiarrheaDietDoseEffectivenessEnsureErythemaExhibitsExposure toFDA approvedFamilyFamily suidaeFoodFood HypersensitivityFoundationsGenerationsGillsGoalsHemorrhageHistologicHumanHypersensitivityIgG4ImmuneImmune responseImmunoglobulin GImmunoglobulin-Secreting CellsImmunologyImmunotherapyIntestinesLangerhans cellLeadLengthLifeLife StyleMalnutritionMedicineModelingMusNeonatalOralPassive ImmunizationPatientsPediatric HospitalsPersonal SatisfactionPhasePhenotypePhysiologyPlasma CellsPlayPopulationProductionRegulatory T-LymphocyteResearchRespiratory distressRiskRoleSafetySkinStressTechnologyTexasTherapeutic EffectTreatment Efficacyacute symptombasebiological adaptation to stresscomparativedesensitizationdesignenvironmental allergyimmunogenicityin vivomilligrammouse modelnoveloral immunotherapyporcine modelpreventprogramsside effectsuccesstherapeutic effectivenessuptakevaccinology
中文摘要
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英文摘要
Microneedles for treatment of peanut allergy
Peanut allergy is a life-threatening condition. About 1% of the US population (~3 million people) has peanut
allergies, and there is no FDA-approved treatment. Strict avoidance, and a peanut-free diet is the only option
available to manage peanut allergies, which imposes severe limitations on the lifestyle of the patient and their
families, and can lead to nutritional deficiencies. The overall goal of this proposal is to develop a coated
microneedles (MNs) based cutaneous immunotherapy (CIT) a.k.a (MNs-CIT) for peanut allergy. Presently
peanut oral immunotherapy has received much attention. However, a major limitation of oral immunotherapy is
that the peanut oral dose is escalated to thousands of milligrams, which causes adverse effects. Based on our
preliminary data our hypothesis is that MNs coated with peanut allergen can safely deliver peanut allergen in to
the superficial skin-layer to produce long-lasting peanut desensitization. Our specific aims are: (i) Develop PE-
coated MNs and evaluate their short and long term therapeutic effectiveness in treating peanut allergy, (ii)
Characterize the mechanism of peanut MNs-CIT, and (iii) Evaluate therapeutic efficacy in a neonatal pig model
of peanut allergy.
If successful, these studies will provide the foundation to support the development of a novel and safer peanut
allergy immunotherapy treatment.
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依托单位:
海外基金