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identifier: SDY224
alternateIdentifiers:
GSE45764
description:
High-frequency sampling combined with systems biology analysis of human peripheral blood cells following influenza vaccination was used to investigate T cell and B cell responses. Functional principal component analysis was used to examine time varying B cell vaccine response highlighting a single subject-specific mathematical pattern explaining ninety percent of the transcriptome variation. In addtition, daily sampling and monitoring of the proliferation marker Ki-67, revealed influenza-specific CD4 T cells do respond to vaccination.
aggregation:
instance of dataset
availability:
available with registration
acknowledges:
NIAID
relatedIdentifiers:
SDY241
primaryPublications: 22554464
23900141
isAbout:
Develop detailed, multi-level, multi-scale high dimensional mathematical models of the immune response to seasonal influenza vaccination
subject species: Homo sapiens
study conditions: Influenza
study type: Interventional
study category: Immune Response
Vaccine Response
assay type: ELISA
ELISPOT
Flow Cytometry
Gene Expression
HAI
PCR
time point: <0
15-27
subject race: American Indian or Alaska Native
Black or African American
White
subject gender: Female
Male
subject age: 21-30
31-40
41-50
name:
immune response in healthy volunteers
affiliations:
University of Rochester Medical Center
fullName:
Martin Zand, Hulin Wu
roles:
principal investigator
name:
Immune Responses to Seasonal TIV 2010-2011 Influenza Vaccination in Humans (see companion study SDY396,SDY564)
size:
14
output:
Blood samples prior to vaccination and daily sampling post vaccination up to 10 days and day 21
description:
To use system biology approaches to compare differences in immune responses to vaccine
name:
ImmuneSpace
homePage: http://www.immunespace.org

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