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identifier: SDY736
description:
Delineate the effect of aging from that of cytomegalovirus (CMV) infection upon relative and absolute changes in blood T cell subsets using a cohort of 391 individuals ranging in age from 21-101yrs, seperated into two subgroups based on serological CMV status.
aggregation:
instance of dataset
refinement:
2 - Complete set of descriptive data and results, as ascertained by ImmPort.
availability:
available with registration
primaryPublications: 24501199
27270402
isAbout:
Determine the distinct roles of chronological aging as well as prior CMV infection on the absolute changes in blood T cell subsets.
clinical trial:
study category: Immune Response
study type: Observational
subject species: Homo sapiens
biosample type: PBMC
Plasma
Whole blood
subject gender: Female, Male, Unknown
assay type: Flow Cytometry
name:
Aging and cytomegalovirus infection differentially and jointly affect distinct circulating T cell subsets in humans
fullName:
Janko Nikolich-Zugich
affiliations:
University of Arizona
roles:
principal investigator
name:
Human Aging and CMV
size:
393
name:
Immunological basis of age-related vulnerability in biodefense and emerging infections SP2 UAz
output:
Flow cytometry for Tcell phenotype, ELISA for CMV serology
studyGroups:
CMV positive: These donors were found to be seropositive for cytomegalo virus (CMV)
CMV negative: These donors were found to be sero-negative for cytomegalo virus (CMV)
description:
Delineate the effect of aging from that of cytomegalovirus (CMV) infection upon relative and absolute changes in blood T cell subsets.
identifier:
10.21430/M3736K8GMY
startDate:
2015-04-21
name:
ImmPort
identifier:
SCR:012804
homePage: http://www.immport.org

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