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About:
Mito-Omics and immune function: Applying novel mitochondrial omic techniques to the context of the aging immune system
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An Entity of Type :
schema:ScholarlyArticle
, within Data Space :
covidontheweb.inria.fr
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document(s)
Type:
Academic Article
research paper
schema:ScholarlyArticle
New Facet based on Instances of this Class
Attributes
Values
type
Academic Article
research paper
schema:ScholarlyArticle
isDefinedBy
Covid-on-the-Web dataset
has title
Mito-Omics and immune function: Applying novel mitochondrial omic techniques to the context of the aging immune system
Creator
Cohen,
Affiliations, Ana
Cohen, Pinchas
Davis, Leonard
Flores, Brendan
Flores, Melanie
Kim, Kelvin
Kim, Su-Jeong
Mehta, Hemal
Mehta, Pinchas
Miller, Brendan
Miller, Su-Jeong
Silverstein, Ana
Silverstein, Melanie
Yen, Hemal
Yen, Kelvin
Source
Elsevier; Medline; PMC
abstract
Recent advancements in genomic, transcriptomic, proteomic, and metabolomic techniques have prompted fresh inquiry in the field of aging. Here, we outline the application of these techniques in the context of the mitochondrial genome and suggest their potential for use in exploring the biological mechanisms of the aging immune system.
has issue date
2020-08-21
(
xsd:dateTime
)
bibo:doi
10.1016/j.tma.2020.08.001
bibo:pmid
32844137
has license
no-cc
sha1sum (hex)
16208527e08a23b2f9f615065f6767b5d6ff058e
schema:url
https://doi.org/10.1016/j.tma.2020.08.001
resource representing a document's title
Mito-Omics and immune function: Applying novel mitochondrial omic techniques to the context of the aging immune system
has PubMed Central identifier
PMC7441040
has PubMed identifier
32844137
schema:publication
Transl Med Aging
resource representing a document's body
covid:16208527e08a23b2f9f615065f6767b5d6ff058e#body_text
is
schema:about
of
named entity 'omic'
named entity 'FRESH'
named entity 'MECHANISMS'
named entity 'THESE'
named entity 'open reading frame'
named entity 'metabolomic'
named entity 'proteomic'
named entity 'immune system'
named entity 'proteomic'
named entity 'mitochondrial genome'
named entity 'mitochondrial'
named entity 'pathology'
named entity 'genomic variants'
named entity 'heteroplasmy'
named entity 'mitochondrial dysfunction'
named entity 'NLRP3'
named entity 'metabolomics'
named entity 'peptide'
named entity 'IL-18'
named entity 'experimental design'
named entity 'healthy aging'
named entity 'mtDNA'
named entity 'mitochondria'
named entity 'oncogenes'
named entity 'GWAS'
named entity 'Mitochondria'
named entity 'proinflammatory state'
named entity 'rRNAs'
named entity 'cancer development'
named entity 'proteomics'
named entity 'mtDNA'
named entity 'mitochondrial'
named entity 'mitochondrial'
named entity 'Alzheimer's disease'
named entity 'humanin'
named entity 'mitochondrial genome'
named entity 'age-related diseases'
named entity 'obesity'
named entity 'mutation'
named entity 'mice'
named entity 'mtDNA'
named entity 'pathogenesis'
named entity 'diseases of aging'
named entity 'immunosenescence'
named entity 'cellular metabolism'
named entity 'mtDNA'
named entity 'genome'
named entity 'pathology'
named entity 'transcriptomic'
named entity 'tRNAs'
named entity 'proinflammatory'
named entity 'mtDNA'
named entity 'humanin'
named entity 'glutathione'
named entity 'immune dysfunction'
named entity 'age-related diseases'
named entity 'age-related'
named entity 'mitochondrial'
named entity 'peptides'
named entity 'proteomic'
named entity 'diabetes'
named entity 'mitochondrial'
named entity 'nuclear genes'
named entity 'heteroplasmy'
named entity 'cell damage'
named entity 'innate immune'
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