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Role of carbonyl modifications on aging-associated protein aggregation
Maya Tanase
, Aleksandra M. Urbanska
, Valerio Zolla
, Cristina C. Clement
, Liling Huang
, Kateryna Morozova
, Carlo Follo
, Michael Goldberg
, Barbara Roda
, Pierluigi Reschiglian
, Laura Santambrogio
Microbiology
Research output
:
Contribution to journal
›
Article
›
peer-review
94
Scopus citations
Overview
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Keyphrases
Aging
100%
Protein Aggregation
100%
Associated Proteins
100%
Carbonyl
100%
Aged Mice
80%
Oxidative Stress
20%
Biological Phenomena
20%
Mass Spectrometry Analysis
20%
Post-translational
20%
Post-translational Modification
20%
Stress-related
20%
Proteome
20%
Pathological Conditions
20%
Protein Misfolding
20%
High Molecular Weight
20%
Physiological Condition
20%
Bone Marrow Cells
20%
Carbonylation
20%
Protein Solubility
20%
Splenic Cells
20%
Physiological Aging
20%
Proteostasis
20%
Carbonyl Stress
20%
Immunology and Microbiology
Protein Aggregation
100%
Splenocyte
25%
Bone Marrow Cell
25%
Protein Misfolding
25%
Molecular Weight
25%
Cellular, Subcellular and Molecular Biological Phenomena and Functions
25%
Protein Homeostasis
25%
Carbonylation
25%
Oxidative Stress
25%
Post-Translational Modification
25%
Biochemistry, Genetics and Molecular Biology
Protein Aggregation
100%
Posttranslational Modification
25%
Proteome
25%
Oxidative Stress
25%
Cellular, Subcellular and Molecular Biological Phenomena and Functions
25%
Protein Homeostasis
25%
Protein Misfolding
25%
Molecular Weight
25%
Carbonylation
25%
Splenocyte
25%