The phrase "age modification" is correct and usable in written English.
It can be used in contexts discussing changes or adjustments related to age, such as in demographics, marketing, or health.
Example: "The study focused on age modification techniques to better target the aging population in advertising campaigns."
Alternatives: "age adjustment" or "age alteration".
Numerous studies have focused on AGE modification of skin collagen (6– 16) as an accessible, long-lived protein that may reflect cumulative AGE-mediated tissue damage elsewhere.
AGE modification of proteins may lead to alterations in normal function by inducing cross-linking of extracellular matrices.
The cross-sectional nature of our study also limited us examining the age modification of the effect of β-AR receptor polymorphism on autonomic function.
The studies were conducted in age groups from young adults to the elderly, but we found, however, limited evidence of an age modification of the birth weight-LTPA association.
The results from the regression analyses of LTPA on birth weight treated as a categorical variable separately for men and women younger than or at least 35 years showed limited evidence of an age modification of the shape or strength of the birth weight-LTPA association (table 4).
AGE modification of lens crystallins contributes to cataract formation during ageing and diabetes.
AGE modifications on these proteins may accelerate aggregation and toxicity.
In the DMSO-treated samples, 69 peptides carrying 89 AGE modifications were detected.
Methylglyoxal-derived hydroimidazolones, such as CML, CEL, and MGHs, are the predominant AGE modifications found in vivo.
From the proteomics data, we found that proteins important in muscle function have several AGE modifications that are reduced on RIF treatment.
The decrease in AGE modifications on proteins was not directly correlated to the relative changes in protein expression on RIF treatment (Table s4).
