AGE modifications often lead to abnormal protein function, oxidative stress, and inflammation; thus, they are closely associated with deteriorating cellular functions during aging and in pathologies of several age-related diseases (Luevano-Contreras & Chapman-Novakofski, 2010; Xue et al., 2011).
AGE modifications on these proteins may accelerate aggregation and toxicity.
The biological meaning of these changes remain to be elucidated although many authors suggest that aging-associated epigenetic modifications may play a central role in the development of several age-related diseases [ 9, 10].
Three ageing temperatures and several ageing times were investigated.
Age-modification risk models for IHD and stroke mortality.
Several binder modifications were made to ECC M45 to attain the high early age compressive strength.
The several encountered modifications occurring in the transgenic models in comparison with controls are described according to age.
Introduction In stress situation, inflammation causes several metabolic modifications.
Several performance modifications were available from dealers.
Further, collagen I regulates several posttranslational modifications [6].
