The phrase "age predisposition" is correct and usable in written English.
It can be used in contexts discussing how age may influence susceptibility to certain conditions or behaviors.
Example: "Research indicates that there is an age predisposition to developing certain chronic diseases, particularly in older adults."
Alternatives: "age-related susceptibility" or "age-based predisposition".
Interestingly, the age predisposition was consistent with a previous study of cancer patients in Beijing, China [ 17].
The results suggest an age predisposition where dogs under 2 years of age are more likely to shed Campylobacter spp. than older dogs.
These results suggest an age predisposition where young dogs are more susceptible to colonisation, possibly due to the development of immunity with age.
Orchard 93 proposed that subtle extraforaminal lumbosacral canal impingement of the L5 nerve root may be associated with the increasing age predisposition trend of hamstring and calf injuries in AFL players although injury rates of muscle groups supplied by nerve roots L1-4 show no propensity to increasing age.
Interestingly, these genes also tend to be upregulated in the intact skin of old WT mice (20 of 31 with p < 0.05), indicating an age-related predisposition of the aging skin for growth promotion.
Risk factors include advanced age, genetic predisposition, obesity, joint injury and abnormal joint loading [ 2].
The etiology of AMD appears to be diverse, including age, genetic predisposition, diet, smoking, and other environmental risk factors [ 3, 4].
Duration of exposure to PD therapy seems to be the principal risk factor for developing EPS, along with other currently identified factors including young age, genetic predisposition, and receipt of a kidney transplant.
Toxicity arises early after the first treatment, and there is no clear evidence regarding which patients may be susceptible, 9, 19, 24, 45 although a correlation between older age, atopic predisposition, and a higher incidence of xerosis has been reported.
There is evidence that increasing age, genetic predisposition [ 3, 4] and ethnicity [ 5] are risk factors for prostate cancer while opportunistic testing may partly explain temporal increases and international variations in incidence [ 1].
However, family history reflects shared environment as well as genotype, and whereas biochemical and non-biochemical features associated with type 2 diabetes alter with age, genetic predisposition is determined at conception and fixed through life.
