1
Both bone loss and structural deterioration increase fracture risk.
2
Moreover, inflammation-induced systemic bone loss is associated with an increased fracture risk.
3
Bone loss after stroke is pronounced, and contributes to increased fracture risk.
4
Accumulation of microdamage during fatigue can lead to increased fracture susceptibility in bone.
5
Background: Osteoporosis and osteopenia are associated with increased fracture incidence in postmenopausal women.
6
End-stage renal failure deteriorates bone mass and increases fracture risk.
7
No change behaviors were associated with increased fracture risk.
8
Chronic kidney disease (CKD) is associated with increased fracture risk and skeletal deformities.
9
The combined effects on bone and muscle account for the increased fracture risk with GC.
10
Increasing fracture instability and fixation using the Austofix nail were associated with early device reoperation.
11
Having a fracture in the 6 months before teriparatide initiation increased fracture risk at follow-up.
12
Our data indicate that concerns regarding a markedly increased fracture risk in celiac disease are unwarranted.
13
Conclusions: Identifying additional clinical factors associated with increased fracture risk is important in improving fracture risk stratification.
14
Diabetes mellitus among older men has been associated with increased bone mineral density but paradoxically increased fracture risk.
15
This intrinsic bone deficit can explain the fact that later menarche increases fracture risk during childhood and adolescence.
16
Failing to initiate osteoporosis treatment increased fracture risk by 2.4 times.