1.
Acetabular fractures are complex injuries where force vector influences the resulting fracture pattern. There is an undescribed but anecdotally observed connection betwee [...]
2020 | Abstract |
2.
Open orthopaedic trauma rooms have alleviated historical pressure to operate at odd hours but trauma centers remain busy; the effect of suboptimal conditions on outcomes [...]
2020 | Abstract |
3.
Implicit bias is an unconscious assessment of others that may lead to unintended prejudice. Socioeconomic attributes often complicate the assessment and treatment of trau [...]
2020 | Abstract |
4.
Intraoperative blood loss (IBL) in acetabular fracture care is rarely minor; accurate IBL prediction and measurement may improve intra and postoperative care in high bloo [...]
2020 | Abstract |
5.
A greater degree of Achilles tendon lengthening during surgical correction has been correlated with worse clinical outcomes. MRI and ultrasound techniques have been valid [...]
2020 | Abstract |
6.
Does Surgical Delay Impact Blood Loss During Acetabular Fracture Surgery? The dogma in acetabular fracture care is that delaying surgery allows for intrapelvic clotting. [...]
2020 | Abstract |
7.
The proximal humerus is an especially common fracture site in patients over 60, for whom the implications of disability and loss of independence are marked. These fractur [...]
2023 | Scholarly project capstone (M.D.) |
8.
Patients with poor diabetic control who sustain lower extremity fractures present a challenge due to a high risk of complications; we believe but do not know whether wors [...]
2020 | Abstract |
9.
Olecranon osteotomy is commonly performed for open reduction and internal fixation of intraarticular distal humerus fractures, as it affords direct visualization of the a [...]
2020 | Abstract |
10.
Trauma patients frequently have social challenges, among them alcohol intoxication, at the time of their injury. The fracture literature does not contain any thorough ana [...]
2020 | Abstract |