Full Article
Evidence Summary
What is an Evidence Summary?
Key messages from scientific research that's ready to be acted on
Got It, Hide thisIn older people with breaks of the upper arm at the shoulder, surgical treatments do not improve functioning more than nonsurgical treatments
Launonen AP, Lepola V, Flinkkila T, et al. Treatment of proximal humerus fractures in the elderly. Acta Orthop. 2015;86:280-5.
Review question
In older people with breaks of the upper arm (the humerus) at the shoulder, do surgical treatments improve functioning compared with other treatments?
Background
Breaks of the upper humerus are common in older people. The severity of a fracture of the upper arm is determined by the number of parts of the bone that are broken and whether the ends of the bone line up or are displaced.
There are several ways to treat breaks of the humerus. Nonsurgical treatments include immobilization and exercise. Surgical treatments include use of pins, locking plates (screws fused with plates), tension bands, or partial replacement of the shoulder with reconstruction (hemiarthroplasty). There is little evidence for which approach works best for treating upper arm breaks.
How the review was done
The researchers did a systematic review based on studies available up to April 2014.
They found 9 studies, including 8 randomized controlled trials and 1 controlled clinical trial, with 409 people. The average age ranged from 72 to 81 years.
Key features of the studies were:
- people were 60 years of age or older;
- people had breaks of the humerus at the shoulder: the breaks involved 3 or 4 parts of the bone and at least 2 parts were not properly lined up;
- the treatments included use of tension bands, pinning, plating, and shoulder replacement with reconstruction;
- the treatments were compared with nonsurgical treatments and other surgical treatments; and
- the results were assessed 1 or 2 years after treatment.
What the researchers found
Compared with nonsurgical treatment:
- treatment with a tension band or locking plate did not improve pain or functioning 1 year after treatment; and
- shoulder replacement with reconstruction improved quality of life, but not pain and functioning or disability, 2 years after treatment.
Complications were common in the surgical treatment groups (10% to 29%).
Additional details appear in the Table below.
Conclusion
In older people with breaks of the upper arm at the shoulder, surgical treatments do not improve functioning more than nonsurgical treatments.
Surgical treatments in older people with breaks of the upper arm
| Surgical treatment | Comparator | Findings |
| Tension band | Nonsurgical treatment | 1 study (40 people) found no improvement in pain and functioning at 1 year with the tension band. |
| Locking plate | Nonsurgical treatment | 1 study (50 people) found no improvement in pain and functioning or quality of life at 1 year with the locking plate. 1 study (60 people) found no improvement in pain and functioning, disability, or quality of life at 2 years with the locking plate. |
| Shoulder replacement with reconstruction | Nonsurgical treatment | 1 study (50 people) found no improvement in pain and functioning or pain alone at 1 year. 1 study (55 people) found improvement in quality of life, but not disability or pain and functioning, at 2 years with shoulder replacement. |
Related Topics
Glossary
Studies where people are assigned to one of the treatments purely by chance.
A comprehensive evaluation of the available research evidence on a particular topic.
Related Evidence Summaries
-
Nutritional strategies can improve body composition in underweight and overweight older adults
JBI Database of Systematic Reviews and Implementation Reports (2016)
-
Exercise alone, and in combination with different fall prevention strategies may lower the risk of falls leading to injuries in older adults 65 and over
JAMA: Journal of the American Medical Association (2017)
-
Innovative hip and knee replacement devices do not improve function more than conventional devices and may increase need for revision surgery
BMJ (2014)


