Clinically-proven, bone-sparing
alternative for Total Shoulder Arthroplasty1
In a two-year analysis of 71 patients from the Sidus IDE Study:
- 98.5% of patients have over a 30 point improvement on the ASES
score from preoperative.
- Excellent survivorship of 95.8%;
three patients underwent revision due to integrity of the
subscapularis.
- 98.5% of patients completing two year visits
successfully passed the radiographic success criteria with no
progressive radiolucencies of the humeral component >2 mm and no
migration or subsidence of the humeral component.
In a two-year analysis of 48 patients from the
Bigliani/Flatow® Shoulder Historical Control Study5.
- 91.7% of patients have over a 30 point improvement on the ASES
from preoperative.
- 97.9% survivorship; one revision due to
anterior shoulder pain.
- 100% of patients completing two
year follow-up successfully passed the radiographic success criteria
with no progressive radiolucencies of the humeral component >2 mm
and no migration or subsidence of the humeral component.
Clinical IDE study demonstrated
increased mobility and reduced pain compared to preoperative state1
In a two-year analysis of 71 patients from the Sidus IDE Study:
- Statistically significant improvement in range of motion.
- Significant improvement in the functions of daily life.
-
92.6% of the patients
were either very satisfied or satisfied at two years post-op.
In a two-year analysis of 48 patients from the Bigliani/Flatow
Shoulder Historical Control Study5:
- Significant improvement in range of motion when compared to
preoperative state.
- Significant improvement in functions of
daily life.
- Satisfaction data was not recorded for
Bigliani/Flatow Shoulder.
Designed for anatomic
flexibility and secure fixation1–3
- Position of Anchor is independent of humeral canal, enabling
optimal coverage and tensioning.
- Flexibility to mate with a
variety of Zimmer Biomet Glenoids.4
- Anchor
geometry and surface finishes designed to resist rotational and
lever-out forces.
- Four open-fin press-fit anchors designed
to provide rotational stability and allow for bone
through-growth.