The malleus is a relatively large and dense bone compared to the stapes.
The arthroscopic awls produce essentially no thermal necrosis of the bone compared to hand-driven or motorized drills.
The DOTA pamidronate conjugate [68Ga]DOTAPAM (SUV = 4.5 ± 0.2) showed a higher accumulation in bone compared to the DOTA bisphosphonate conjugate [68Ga]BPAPD (SUV = 3.2 ± 0.3).
In such a patient population, robust quantification and safe classification of bone compared to surrounding anatomical structures is critical for accurate diagnosis.
Reloading for 14 days restored osteocyte apoptosis to control levels but the percentage of iNOS- and eNOS-positive osteocytes increased in reloaded bone compared to controls.
In vivo non-invasive bioimaging showed higher localization of Aln-coated nanoparticles to the bone compared to control groups, which was further confirmed by histological analysis.
In this report, we created a saddle-type implant (SI) and analyzed its stability and its ability to distribute stress to the surrounding bone, compared to the conventional type of implant (CI), which did not have the saddle design.
The aim of our study was to evaluate the effect of a three-dimensional bioimplant over massive bone defects, and to analyse if it improves the speed and quality of integration in recipient bone compared to allograft treatment.
Active bone formation around the material and tissue invasion into the material were observed throughout the experiment in bone, compared to those observed for simple alginate and porous HA.
We hypothesized that oxidized-irradiated alginate hydrogels would elicit an accelerated release of BMP-2, but degrade faster in vivo, facilitating the formation of higher quality, more mature bone compared to irradiated alginate.
This pin traverses a narrower width of peri-acetabular bone compared to the pre-capital pin (26 vs. 32 mm), is closer to the hip joint margin (9 vs. 22 mm) and penetrates the internal pelvis under very little muscle cover (iliopsoas).
