Blackford Analysis
Blackford Analysis provides tailored solutions to unlock the value of AI, drive efficiencies and improve patient outcomes.
Belux
Belux is the exclusive distributor of eRAD PACS, the next-generation solution for radiology imaging workflow, in Hungary.
AXREM
AXREM members supply most of the diagnostic medical imaging and radiotherapy equipment installed in UK hospitals.
Aplicaciones Tecnológicas
Aplicaciones Tecnológicas is dedicated to providing cutting-edge technological solutions across a range of specialised fields.
Deploying artificial intelligence in the detection of adult appendicular and pelvic fractures in the Singapore emergency department after hours: efficacy, cost savings and non-monetary benefits
RBfracture demonstrated a sensitivity of 98.9% and an accuracy of 85.9%, showing near-perfect agreement with the reference standard. Its implementation highlights significant potential for reducing costs, saving time, and easing manpower demands. By minimizing missed diagnoses, RBfracture helps prevent delays in treatment for patients and reduces the need for callbacks, ultimately supporting more efficient emergency care.
Darren Stephens joins Radiobotics as SVP and Commercial Lead in UKI and EU
Darren joins Radiobotics from Qure.ai, where he made significant contributions to the growth and success of the company’s AI-powered healthcare solutions.
Radiobotics partners with deepc to integrate their innovative AI tools into the deepcOS platform
The collaboration will integrate Radiobotics’ RBfracture™ for fracture detection into the deepcOS platform
Radiobotics partners with Lunit to enhance diagnostic synergies in AI medical imaging
Lunit enters into a strategic agreement with Radiobotics to distribute Radiobotics’ bone fracture detection solution RBfracture™ starting from EMEA
Aplicaciones Tecnológicas to distribute RBfracure™ in Spain and Portugal
Radiobotics has formed a partnership with Aplicaciones Tecnológicas for the distribution of RBfracture™ in Spain and Portugal
Improving traumatic fracture detection on radiographs with artificial intelligence support: a multi-reader study
Using RBfracture improved diagnostic performance, increasing sensitivity from 72% to 80% and specificity from 81% to 85%. This led to a 29% relative reduction in missed fractures, with the most notable improvement seen in detecting nonobvious fractures, where sensitivity rose from 60% to 71%.