Search
EN
FR AR

AI Portfolio

Home / AI Portfolio / Rbhip™
All products
Hckonnect

Rbhip™

Analysing Hip Dysplasia and Impingement on X-rays

Radiology
Hckonnect

Most common

Hip fractures are the most common disabling injury and cause of accidental death in older people.

High mortality

Hip fractures have a 1-year mortality rate of 22% for women and 33% for men

Missed cases

It is estimated that between 2-9% of hip fracture cases are missed

Hckonnect

Benefits of using RBhip™

*Currently under clinical investigation

Time saving
Automates tedious measurements*

Quality Assurance
Automated check of projection quality*

Real-time
Automated measurements available within seconds

RBhip™ shown to have good-to-excellence agreement with expert Orthopaedic Surgeon users**

** Due to be published

Study

Increasing consistency in reporting

A study of RBhip was carried out in Denmark to assess the impact of using RBhip™ for Orthopaedic Surgeons and MSK Radiologists.

Results of study

RBhip™ showed highest agreement with Orthopaedic expert staff

RBhip™ had 100% reproducible results

RBhip™ is able to identify key measurements needed for hip dysplasia diagnosis

Benjamin S. Rasmussen

Associate Professor
Odense University Hospital

Using RBhip™ shows the promise to increase consistency in hip x-ray analysis. Hopefully, this tool

1/1

Related products

View all products
Hckonnect
Hckonnect

Reporting

AI-Assisted radiology reports ready for review and sign-off.

Radiology
Hckonnect
Hckonnect

Aview: ila

Comprehensive solutions for early diagnosis and differentiated assessment

Radiology
MFDS
TGA
HSA
ANVISA
Hckonnect
Hckonnect

Ai4cmr

The interpretation of cardiac magnetic resonance imaging (CMR) using artificial intelligence.

Radiology
CE
FDA
Hckonnect
Hckonnect

Neurophet aqua

Advanced AI for Brain Health: Decoding MRI Insights

Radiology
MFDS
US-FDA
CE MDD
MHLW