Traumatology
Clinical study on proximal humerus fractures in people over 70 years of age using PIKKU LAB technology.
Biomechanical control of people’s physical activity with IMU devices and neural network and Machine Learning models.

Project
This research project is a collaboration with the traumatology service of the Hospital La Fe of Valencia.
This study is led by Marta Navarro Bosch, a traumatologist expert in orthopedic surgery (shoulder and elbow), together with Jose Enrique Aroca and his team, and is entitled:
“Can proximal humerus fractures in patients older than 70 years be treated conservatively? Prospective, rhamdomized, comparative clinical study between conservative treatment VS treatment with reverse shoulder prosthesis in proximal humerus fractures in patients older than 70 years.”
To make this analysis, from Blautic we have provided Pikku Lab technology through which you can capture and analyze biomechanical parameters such as:
- Acceleration
- Angular Velocity
- Tilt and Rotation
Through these systems, Marta and her team can make a comprehensive assessment of the most appropriate treatment of proximal humerus fractures in 3-4 fragments in patients over 70 years of age, comparing conservative treatment with treatment with an inverted prosthesis.



Applications
Pikku Lab allows the generation and analysis of biomechanical data of the person:
- Physical activity
- Intensity of movement
- Measurement of accelerations
- Angular velocity of extremities
- Posture and angle control
- Gait monitoring
- Fall monitoring
- Balance analysis
- Vibration monitoring
- Frailty analysis
- Objective measurement of movement deficiencies

Technical Aspects
As for the technical characteristics of the Pikku Lab device, the following stand out:
- Multiple simultaneous devices
- Data storage and export
- Advanced calculations
- Pre-designed reports
- Exclusive supports
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