DUL- Distal Ulna Locking PLate (I.T.S)
DeviceThe patients are surgical treated with the Distal Ulna locking plate according to standard surgical procedures to treat the unstable distal ulna fractures.
NCT Number: NCT05329012
Background of the study:
Various studies show that the outcome of unstable distal ulna fractures after open reduction and internal fixation is better than closed reduction. The previous plate system for the distal ulna fractures is applied exclusively on the extensor side. This often leads to irritation of the extensor tendons, as well as problems with pronation and supination. With the new shape of the angle-stable distal ulna plate, the investigator hopes that the stability of the fracture osteosynthesis will remain the same and that it will be better tolerated with regard to the surrounding soft tissue, especially the extensor tendons. In this way, an otherwise practically unavoidable removal of osteosynthesis material could - at least in some cases - be avoided and some patients spared a follow-up operation.
With this in mind, the investigator tries to achieve the greatest possible reconstruction and stability for early functional follow-up treatment with a slightly bulky implant placed in the tendon-free area.
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Notify Me18 year and older
All sexes
Observational
With this study, the application and usability of the new angle-stable plate system should be determined and documented.
New value of the study:
This system enables an optimal position of the plate on the distal ulna, on the one hand due to the position on the flexor side and on the other hand due to the new shape, adapted to the anatomy of the distal ulna. The locking system using angle-stable screws corresponds to the systems previously used by I.T.S.
Design:
Prospectively, handling, advantages and possible complications of the angle-stable, distal ulna plate; Company I.T.S. in the osteosynthesis of the unstable distal ulna fracture. A total of 20 patients with unstable distal ulna fractures are to be treated and evaluated over a period of 12 months according to the study design.
Risk/Benefit:
With the use of the angle-stable distal ulna plate, company I.T.S. the patients broken bone may heal better. However, it is also possible that the patient will not benefit directly from his/her participation in this clinical trial. The Expected Benefit of the Locking Distal Ulnar Plate; Company I.T.S. includes:
Healthy volunteers accepted: No
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
Fracture classification according to Biyani [4]: all types
Exclusion criteria
The patients are surgical treated with the Distal Ulna locking plate according to standard surgical procedures to treat the unstable distal ulna fractures.
Time frame: 1 year
Percentage of complications rate of patients treated with DUL
Time frame: 1year
Degree of the possible range of motion using a goniometer to measure the movement angles in correlation of the healing process. The better the range of motion the higher the value. Normally the following limits are given:
Radial: least 0 degree, maximum: 20 degree Ulnar: least 0 degree, maximum: 40 degree Extension: least 0 degree, maximum: 70 degree Flexion: least 0 degree, maximum: 70 degree Pronation: least 0 degree, maximum: 90 degree Supination: least 0 degree, maximum: 90 degree
Time frame: 1year
Extent of possible grip strength measurement using dynanometer in correlation of the healing process.
Minimum: 0 kilogram Maximum: 80 kg
Time frame: 1 year
Percentage of the patients with reduced or normal outcome after fractures using questionnaires like the DASH Score in correlation of the healing process. This is a score reporting the functional outcome, satisfaction and quality of life. Best score is 100%, least score 0%
Time frame: 1 year
Percentage of the patients with remaining pain after fracture using the visual analog scale in correlation of the healing process.
The scale reports about the intensity of pain. The maximum pain and least score is 10, and the best score is 0 which means "no pain".
Medical University Innsbruck
Other
Prospective Case Series to Assess the Handling, Healing and Complications of Using a Titanium Small Fragment Plating System With a New Shape Specifically Adapted to the Distal Ulna
Acronym: DUL-ITS
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View the official ClinicalTrials.gov record (opens in a new tab)This listing is for discovery and informational purposes only. It is not medical advice, does not guarantee that a study is recruiting, and does not determine eligibility. Contact the study team and a qualified healthcare professional when considering participation.
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