Tendinopathy Clinical Trial
Official title:
Mechanisms Behind Development of Tendinopathy: Early Structural, Inflammatory, Nociceptive and Clinical Changes in Recreational Runners
There has been an increasing amount of musculoskeletal injuries the past decades and overused tendons represents a major problem both for leisure and occupational activities. A full understanding of the pathophysiology of tendinopathy is very sparse and especially the early events in tendinopathy remains unexplained. In this phd study the investigators will investigate early changes in tendon tissue overloading and development of tendinopathy. The investigators will investigate sports-active individuals with recently developed tendinopathy with regards to symptoms (pain, function), tendon morphology (ultrasonography, MRI and electron microscopy), tendon mechanical properties (ultrasonography strain), tissue molecular biology (expression and content of matrix proteins), inflammation (activity of inflammatory pathways) and vascularization (Doppler and contrast enhancement US). The investigators hypothesize a coupling between early symptoms and inflammatory activity, followed by structural changes and altered mechanical properties. The investigation will indicate what symptoms and what tendon related determined measurements are primary for disease development ("tendinopathy blue prints") and should be regarding vital in prevention of tendinopathy.
The investigators intend to study the development of tendinopathy in humans that enter a
phase of relative overloading of their tendons. This will be done in a large cohort of
individuals from whom the investigators have obtained basic data and tests. A percentage of
these participants will develop overuse symptoms and in those the investigators will perform
investigations that will identify the initial pathological changes in tendinopathy
Participants are included as soon as possible after diagnosis of either Achilles or patella
tendinopathy because the investigators wish to investigate the early changes in tendinopathy.
The hypothesis is, that at the early development of tendinopathy there will be a mismatch
between matrix protein anabolic and catabolic pathways, and will be associated with a
secondary upregulation of inflammatory and apoptotic markers in the tendon and result in
hypervascularization and hyper-metabolism.
Recruiting participants will be done in collaboration with local athletic clubs in the
Copenhagen area. The athletic clubs include Sparta, Københavns Idræt Forening (KIF),
Frederiksberg Idræt Forening (FIF). Furthermore, the investigators will establish contact
through online social media such as Facebook, Twitter and Google. In addition, Information
leaflets will be handed out, and medical staff at the emergency rooms repeatedly informed
about the project. Healthy participants can be directly recruited by participants already in
the project, social medias and through information leaflets handed out. It is planned to
inform staff at the emergency rooms at Bispebjerg Hospital, Amager Hospital, Gentofte
Hospital, Herlev Hospital and Hvidovre Hospital. Patients and healthy controls can contact
the primary investigator directly through email or telephone.
Recruitment to project TESINaC will focus onset of exercise pain and every participant will
be evaluated by a doctor if the participant have tendinopathy or not. Once included the
participant will undergo following procedures as soon as possible after diagnosis is given:
- Questionnaire regarding training history and ongoing symptoms
- Ultrasound scanning of tendons
- Ultrasound isometric
- Blood samples
- MRI of tendons on both legs MRI precedes biopsy as it can identify any diseased area
within the tendon from which a biopsy can be taken. Only participants with tendinopathy
will have to undergo biopsy from both patella tendons once during the project. Healthy
participants will not undergo biopsy. No biopsy will be taken from the Achilles tendon
as this procedure may worsen the participants symptoms.
Participants with tendinopaty will get physical reevaluated after 3, 6 and 12 months as
regards to symptoms, activity of daily life, blood samples, questionnaires VISA-A/P and
ultrasound measurements. Rehabilitation training of patients is expected to start as soon as
possible after the biopsy have been taken.
Healthy participants will not be reevaluated nor will they undergo rehabilitation training.
It is expected that the results from this study will provide insight into the events leading
up to a developing tendinopati. This study will add important information to understand the
pathophysiology and provide information on timing of the phases as well. Information and
results from the study will give insight into better treatment options that is more specific
and earlier intervention on the individual basis. Furthermore, this study will investigate
and address the question why some people develop tendinopathies and others do not when the
training volume is equally raised.
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