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PRODID:-//Vrije Universiteit Amsterdam//NONSGML v1.0//EN
NAME:PhD defence R.N. van Amstel
METHOD:PUBLISH
BEGIN:VEVENT
DTSTART:20260105T134500
DTEND:20260105T151500
DTSTAMP:20260105T134500
UID:2026/phd-defence-r-n-van-amste@8F96275E-9F55-4B3F-A143-836282E12573
CREATED:20260417T091524
LOCATION:(1st floor) Auditorium, Main building De Boelelaan 1105 1081 HV Amsterdam
SUMMARY:PhD defence R.N. van Amstel
X-ALT-DESC;FMTTYPE=text/html: <html> <body> <p>Exploring Working Mecha
 nisms and effect of Fascia Focused Interventions by skin displacement
  in Low Back Pain</p> <h3><strong>Fascia Therapy Offers New Perspecti
 ves on Chronic Low Back Pain</strong></h3><p>Low back pain is one of 
 the most common health complaints in the Netherlands. Often, no clear
  structural cause can be identified, while the pain can significantly
  limit daily functioning. Human movement scientist Robbert van Amstel
  investigated a widely used but, until now, poorly substantiated trea
 tment approach: Fascia Focused Interventions (FFIs). His results show
  that this approach can indeed have a positive effect on pain, mobili
 ty, and quality of life.</p><p>FFIs focus on fascia, the connective t
 issue that links skin, muscles, and bones. In physiotherapy, these tr
 eatments have been applied for years through mechanical stimuli such 
 as pressure, stretching, and skin displacement. For a long time, howe
 ver, it was unclear how these interventions actually work and what be
 nefits they offer for patients with low back pain. Van Amstel aimed t
 o close this knowledge gap.</p><p>His research shows that fascia play
 s a larger role in low back pain than is often assumed. By deliberate
 ly moving the skin, the underlying fascial structures move along with
  it. This can increase range of motion and reduce pain. Notably, this
  effect is measurable and occurs relatively quickly. A simple test, t
 he so-called DAMT test, also helps therapists determine the direction
  of skin displacement that is most effective for an individual patien
 t.</p><p><strong>Part of a Standard Treatment Protocol</strong></p><p
 >The greatest benefit is achieved when fascia-focused interventions a
 re not applied in isolation but are incorporated into a standard trea
 tment protocol. In the so-called 4xT protocol—testing, treating, ta
 ping, and exercise therapy—patients experience greater improvement 
 than with exercise therapy alone. They move more easily, experience l
 ess pain, and report a better quality of life.</p><p>Low back pain le
 ads each year to high healthcare costs, work absenteeism, and loss of
  quality of life. Van Amstel’s research provides physiotherapists w
 ith practical tools to apply treatments in a more targeted and person
 alized way. This can result in faster functional recovery and potenti
 ally a reduced reliance on pain medication or invasive procedures.</p
 ><p>In the longer term, these insights may contribute to better subst
 antiated, non-pharmacological treatment guidelines for low back pain.
  In this way, the research aligns with a broader shift in healthcare:
  away from symptom management and toward a stronger focus on movement
 , functioning, and quality of life.</p><p>More information on the <a 
 href="https://hdl.handle.net/1871.1/48c1a3b0-c88e-42cb-8252-803b2170e
 45c" data-new-window="true" target="_blank" rel="noopener noreferrer"
 >thesis</a></p> </body> </html>
DESCRIPTION: <h3><strong>Fascia Therapy Offers New Perspectives on Chr
 onic Low Back Pain</strong></h3> Low back pain is one of the most com
 mon health complaints in the Netherlands. Often, no clear structural 
 cause can be identified, while the pain can significantly limit daily
  functioning. Human movement scientist Robbert van Amstel investigate
 d a widely used but, until now, poorly substantiated treatment approa
 ch: Fascia Focused Interventions (FFIs). His results show that this a
 pproach can indeed have a positive effect on pain, mobility, and qual
 ity of life. FFIs focus on fascia, the connective tissue that links s
 kin, muscles, and bones. In physiotherapy, these treatments have been
  applied for years through mechanical stimuli such as pressure, stret
 ching, and skin displacement. For a long time, however, it was unclea
 r how these interventions actually work and what benefits they offer 
 for patients with low back pain. Van Amstel aimed to close this knowl
 edge gap. His research shows that fascia plays a larger role in low b
 ack pain than is often assumed. By deliberately moving the skin, the 
 underlying fascial structures move along with it. This can increase r
 ange of motion and reduce pain. Notably, this effect is measurable an
 d occurs relatively quickly. A simple test, the so-called DAMT test, 
 also helps therapists determine the direction of skin displacement th
 at is most effective for an individual patient. <strong>Part of a Sta
 ndard Treatment Protocol</strong> The greatest benefit is achieved wh
 en fascia-focused interventions are not applied in isolation but are 
 incorporated into a standard treatment protocol. In the so-called 4xT
  protocol—testing, treating, taping, and exercise therapy—patient
 s experience greater improvement than with exercise therapy alone. Th
 ey move more easily, experience less pain, and report a better qualit
 y of life. Low back pain leads each year to high healthcare costs, wo
 rk absenteeism, and loss of quality of life. Van Amstel’s research 
 provides physiotherapists with practical tools to apply treatments in
  a more targeted and personalized way. This can result in faster func
 tional recovery and potentially a reduced reliance on pain medication
  or invasive procedures. In the longer term, these insights may contr
 ibute to better substantiated, non-pharmacological treatment guidelin
 es for low back pain. In this way, the research aligns with a broader
  shift in healthcare: away from symptom management and toward a stron
 ger focus on movement, functioning, and quality of life. More informa
 tion on the <a href="https://hdl.handle.net/1871.1/48c1a3b0-c88e-42cb
 -8252-803b2170e45c" data-new-window="true" target="_blank" rel="noope
 ner noreferrer">thesis</a> Exploring Working Mechanisms and effect of
  Fascia Focused Interventions by skin displacement in Low Back Pain
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