A novel muscular micro-electro-stimulation device for the enhanced treatment of adolescent idiopathic scoliosis avoiding bracing and invasive open surgery (STIMULAIS)

Project Funded by EU Seventh Framework. Research for the benefit of specific groups.


VII Prog Marcobandera

The main objective of the StimulAIS project is to develop a novel device for the treatment of adolescent idiopathic scoliosis by muscular electro-stimulation of the appropriate muscles. This device will be capable not only of stopping progression of the curvature, but also of correcting it. It will represent a strong differentiation in AIS treatment, as it will avoid the side effects of the current conservative solutions and will reduce the need of invasive fusion surgery.
Nowadays, current treatment options have important limitations. Conventional treatment like bracing is uncomfortable and stressful and there is no clear evidence of its effectiveness in stopping progression of spine curvature; surgery halts progression, but fuses the spine, eliminating its mobility.

Adolescent idiopathic scoliosis (AIS) is a progressive structural spinal deformity that affects around 2-3% of children aged between 10 and 16 in the world. Scoliosis is defined as a curve of at least 10º, measured on a standing radiograph, using a technique called "the Cobb technique", with rotation of the vertebral bodies (3-dimensional deformity). The resulting surface deformity has a strongly negative impact on adolescents, giving rise to psychological distress, behavioral disorders, and other emotional and social problems that reduce drastically their quality of life (QoL).

About 90% of diagnosed AIS patients usually do not receive specific therapy except observation, as this is the standard treatment for curves up to 25º for young patients in age of development. The other 10% (160.000 people in Europe every year) receive different kinds of conservative treatment in an attempt to halt the progressive nature of the deformity, since if scoliosis surpasses a critical threshold, usually considered to be 30º Cobb at the end of growth, the risk of health problems in adulthood increases significantly. These problems include disability, pain, increased cosmetic deformity, functional limitations, pulmonary and cardiac compromise, and possible further progression during adulthood. Of all the European diagnosed patients, up to 40.000 per year require a very invasive corrective surgery, due to failure of conservative treatment, sudden progression of the curvature or late diagnosis.

The aim of the StimulAIS project is to develop an alternative of treatment for the moment of detection of the disease. This alternative is minimally invasive and physically imperceptible for the patient, so it avoids the psychological risks of the current treatment of bracing. With our system we intend to avoid the progression of the deformity and, even, its correction.

The StimulAIS project is composed of a Consortium of SMEs and RTDs that has been selected according to the technological and regulatory necessities required by the medical device to be developed.
This Consortium has a clinical group with expertise in the disease, mechanical and biomedical engineers, experts in medical regulation, technicians and experts in the medical product market. We expect that the expertise and the teamwork ensure project success.

Further information at www.stimulais.com


Fecha de inicio: 01-11-2012
Fecha de finalización: 31-10-2014
Referencia del proyecto: FP7-SME-2012-1-315327

Stimulais is coordinated by: TEQUIR S.L. The project also involves other two SMEs, Synergie Ingeniere Medicale SARL (SYNIMED, France) and Bentronic Gesellschaft Für Medizintechnik GMBH (BENTRONIC, Germany) and three RTDs, the Instituto de Biomecánica de Valencia (IBV, Spain) and the Universidad Católica de Valencia (UCV, Spain) and Fraunhofer-Gesellschaft zur Förderung der Angewandten Forschung E.V. – IPMS (IPMS, Germany).

  • Universitat Politècnica de València · Camino de Vera s/n · 46022 · Valencia · España
  • +34 96 111 11 70 / +34 610 567 200
  • +34 96 387 91 69
  • Esta dirección de correo electrónico está siendo protegida contra los robots de spam. Necesita tener JavaScript habilitado para poder verlo.

Noticias IBV


Este sitio web utiliza cookies propias y de terceros para su funcionamiento, para mantener la sesión y personalizar la experiencia del usuario, así como para obtener estadísticas anónimas de uso de la web. Para más información sobre las cookies utilizadas consulta nuestra poítica de cookies.