Intensive Rehabilitation
Technologies
To accelerate recovery
& ensure greater patient
quality of life

Intensive Rehabilitation Technologies to accelerate recovery & ensure greater patient quality of life

Neural basis of lower-limb visual feedback therapy: an EEG study in healthy subjects

Journal of NeuroEngineering and Rehabilitation (JNER)

Dessintey IVS4 (Intensive Visual Simulation) technology

Dessintey concepteur_de_parcours_de_soins

Engineering & designing
intensive rehabilitation technologies

Dessintey develops and markets intensive rehabilitation technologies to accelerate recovery and ensure greater patient quality of life.

Our mission is to assist patients throughout their healing and rehabilitation journey.

Our technological solutions aim at increasing, diversifying and personalizing their daily therapy program from the moment they join the rehabilitation center until they return at home.

Dessintey relies on the latest scientific evidence in neuroscience and on its close contact with therapists and doctors to offer simple and efficient technologies.

The co-founders,
Nicolas FOURNIER, Davy LUNEAU, Pr. Pascal GIRAUX.

Guided Self-Rehabilitation Lab
Break the cycle of physical inactivity

Ageing population is a challenge for healthcare systems.

Furthermore, with current resources and organisations, it is becoming increasingly difficult to meet international guidelines in terms of rehabilitation intensity and frequency, especially in neurorehabilitation.

Diversify care pathways with innovative solutions can help to face these challenges.

Integrating a guided self-rehabilitation lab into the care pathway helps to reduce inactivity time and makes the patient actor in his or her own rehabilitation. He/she consolidates and improves his motor recovery, in addition to conventional therapy.

More information about the Guided Self-Rehabilitation Lab

Motor control principles

Action planning is quickly altered in patients

For many Stroke or CRPS patients, Action planning is altered or non‑existent. They lose awareness of their own body but also the memory of motor functions.

It is therefore essential to combine complementary techniques to work on all motor control components to maximise patients’ chances of recovery.

DESS_OUT_frise_ENG_MotorCtrlPrinciples_V0.7

Without representation of movement, i.e. without this essential stage of action planning, the movement cannot be effective and accurate.

IVS | Intensive Visual Simulation

A unique technology dedicated to motor planning and central control of movement

IVS technology relies on brain plasticity principles and combines approaches with high level of clinical evidence on motor recovery and pain treatment:

Action Observation (AO)
Motor Imagery (MI)
Mirror Therapy (MT)

IVS replaces the image of the affected limb with a positive image of movement performed by the healthy limb. Upper or lower limb movement observation with IVS automatically induces a cortical sensorimotor activation. Reinstating coherence between what the patient intends to do and the sensations he perceives prompts relearning.

More information about IVS