General
Use Cases and Success Clinical Evidence

Clinical evidence, protocols and published results.

Rehub by DyCare is a scientific-backed digital rehabilitation platform. Here you have the covered clinical cases, the associated protocols, the measured outcomes in real practice and the published studies that guarantee them.

Rehub Clinical Catalog
Updated · 2026
+
Validated therapeutic exercises
+ Your own videos
+
Covered clinical cases
↑ Grows every month
21 cases

Musculoskeletal

Lumbar, cervical, shoulder, knee, hip, ankle

21 cases
12 cases

Neurorehabilitation

Stroke, TCE, Parkinson’s, Multiple Sclerosis

12 cases
14 cases

Respiratory and oncology

COPD, post-covid, pre-habilitation, oncology

14 cases
Highlights · Low back pain

Low back pain is Cause No. 1 of global disability. And the best entry to start with Rehub.

80% of the population will suffer from low back pain at some point. It is the most prevalent case in any physiotherapy service — and where the impact of digital rehabilitation with AI is seen faster.

%
Face-to-face sessions per case
%
Adherence to the home program
/5
Patient satisfaction
Catalog · 18 clinical cases

The complete range of Rehabilitation with AI.

Filter by specialty. Each case includes validated protocols, prescribed exercises, and metrics for adherence and outcome.

All
18
Musculoskeletal
8
Neurorehabilitation
3
Respiratory
2
Oncology
2
Pelvic floor
2
Primary Care
1
★ More prevalent
musculoskeletal

Chronic and acute low back pain

Progressive programs for strengthening and lumbar mobility with postural correction in real time.

−45%
sessions
musculoskeletal

Cervicalgia and neck pain

Stretching and cervical strengthening for patients with mechanical or postural pain due to screen work.

−40%
sessions
musculoskeletal

Post-surgical knee (LCA, prosthesis)

Progressive protocols validated for recovery after ACL, meniscectomy and total knee prosthesis.

+68%
productivity
musculoskeletal

Post-surgical shoulder

Rotator sleeve, prosthesis and dislocations. Progressive mobilization with active compensation monitor.

82%
adherence
musculoskeletal

Tendinopathies

Epicondylitis, cuff tendinopathies, Achilleas and patellars. AI-guided eccentric exercise.

12
average sem
musculoskeletal

Hip and osteoarthritis pathologies

Mobility, strengthening of the CORE and functional work for patients with osteoarthritis and postoperative hips.

76%
adherence
musculoskeletal

Sprains and ankle injuries

Functional recovery with proprioceptive exercises and muscle strengthening adapted to the phase.

−35%
time
musculoskeletal

Traffic injured

Whiplash, lumbar trauma and polytrauma. Hybrid model with medical expertise.

25%
faster
Neurorehabilitation

Post-stroke rehabilitation

Motor re-education of the member affection, balance and gait. Exercises adapted to the stage and the degree of affectation.

76%
adherence
Neurorehabilitation

Parkinson’s disease

Mobility, Balance, Big Movements and Marching Programs. Frequency and constant feedback with AI.

Diary
· 15 min
Neurorehabilitation

Multiple sclerosis and TCE

Individualized therapeutic exercise with continuous monitoring of fatigue and motor function.

Personalized
Respiratory

COPD and pulmonary rehabilitation

Aerobic and strength training programs with monitoring of respiratory mechanics.

86%
adherence
Respiratory

Post-Covid and Dyspnea

Functional recovery, breathing control and retraining to effort in long-covid patients.

12
average sem
Oncology

Breast cancer Pre and post-surgery

Post-mastectomy prehabilitation and recovery. Shoulder mobility, lymphedema and functional retraining.

−16%
pain
Oncology

Prostate and Lung · Therapeutic exercise

Exercise protocols adapted to the oncological stage and treatment. Improve functional capacity.

80%
adherence
pelvic floor

Postpartum and urinary incontinence

Pelvic floor re-education with personalized progression for incontinence and postpartum recovery.

Privacy
Total
pelvic floor

Pre-urological and oncological surgery

Pelvic floor prehabilitation before abdominal prostatectomy and oncological surgery.

Pre-surgical
Primary Care

Triage and smart bypass

Reduced waiting lists in primary care centers with digital follow-up from the first consultation.

40
→ 7 days

Don’t see your case? Upload your own exercise videos and create custom protocols with the same AI.

The flow of the patient

The same journey. adaptable to each case.

It doesn’t matter the pathology — the journey with Rehub is always the same. What changes is the clinical content, not the mechanics.

1

Evaluation

Initial face-to-face session. Diagnosis and functional assessment.

2

Prescription

The Physio creates the plan in Rehub with exercises and parameters.

3

Guided execution

The patient trains at home. AI corrects every repetition.

4

Monitoring

The physio reviews objective data: ROM, adherence, pain.

5

High Clinic

Automatic report, certificate and maintenance plan.

1

Evaluation

Initial face-to-face session. Diagnosis and functional assessment.

2

Prescription

The Physio creates the plan in Rehub with exercises and parameters.

3

Guided execution

The patient trains at home. AI corrects every repetition.

4

Monitoring

The physio reviews objective data: ROM, adherence, pain.

5

High Clinic

Automatic report, certificate and maintenance plan.

Outcomes added

Showing At the end of 2025.

+k
Rehub treated patients worldwide
%
Medium adhesion (vs ~30% of traditional PDF)
%
Face-to-face sessions by treatment
/5
Average patient satisfaction

Is your case not? Probably yes.

If you deal with therapeutic exercise, Rehub covers you. And if not, we let you upload your own protocols. Let’s talk.

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