Motek Medical technology can assist in the diagnosis and categorization of several orthopedics related conditions such as: back pain, whiplash, lumbar and cervical disc disease, foot, ankle and knee injuries, frozen shoulder, arthritis, and osteoporosis. Also in cases of Diabetic foot conditions the systems can measure the severity of the situation, register and record performance related feedback to specific balance perturbations and classify conditions.

Using for example the CAREN or the V-Gait systems with the D-flow Software, therapists can obtain valuable data regarding the stage and state of the situation and recommend treatments and rehabilitation trajectories.

This also relates to sports Injuries: Diagnosis leading to recommendations of pre and post-surgical rehabilitation, sprains and strains, patello-femoral dysfunction, rotator cuff injuries, tennis elbow (epicondylitis), and other orthopedic motion related injuries

In some cases early diagnosis of such conditions can point also to Neurological Disorders: headaches, pinched Nerves, balance problems, gait training, peripheral nerve injuries and possible proprioceptive deficits.

Applicable to using Motek Medical systems with integrated treadmills and acquiring data from the patients in the real world via motion capture technology, The CAREN system and the D-flow control software can detect gait variations. Real time analysis of gait deviations comparing with normative data and output of visual and numeric offsets from optimum, enable early detection of gait anomalies and suggests training protocols to the rehabilitation therapists. 

One of CAREN’s big advantages is it's capability to give feedback on a patient's motion in real-time.

This feedback cannot be reached today, using conventional therapeutic sessions, because a therapist is not fast enough to spot, register and give feedback to the patient. 
Sometimes the patient’s motions are so slight that the therapist can't perceive, because of human limitations. CAREN can then get, register and give feedback of even the slightest movements performed by a patient. Making the patient and the therapist aware of inefficient motion, and correct it during the session.

This is particularly important when dealing with balance training with orthopedic patients that have undergone amputation or another trauma that inhibited normal balance control and compensation strategy.

Motek Medical products and services relating to neurological rehabilitation are appropriate for any person who has problems from a neurological or neuromuscular condition remaining after initial diagnosis and treatment.

The commonest conditions that are diagnosed and treated with the technology include head injury, stroke, multiple sclerosis, motor neuron disease, cerebral palsy and muscular dystrophy, and a wide range of rare disorders and some with undiagnosed disorders.

Some of Motek medicals clients also facilitie provision of individualized assessment, foundational retraining in behavior, physical functioning, communication and transfer from working in Virtual reality to daily living,

Motek Medical technologies enrich the knowledge base in the field of rehabilitation through research and education.

Motek Medical technology is applicable for early diagnosis of a variety of neurological conditions. Those diagnostic protocols are useful in cases of: 

• Susceptibility and fall prevention
• Virtual reality as an evaluation and rehabilitation tool
• Functioning of sensorimotor integration and resolution of sensory conflicts
• Neuromuscular control
• Balance diagnosis and categorizations in stroke, traumatic brain injuries and other neurological motion disorders
• Neuromuscular control
• Kinematics of pathological motion
• Stroke and movement disorders
• Neuromusculoskeletal modeling

The technology is appropriate for any person who has problems from a neurological or neuromuscular condition remaining after initial diagnosis and treatment.

The commonest conditions that are diagnosed and treated with the technology include head injury, stroke, multiple sclerosis, motor neuron disease, cerebral palsy and muscular dystrophy, plus a wide range of rare disorders and some with undiagnosed disorders.

The CAREN system and the D-flow control software include implementations of non-linear dynamics and deterministic algorithms that provide us with effective quantitative descriptors of the behavior of postural control and balance strategies.

CAREN introduces a new measure, which allows determining the structure of posturographic compensation signals and to measure and quantify the effect of the loss of visual feedback information in postural control. Reliable and sensitive measure of the complexity of balance compensation signals assists in early diagnostics of balance anomalies and balance loss. CAREN can be used for the evaluation of postural stability and its changes due to pathology or an age-related decline

Gait research is looked at through several methodologies. Essential is a way of measuring forces and/or dynamic posture. Perturbation or some form of task will make the patient sustain their balance and the measurements yield information on the quality of the balance during gait. 

CAREN and V-Gait offer multiple ways to provide perturbations and dual tasking, capture measurements and provide feedback. With this use, Gait becomes easier to objectify, quantify and categorize.

Unique aspect of the software is that response of the system can be based on certain behaviour of the subject. Force, posture or EMG for instance can be used as a dedicated trigger to provide a perturbation or correction. this is used for research and rehabilitation.