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Cyberdyne Treatment in India

“The pricing of advanced robotic rehabilitation therapy such as Cyberdyne starts from USD 7,500 for 25 sessions per month.

Robotic Rehabilitation

Humans and robots have limited capabilities. Cyberdyne would enhance and upgrade human competencies.

A brand-new area of an inter-disciplinary study named Cyberdyne combines fields like- neuroscience, robotics, systems engineering, information technology, “Kansei” engineering, ergonomics, physiology, social science, law, ethics, management, and economics with cybernetics, mechatronics, and informatics.

Robot costume HAL is a cyborg-style robot with the ability to enhance, support, and increase physical capability. The “Cybernics Voluntary Control System” and “Cybernics Autonomous Control System” are two different types of control systems for the robot suit HAL.

HAL’s application areas include entertainment, hard work support, and medical welfare. The world’s first technology, HAL [Hybrid Assistive Limb], increases, helps, and redevelops the wearer’s physical functions in accordance with the wearer’s objectives. This characteristic gives it the additional name “Wearable Cyborg.”

It is used to enhance and upgrade human capabilities based on frontier science Cybernics. It is a wearable-type robot) which was developed in order to physically support a wearer’s daily activities and heavy work, since 1992.

Understanding Cyberdyne

When someone tries to move, the brain commands the muscle to do the desired movement. The surface of the skin then displays a very faint signal that indicates the wearer’s intention to move. In order to carry out the desired movements in response to the wearer’s voluntary directions, HAL detects these so-called “bio-electrical impulses”* using sensors connected to the skin’s surface.

Technically, motor neurons present in the brain supply nerve impulses to the muscles when a person tries to move their body, which causes the musculoskeletal system, including joints, to move.
Faint “bio-electrical impulses” that represent an individual’s intention are released just before a body movement and reach the skin’s surface.

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How it works

In order to help the person’s joints; move in sync with them, HAL can read this signal and manage the power unit.

Interactive biofeedback between HAL, the brain, the nervous system, and the muscular system is stimulated inside and outside of the body by using HAL, which uses the bio-electrical signal that represents the wearers’ anticipated movements. This iBF theory forms the basis of Cyberdyne Treatment (interactive bio-feedback theory). HAL has the ability to encompass the treatment and evaluation aspects of medicine and is capable of surpassing medicine for patients with brain, nerve, and muscle diseases.

Bio-Feedback

  • Biofeedback is a technique used to learn controlling some body’s functions, such as – heart rate. During biofeedback, the patient is connected to electrical sensors that help them receive information about their body.
  • This feedback helps patients make subtle changes in their body, such as relaxing certain muscles, to achieve the results they want, such as reducing pain.
  • Bio-feedback gives you the ability to practice new ways to control your body, often to improve a health condition or physical performance.

Biofeedback, alternatively called biofeedback training, is used to help manage many physical and mental health issues, including:

  • Anxiety or stress
  • Asthma
  • Attention-deficit/hyperactivity disorder (ADHD)
  • Chemotherapy side effects
  • Chronic pain
  • Constipation
  • Faecal incontinence
  • Fibromyalgia
  • Headache
  • High blood pressure
  • Attention-deficit/hyperactivity disorder (ADHD)
  • Chemotherapy side effects
  • Irritable bowel syndrome
  • Raynaud’s disease
  • Ringing in the ears (tinnitus)
  • Stroke
  • Temporomandibular joint disorder (TMJ)
  • Urinary incontinence

Bio-Feedback Devices

  • Interactive computer programs or mobile devices

Wearable devices

The ability of this treatment strategy to enhance lower-limb, upper-limb, and clinical application is recognized for the body trunk.

The secret to nurturing functional advancement through Cybernics Treatment focuses more on the return of feedback from the experience of actual movement to the human brain than it does on simply transferring voluntary command signals from the brain to the musculoskeletal system through the spinal cord and peripheral nerves.

The functional improvement/regeneration technology employing HAL based on this iBF Theory is a new therapeutic method that permits the improvement/regeneration of human brain-nerve-musculoskeletal functions by triggering the body’s intrinsic capacity for self-healing.

  • Medical technology developed using Cybernics is known as medical Cyberdyne
  • The combination of HAL and regenerative medicine is called Cyberdyne treatment with stem cells.
  • The combination of HAL and pharmaceuticals is called Cyberdyne treatment with drugs

Due to the improvements in healthcare and other technologies, India is advancing quickly toward improved medical facilities.

Cyberdyne is a novel technology currently being tested, and it operates via robotics. This procedure makes use of a Hybrid Assistive Limb (HAL) to aid the patient. The newly developed technology is based on IoH/IoT technology, which is a novel idea (Internet of humans and things).

This technology connects the supercomputer to the human neurological, physiological, and environmental systems.

Artificial intelligence (AI) is used to gather, analyze, and process large amounts of data about people and things. This accelerates the development of the emerging Cybernics sector, which unites people with cyberspace and physical space.

In this specific Cyberdyne procedure, the patient’s brain receives affirmative feedback that the targeted action was carried out. This improves the signal route between the brain and the muscles and eventually enables patients to learn to perform the movements independently of HAL.

Cyberdyne Treatment in India

  • India began offering Cyberdyne treatments to assist the many foreign patients who were having trouble finding care at such reasonable costs. India offers prices that are over 50% less than those of any other nation.
  • Annually, India reports around 18 lakh stroke cases, of which over 14 lakh result in weakness or partial paralysis on one side of the body.
  • According to the business, a patient who has had a stroke or paralysis can live a better life thanks to the HAL Robo Suits.
  • This is the first wearable cyborg or robot suit ever created. A signal is sent from the brain to the muscles through the nerves in accordance with the purpose of movement whenever someone tries to move their body.
  • An insignificant bioelectric potential signal then seeps into the skin’s surface. A sensor affixed to the skin allows HAL to detect the wearer’s bioelectric potential signal and carry out the intended action.

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Cyberdyne Treatment in India with HAL

The first robotic medical equipment in the world made walking possible.

There are a few processes and procedures that are followed when the HAL is at work in a Cyberdyne treatment. These are as follows:

  1. Think- The brain sends the appropriate information to the muscles required for the motions through the nerves when we think, “I want to walk.”
  2. Send Signals- Each muscle in a healthy body can accept instructions intended for it from the brain and move as forcefully and quickly as planned. However, in the case of HAL, it is accomplished with the use of the technology used for nerve stimulation.
  3. Read the signals- “Bio-electric signals [BES]” are very feeble signals that are transmitted from the brain to the muscles. Only by affixing the first created detectors on the wearer’s skin’s surface can HAL read BES. HAL understands the types of motions the user intended by combining numerous pieces of information.
  4. Recognizing the motions- Humans can think, regulate their muscles, and move their joints at incredibly fast speeds. Both HAL and a human are capable of quickly processing a variety of information and controlling the power unit. HAL moves in tandem with the body when it begins to move. HAL can therefore help the wearer’s movements.
  5. Learning the motion- Muscle movement is merely one part of the human body’s overall movement system. The brain verifies the body’s movements based on the signals it received. The thought “I could walk!” is sent back to the brain once HAL has correctly supported the walking motions. By doing this, the brain progressively develops the ability to emit the impulses required for “walking.” The physically challenged person can then take “the essential first step” toward walking without HAL’s assistance. HAL is the only robot capable of offering the proper responses to the motions of the brain.

Cyberdyne Treatment in India with PABLO

A rehabilitative tool with sensors for bilateral and unilateral training, a wireless therapeutic device with interactive therapies for the entire body (hand, fingers, arms, legs, trunk, and head).

  • It can be used by both adults and kids during all phases of therapy.
  • Provides assistance and direction with movement. For those who are weaker, a multi-ball and multi-board are used.
  • Measurement of the forces produced by the different gripping patterns used by the human hand.
  • Training wrist extension and flexion, as well as pronation and supination training.
  • Measurement of the force used for interdigital, lateral, and pinch grips.
  • Every type of bodily movement (head, arm, trunk, and leg) is measured by motion sensors with integrated Inertial Measurement Units (IMU). This allows for interactive movement training with audio-visual feedback.

Cyberdyne Treatment in India with TYMO

  • It is a transportable post-urography device and the thinnest balance platform ever created.
  • Flexible in use, TYMO develops postural control in a sensitive, focused, and meaningful way, which serves as the foundation for all actions.
  • Not only it’s about physical balance, but it also balances fun and inspiration s well!

Cyberdyne with Neuro-Rehabilitation Robots

It majorly focuses on enhancing muscle strength, range of motion, and coordination.

Neuro is a solution for patients with many conditions, which were earlier very slow-paced. It is useful in case of the following conditions:

  • Brain strokes
  • Incomplete spinal cord injuries
  • Spinal Bifida
  • Multiple sclerosis
  • ALS Duchene’s
  • Spinal muscular atrophy
  • Any partial innervations neurological disorders
  • Pelvic floor (incontinence)
  • Bone fractures
  • Post-surgical recovery
  • Emg controlled exercises for clinically weak patients
  • Emg biofeedback

Cyberdyne for Hand Rehabilitation

The human hands are very complex and versatile. The recovery of hand function is one of the most challenging topics in stroke rehabilitation. The insufficiency of hand function has a great impact on the quality of the patient’s life, which means more demand is recovered for hand motor recovery.

For hand, rehabilitation is used

  • Motor learning via interactive use of the biofeedback system
  • To improve voluntary participation in a rehabilitation context.
  • To support the onset of voluntary muscular contraction and voluntary movement.
  • To maintain voluntary muscle contraction and voluntary movement.

It is used to simplify:

  • Initiation of voluntary muscle contraction.
  • Motor control and coordination.
  • Muscle relaxation.
  • Motivation.
  • Control of abnormal muscle activity.
  • Continuous reinforcement of the correct responses.

Cyberdyne Treatment with Physiotherapy

The world’s first, robotic remedial device that leads to the possibility to walk.

Robotic therapy may not completely the place of traditional therapy. It is advised that patients continue receiving traditional therapy in addition to robotic rehab in order to hasten their recovery.

Together, the objectives can be identified, and accordingly, the number of therapy sessions required may be scheduled. Typically, for treatment with a single robotic device, it’s considered beneficial to schedule four appointments. According to research, robotic therapy is most effective when used 3/a week for up to 18 sessions. About 45 minutes are spent in each session.

The robotic device that is best suited to patient requirements can be included in the treatment plan, along with a number of specialized exercise methods.

The Objective of Robotic Rehabilitation

Traditional rehabilitation combined with robotic rehabilitation, Cybernics can have a range of benefits and is a ray of hope for distressed patients coming from different parts of the world to India for a better quality of life. The treatment highlights include:

  • It ensures a greater likelihood of healing.
  • Robotic therapy involves the patients in the healing process more quickly as compared to conventional therapy. The tasks that the robotic and virtual reality gadgets enable, patients, to complete are enjoyable and would be difficult or impossible otherwise.
  • It reduces symptoms of a wide range of illnesses, including many neurological problems.
  • For patients dealing with the aftereffects of a stroke, Parkinson’s disease, cerebral palsy, or spinal cord and brain traumas, robotic rehab may be able to help.

Cybernics devices help both the user and the practitioner with a unique perspective on the signal patterns produced by the wearer as well as vital details like the center of balance and gait cycle phases.

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