Make An Appointment

For emergency Case

Booking A visit

    Spread the love

    Get to Know All About Stem Cell Therapy for Spinal Cord Injury

    The chief line of the nerve tissues that give rise to the spinal nerves is the spinal cord. They attach the rest of the body to the brain and the vertebral canal. This relationship is disrupted by a spinal cord injury. After a spinal cord injury, abnormalities are found in visual, motor and reflex messages. A individual may not be able to function properly after such a trauma and the condition may worsen when the injury level is higher.

    Stem Cell Treatment for Spinal Cord Injury in Delhi, India

    The therapy of stem cells for spinal cord injury has great potential. Extensive research has been conducted on stem cell therapy for spinal cord injury in animal models and humans. It focuses on replacing the cells that are lost or damaged and promoting axonal growth and remyelination of axons for the treatment of the spinal cord.

    The cells migrate to the injury site and initiate a process of repair. To stop neuronal degeneration and stimulate angiogenesis, they release trophic factors. These are the factors that help activate the dormant cells and recruit them to the injured site.
    The formation of functional neuronal circuits promoting functional recovery has been demonstrated by experimental models of stem cell therapy for Spinal Cord Injury in Delhi, India. After a spinal cord injury, they also modulate the immune response, induce the breakdown of inhibitory scars within the spinal cord, remove cell debris and protect neurons.

    Spinal Cord Injury stem cell therapy reduces the risk of inflammation within six months of injury. Spinal cord injury stem cell therapy facilitates neuroprotection and neuro-regeneration to form fresh synapses and axonal sprouting that helps to create newer neurons for growth. In some cases, we adopt the use of stem cell therapy for spinal cord injury to improve angiogenesis and neuro-protection growth of the prevailing tissues.

    When the latent source of the cells rises and falls rapidly, there is an action potential that leads to cells such as neurons and glial cells being repaired and renewed, transmitting electrochemical impulses for spinal cord injury through stem cell therapy. The cells transmit and act as information carriers that link the brain and the spinal cord. In addition, it helps to regenerate the myelin sheath and increase the alacrity of the transmission of the nerve.

    Cell tissues are then regenerated to form an effective blood supply through the discharge of the neurotrophic factors, cytokines and various other molecules. All these factors help in the overall generation of new structural order for newer nerve cells at the damaged area. Stem cell therapy for spinal cord injury ensures that your health is maintained to its optimum level.

    People are searching for stem cell therapy for Spinal Cord Injury in Delhi, India, but can’t seem to find the Best stem cell center or hospitals for Spinal Cord Injury at an affordable price. Global Stem Cell Care helps those patients to finding best hospitals for the Spinal Cord Injury stem cell treatment in Delhi, India

    Do you Know about Spinal Cord Injury?

    Spinal cord injury occurs due to the severity of the damage to the vertebrae, ligaments or disks of the spinal column. The injury can be traumatic and non-traumatic.
    Traumatic Spinal Cord Injury:
    An unexpected harm to the spine in the form of dislocations, compressing the vertebrae and fractures, leads to traumatic spinal cord injury.

    • Motor vehicle accidents

    • Football

    • Falls

    • Gymnastics

    • Violence

    • Unsupervised sport activities

    Non-Traumatic Spinal Cord Injury:
    A non-traumatic spinal cord injury may be secondary to diseases such as:
    • Arthritis

    • Cancer

    • Spinal cord inflammation

    • Infections

    • Spinal disk deterioration

    An injury to the spinal cord affects the nerve cells and induces inflammation. The first approach to treatment for spinal cord injury is often to stabilize the spine to avoid further damage to the spinal cord.

    The second stage in the stem cell therapy for Spinal Cord Injury is intensive rehabilitation in order to avoid any irreversible deformities in the injured limbs and to elicit a response from the affected parts. Global Stem Cell Care offers the best and the most reliable Spinal Cord Injury stem cell treatment in Delhi, India

    Symptoms of Spinal Cord Injury

    The severity of damage to the spinal cord’s nerve fibers can manifest in the following symptoms of spinal cord injury:

    • Sensations - A lack of sensation or an inability to distinguish sensations and sense heat, cold and touch may occur below the level of injury.
    • Muscle Tone - Depending on the degree of damage, muscle fatigue occurs (complete / incomplete), with a shift in tone.
    • Bladder & bowel control - The patient may suffer a loss of bowel control and/or bowel control.
    • Spasms - Involuntary motions or inflated reflex actions, or seizures, may occur.
    • Sexual function - Unnatural sensitivity and sexual function
    • Circulatory Control - This may lead to problems with blood pressure (orthostatic pressure) and limb swelling.
    • Respiratory symptoms - There may be signs of breathing problems and coughing, particularly in cervical & thoracic injuries.
    • Fitness & Health - A common phenomenon of SCIs is weakness and muscle wastage.
    • Pain & Depression - Often, due to the life altering magnitude of an SCI, patients may experience pain & even depression.
    • Stem cell therapy for spinal cord injury helps combat the issue of spinal trouble.

    Diagnosis of Spinal Cord Injury

    In the emergency room, through careful inspection and examination, sensory function and movement tests, and by asking some questions about the accident, a doctor may be able to rule out a spinal cord injury.

    But emergency diagnostic tests may be needed if the injured person complains of neck pain, is not fully awake, or has obvious signs of weakness or neurological injury.
    These tests may include:

    • X-rays. These tests are usually ordered by medical staff on persons who are suspected of having a spinal cord injury following trauma. X-rays can reveal problems with the vertebral (spinal column), tumors, fractures or degenerative spine changes.

    • Computed tomography scan (CT) scan. A CT scan may give a better look at the X-ray abnormalities seen. Computers use this scan to generate a set of cross-sectional images that can identify bone, disk, and other problems.

    • Magnetic resonance imaging (MRI). A strong magnetic field and radio waves are used by MRI to produce computer-generated images. This test is very useful for the examination of the spinal cord and for the detection of herniated discs, blood clots or other masses that may compress the spinal cord.

    Your doctor will perform a more thorough neurological test to assess the level and completeness of the injury a few days after the injury, as some of the swelling may have subsided. This involves testing your muscle strength and your ability to sense light touch and pinprick sensations. When the spinal cord injury seems to worsen and no oral medication seems to work for it, then, stem cell therapy for spinal cord injury is the ideal choice of treatment.

    1. Tetraplegia
    • Inability to sense heat or cold or touch
    • Coughing and shortness of breath
    • Sexual dysfunction
    • Pain caused by injury to nerves in your spinal cord
    • Muscle spasms
    • Incontinence2. Paraplegia
    • Loss of ability to feel and move
    • Fertility and sexual functions can be affected
    • Issues in breathing and coughing
    • No control over bowel and bladder activities
    • Intense pain in the pelvic region and legs
    • Tingling sensation in the trunk, legs3. Triplegia
    • Loss of movement and sensation in one arm and both legs
    • Three limbs are paralyzed
    • Muscle weakness
    • Poor muscle control
    • Stiffness
    1. Anterior cord syndrome
    • Find difficulty in movement
    • Back pain
    • Sexual dysfunction
    • Autonomic abnormalities like hypotension
    • Neurogenic bladder and bowel2. Brown-Square syndrome
    • Loss of voluntary motor function on the same side of the body
    • Loss of temperature and pain sensation on the other side of the body
    • Loss of bowel and bladder control
    • Weakness
    • Muscle atrophy in the affected area

    A spinal cord injury is often the result of an unpredictable accident or violent event. The following can all result in damage to the spinal cord:

    • Head or spinal injuries during sporting events
    • Electrical accidents
    • Falling from a significant height
    • Gunshot wounds
    • Heating the head while diving
    • Particular types of infections
    • Some medical conditions
    Physical therapy or physiotherapy for people with a complete spinal cord injury will concentrate on maintaining tissue capability increasing muscle strength and maximizing potential, and promoting independence. Treatment will focus on increasing muscle strength above the level of injury to reduce muscle weakness. People with an incomplete spinal cord injury present in different ways depending on the severity of the injury. Physiotherapy treatment will concentrate on rehabilitation and returning the individual to their previous physical level as much as possible.
    Acupuncture for patients with spinal cord injury is proven to be simple, comparatively inexpensive, and has few risk factors compared to other conventional medicine. It’s important to understand that with a spinal cord injury, sensory impulses from areas innervated below the level of injury may not be able to reach the brain. Individuals with less severe spinal cord injuries have more spared neural pathways that can deliver messages between the brain and body. As a result, more positive results of treatments have been observed in individuals with spinal cord injuries.
    Spinal Cord Injury Walking Track
    Spinal Cord Injury Walking Track
    Under this treatment, the patients are administered various helpful techniques, and this therapy makes use of a number of the latest equipment designed to boost the recovery of the patients and help them get more comfortable with managing their condition. Neuro-rehabilitation stimulates nerve and supporting cell function in the brain and spinal cord through the release of growth factors, improved oxygenation, and increased blood supply. After the damaged neural pathways have been regenerated, goal-directed rehab helps them to develop connections and thus improve motor functions.
    Rehabilitation Therapy
    Rehabilitation Therapy
    Rehabilitation therapists are specialists who work with people who have experienced an injury or illness that affects their ability to perform daily activities. The ability to get your life back after a disability can have a major impact on your emotional and mental health, as well as your social life. Rehabilitation involves the use of exercises and other treatments to work on specific areas in order to promote movement, relieve pain, build strength and flexibility, and increase confidence and self-esteem.
    Diet Counseling
    Diet Counseling
    It is a methodology that boosts your recovery from a disease, boosts immunity, heals damaged cells, and even replaces the dead ones with new cells. Spinal cord injury causing chronic paralysis affects the body’s energy and protein requirements. Central nervous system injuries require long-term healing, decreased life expectancy, and reduced quality of life. The risk of malnutrition due to chronic inactivity can lead to a loss of muscle mass, which affects nutritional status. Medical nutrition therapy aims to decrease the metabolic response, maintain fat-free mass, and prevent complications.
    • Intravenous administration
    • Liberation angioplasty
    • Intrathecal (lumber puncture)
    • Intraarterial
    • Subcutaneous
    • Surgical administration for stroke
    • Intramuscular


    The following is the structure that is followed during the implantation stage:


    Spinal Cord Injuries must be treated immediately. The treatment pattern is inclusive of steroids usage to minimize the damage that happens due to inflammation, swelling etc. With modern science advancing and taking a jump in advancements, innovation in the regenerative therapies has been the reason behind in vitro techniques for stem cells isolation, concentration as well as delivery is a great way to vastly improve the quality of life for patients who suffer from Spinal Cord Injuries.

    Stem Cell therapy for spinal cord injury is extended by the most reliable and effective stem cell hospital in India.

    For the treatment of Spinal Cord injury the stem cells therapy is an ideal choice that uses Mesenchymal Stem Cells (MSCs). Global Stem Cell Care has been successfully executing stem cell treatment on patients with expert care and precautions.

    Spinal Injury

    Get Stem Cell Therapy for Spinal Cord Injury in Delhi

    Through stem cell treatment, there is the regeneration of nerve tissues, blood supply improvements, and reduction in inflammation. Global Stem Cell Care provides the best treatment for Spinal Cord Injury stem cell treatment in Delhi. The reliable stem cell treatment in India for spinal cord injury is offered by Global Stem Cell Care.

    A combination of therapies is required, operating on the correct goals and at the appropriate time-point. Stem cell or stem cell-derived transplantation can contribute to spinal cord repair by:

    • Replacement of the nerve cells that died because of the injury;

    • Generating new supporting cells to re-form the insulating nerve sheath (myelin) and serve as a bridge across the injury to promote weakened axon re-growth;

    • When injected into the spinal cord shortly after injury, the cells at the injury site are shielded from further damage by releasing defensive substances such as growth factors and soaking up toxins such as free radicals.

    • Preventing the injury from spreading by suppressing the damaging inflammation that can occur after injury.

    How Global Stem Cell Care Therapy Works ?

    Several different types of approaches and treatment types are available when it comes to stem cell treatment for Spinal Cord Injury in India.

    Depending on the type of stem cell and the way it is implanted,

    the aim of the various strategies is to ensure that a gap is bridged between injury and effective treatment type.

    Spinal cord injury can cause some major trouble, and to effectively treat the ailment a reliable stem cell therapy for Spinal Cord Injury in Delhi, comes handy.

    Global Stem Cell Care is one such reliable stem cell center for Spinal Cord Injury.

    VIP Treatment to Patients at Global Stem Cell Care

    •  The stem cell therapy for Spinal Cord Injury sessions given to the patients at Global Stem Cell Care takes place in the VIP treatment room that is in the advanced clinic.
    • 24*7 supervision is maintained on the patients by the efficient medical team.
    • Global Stem Cell Care highly recommends the patients stay for a minimum of 3 days in Hospital.

    What to Expect from Stem Cell Treatment for Spinal Cord Injury?

    • The advancement of stem cell therapy for spinal cord injury in India, has dramatically changed the perception that individuals who suffer spinal cord injuries are bedridden exile for their entire life.

    • At The advancement of stem cell therapy for spinal cord injury in Delhi, has dramatically changed the perception that individuals who suffer spinal cord injuries are bedridden exile for their entire life.

    • • Improved trunk control
      • Standing balance
      • Sitting balance
      • Spasticity
      • Sensation
      • Bladder movements
      • Improved postural hypotension

    • After the stem cell treatment by our facility, patients have reported some major improvements in health.

    Possible Improvement

    Through stem cell therapy by Global Stem Cell Care, some major improvements have been seen in the patients. The major motto of stem cell therapy for Spinal Cord Injury is to renew the overall functioning of the spinal cord, which was earlier disrupted.

    Frequently Asked Questions

    A. Sport Injury is musculoskeletal system injuries (muscles, bones, and related tissues) that occur during sports and athletic activities. In order to avoid them and reduce their severity of incidence, sports medicine is the study of sports injuries.

    A. They may be traumatic injuries caused by contact with other players, ground and/or objects; they may be caused by overuse and excessive stress on the limbs and joints, bad training techniques, inappropriate exercise, insufficient warm-up and stretching before playing, and inadequate/improper use of equipment or sports equipment during sports/athletic activities.

    A. Knee injuries caused by too much running after a jump without enough warm-up, twist, blast or incorrect landing. Knee tendons, cartilage and ligaments can rupture.
    Shin splints or lower leg bone pain, usually seen in runners due to overuse of the lower leg or inappropriate use, overtraining, improper stretching, etc.
    Achilles tendon injuries are caused by breaking of the tendon binding the muscle of the calf to the back of the foot. This happens as a result of improper stretching, overuse,
    Rotator cuff injuries: They are caused by damage to the shoulder muscles and tendons due to overuse, aging, repetitive overhead motion, dropping on an outstretched hand, etc.

    A. During an operation, acute injuries occur unexpectedly and their signs and symptoms are sudden intense pain, swelling, severe tenderness, inability to move a joint in full range of motion, dislocation of the bone, etc. As a result of overuse of a limb or over-exercise, persistent injuries happen.

    A. The greatest risks from sports injuries for:

    Children’s and adolescents are due to their muscles, tendons, and bones still being in the process of growth and development, making them more vulnerable to injury.

    Middle Aged Sports Person: as they lack agility and resilience that a young athlete possesses
    Women: due to osteoporosis, fluctuation in hormone levels caused by menstruation, etc.

    A. RICE therapy, proper rest: not removing heavy items from or placing weight on the injured area, ice therapy: putting ice bags on the injured area to alleviate discomfort and swelling, compression: covering the injured area in an elastic bandage and elevation: putting a pillow below the injured area to avoid fluid collection is the starting point for the care of any sports injury. The doctor prescribes non-steroidal, anti-inflammatory drugs to reduce pain and inflammation (NSAIDs).
    The affected area should not be used to prevent further damage from happening. Pressure and swelling can be minimized by immobilization. As immobilisers, slings, splints & casts and Velcro belts are used. To restore normal function, a rehabilitation program/exercise is
    required at a gradual and secure pace. To start with, gentle exercises are begun and exercises are then gradually stretched and reinforced.

    A. A general medical doctor and a physiotherapist can be consulted for minor injuries. An orthopaedic surgeon specialized in the treatment of bone and joint conditions is consulted for serious injuries. A physiotherapist is performing a rehabilitation/exercise program.

    Upload your reports today for a free online consultation

    Fill out our treatment application form. The form is designed to help us understand your treatment goals.

    Click on the Icons to See the Various Steps of Our Patient Treatment Process