Stem Cell Treatment for Muscular Dystrophy in Delhi, India

In muscular dystrophy, the weakness is in the muscles. A genetic abnormality prevents the body from making a protein that helps build muscles and keep them strong. Different forms of muscular dystrophy will have different symptoms, however, some of the common signs are:

• Difficulty standing
• Difficulty rising from a lying or sitting position
• Trouble breathing
• Trouble learning to sit independently and walk
• Muscle weakness that begins in the hips, pelvis, and legs
• Clumsiness, falling often
• Trouble climbing stairs
• Unsteady, waddling gait
• Larger-than-normal calves that is sometimes painful
• Breathing problems that may eventually require the use of a ventilator
• Walking on the toes or balls of the feet
• Learning disabilities or behavioral problems
• Vision problems
• Difficulty speaking and swallowing
• Partial paralysis

Curvature of the spine (scoliosis) causing one hip to rise higher than the other.

There are more than 30 types of muscular dystrophy. Some of the common types of muscular dystrophy are given below:

Duchenne muscular dystrophy (DMD): The most prevalent kind of muscular dystrophy is called Duchenne muscular dystrophy (DMD). Children assigned female at birth (AFAB) may potentially have a weaker form of it. It mostly affects children assigned to males at birth (AMAB). Your heart and lungs are affected by DMD as it worsens.

Becker Muscular Dystrophy (BMD): The second most prevalent kind of muscular dystrophy is called Becker muscular dystrophy (BMD). The illness mostly affects AMAB individuals, while AFAB individuals may experience lesser symptoms. Though they can start at any age between 5 and 60, BMD symptoms usually start in adolescence. Each person has a BMD to a different degree.

Myotonic Dystrophy: The most prevalent kind of muscular dystrophy to be diagnosed in adults is myotonic dystrophy. Adults AMAB and AFAB are similarly affected. Myotonic dystrophy patients have trouble unwinding their muscles after utilizing them. In addition to affecting the heart and lungs, the illness can lead to endocrine problems including diabetes and thyroid disease.

Congenital Muscular Dystrophies (CMD): The term “congenital” refers to a class of muscular dystrophies that manifest at or close to birth (“present from birth”). Overall muscular weakness and potential joint stiffness or looseness are symptoms of CMD. Depending on the kind, CMD may also include respiratory problems, cerebral or learning difficulties, seizures, visual problems, or spinal curvature (scoliosis).

Distal Muscular Dystrophy: This kind of impacts the lower limbs, hands, feet, and legs. People in their 40s and 60s are usually the ones affected.

Emery-Dreifuss Muscular Dystrophy (EDMD): The majority of patients with Emery-Dreifuss muscular dystrophy (EDMD) are children and young people with AMAB. Muscle weakness usually occurs in the shins, upper arms, and shoulders. Your heart is also impacted by EDMD. Usually, the illness advances slowly.

Facioscapulohumeral Muscular Dystrophy (FSHD): Muscles in your face, shoulders, and upper arms are most frequently affected by facioscapulohumeral muscular dystrophy (FSHD). Usually, symptoms start to show up before age 20. In the United States, 4 out of every 100,000 persons had this kind.

Limb-Girdle Muscular Dystrophy (LGMD): LGMD, or limb-girdle muscular dystrophy, affects the muscles in your hips, shoulders, upper legs, and upper arms. Individuals of various ages are impacted. In the United States, 2 persons per 100,000 have LGMD.

Oculopharyngeal Muscular Dystrophy (OPMD): Oculopharyngeal muscular dystrophy diminishes the strength of the muscles in your neck and eyelids. In your 40s or 50s, symptoms like drooping eyelids (ptosis) and trouble swallowing (dysphagia) frequently manifest. One in 100,000 persons suffers from OPMD.

Muscular​‍​‌‍​‍‌​‍​‌‍​‍‌ dystrophy arises as a result of genetic and external factors that influence the development and regeneration of muscles. The sources mainly revolve around gene changes that code for proteins that support muscles. The changes in the genes can both be inherited and acquired. The main causes of the disease are described below in simple terms:

1. Inheritable mutations

One of the leading causes of the disease is inheritable mutations in genes regulating muscle structure and function. The defective genes can be inherited from one or both parents. If the gene fails to perform its function, muscle cells gradually get weaker and the ability of the cells to self-repair after normal usage is lost, so muscle wasting sets in.

2. X-linked heritage

Muscular dystrophy types that are linked to mutations of the gene located on the X chromosome. Males tend to be affected as they have only one X chromosome, and if the gene is defective they will be symptomatic. Females, on the other hand, with two X chromosomes, can be a carrier of the gene without symptoms, but they may still pass it on to their children.

3. Autosomal recessive heritage

The scenarios where this disease shows up in a child that got a defective gene from each parent and only then will the condition manifest are examples of autosomal recessive heritage. These parents are both carriers and have no symptoms themselves. The muscles cannot make the needed amount of proteins when both defective genes are present, which causes the muscles to become weak and degenerate.

4. Robotic mutations

There are times when mutations come about in a person who has no history of the disease in the family. Such new or “robotic” mutations take place in the formation of sperm or egg cells or very early in the baby’s development. They are not passed down genetically but can be passed down to the next generation.

5. Age-related mutations

With age, cells in the body gradually get worn out. Sometimes new mutations in muscle-related genes due to aging can be identified. That can limit the muscle’s ability to regenerate, leading to the late-onset varieties of the disease.

6. Environmental factors

Even though genetic causes are the major ones, the condition can be exacerbated or triggered by some environmental factors. The exposure to toxins, poor nutrition, and viral infections can affect gene expression and impair muscle function even ​‍​‌‍​‍‌​‍​‌‍​‍‌more.

Age-Related Muscular Degeneration (AMD) is actually a disease that does not show any signs or symptoms at early stage, which unfortunately makes it hard for people to diagnose themselves and treat it as soon as possible. Annual eye examinations with your eye healthcare provider are the only solution in this case, by its help, you will be able to catch the disease at its earliest stages prior to symptom development, enabling you to start treatments as early as possible. These annual examinations can include the following test:

• Visual field test: This test screens your eye for its range, blind spots and sensitivity.
• Dilated eye exam: In this test, eye drops are used to dilate or widen, the pupils. After this dilatation process is complete, a specific lens called an ophthalmoscope is used by the doctor to look inside various areas of your eyes including the back of your eyeball (retina) more clearly.
• Fluorescein angiography: Your doctor puts a yellow dye into your arm called fluorescein. The dye travels through your blood vessels, and then a camera takes pictures that shows any leaks under the macula.
• Optical coherence tomography (OCT): Optical coherence tomography isn’t invasive or painful. You simply look into a lens while it helps take pictures of the back of your eye, including the retina and macula which could then be analysed by doctors to better understand your eye’s condition.

How Stem Cell Therapy for Muscular Dystrophy works?

Latest researches have revealed that MSCs can help repair and renew nerve cells, improving symptoms and prolonging lives. Steroids and other disease modifying drugs cannot cover all the symptoms and are aimed to manage only specific symptoms. Again, the concern of critical side effects of drugs is also there. With MSC treatment, there is no such concern.

1. Rebuilding and Replacing Muscle Fibers

Stem cells have the ability to change into other cells naturally. In muscular dystrophy, they have the ability to change into healthy muscle cells. They replace weak or damaged muscle fibers with new cells, restoring muscle function and strength in the long run.

2. Facilitating Muscle Regeneration

Stem cells release certain growth factors that activate the body’s own muscle stem cells to work. This action helps to repair minute damage in the muscle, triggering extra recovery and endurance.

3. Reduction of Inflammation in Muscles

Muscular dystrophy has the implication of causing chronic inflammation. Stem cells suppress the immune system and cut down on this unwanted reaction. By suppressing inflammation, they avoid further damage to muscles and decelerate the progression of the disease.

4. Slowing Scar Tissue (Fibrosis)

Damaged muscles in dystrophy are usually replaced by stiff scar tissue that prevents movement. Stem cells retard the scarring process, keeping muscles pliable and functional.

5. Enhancing the Circulation of Blood to Muscles

Stem cells promote the creation of new blood vessels. Increased blood flow provides a consistent supply of oxygen and nutrients to ensure the survival and optimal function of muscles.

6. Preventing Muscle Cell Death

Stem cells protect current muscle cells from early death. Such conservation prevents loss of strength in muscles and delays the advancement of symptoms.

Day 1-

• Pick up from the Airport to the Hospital
• Interaction between Dr and Patient, to clear all their doubts at that time
• Admission procedure
• Clinical examination & Lab test will be done prescribed by the doctor
• Supportive Therapy

Day 2-

• Stem cell Procedure
• Supportive therapies
• Physiotherapy

Day 3-

• Supportive Therapy
• Physiotherapy
• Discharging formalities
• Drop back to the Airport

Note:

• For Admission, carry the identity card (Passport/ Pan Card / Driving License)
• Carry the hard copy of Patient reports

Muscular dystrophy is a group of disorders characterized by degeneration of skeletal muscles, hence the name. These diseases are all associated with the defective gene known as Dystrophin, which creates an adverse effect on the production of muscle proteins and subsequently leads to progressive damage to muscle cells and tissue. There are nine different types of muscular dystrophies but they are all multi-system disorders that have many symptoms affecting many of your body’s systems such as the cardiovascular system, gastrointestinal system, and nervous system among others.

As a result, children with muscular dystrophy usually succumb to paralysis and ultimately die in their early twenties because of respiratory failure and cardiac complications. In most cases, the symptoms are apparent at an early age by the time children are three or four years old when they have trouble walking and controlling their muscles.

Types Of Stem Cells Implantation

Stem ​‌‍​‍‌​‍​‌‍​‍‌cell therapy through various implantation methods brings new possibilities to improve muscle strength and function. The main purpose is to bring stem cells to the damaged tissues in a way that they can do the repairing and regenerating of the muscle fibers. Depending on a patient’s condition, the type of stem cells used, and the therapeutic effect desired, different routes of stem cell delivery can be utilized. Here are the commonly used methods of stem cell implantation:

• Intravenous Administration: It is the least invasive and simple method. Stem cells are introduced into a vein, from where they actively travel throughout the body via the bloodstream and naturally find the places of injury. However, due to the fact that some cells might be taken up by other organs such as the lungs or liver, only a limited number of cells are able to reach the muscles.

• Liberation Angioplasty: Before stem cells are delivered this way, the goal of this method is to facilitate blood flow. Opening the narrowed veins with the help of a small balloon may not only allow more cells to reach tissues that need repair but also it can provide oxygen in the areas where cells have been implanted and assist in muscle recovery if done simultaneously with stem cell infusion.

• Intrathecal (Lumbar Puncture): This method involves delivering stem cells into the fluid surrounding the brain and spinal cord through the lower part of the back. It facilitates them coming to the central nervous system. This path is generally chosen when the nerve or spinal parts are most likely to be the reasons for the loss of muscle control and strength.

• Intraarterial Injection: With this method, stem cells are induced directly into arteries that provide blood to the muscles that are diseased. Compared to intravenous procedures, this gives a patient a much more precise and targeted treatment as less dilution of the cells occurs and few cells are lost en route to the eventual site.

• Subcutaneous Injection: The technology here is one where stem cells go under the skin. It is a minor intervention technique generally employed as a means of local delivery or adjunctive therapy. From their implantation place in the vicinity, stem cells slowly but surely can migrate to the tissues that are close and that need to be healed.

• Intramuscular Injection: It is the most direct and efficient method among the others. Through this, stem cells get into the badly functioning muscles which then encourages the local regeneration and repair. In other words, the procedure is helpful in the rebuilding of muscle structures, and the patient can see the functional improvement more ​‍​‌‍​‍‌​‍​‌‍​‍‌accurately.

• Improvement​‍​‌‍​‍‌​‍​‌‍​‍‌ of Muscle Strength: As tissue damage is mended and the old cells are replaced by the new, many patients observe that their muscles become stronger. This, in turn, makes the performance of the daily tasks more comfortable.

• Enhancement of Gait and Mobility: The treatment leads to the improvement of muscle control and coordination, patients become more stable in walking and are able to move to a greater extent of freedom.

• Fall Risk Reduction: With better muscle tone and coordination, the risk of tripping and falling is significantly decreased, the patients get more self-assurance and feel that they are able to live independently.

• Reduced Creatine Kinase Levels: The stem cell therapy that led to less muscle damage is followed by lowering the levels of creatine kinase, a muscular injury indicator enzyme.

• Life Span Extension: The overall health of the person gets better due to the stronger muscles and improved organ function, mainly the heart and lungs, the possibility of living longer is increased.

• Improved Respiratory Function: Respiratory muscles become stronger the breathing is easier and more oxygen is taken in which results in less fatigue and shortness of breath.

• Better Balance and Coordination: Muscle regeneration along with the restored nerve connections enables the patients to have good posture and stability.

• Better Fine Motor Skills: Many patients say that they have more ease in making precise movements such as writing, dressing with buttons, or holding small things.
• Enhancement in the Number of Muscle Fibers: The use of stem cells paves the way for New muscle fibers overall muscle volume and strength will be ​‍​‌‍​‍‌​‍​‌‍​‍‌higher.

Stem cell therapy for AMD is an effective treatment option for patients with vision loss due to wet or dry age-related macular degeneration (AMD). Additional research is investigating stem cell therapy for people with vision loss due to dry age-related macular degeneration. Stem cell therapy is the use of stem cells to replace dead or damaged cells in the body due to their amazing and next-gen mechanism and organic nature.

Stem cell treatment for dry AMD is most often based on RPE replacement strategies. The RPE cells support the photoreceptors and so replacing the damaged ones with healthy ones can alleviate visual functional deficits by restoring lost functionality from the photoreceptors. Studies done with AMD patients proved that transplanted cells survive in the host eye and contribute to visual improvement by making it easier for them to see. What’s more, no adverse events or complications such as rejection were observed in any of these patients.

1. Replacing​‍​‌‍​‍‌​‍​‌‍​‍‌ Damaged Muscle Cells

The decay of muscle fibers is a major feature of muscular dystrophy. Through stem cell therapy, the damaged muscle cells can be replaced by the new and healthy ones that are derived from stem cells. As a result, the muscles regain their lost strength and become functional again.

2. Promoting Muscle Regeneration

Activation and stimulation of the generated stem cells in the muscles leads them to induce healing in the body. Along with this, they secrete certain proteins and growth factors that bring about repair in muscle cells and the production of new fibers.

3. Reducing Inflammation and Scarring

Inflammation that lasts for a long time is one of the factors that can exacerbate muscle damage. At the same time, stem cells have the capability to alleviate the inflammation and diminish the scar tissue formed. Accordingly, muscle growth and recovery are facilitated in a favorable environment.

4. Supporting Genetic Repair

Certain advanced cellular therapies involve the use of genetically corrected stem cells. The team of researchers genetically engineers the patient’s stem cells by correcting the defective gene that causes the weakness of muscles, and returning the corrected cells to the body. With this, the new cells in the body will be able to generate normal muscle tissue with proper genes.

5. Improving Muscle Strength and Endurance

As a result of the growth of new and repaired muscle fibers, patients will possibly be able to move better and also have improved balance, as well as the increase of overall strength. In this way, muscle wasting can be slowed and daily life activities can be enhanced.

6. Potential for Long-Term Improvement

One of the features of stem cells is that they can continuously self-renew. Even after getting attached to the muscle tissue, they can keep doing their work of making new muscle cells there for quite some time. In other words, the therapy can be a source of quite long-term benefits instead of just temporally ​‍​‌‍​‍‌​‍​‌‍​‍‌relief.

We being one of the leading stem cell clinics in India believe that every patient must get only the safest and comfortable experience while undergoing through the therapy that is not only affordable, but also extremely effective. This is a new era while technology and medical developments are most accessible that it ever was in the past and we would like to keep it that way. We serve both national and international patients with our unmatched and welcoming procedure if stem cell. It is our promise to always stay in reach even after the treatment has been completed to better observe and assist your improvements. We also promise to follow the safest industry procedures and certified international guidelines while also maintaining internal regulations to accompany your experience. Our managers also assure that the experts assigned to you are always the best can professionally handle your situation while aiming for the most positive outcome.

What We Promise You?

We​‍​‌‍​‍‌​‍​‌‍​‍‌ recognize at our center that you need to be supported, informed, and cared for during your stem cell therapy treatment, and we certainly aim to provide that. We assure performing the comfort, safety, and progress of the patient during the therapy. Our facility is a synergistic combination of individualized attention and scientific accuracy to ensure that you obtain the best results possible in your treatment. We commit to providing you these services during your stem cell therapy for muscular dystrophy:

• Personalized Treatment Plan: Human nature is different, and the human body is very complex in its own unique way. We design a treatment plan that is appropriate for your health, past medical experiences, and target.

• Use of Safe and Ethical Stem Cells: The stem cells used are retrieved from ethical sources, are of good quality, and are kept sterile in certified labs. We always put your health and safety first.

• Expert Medical Team: A competent and experienced team of doctors, stem cell specialists, and therapists who are well-versed in regenerative medicine will take care of you.

• Advanced Medical Technology: Our methods of obtaining, purifying, and administering stem cells are cutting-edge and carried out in our facility designed with the newest and most advanced technology, making it safe and effective.

• Comprehensive Care and Support: We engage with you before the initiation of treatment to perform the needed assessments and stay with you after therapy, following up and being available for consultations.

• Comfortable and Caring Environment: We try to provide an environment that is the least stressful and the most comfortable for your experience. The main point is that you are provided with compassionate care by the members of staff who are trained for this.

• Focus on Functional Improvement: We strive to improve your muscle strength, coordination, and overall quality of life. We monitor your progress methodically and plan any changes needed in your treatment protocol.
• Long-Term Commitment: The commitment we show you will not only be during the time of therapy but also after, when we will remain in contact. We keep in touch through appointments that are regular and through counseling that is continuous to make sure your recovery stays on the right ​‍​‌‍​‍‌​‍​‌‍​‍‌track.

Stem cell therapy is both a new and emerging medical procedure. People are finding more and more useful ways to use stem cells for the treatment of ailments. And we here at Stem Cell Care India believe that clients should have access to this kind of revolutionary treatment without breaking the bank. That’s why we at Stem Cell Care India are determined to provide affordable high-quality treatments in India.

1. Medical​‍​‌‍​‍‌​‍​‌‍​‍‌ Severity of the Patient

The seriousness of the patient’s condition is a major factor in determining the overall hospital bill. Commonly, those who have advanced or severe medical issues come to require intensive care, increased monitoring, or longer treatment sessions, they are the main cause of the increasing rates due to the time, materials, and skills that are pulled out.

2. Past and Present Diseases/Disorders

The health history of a patient is the cornerstone of the treatment journey. In case a patient has or had various infections, chronic diseases, or any kind of organ-related issues, then it is a given that the patient will require special assistance. Handling such dangerous potentialities may call for more medical tests, tailored care plans, and professional supervision, which set higher prices in the healthcare sector.

3. Height and Weight of the Patients

The matter of composition may dictate how many cells or treatment materials will be required from the side of the patient. Take for instance the case where a patient has a greater body weight or is larger in stature; in such a scenario, this person is the one who by comparison will have to be given the largest amount of cells or dosage, whereas a person of smaller body size would be given less. What this means is that the pricing is determined by how much has to be given.

4. Required Number of Cells

The amount of cells available for one treatment varies from individual to individual. Typically, the larger the number of cells, the more complex the preparation and longer the laboratory work will be. Consequently, the cost of production and quality assurance go up accordingly.

5. Other Unprecedented Needs/Complications

Sometimes, the treatment journey is accompanied with the consideration of some unexpected medical needs. Among these there are scenarios of complications, take additional medication, or have a longer hospital stay. Besides, these unforeseen demands consume more resources, the use of manpower, and time which eventually leads to adjustments in ​‍​‌‍​‍‌​‍​‌‍​‍‌prices.

Stem​‍​‌‍​‍‌​‍​‌‍​‍‌ cell therapy remains one of the most vibrant treatment options explored to reverse the effects of muscular dystrophy. However, the therapy’s success rate fluctuates widely from one patient to another. The effectiveness of such treatment depends on numerous critical factors. By knowing these factors, you can see that explaining the human response recorded so far is a direct consequence of the variation in the studies and the necessity for more experiments to reach a certain level of trust and high efficiency.

1. Type of Stem Cells Used

The development of induced pluripotent stem cells or mesenchymal stem cells is among the one few genetically based solutions for different diseases including muscular dystrophy. Out of these three, the researchers are not sure which would have the best fusion of growing the muscle tissues from current data, it seems that the integration of the damaged tissues of type one, is the most viable one while type two doesn’t last long enough to cause any such effect.

2. Source and Quality of Cells

The impact of a cell on a human ultimately boils down to this one parameter: Where did it come from and how pure is it? The cells obtained from well-vetted healthy donors are the ones that usually work better than cells gotten from less trusted sources. The contamination rate in cells if allowed in the final product not only increases the risks for patients but can diminish the success of the therapy.

3. Patient’s Age and Health Condition

Comparatively, younger patients or those who are less complicated have a greater chance of receiving the desired results from the treatment. As dystrophy advances, muscles get heavily scarred, consequently, making stem cells incapable of mending or substituting the ones there.

4. Delivery Method

Methods such as direct injection of stem cells into the skeletal muscle versus a drug or intravenous infusion, albeit uncertain in the effect of the treatment, it may still decide whether stem cells arrive at the area, which is to be treated or not, as well as their longevity.

5. Immune System Response

The immune system would reject or attack the introduced stem cells at an interval leading to failure. Although the immune suppressive drugs may alleviate the situation, they still have side effects.

6. Rehabilitation and Supportive Care

The positive aspects of one therapy can be further enhanced if combined with other elements such as physiotherapy, a balanced diet, and consistent medical check-ups. Apart from these, the progress made can be maintained too.

7. Research and Technology Differences

Result variation due to the difference in methods, instruments, or experience is a major scientific concern acknowledged by researchers. Equipment and technique errors may point to one study while another may be far superior leading to such divergent outcome ​‍​‌‍​‍‌​‍​‌‍​‍‌levels.

Where​‍​‌‍​‍‌​‍​‌‍​‍‌ as most traditional pharmaceuticals typically only focus on the symptom management part of the disease, stem cell treatment actually goes down to the root level where it revitalizes and substitutes the injured muscle tissues. Patients who have been ailing and have had a hard time finding a way out in the past, now get the light of a new dawn through this groundbreaking therapy.

Stem cells are equipped with the inherent property to transform to any kind of cells among which are also muscle cells. These stem cells can significantly contribute to the body rebuilding and repair the muscle fibers, recovering muscle function, and regulating the body”s strength and mobility when they are implanted in it. In most cases, patients manifest improvements in daily activities, stamina, and general health condition as time goes by. Here are some of the major benefits of stem cell therapy in the treatment of muscular dystrophy.

1. Improved Muscle Strength

Stronger muscles are one of the major rewards of stem cell therapy. The factors causing the muscle damage are disposed of as stem cells set about to fix the damaged fibers and to produce freshly obtained fibers already stemming from healthy ones. The new ones work well together with the remaining muscles, resulting in less disorder and more strength in the muscle capacity, which is one of the reasons why daily routines are performed easily and with less fatigue.

2. Improved Gait and Mobility

Movement and walking skills are two of the most common things that patients talk about after their stem-cell treatment. As muscle power gets better, so does the interaction between different parts of the body and therefore it becomes possible for the patient to move more elegantly and naturally. They are now able to walk longer distances and take part in various types of exercise.

3. Lower Risk of Falling

The strengthening of muscles and good coordination are the factors that bring about a decrease in the likelihood of falls and injuries. The therapy is a great help in achieving not only physical but also mental independence and making sure that the patient feels safe throughout everyday life.

4. Lower Creatine Kinase Levels

Creatine kinase (CK) is an enzyme that is spilled into the blood when muscle fibers are harmed. Elevated CK levels are an indication of muscle injury. Through the different ways stem cell therapy promotes muscle repair and inhibits the progression of muscle tissue breakdown, it can efficiently bring down the CK levels. These are the signs that indicate that the muscles are healing and turning stronger.

5. Increased Life Span

If firstly, the weakening of muscles is slowed down and secondly, important communication like breathing and mobility are improved then it is quite possible that stem cell therapy helps in lengthening the lifetime of a person. On the whole, thanks to the improvement in muscle and body functions, as well as the reduction of the secondary diseases that could eventually become a serious problem for the patient”s life, the later could live longer.

6. Improved Respiratory Function

Among other things, stem cell therapy strengthens the muscles that are needed for breathing. These muscles, when strong, are capable of letting the air in all the way down and also out – the patient can now breathe comfortably and free of worries. This leads to less breathing struggles and applauded with conversely lower chances for the development of lung infections and other respiratory-related diseases.

7. Improved Balance

Definitely, due to improved muscle control and better coordination, clients reform noticeable better equilibrium than before. This skill has several implications apart from mobility, namely safety and the ability to take care of oneself independently in everyday life.

8. Improved Fine Motor Capabilities

Moreover, stem cell therapy may significantly influence the small muscle groups, like those located in the areas of the hands and fingers, which in turn will be capable of performing the necessary tasks. Writing, buttoning the clothes, or using the utensils could then be done in a more effortless and accurate manner.

9. Enhanced Number of Normally-Functioning Muscle Fibers

Among the most essential results of stem cell therapy is the development of new, healthy muscle fibers which perform their normal functions. The regeneration process facilitated by the therapy not only aids the muscles to get back their natural framework and strength but also leads to a long-term increase in muscle performance and general ​‍​‌‍​‍‌​‍​‌‍​‍‌health.

In recent times stem cell therapy for muscular dystrophy has been proven effective. In humans, stem cells have shown a capacity to regenerate scarred tissue and in lab analysis of animals with muscular dystrophy, it has been found that embryonic-like stem cells can not only repair existing damaged muscles but also create new ones.

After Muscular Dystrophy Stem Cell Treatment, the patient undergoes a significant improvement. So far, we have observed that the majority of the MD patients who are treated using Stem Cell Therapy have shown well-improved results like increased muscle strength, better tissue quality, lessening of tremor occurrences, and an improved range of movement.

A​‍​‌‍​‍‌​‍​‌‍​‍‌ lot of patients who’ve undergone stem cell therapy have reported significant gains in their muscle function, endurance, and the ability to carry out everyday activities. Clinical trials and patient experiences indicate that stem cell therapy has the power to decelerate the muscle weakness process, and in some instances, it can even lead to symptom reversal. After the treatment with stem cells for muscular dystrophy, here are some of the most frequently noticed results:

1. Improved Trunk Muscle Strength

The very first improvement to be pointed out after stem cell therapy is the trunk (core) muscle strength gets a lift of the power. With more powerful trunk muscles, patients are better able to keep their posture, sitting upright for longer hours, and doing simple daily routine work with lesser effort. In addition, good core control lessens the chance of falling and facilitates better breathing and balance.

2. Improved Limb Strength on Manual Muscle Testing and Balance

The patients usually demonstrate significant improvements in limb strength when manually tested by a healthcare professional. This change allows for the arm and leg movements to become more controlled. Apart from that, the boosted limb strength resulting from the exercises helps even more to attain good balance, stability as well as confidence when one is standing or walking.

3. Advancements in Walking

Pretty much all persons have gained a substantial improvement in their walking capability. There are some who were initially dependent on the help of others or wheelchair but now, they have the ability to take independent steps. While others point out that they are able to walk longer distances without getting tired. The progress made in walking is a result of the communication between muscles and nerves becoming coordinated as the case may be, stem cells then assist in repairing and regenerating them.

4. Improved Hand Function

The improvement of the patients’ fine motor skills and hand coordination is likewise very apt to take place. Patients are now able to complete the tasks of which previously they found it difficult like writing, eating, buttoning clothes, or holding objects. So, by far, this accomplishment in hand function leads to great independence and the confidence of being able to live daily life on one’s own.

5. Increase in Stamina

The major achievement that most patients have voiced is better stamina. Muscle weariness occurs much later than it did before the treatment, which is why individuals are granted the opportunity to be active for extended periods. The increase of the endurance capacity is the reason why these people can take part in physio therapy sessions, doing their exercises, as well as the recreational activities, which in turn, further works their muscles.

6. Better Trunk Balance

Quite often the patients who have undergone stem cell therapy are in a position to control their body’s center of gravity better. The improved trunk balance makes it possible to move from sitting to standing without being unsteady or falling; also, changing positions between walking and sitting become simpler. By preventing the occurrence of rhythm irregularities during breathing, it assists an individual’s comfort whether they choose to rest or ​‍​‌‍​‍‌​‍​‌‍​‍‌move.

To ensure the quality of our stem cell treatments, we follow a strict set of guidelines and use state-of-the-art equipment as mentioned below:

• A stem cell source is tested for infectious diseases to limit the spread or transmission of infections to the patients.
• To avoid contamination, each batch of cells is tested for gram content at various processing stages.
• Gram staining and mycoplasma tests are performed even on the media in which the cells are processed.
• The final wash of the stem cell source is screened for aerobic and anaerobic microorganisms to maintain the safety of patients.
• Every single cell batch is screened for endotoxin and only passes if the measured level is less than the limit.
• Automated cell counters are used to count cells. Results are delivered for each batch.
• To ensure that the quality is always up to expectations, we issue a “Certificate of Analysis” for each batch of cells.

Why Do We Check Quality Control?

Stem cell treatment involves complex biological processes that require strict supervision and standardization. To make stem cell therapy safe, effective, and reliable, quality control is absolutely necessary. Without it, even small mistakes can lead to serious health risks or treatment failure. Here are some key reasons why quality control is essential in stem cell therapy for muscular dystrophy:

• Ensures Cell Purity: Quality control helps confirm that only the right type of stem cells are used. Contamination with unwanted or harmful cells can cause severe side effects or reduce treatment success.

• Maintains Consistency: Each batch of stem cells must be produced under the same conditions. Consistent quality ensures that results are predictable and safe for all patients.

• Prevents Infection: Stem cells are often grown in lab conditions. Strict quality testing helps detect and prevent bacterial, viral, or fungal infections that could harm patients.

• Checks Cell Viability: It is important that the cells used are healthy and alive. Quality control ensures that cells maintain their natural function and ability to repair tissue.

• Verifies Genetic Stability: Over time, cells can develop unwanted genetic changes. Quality testing helps detect mutations that could turn cells harmful or ineffective.

• Regulates Dosage and Delivery: The right number of cells must be given to achieve the best results. Quality control ensures that dosage and administration methods are accurate and standardized.

• Fulfills Ethical and Legal Standards: Proper quality measures ensure compliance with medical regulations and ethical guidelines, protecting both patients and researchers.
• Builds Patient Trust: Consistent and transparent quality checks build confidence among patients, doctors, and regulators, helping stem cell therapy gain wider acceptance.

Follow-up care after stem cell therapy for muscular dystrophy is very important. It helps doctors check how well the treatment is working and if there are any side effects. Regular follow-up visits allow doctors to monitor muscle strength, movement, and overall progress. Blood tests and scans may also be done to see how the stem cells are behaving inside the body.

During follow-up, doctors can adjust medicines or recommend physical therapy to improve recovery. It also helps in finding any problems early, such as infections or unwanted immune reactions. Patients and families can share any changes they notice, which helps doctors plan better care.

Long-term follow-up is important because stem cell therapy effects may take months or years to appear. Careful and continuous monitoring ensures safety, supports recovery, and helps researchers improve future treatments for muscular dystrophy.

Why Do You Need To Follow Up After Treatment?

Getting the stem cell treatment for muscular dystrophy is only one part of the recovery process. Regular follow-up after stem cell therapy is very important to ensure the best results and to monitor how the body is responding. Follow-ups help doctors track progress, make changes to the treatment plan if needed, and prevent possible complications. Here are some important reasons why follow-up care after stem cell therapy is necessary:

• To Check the Body’s Response: Follow-up visits allow doctors to see how well the body is accepting and responding to the stem cells. This helps understand if the therapy is working as expected.

• To Monitor Muscle Improvement: Regular check-ups help measure muscle strength, flexibility, and function over time, giving a clear picture of recovery progress.

• To Manage Side Effects: Stem cell therapy is generally safe, but mild side effects like swelling, pain, or fatigue may occur. Follow-ups help doctors detect and manage these early.

• To Adjust Treatment Plans: Every patient responds differently. Follow-up visits help the medical team decide if more sessions or additional therapies are needed.

• To Provide Rehabilitation Support: Doctors often combine follow-up care with physiotherapy, exercise plans, or nutritional advice to improve results.

• To Track Long-Term Benefits: Some effects of stem cell therapy appear slowly. Regular follow-ups help record long-term changes and benefits.

• To Ensure Emotional and Mental Support: Living with muscle problems can be stressful. Follow-ups offer patients emotional guidance and motivation to stay consistent with care.
• To Collect Valuable Data: Monitoring each patient’s progress helps doctors improve future treatment methods and outcomes for others.

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A patient must understand that stem cell therapy is an experimental therapy that may fail to work at certain times, before undergoing this treatment procedure. Depending on the patient’s health condition a patient might be refused treatment or the proposed protocol might change at the time of procedure.

At Stem Cell Care India, our primary goal is to provide the best technology available; safety of which has been proven across the world.

As with any medical treatment, we make no guarantees or claims of cures are made as to the extent of the response to treatment. However, the results may vary from patient to patient, even with a similar diagnosis, as the body’s internal status is unique to each individual patient. Due to this fact, we cannot provide, infer or suggest that there is any certainty of a given outcome. Additionally, we do not use embryonic or fetal cells in any of our treatment process.

Muscular dystrophy is a type of neuropathy that causes muscles to weaken, eventually leading to loss of motor function. It is brought about by mutations in the genes responsible for protein production, which are crucial to muscle strength and function. Eventually, this progresses to affect the muscles, making a person immobile.

Muscular dystrophy stem cell therapy in India has presented a new face of hope before the eyes of every patient around the world. Because stem cells seem to regenerate muscular tissue, specialists are now employing them to reduce the rate at which muscular dystrophy progresses and improve muscles’ functions.

For international patients coming from European, USA, UK, Iran Iraq, Kuwait, Ghana and also other countries, India provides world-class medical facilities specialized in the treatment of muscular dystrophy using stem cells, an affordable and effective solution.

What Indian Medical Hospitals Give To International Patients?

For the past years, India has made its way to the top countries which provide stem cell therapies for different diseases including muscular dystrophy. International patients getting benefits of stem cell therapy for muscular dystrophy in India at an affordable price range and experience remarkable results. Some of the other reasons to choose India are:

• Cost-Effective Treatment: India offers superior stem cell therapies at costs that are certainly minimal compared to many Western countries. This is a place which shall not drain their finances but keep their wallet intact while seeking high-quality treatment.

• Experienced Medical Professionals: Indian doctors and specialists in the field of regenerative medicine are well-experienced and qualified, with many years of experience in stem cell therapy. Most of them have been educated and trained by world-class international institutions.

• Access to Latest Technology: The state-of-the-art hospitals and medical facilities in India make use of the latest technology in stem cell research and treatments to ensure the best care for the patients.

• International Recognition: Quite a few hospitals in India gain international recognition based on the medical excellence of stem cell therapy and regenerative medicine. Each of these institutes follows international guidelines for the standards of care offered to the patient.

• No Long Waiting Times: The Indian hospitals are in contrast with many developed countries where long waiting times for stem cell treatments were common, and patients receive faster relief.

• Infrastructural Setup for Medical Tourism: The Indian medical tourism industry is well established and offers excellent support services such as visa assistance, accommodation, and transportation.

India is the best destination for muscular dystrophy stem cell treatment, mainly because of its advanced medical facilities, experienced doctors, affordable cost, and personalized care. Patients believe in innovative therapies and positive results in India, so they find a hope and improved quality of life.

Supportive therapies assist in the optimization of quality of life and the optimization of aggressive treatment benefits. Supportive therapies are intended to address daily challenges, reduce complications, and allow individuals to be independent as long as possible. Major supportive methods are:

• Physical Therapy: Light exercises, flexibility, and facilitation of movement maintain soft muscles, reduce stiffness, and prevent joint problems. Regular physical therapy also improved posture, balance, and mobility.

• Occupational Therapy: Occupational therapy assists in the modification of daily living activities to the needs of an individual. Training for the utilization of aids, home adjustment, and learning energy-conserving techniques is included, and all this makes day-to-day life easier and safer.

• Speech and Respiratory Therapy: Some individuals may have difficulty in speaking, swallowing, or breathing. Speech therapy improves communication and swallowing functions, and exercise in breathing with professional guidance strengthens lung capacity and reduces respiratory infection risks.

• Nutritional Support: An optimum, balanced diet brings in the necessary energy and nutrients for strength. Nutritionists may recommend specific dietary changes or supplements to improve muscle condition and prevent unwanted weight gain, which subjects the body to excessive stress.
• Rehabilitation and Psychological Support: Rehabilitation therapy involves the integration of multiple specialists to formulate long-term care. Counseling and emotional support are also critical to handle stress, build confidence, and improving overall well-being.