Does Stem Cell Therapy Work For Optic Nerve Atrophy?

Unique Access gives patients access to a comprehensive treatment plan for Optic Nerve Atrophy (ONA) that includes larger doses of stem cells, novel stem cell growth factors, intensive rehabilitation, and a variety of supporting treatments and supplements. Patients have seen substantial benefits because to this successful mix of cutting-edge medical technology and functional therapy.

Why Are Stem Cells Effective in the Treatment of Optic Nerve Atrophy? (ONA)

After being injected into the retrobulbar area, the stem cells may begin detecting damaged tissue signals.

Photoreceptors and other cells may be differentiated from Mesenchymal Stem Cells (MSCs). The differentiated cells may one day be used to treat optic nerve and retinal pigment cell diseases.

This therapy may repair part of the fibres via lost optic nerve cells in individuals with Optic Nerve Injuries or Optic Nerve Atrophy (ONA), improving eyesight, field of vision, and colour discrimination ability.


Based on their many distinctive features, Mesenchymal Stem Cells (MSCs) may enhance eyesight via the following mechanisms:

(1) MSCs can differentiate into neural cells and secrete neurotrophic factors like brain-derived neurotrophic factor (BDNF) and glial cell line-derived neurotrophic factors (GDNF), which can help grafted cells differentiate into neural cells, inhibit apoptosis, improve angiogenesis, suppress an inflammatory infiltrate, and maintain grafted cell survival.

Through the regeneration of optic nerve and retinal ganglion cells, these processes not only assist to preserve vision, but also to substantially improve lost eyesight.


The majority of patients with optic nerve atrophy who have been treated by Global Stem Cells have had access to novel therapies. Adult MSCs improved visual acuity, visual field, light sensitivity, night vision, strabismus, and nystagmus.

Furthermore, stem cell therapy substantially reduced the progression of visual loss in individuals with progressive diseases.

Patients with Optic Nerve Atrophy (ONA) who get stem cell treatment typically see improvements in the following areas:

  • Nystagmus
  • Visual acuity
  • Light perception
  • Field of vision
  • Night vision
  • Color vision

Our Commitment

We think that patients deserve access to effective and safe therapies and that there is always hope.

We are self-contained and have our own medical department.

To guarantee the greatest possible treatment outcomes, we combine globally recognised facilities, next-generation therapies, innovative goods and services that are integrative and successful.

In terms of stem cells, we will ensure that the patient receives the proper kind, quality, amount, and viability of stem cells. Our exclusive research partner guarantees a stem cell viability of 95%, with several injections reaching a remarkable 98-99% vitality.

Supportive Therapies & Remedies are a kind of therapy that is used to help people who are suffering from

We make certain that the patient receives the necessary supporting medicines, therapies, rehabilitation, detoxification, and immune-boosting programmes in order to get the most out of the stem cells. These are some of the programmes:

Hyperbaric Oxygen Chamber (HBOT)


Aquatic Therapy

Physiotherapy Treatment

Occupational Therapy

Transcranial Magnetic Stimulation (rTMS)

Hemo Oxygen Therapy (HOT)

IV Vitamin Drips

Immune-Boosting Supplements (e.g. GcMAF)

Special Diet Plans & Consultations

Does Stem Cell Therapy for Chronic Kidney Disease Work?

Kidney transplantation is becoming more popular. High blood pressure and type 2 diabetes are on the rise in the Western world, leading to an increase in kidney disease rates. However, there aren’t enough organ donors to satisfy the demand. Stem cell-based treatments may be a viable option.

Kidney failure affects more than 660,000 Americans each year, resulting in roughly 47,000 fatalities. Despite the fact that kidney failure may be caused by a variety of factors, the current therapy is rather consistent. While waiting for a transplant, patients often need weekly dialysis, which may cost up to $80,000 per year. Thankfully, advancements in stem cell research have yielded some promising results in the treatment of renal failure.

Kidneys that are in good working order filter waste and surplus fluids from the body. Various diseases, however, may harm the kidneys, causing an accumulation of excess fluids, waste, and electrolytes. This may have a variety of negative effects on the body. Even while the kidneys have a limited capacity to regenerate on their own, the damage produced by kidney disease ultimately overwhelms the organs. As a consequence, the patient requires external dialysis to survive and, ultimately, a complete organ transplant. Kidney disease has several causes, but diabetes is responsible for almost half of all kidney failure cases.

What role do stem cells play in the treatment of renal disease?

Stem cell treatment is anti-inflammatory, lowering chronic inflammation levels in the body to levels that enable healing to take place when it would otherwise be impossible. Inflammation levels would be high throughout the body if you have Kidney Disease. The body may begin to repair the tissue needed for proper function by decreasing inflammatory indicators to normal levels.

Kidney failure stem cell treatment

Scientists are trying to figure out how to replenish the cells in the kidneys that help in organ regeneration. Specific mesenchymal cells, a kind of stem cell that plays an important role in kidney repair, have recently been discovered by Harvard Stem Cell Institute researchers. These stem cells may be implanted into the body to stimulate kidney tissue repair and decrease overall inflammation. Furthermore, stem cells have previously been utilised in combination with organ transplants to remove the need for immunosuppressive medications for the rest of one’s life.

Is it possible to treat renal illness using stem cells?

Kidney disease is difficult to research and treat since the kidneys are complex organs that perform important filtering tasks in the body. Because scientists have yet to identify the particular cells responsible for kidney healing, only broad systemic stem cell treatment is now available to address these problems.

A realistic result of stem cell therapy would be a significant decrease in inflammatory markers and a modest improvement in kidney function when compared to pre-treatment values. This would probably not be enough to get a patient off dialysis after only one treatment, but it would be a start toward reducing dialysis frequency.

Diabetes and Stem Cell Therapy treatment by stem cell care india - new delhi

Diabetes and Stem Cell Therapy

For many people, managing diabetes is a daily battle. It can necessitate near-constant forethought about when and what a person will eat throughout the day, whether or not the meals will require insulin, countless finger pricks to check glucose levels, and the added inconvenience of constantly carrying insulin pumps and testers, extra batteries, and everything else they will need to get through the day.

Diabetes is a group of illnesses in which the body’s ability to make or utilise insulin, the hormone needed to turn food into energy, is impaired. Diabetes has no recognised cause, and there is currently no cure. In the United States today, diabetes is the sixth greatest cause of mortality.

The American Diabetes Association claims that “Diabetes affects 23.6 million children and adults in the United States, accounting for 7.8% of the population. Despite the fact that 17.9 million individuals have been diagnosed with diabetes, 5.7 million people (almost a quarter) remain ignorant that they have it.”

There are three kinds of diabetes: type 1 diabetes, type 2 diabetes, and type 3 diabetes.

Type 1 is an autoimmune illness, whereas Type 2 is linked to genetic and lifestyle factors.

  • Gestational diabetes is a kind of diabetes that develops during pregnancy.

The inability of the body to generate insulin causes Type 1 Diabetes, which requires daily insulin injections. It’s frequently referred to as “juvenile diabetes” since it most often affects youngsters. According to the Juvenile Diabetes Research Foundation (JDRF), up to three million Americans may have type 1 diabetes (T1D), with an average of 40 youngsters diagnosed each day (more than 15,000 per year).

The key to treating diabetes is to keep insulin levels stable. Today’s conventional therapy is boosting the body’s insulin levels, usually with injections (needles) or insulin pumps worn outside the body. This necessitates the patient checking his or her blood sugar levels many times each day and monitoring blood insulin levels closely. While this is presently the best standard of treatment, researchers are hoping to discover a method to aid the body’s ability to generate or control its own insulin levels.

One approach under investigation is the use of stem cells to generate insulin-producing islets in the pancreas. While stem cell treatment has yet to cure type 1 diabetes, individuals have gone years without requiring insulin injections. Cord blood stem cells are being used in certain clinical studies to treat diabetes.

Treatment of Type 2 Diabetes using Stem Cells

Researchers collected and evaluated 13 papers published between 2006 and 2016 that included 342 patients who got stem cells similar to those found in cord blood and another 111 who received stem cells similar to those found in cord tissue to treat their diabetes. Despite the fact that not everyone reacted to the therapy, researchers found that it improved glucose control and decreased insulin need for up to four years. While the findings indicated promise for utilising stem cells to treat diabetes, they left a few issues unresolved, such as who were the best candidates, what was the best method of delivery, what was the optimum dosage, and if repeated transfusions were required.

Can autism be cured by stem cell therapy treatment by stem cell care india - New Delhi

Can Autism Be Cured By Stem Cell Therapy?

Autism Spectrum Disorder (ASD) is an umbrella name for a set of neuro developmental disorders that primarily impact an individual’s behaviour, speech, and social interaction. Autism is the most prevalent form of ASD.

Autism Spectrum Disorder may manifest as a variety of symptoms, with varying degrees of severity and functional independence. Other conditions that may be classified under ASD based on these characteristics include Asperger’s Syndrome, Rett Syndrome, Pervasive Developmental Disorders Not Otherwise Specified (PDDNOS), and so on.

Parents usually detect symptoms of ASD before their children reach the age of two or three. The child’s physical milestones are usually on schedule, but their cognitive milestones, such as speech, eye contact, and interaction, lag or regress.

What are the early indications and symptoms of Autism Spectrum Disorder (ASD)?

A lack of attentiveness is the first indication of ASD. The kid makes no effort to establish eye contact or reacts to its name. There is a lack of movement, voice, and facial expression mimicry. Additionally, there is a delay in speaking and a lack of engagement.

Some children have symptom regression; they grow normally until a particular age, then regress in terms of speech, eye contact, and learning. Many parents believe their children are “lost in their own worlds.” Even in their own families, they seem to be disconnected from others.

ASD is often accompanied by physical and mental health problems (comorbids). GI problems, seizures, sleep difficulties, attention deficit and hyperactivity disorder (ADHD), anxiety, and phobias are among them.

Stem cell therapy for autism treatment is being studied extensively in India and across the world. Doctors all around the world are working on regenerative medicine as a potential treatment for children who exhibit symptoms of Autism.

Although autism is a complicated neurodevelopmental disease, many researchers have collaborated to investigate how it develops, its impact on the brain, and the best autism treatment options.

The lack of oxygen flow to the brain and immunological deterioration are the two main diseases associated to autism. These variables have a direct link to impaired brain function. Additionally, an imbalance in brain activity may result in autism-related forms.

The whole idea of stem cell therapy at SCCI, one of India’s top autism treatment facilities, is founded on the notion that stem cells have the ability to differentiate into various cells and form specialised cells from the mother cell. These stem cells may aid in the molecular, structural, and functional healing of the damaged brain tissue. They use paracrine disciplinary functions to get to the heart of autism’s neuropathology. It has the ability to control cell differentiation, tissue and organ repair, as well as anti-inflammatory properties. As a result, researchers and physicians are increasingly considering stem cell therapy for autism.

Why Stem Cells Differentiation Important

Why Stem Cells Differentiation Important

Learn In Detail About The Process Of Stem Cell Differentiation

In recent years, stem cell therapy has become a very encouraging and progressive scientific research topic. The development of treatment approaches has aroused remarkable expectations. A catholic variety of potentials makes this leading-edge therapy a turning point in contemporary medicine, offering hope for deadly ailments. Stem cells are unspecialized cells of the human body. They are able to segregate into any cell of an organism and have the aptitude of self-renewal. Stem cells exist both in embryos and adult cells. There are numerous steps of specialization. Developmental potency is abridged with every step, which means that a unipotent stem cell is not able to segregate into as many kinds of cells as a pluripotent one. Totipotent stem cells are able to split and segregate into cells of the entire organism. Totipotency has the highest differentiation potential and permits cells to form both embryo and extra-embryonic structures. One instance of a totipotent cell is a zygote, which is made after a sperm fertilizes an egg. These cells can later ripen either into any of the three germ layers or form a placenta. After about 4 days, the blastocyst’s internal cell mass becomes pluripotent. This arrangement is the source of pluripotent cells.

Pluripotent stem cells (PSCs) form cells of all germ layers but not extraembryonic structures, like the placenta. Embryonic stem cells (ESCs) are a specimen. ESCs are derived from the internal cell mass of preimplantation embryos. Another illustration is induced pluripotent stem cells (iPSCs) derived from the epiblast layer of implanted embryos. Their pluripotency is a gamut, starting from totally pluripotent cells like ESCs and iPSCs and ending on representatives with less potency—multi-, oligo- or unipotent cells. One of the approaches to evaluate their activity and spectrum is the teratoma formation assay. iPSCs are artificially produced from somatic cells, and they function likewise to PSCs. Their culturing and utilization are very auspicious for present and future regenerative medication. Multipotent stem cells have a slenderer spectrum of differentiation than PSCs, but they can specialize in separate cells of specific cell lineages. One illustration is a haematopoietic stem cell, which can develop into numerous categories of blood cells. If you ask why stem cells differentiation important, after differentiation, a haematopoietic stem cell becomes an oligopotent cell. Its differentiation aptitudes are then delimited to cells of its lineage. However, some multipotent cells are adept of conversion into unconnected cell varieties, which recommends naming them pluripotent cells. Oligopotent stem cells can segregate into numerous cell types. A myeloid stem cell is an instance that can rift into white blood cells but not red blood cells. Unipotent stem cells are described by the slenderest differentiation competences and a special property of dividing recurrently. Their latter feature makes them an encouraging contender for therapeutic usage in regenerative medicine. These cells are only able to form one cell category, e.g. dermatocytes.

Stem cell differentiation

Stem cell differentiation encompasses the changing of a cell to a more specialized cell category, encompassing a switch from proliferation to specialization. This encompasses a succession of alterations in cell morphology, membrane potential, metabolic activity and signal receptiveness. Stem cell differentiation comprises the changing of a cell to a more specialized cell category, encompassing a switch from proliferation to specialization. This encompasses a succession of alterations in cell morphology, membrane potential, metabolic activity and receptiveness to certain indicators. Differentiation results in the commitment of a cell to developmental lineages and the attainment of particular functions of committed cells contingent upon the tissue in which they will lastly reside. Stem cell differentiation is firmly synchronized by signaling pathways and modifications in gene countenance. Stem cells can be classified into groups contingent on their aptitude to segregate.

  • Totipotent: can differentiate into all cell categories;
  • Pluripotent: can differentiate into virtually all cell categories;
  • Multipotent: can segregate into a linked family of cell categories;
  • Oligopotent: can differentiate into some different cells;
  • Unipotent: can produce one cell category only.

Embryonic stem cells (ESCs) are pluripotent cells that segregate because of signaling mechanisms. These are firmly controlled by maximum growth factors, cytokines and epigenetic procedures like DNA methylation and chromatin remodeling. ESCs rift into two cells: one is a duplicate stem cell (the procedure of self-renewal) and the other daughter cell is one which will segregate. The daughter cells rifts and after each division it becomes more specialized. When it reaches a mature cell category downstream (for instance, becomes a red blood cell) it will no longer split. The aptitude of ESCs to segregate is presently being researched for the treatment of several diseases including Parkinson’s disease and cancer. Adult or ‘somatic’ stem cells are thought to be interchangeable. Their main role is to self-renew and maintain or overhaul the tissue in which they live.

what diseases can be cured with stem cells

What Diseases Can Be Cured With Stem Cells?

Learn In Detail What Diseases Can Be Cured With Stem Cells

Stem cells (SCs) have the aptitude to develop into several other kinds of cells. Totipotent cells identified as blastomeres have the supplementary aptitude to develop into an individual creature. Pluripotent cells can develop into any type of cell. Multipotent cells can develop into an assortment of cells in a given lineage like connective tissue cells or epithelial cells. Pluripotent cells consist of embryonic stem cells, certain cells isolated from umbilical cord blood, and adult stem cells which are found in bone marrow, the brain and other sites. Overall, SCs might be able to offer replacement tissue for treatment of several life-threatening ailments. If you ask what diseases can be cured with stem cells, specialized cells and tissues derived from SCs might be used to cure Alzheimer’s disease, stroke, Parkinson’s disease, Huntington’s disease, amyotrophic lateral sclerosis (Lou Gehrig’s disease), cancer, diabetes, multiple sclerosis, muscular dystrophies and rheumatoid arthritis.

Also, research on SCs may lead to the aptitude to grow organs like the heart, kidney, liver and pancreas. These brand-new organs would be used for transplantation, resolving the ongoing severe scarcities of appropriate available replacements. Eventually it might be possible to grow organs from stem cells derived from an individual’s own somatic cells (such as a skin cell). A skin cell would be reprogrammed to become an induced pluripotent stem cell (iPS cell) and the iPS cell would be linked to become a kidney, liver, or whatsoever organ was required. The amazing advantage of being able to use iPS cells is that the donor and the receiver are the same individual. The organ created is an automatic immunologic match, therefore sidestepping the requirement for immunosuppressive drugs. Treatment of a kid with leukemia would no longer necessitate a time-consuming and perhaps unproductive exploration for a bone marrow donor. Those requiring a new kidney or new lung could offer skin cells which would be directed to grow the required organ. Replacement portions would no longer be sought from parents, siblings or first cousins. Graft-versus-host disease, which has the possibility to kill the receiver, would be eradicated by using the patient’s own tissue to create the transplant.

SC research will also result in new developments in gene therapy for disorders like muscular dystrophy and Huntington’s disease. Presently, a significant roadblock to efficacious gene therapy is the mechanism of delivery of the replacement genes. Initial methodologies packaged the replacement genes into viruses, using the viral subdivisions as the as the delivery vector. The arena of gene therapy efficiently came to an unexpected halt in 1999 when a teenager died because of being cured with such a viral vector. Insertion of replacement genes in stem cells derived from the patient will eradicate the likelihood of such harms.

  • Prosperous treatment of chronic disease.
  • Prosperous treatment of genetic disease.
  • Decelerating of the aging process.
  • Organ transplantation.
  • Enhanced approaches of treating severe injuries.

Stem cell research and the likelihood of regenerative medicine are pointing the way toward improved health and welfare for hundreds of millions of individuals across the globe. Several practical roadblocks remain and there are various imposing challenges in this pristine field. The key is to make possible continuing research. In history of cellular medicine, stem cell therapy technology is an uprising. It is body’s self-repair procedure. In its earliest portion, unspecialized cells are inserted into a human body. These cells can renovate themselves and they have aptitude to create new cells. This aids in the procedure of treating the disease. These injected cells are rapid learners. They can distinguish between healthy cells and diseased cells. When a patient is injected with these immature cells, they begin doing their work. As they reach the diseased region, they begin learning and distinguishing amid the cells. After this procedure, regeneration and manufacture of new cells and replacement process begins. In this portion, injected cells work together with blood vessels to make novel cells. Doctors believe that via this technology, our aging procedure can be decelerated. Medical science is doing miracles by using this recently designed technology. Parkinson’s is one those ailments that can be treated via stem cell therapy. A patient who is not able to move or change his position effortlessly can do these errands well after getting the treatment. The patient’s hoary cells are replaced with the new ones that offer essential stimulus to our nervous system because of which it begins working routinely. This technology can be used for curing cancer patients. This is equally advantageous for heart impairment patients because it can partake in the generation of heart muscle cells too. This technology is a worthy news for blind individuals too because medical science will be able to fight with blindness more efficiently. Other neural ailments and brain damage complications can also be treated via stem cell therapy.

top 5 stem cell companies in india

Top 5 Stem Cell Companies In India

How Is India Progressing In The Stem Cell Therapy Research?

Irrepressible ailments up to now were a reason of severe suffering for the patient and his/her family. With stem cell therapy, a ray of hope is ultimately appearing on the skyline. Stem cells are human cells that can develop into other kind of body cells therefore assisting in healing an injury. Stem cell research is being done in various portions of the world and also by top 5 stem cell companies in India. This embraces US, Europe, and other nations. In last few years, India is becoming a principal destination for patients looking for stem cell therapy. Stem cell transplant India offers distinct advantages to patients. A chief benefit is that the cost of the therapy is very low as equated to western nations. The proficiency available in the nation is just as good as it is somewhere else. Top 5 stem cell companies are fast creating a first-rate infrastructure that embraces establishing cryo banks and laboratories. Corporations have put up world calls infrastructural amenities. The cost of the stem cell research in western nations might go up to roughly one crore rupees. A similar process in India will cost about 10 -20 Lakh that may further drop to only few lakh of rupees in government hospitals. This is a chief price difference.

Some of the sicknesses in which stem cell therapy has shown encouraging outcomes consist of aplastic anaemia, beta thalassemia and certain kinds of cancers. Aplastic anemia is a medical disorder where the body fails to produce adequate number of bone marrow cells to restock the blood cells. The success rate of the therapy in this ailment has been about 70-80 percent. The therapy has also been effective in curing cancers with a victory rate of up to 50 percent. Stem cells can be drawn from a donor’s blood or from the umbilical cord of a newborn baby. The procedure of fetching stem cells from donor’s blood is named autologous transplant. Donors need to be a relative or a family member of the patient. The therapy is obtainable at major Indian hospitals. In India, more than 500 stem cell cases are cured yearly. This is fairly small as equated to the total number of patients treated universally. However, bearing in mind that the stem cell treatment began comparatively late, the figure is anticipated to grow significantly in the impending years. The infrastructure required to support stem cell transplant India is developing rapidly. Stem cell is considered as a lifesaving asset against lots of life-threatening ailments. As it does not follow any specific kind of tissue so it can be formed like any cell. Their restoration ability is the most imperative element behind its treatment.

Stem cell is still the finest subject for research as it encompasses maximum leeway, it is also believed that in the approaching 10-20 years of time it will have attained maximum success against today’s major dangerous ailments and also in the arena of cosmetic treatment like natural hair formation for baldheadedness, dentistry difficulties and more over sensory organ related complications, etc. stem cell therapy India is also gaining maximum success. Although stem cell therapy and treatments are in their early stages the promising outcomes of stem cell treatment for patients struggling with hepatitis-C and type-2 diabetes augurs well for the future of this novel and encouraging field of medicine, and consequently, for the future of the human race. If the potential of stem cell research endures to filter through at the rate it presently is, and clinics are able to continue to find pioneering ways of using this research and manipulating the human condition, progressively more individuals will have access to more and more therapy programs. As every program is designed to fight ailment, disease and conditions of the human body right down at the cellular level, what was and is considered probable today – what was considered impossible ten years ago – will be the model in the very near future. Scientists and researchers are setting the foundations for humans to live a lengthier, healthier, and simultaneously, more prolific life, a life which should be clutched with both hands. At the stem clinic, there is more info about available stem cell therapy treatments and programs than can be offered here. During the last some years, noteworthy progress has been made in stem cell therapy, which results in the thriving of stem cell clinics claiming they can heal numerous infections with stem cell therapy. However, FDA says it is untested and is working to regulate them. With the unceasing development of technology, stem cells will prompt a medical uprising, becoming the third treatment technique after drugs and operation. A series of sicknesses and injuries that are problematic to treat now will ultimately be slowly salvaged.

stem cell treatment for cerebral palsy in india

Stem Cell Treatment For Cerebral Palsy In India

How Can Cerebral Palsy Patients Benefit From Stem Cell Therapy?

Cerebral palsy is a non-progressive neurological ailment instigated by a non-progressive brain injury or malformation that befalls while the kid’s brain is underdevelopment. It principally affects body movement and muscle coordination. It is a comprehensive term used to refer to a group of perpetual disorders that are categorized by loss or damage of motor function. Cerebral palsy is essentially instigated by impairment to the brain. The impairment is commonly triggered by brain injury or because of some uncharacteristic development that befalls while the brain is still developing, i.e. before birth, during childbirth or instantly following birth. This syndrome damages movement of the body, muscle control, harmonization of the muscles, reflex, balance and posture. Often it also affects gross motor abilities, fine motor skills, and also oral functioning. Cerebral palsy is an incorrigible disorder presently. Treatment and therapy can aid to manage the effects on the body. The brain impairment that causes cerebral palsy is perpetual. The brain does not heal as the other portions of the body do. This means that the condition itself will not naturally change for the better or worse during the person’s lifespan.

Cerebral palsy (CP) is the term for a series of neurological ailments triggered by aberrations in portions of the brain that control muscle movement. Cerebral palsy symptoms can be unnerving and cerebral palsy treatment can be overwhelming. However, what is the possible treatment for cerebral palsy? The occurrence of CP is around 1.2-2.5%, clinical features are uncharacteristic in posture and muscular tension, involuntary movement and ataxia, which are generally related with sensory disturbance, cognitive dysfunction, behavioral disorder, secondary skeletal muscle abnormalities and epileptic seizures. Traditional medical methods (physiotherapy, bracing, and orthopedic musculoskeletal surgery) remain the backbone of treatment approaches at this time. The adding of an exercise training program to the standard care of kids and teenagers with cerebral palsy improves their physical health and quality of life. Preventive measures for cerebral palsy consist of but are not restricted to:

  • rising exposure of pregnant females to infectious diseases
  • prevention of prematurity
  • recognition and treatment of bacterial infection during pregnancy
  • control of diabetes, anemia and other nutritive shortages
  • avoiding unnecessary drugs and medicine
  • light therapy for babies with jaundice

Cerebral palsy treatment

Cerebral palsy is a complex condition and handling it is virtually as intricate. There is no cookie-cutter methodology for treatment as every individual experiences it in a different way. Each individual is affected by a unique blend of symptoms that manifest at variable severities. The underlying brain injury cannot be cured, but the physical damages it causes can be coped with an array of treatments and therapies. There is no prevailing universal decorum for all cases of cerebral palsy. However, the severity level of an individual’s symptoms, degree of impairment and their particular form of cerebral palsy all aid in determining the care they require.

Stem cell therapy for cerebral palsy treatment

There are numerous diverse methodologies towards cerebral palsy treatment in India at present. Lately, stem cell treatment for cerebral palsy in India has materialized as a glimmer of hope for those living with the condition. Researchers universally have found that stem cells might essentially be able support to overhaul the brain impairment that is the underlying reason of cerebral palsy. It has shown positive outcomes and improvements in the symptoms in several studies conducted by researchers. 91 percent of the patients showed minor to significant improvement in the common signs of cerebral palsy. These consist of speech, balance, chest activity, upper limb activity, lower limb activity and muscle tone. Furthermore, those who continued to exercise frequently under the assistance of a physical therapist at home showed momentous improvements. It can be concluded that stem cell therapy for cerebral palsy treatment should be accompanied by physiotherapy and rehabilitation guided by a therapist. Stem cells are gathered from diverse sources. Medical institutions use autologous mononuclear cells obtained from the bone marrow of the patient for curing cerebral palsy. These cells are uprooted into the suitable region of the body and they travel to the incapacitated or impaired tissue, assisting to repair the impaired cells. They also refill the cell pool in the region. The key mechanisms of stem cell therapy that lead to amended symptoms are:

  • Deterrence of death of cells in the neural population
  • Formation of new blood vessels
  • Improving cell multiplication
  • Establishment of neural maps in the brain to learn new functions

Stem cells are cells with self-renewing and multiple-differentiation potentials. Consequently, they have the potential of segregating new nerve cells that substitute impaired nerve cells and overhaul brain injury. Also, stem cell treatment shows certain effect on intelligence damage. Consequently, stem cell treatment is a revolution for cerebral palsy treatment.

importance of stem cell therapy in covid-19

Stem Cell Therapy For Covid-19 Patients

The Rising Popularity Of Stem Cell Therapy For Covid-19 Patients

The end of the year 2019 marked the start of a new challenge for humanity when numerous cases of severe respiratory diseases were testified in the city of Wuhan, Hubei province, China. The cases were earlier muddled with regular flu and thought to be instigated by the normal periodic influenza virus. The precise prognosis of the disease was very challenging to make in the start but was simultaneously recognized to be a virus-borne ailment. Because of the snowballing severity in the following days, on January 1, the virus was professed novel. The eruption of 2019 novel coronavirus disease (COVID-19) worldwide is becoming speedily a chief concern. The number of severe cases has amplified dramatically universally, while particular treatment alternatives are rare. The chief pathologic features of severe or critical COVID-19 were consistent with acute lung injure (ALI)/acute respiratory distress syndrome (ARDS), categorized by cellular fibromyxoid exudates, extensive pulmonary inflammation, pulmonary edema and hyaline membrane formation. Mesenchymal stem cells (MSCs) can balance the inflammatory reaction and has been mentioned to be effective on ALI/ARDS from both infectious and noninfectious reasons formerly, presenting an imperative chance to be applied to COVID-19. MSCs have been recognized to resourcefully treat ALI/ARDS from both infectious and noninfectious causes, intermediated principally by paracrine mechanisms centered on the released extracellular vesicles (EVs), like microvesicles and exosomes. Comprehensive, MSCs can vary the behavior of both adaptive and innate immune cells. They can release keratinocyte growth factor, prostaglandin E2, granulocyte-macrophage colony-stimulating factor, and IL-6 and IL-13 to facilitate the phagocytosis and alternate activation of alveolar macrophage, modify the cytokine secretion profile of dendritic cell subsets, and reduce the release of interferon γ from natural killer cells.

Maximum of the seriously sick and dead patients do not develop any severe clinical manifestations in the initial phases of COVID-19. The commonly testified signs are cough, throat pain, mild/high fever, muscle soreness or body ache. A sudden decline in the health condition of the patients is seen in the later phases of sicknesses evolution. Speedy failure of multiple organs and ARDS (Acute Respiratory Distress Syndrome) leads to demise within a very short period of time. Cytokine storm has been specified as the presumable causal aspect for ARDS and multiple organ failure. SARS-CoV-2 (novel coronavirus) and SARS-2003 both have a similar mechanism of infection, i.e., binding the spike protein on the viral surface to the ACE2 receptors on the host cell surface. The devastating cytokine explosion accredited to the SARS-CoV-2 infection results to severe shock, oedema and multiple organ failure. Administering the COVID-19 patients with a portion of multipotent MSCs can help to fight the COVID-19 as these cells will impede the exaggerated immune reaction and encourage endogenous overhaul of the lung epithelial cells. The stem cell therapy for covid-19 patients does not have any hostile side-effects on the patient.

Why mesenchymal stem cells?

Currently, cell-based therapy, and in particular, stem cell therapy has proven itself to be one of the most assuring therapeutic methodologies that offer opportunities to treat numerous ailments that were considered irrepressible earlier. MSC therapy is favored over other therapeutic approaches because they are free of ethical and social concerns; they have a high proliferation rate and a low invasive nature. Mesenchymal cells can be gotten from numerous sources, including adipose tissues, dental pulp, bone marrow, umbilical cord, fetal liver, menstrual blood, etc. MSCs can also be isolated from numerous adult tissues such as the infrapatellar fat pad, belly fat pad and tissues linked with neonates such as placenta, Wharton’s jelly, cord blood and amniotic fluid. These stem cells are multipotent (i.e., having several fates). Storing of mesenchymal cells can be done so that they can be repeatedly used for therapeutic purposes as they inflate to volume in an appropriate and short period of time. So far, the clinical trials of mesenchymal stem cells have not shown any hostile reaction towards the allogeneic MSCs. The effectiveness and security of the MSCs have been recognized in several clinical trials splendidly.

Therapeutic accomplishments

Significant reversal of severe COVID-19 symptoms even in critical condition was testified in two clinical studies conducted in China. These clinical studies revealed a novel therapeutic strategy and also prevailing natural mechanism counterattacking acute inflammatory pneumonia. COVID-19 triggers an overstated immune reaction in the body by producing huge quantities of numerous inflammatory factors including numerous cytokines, chemokines and immune reactive cells. It can be hypothesized that the MSC therapy may avert the activating of cytokine storm by the activated immune system and the reparative properties of the stem cells may encourage endogenous repair. Mesenchymal stem cells when intravenously inserted will result in some portion of the population getting ensnared in the lungs. While ensnared within the lungs, a catholic variety of soluble mediators, including antimicrobial peptides, extracellular vesicles, anti-inflammatory cytokines and angiogenic growth factors are released by the MSCs.

stem cell therapy for arthritis in india

Stem Cell Therapy For Arthritis In India

How is stem cell therapy for arthritis in India a boon for patients?

Have you been recommended that steroid injections or invasive surgery are your only selections to treat your knee pain? Interventional orthopedics presents a non-surgical opportunity that uses your own cells to help your body reconcile incapacitated tissues and relieve pain from knee injuries and arthritis. Stem cell for knee pain treatment or stem cell therapy for arthritis in India might offer a superior chance to knee surgical process or knee replacement. Using stem cell therapy for healing disintegrated or injured body portions like joints have given new optimism to patients eyeing for effective arthritis treatment. Recent trials concentrate on the usage of mesenchymal cells, which are derived from adult tissues. These are identified for their aptitude to isolate and rapid growth in vitro, and also their competence to segregate eventually making way for extensive culture expansion needed for deriving massive quantity of cells for therapeutic application. These features of mesenchymal cells make them idyllic for tissue engineering. The usage of MSCs has given a thrust to the efforts of regenerating impaired tissues and repairing structures that are impaired because of arthritic conditions.

Potential of stem cells

Stem cell therapy has the potential to treat numerous knee conditions and injuries like osteoarthritis, tear, sprain, instability of the knee, hamstrings tendinopathy, cartilage damage, meniscus tear, etc. Technological progressions and detailed research has permitted surgeons to mine stem cells from a patient’s bone marrow and then process them in lab environments before re-injecting the cells into diverse zones or the affected portion of the body. When injected at the correct location, with the assistance of advanced imaging methods, these cells boost the innate repair procedure and aids in healing degenerated ligaments, incapacitated tendons and even arthritic joints.

New characteristics discovered

Some of the topical tests have publicized some other functionality of mesenchymal cells. These tests have flung light on the anti-inflammation and immunosuppressant effects of MSCs. These stem cells also secrete some soluble factors, which can exert shielding effect and manipulate the local tissue conditions. This aids in encouraging restoration of cells.

Basic methodologies of using MSCs for curing arthritis

There are two methodologies of applying stem cell therapy to overhaul and regenerate cartilage tissues. In the first one, recognized as ex vivo engineering of cartilage tissue, replacement tissues are made in vitro by using mesenchymal cells. The MSCs are mixed with scaffold, while monitoring the environmental stimuli. In Vivo is the second methodology of using stem cell therapy for cartilage repair. In the second technique immunosuppressive and anti-inflammatory effects of mesenchymal cells are used for relieving pain and inflammation instigated by arthritis. Likelihoods of treating rheumatoid arthritis with stem cell therapy are also being tested these days. Not all the patients have positive reaction to the accessible rheumatoid arthritis treatment therapies. Being autoimmune infection, the immunosuppressive effects of stem cells can work for this type of arthritis treatment. When mesenchymal cells are introduced into the affected zone, it begins producing agents that are anti-inflammatory and T-regulatory cell production rate is also given a lift by MSCs. These immune cells work as an armor from immunological attacks. High-end technology and research used by healthcare providers have made it possible to bring stem cell therapy within the grasp of numerous individuals across the globe. Not only do they use stem cells for arthritis treatment, but the scope and usage of stem cells is now increasing impressively, and these are used for curing several other degenerative ailments and conditions and also neural sicknesses.

Stem cell extraction

Stem cell therapy for knee pain is most typically implemented as an autologous treatment. This means that the MSCs used for treatment are mined from the affected individual themselves. While MSCs might be situated in several areas of the body, they might be generally harvested from either fat or bone tissue. Extractions from fat tissue may also yield a greater concentration of stem cells; however, the extraction process might be more invasive than bone marrow extraction approaches. During the latter extraction process, a needle is usually inserted into the iliac crest site on your pelvis.

Stem cell culturing and injection

Once the MSCs are mined, they are then isolated and cultured to upsurge their concentration and potency. This procedure generally takes 7-14 days; however, if the preliminary extraction encompasses a low concentration, a prolonged culturing time might be required. Once the concentration of stem cells is considered ok they might be prepared for an intra-articular injection. Stem cell for knee pain is completed by inserting a needle deep into the joint whilst being steered via ultrasound. The stem cells are then released into the impaired area of the joint. The scientific research to date specifies that stem cell for knee pain offer a substantial decrease in pain for individuals with knee osteoarthritis.