What Is The Best Treatment For Motor Neuron Disease?

Want to know about the best treatment for motor neuron diseases? Read more!

Maximum patients think stem cell treatment is new on motor neuron disease (MND). Here, we are going to share some application standing and effect of stem cell treatment on motor neuron disease (MND) and what is the best treatment for motor neuron disease. Motor neuron disease is one the five standard fatal sicknesses all across the globe. Its illness condition is constant progressive. What is more, the evolution speed become quicker and faster. As per statistics, the normal survival time of MND patients is 3-5 years. And around 50% patients can survive for 2.5 years. Maximum patients can feel the stoppage of progression of the disease during a period (around 12 months averagely) after the stem cell treatment. And a large part of patients’ disease condition can get retreated. Motor neuron disease is a group of poorly understood degenerative disorders of the nervous system. The one recognized most commonly is amyotrophic lateral sclerosis, better identified as Lou Gehrig’s disease. In kids, MND refers to inherited ailments like spinal muscular atrophy (SMA). Amyotrophic lateral sclerosis (ALS) belonging to a group of maladies acknowledged as Motor Neuron Diseases (MND). It is categorized by the steady degeneration and demise of motor neurons. ALS is a quickly progressive, unvaryingly fatal neurological disease.

Motor neuron disease (MND) is a cluster of progressive neurological disorders that destroy motor neurons, the cells that supervise voluntary muscle activity including breathing, speaking, walking, swallowing and common body movements. It affects motor neurons, the nerves that supply the muscles, occasioning in a cessation of these nerves at their source the brain and spinal cord. Its symptoms consist of a progressive wasting of the muscles of the hands, forearms and legs, although it can spread to maximum of the body. A breakthrough in a stem-cell program has impressively improved the probabilities of developing effective treatments for Motor Neuron Disease (MND) of which the principal form is Amyotrophic Lateral Sclerosis (ALS).

How could stem cells be used to cure motor neuron disease?

A neural stem cell therapy targeted at curing the symptoms of amyotrophic lateral sclerosis (ALS) is set to advance in the USA, after the Food and Drug Administration (FDA) gave its sanction for it to advance to the subsequent phase of clinical trials. So far we know very little about how and why motor neurons are impaired and degenerate in MND. Several diverse factors seem to be involved in triggering the commencement and progression of this ailment.

How do stem cell treatments work on MND?

The new efficient stem cells can overhaul the impaired stem cells coordinately and interchange those deceased stem cells to work. Consequently, stem cell treatment for motor neuron disease can have understandable improvements in motor function, body balance, language and intelligence, etc. Motor Neuron Disease (MND) is a type of serious progressive neurodegenerative ailment that can affect spinal cord anterior horn cells, the brainstem motor neurons, cortex pyramidal cells and pyramidal tract of medulla oblongata.

More about stem cells

Stem cells are defined as a special kind of cells that have the aptitude to grow into an adult tissue. They are the “master cells” and are considered as the basis for every organ, tissue and cell in the human body. These cells might be used to overhaul or replace impaired tissue, thus advantageous in the treatment of lethal ailments and injuries like cancer, diabetes, cardiovascular disease and blood syndromes. Several individuals ask why the master cells of our body are named by the name “Stem Cells”. As we all know that a stem is the chief stalk of a plant. It grips the other portions of the plant like branches, leaves, flowers, fruits, etc. The same stem also carries food and water to the other portions. In short, we can say that a stem is the mainstay of a plant. Likewise, stem cells are the chief trunk from which specialized cells grow and take a new direction over time. These cells are considered to be very advantageous in curing chronic maladies.

In India, stem cell therapy is gaining admiration and it is principally thanks to SCCI, which is an organization dedicated on stem cell research and treatment. An enormous number of patients have gotten motor neuron disease stem cell treatment at the institute. The outcomes of the trials displayed that survival was prolonged in the patients and the evolution of the ailment was decelerated. Conventional treatment methodologies for motor neuron disease consist of a blend of medical, surgical and rehabilitative treatments. Since MND is a speedily progressive ailment that usually leads to death, the goal of motor neuron disease stem cell treatment is to pause or slow the progression. This is possible because of the unique properties possessed by stem cells that permit them to reproduce rapidly and regenerate the nearby tissue.

Diabetes Patient

Stem Cell Treatment Could Offer One-End-Solution To Diabetes Patient

How Can Stem Cells Offer One-End-Solution For Diabetes Patients?

Diabetes has been one of those ailments which cause several other ailments within the same individual. A diabetic individual might already have to encounter several other disorders only because of this ailment. One of the elementary reasons for this is that the individual’s immunity drops predominantly. It makes the ill individual fragile and inept to cure little wounds even bruises. In this ailment, the specific individual fails to extract sugar molecules form the blood and they get defecated out of the body with urine which causes paleness in an individual. Furthermore, the body fails to create chemical called insulin which controls the absorption of glucose form the blood. But now, stem cell treatment could offer one-end-solution to diabetes patient and guarantees an everlasting antidote from this disease. This therapy is a new notion in the arena of biotechnology. With the assistance of this method, specialists are now able to cure a lengthy list of chronic ailments. These sicknesses consist of spinal cord injuries, organ reparation like renal and liver, autism, autism, multiple sclerosis, cardiovascular diseases and pulmonary disorders, joint impairments, anti-aging, cerebral palsy, stroke, rheumatoid arthritis, osteoarthritis, etc.

Stem cell therapy for diabetes has unbolted new doors and possibilities for all diabetic folks all across the globe. Stem cells are the chief source of the treatment of diabetes in this technique. Let us see how this procedure aids in getting cure from this disease: It encompasses the injection of stem cells into the body where impairment is befalling. As these cells have the aptitude to renovate into any other kind of the cell, they remedy the disease by developing and transmuting into the essential cell type. These new and healthy cells supplant the impaired cells. These cells are effectual in revamping the cells because they have the aptitude to divide without any constraint and take on the same character as the damaged cells except they are new and fresh. In simple words it can be said that such cells act as photocopy equipment, copying themselves as per the prerequisite of the body until impairment is entirely fixed.

In case mutilation instigated by diabetes is widespread, extreme cases of diabetes result in stem cell therapy for diabetes where cells are taken a placenta of a lady who has just delivered a baby. It is because diabetes might be a hereditary syndrome. Taking cells from the placenta might abolish this factor and will result in looked-for outcome. Once these cells reach their targeted organ or zone in the body they will be creating millions of new cells which overhaul the impaired cells and result in a healthier life. In brief it is not at all wrong to say that stem cell therapy for diabetes has become a ray of optimism and a new life for the diabetic patients to begin living a life free of this ailment. An encouraging approach to fight diabetes by transferring beta cells that permits the blood to sense the sugar levels and produce insulin thereby decreasing them in time has gained momentum. Those struggling with Type 1 diabetes would gain as the new beta cells will be able to substitute the cells that had been lost because of the ailment. Stem cell treatment using adult stem cells are effectually assisting diabetic patients far and away.

There are several more success stories from patients who have gotten this revolutionary treatment to help rectify variable degrees of diabetes. However, it is always imperative to remember that not all patients recuperate the same functions in the same period of time. Lots of hard work goes into the post treatment restoration, and it takes pronounced drive, willpower and ambition to empower the body to return to more regular functionality. However, the work being done by professors and clinics in India has shown over and over again that stem cells hold a very imperative key to the future of helping individuals with diabetes to recuperate their lost functions. Each month, progressively more individuals are roving to numerous cities across the nation that offers diverse packages of treatment contingent on specifically what injury has been wreaked. The level of service has upgraded significantly in recent years and continues to improve every month, meaning that those ill-starred enough to have suffered diabetes need no longer feel theirs is a lost life ultimately. There is a very genuine chance that the standard of living of any patient can be amended with little pain, little hospital time and a little bit of inspiration. The present evidence shows that stem cell therapy for diabetes is the surefire way forward. A remarkable number of individuals look for stem cell treatments in foreign nations because every country has its own way of research and also diverse restrictions positioned on both the research and also the treatment.

Can Stem Cells Regenerate Kidneys

Can Stem Cells Regenerate Kidneys?

The Significant Role Of Stem Cells In Helping Kidney Disease Patients

Increasingly, PKD (Polycystic Kidney Disease) is being acknowledged as a universal hereditary ailment affecting progressively more individuals and instigating progressively more demises yearly. No therapeutic intervention can cure Polycystic Kidney Disease presently. If you wonder can stem cells regenerate kidneys, stem cell therapy is gently but assuredly making headlines in conventional medicine as being a favorable source of treatment for PKD and several other diseases.

Stem cells

Stem cells are cells found in cord blood and other organs. Under some specific conditions, they can develop into any kind of tissue that subsists in the completely developed body. Owing to their unique, regenerative properties, stem cells offer new hopefulness for a multiplicity of ailments, including diabetic nephropathy and more freshly PKD. Stem cells can be used to overhaul impaired cells and tissues in the body as they are far less likely than to be forbidden than foreign cells that devised from another source. Stem cell is still a top subject for research as it encompasses maximum possibility, it is also believed that in the imminent 10-20 years of time it will have accomplished maximum success against today’s main lethal diseases and also in the arena of cosmetic treatment like natural hair formation for baldness, dentistry difficulties and more over sensory organ related glitches, etc. stem cell therapy India is also gaining supreme success. Stem cells are the basis of normal growth and development of any organism and serve as a biological overhaul system for the body. When a stem cell splits, every new cell has the potential to either stay a stem cell or become another kind of cell with a more specialized function like a muscle cell, a red blood cell, a nerve cell, or a heart cell. Some research has specified that placenta stem cells are multipotent which might explain the efficiency of this treatment.

Stem cell therapy and Polycystic Kidney Disease

Theoretically talking, if the regenerative procedures in the kidneys can keep up with the disparaging, kidney impairment triggered by the growing kidney cysts that eventually result in kidney failure, the kidneys can be uphold balance and kidney tissue can be conserved. Since 2008, we have publicized that stem cells can contribute to kidney tissue restoration and protection and therefore administration of stem cells derived from cord blood is a pioneering way to treat PKD. Stem cells have the potential to better cure kidney damages and guard kidney tissues from being impaired. Stem cells therapy brings remarkable hope to several polycystic kidney disease patients who have used other forms of PKD treatment. Why does stem cells transplant have such good remedial effect? At the present time, only the application of puncture treatment can eradicate cyst rapidly, other approaches have a lengthy treatment course and illness is easy to reoccur. Stem cells transplant can renovate the impaired inherent cells like renal endothelial cell, mesangial cell etc., therefore lessening renal cyst.

Also, research on SCs might result in the aptitude to grow organs like the heart, kidney, liver and pancreas. These pristine organs would be used for transplantation, resolving the constant severe deficiencies 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 directed to become a kidney, liver, or whatsoever organ was required. The astonishing advantage of being able to use iPS cells is that the donor and the receiver are the same individual. The organ formed is an automatic immunologic match, therefore evading the requirement for immunosuppressive drugs. SC research will also result in new developments in gene therapy for disorders such as muscular dystrophy and Huntington’s disease. At the present time, a substantial barricade to successful gene therapy is the mechanism of delivery of the replacement genes. Initial methodologies packaged the replacement genes into viruses, using the viral particles as the as the delivery vector. The arena of gene therapy efficiently came to an unexpected halt in 1999 when a teenager expired because of being treated with such a viral vector. Insertion of replacement genes in stem cells derived from the patient will eradicate the likelihood of such harms. Stem cells lead to fruitful treatment of chronic disease, efficacious treatment of genetic disease, decelerating of the aging process, organ transplantation and improved approaches of treating severe injuries. Stem cell research and the likelihood of regenerative medicine are pointing the way to better health and welfare for hundreds of millions of individuals across the globe. Several practical barricades remain and there are various grand challenges in this pristine field. The key is to set in motion the constant research. Stem cells are evolving as the ‘go-to’ treatments for a multiplicity of clinical conditions.

Patients With Spinal Cord Injury

Can Stem Cell Therapy Heal Patients With Spinal Cord Injury

How Can Stem Cell Therapy Heal Patients With Spinal Cord Injury?

Spinal cord injuries are injuries that happen to any level of the spinal cord. Although the hard bones of the spinal column guard the soft tissues of the spinal cord, vertebrae can still be shattered or displaced in a multiplicity of ways and cause harrowing injury to the spinal cord. Spinal cord injuries differ in their severity, but virtually unavoidably result in numerous forms of negotiated functionality as the spinal cord is in effect the chief pathway for info to travel around the human body. Specifically what body functions are compromised by the injury will depend on the region of the spine that has been impaired and the degree to which the spine has been affected. Although serious impacts like falls and motor vehicle accidents account for various spinal cord injuries, tumors budding close to the column can also impair sensitive nerve tissue and have the same effects. For eras scientists have been working to try and find a way to cure the several sicknesses that spinal cord injuries can bring, but with restricted success. However, in recent years a revolutionary new technology has arisen that is helping thousands of individuals globally to regain part, if not all, of their formerly lost flexibility. That treatment is via usage of stem cells.

What are stem cells and stem cell treatments?

Stem cells are found in all multicellular organisms and are categorized by their aptitude to segregate into a varied array of specialized cells when they divide and renovate themselves. They are noteworthy for their aptitude to revive themselves into nearly any other human cell. Their usage in the treatment of several ailments and disorders, from leukemia to multiple sclerosis, is now becoming more common. Contingent on the condition, stem cells can be resettled into the patient to help renew and regenerate formerly impaired cells, giving patients rehabilitated hope when, before, no trustworthy treatment existed. This norm is now being applied to the treatment of spinal cord injuries using stem cells, and in occasions where the patient has not experienced a comprehensive spinal cord injury, i.e. a complete splitting of the spinal cord resulting in a loss of function beneath the ‘neurological’ level. There has been exceptional success in helping patients recover better sensory and physiological capability. If you ask can stem cell therapy heal patients with spinal cord injury, the answer would be an outright yes.

Spinal cord injury: How stem cell treatment works

When there is suffering to the spinal cord, myelopathy (mutilation to the fibers that carry messages to and from the brain) has transpired. These ‘myelinated fibre tracts’ are the emphasis of stem cell treatment, and are the nerve cells that the treatment aids to rejuvenate. The process generally follows three stages and generally necessitates no longer than a period of about five weeks in medical care for monitoring: Phase one encompasses the reaping of stem cells. The cells are mined from a fetus’s umbilical cord. They are then put through a procedure whereby they are isolated and cleansed before they are finally refined to be apt for clinical usage. Phase two is the transfer of the stem cells. This is executed in one of three ways:

  1. Lumbar puncture – a process used where stem cells can be injected straight into the spinal column.
  2. Intravenous injection- stem cells are injected into the patient’s vein.
  3. Tissue injection – straight injection into target tissues.

Phase three encompasses the observing of the patient to make certain there are no adverse side effects. The only side effects reported to date were instigated by the lumbar puncture, and not the stem cell treatment itself, with only 15% of patients reporting mild headaches. During the time, under medical observation, patients go through numerous physiotherapy activities and other treatments as essential.

Stem cell research and treatment in India

India is speedily becoming a world spearhead in stem cell research and is now a major centre for the stem cell treatment of lots of diseases and conditions. The Indian government has poured several millions of rupees into research on regenerative medicine, and that investment has categorically borne fruit in the past some years. Although formerly, treatment in India may have been considered dangerous because of negligent health and security laws, recent years have seen an upsurge in legislation shielding the patient and improving the functionality of clinics. Besides this, India has long held a place at the front of stem cell research to treat all disorders. Various individuals of all ages and with variable degrees of injury have got stem cell treatment in India over the last some years. It is significant to remember that not every patient will react in the same manner and that the age of the patient and the brutality of the injury greatly affect the probabilities of recovery. However, there have been several success stories from both Indian citizens and non-nationals.

How Effective Is Stem Cell Therapy for Stroke

How Effective Is Stem Cell Therapy for Stroke

When the fresh oxygenated blood supply to the brain gets suddenly disrupted due to a ruptured blood vessel or blood clots, the brain cells die leading to a stroke. Some of the symptoms of a stroke are sudden numbness or weakness on one side of the body, trouble speaking, dizziness, loss of limb coordination, disturbed vision in one or both eyes, loss of balance while walking, and severe headache. If an individual exhibits such symptoms, cell therapy for stroke is the most suitable treatment to stop further dire consequences and to regain brain plasticity.


  • Obesity
  • Smoking
  • High blood pressure and cholesterol
  • Diabetes
  • Heart ailments, such as blood clot and irregular heart rhythm that can lead to stroke
  • Family history of stroke
  • A previous history of stroke or mini-stroke

After-effect of stroke

Although stroke caused due to the damaged brain, it affects the entire body. This may result in a complete paralysis on one side of the body, also known as hemiplegia. The effect of stroke causes problems with cognition skill, attention, learning disability, and memory loss. Stroke patients face problems understanding or forming speech that leads to emotional issues. They also experience depression, numbness, strange sensations of pain which is worse in areas like the hands and feet.


Treatment for stroke depend on factors such as its type and severity. The sooner is the individual receives help after a stroke, there is a better chance for a quick recovery. The three main types of stroke are:

Ischemic (Clots)

An Ischemic stroke occurs when the blood vessels that supply blood to the brain get obstructed due to clots or the fatty deposits lining the vessel walls (atherosclerosis).

Hemorrhagic (Haemorrhage)

Hemorrhagic stroke is triggered by blood vessels that rupture and haemorrhage resulting in blood accumulation and compression of the surrounding brain tissue. The two types of hemorrhagic strokes are subarachnoid and intracerebral haemorrhage.

Transient Ischemic Attack (TIA)

A Transient Ischemic Attack is a temporary blockage of the blood flow that does not cause permanent damage, but at times is a signal for a major stroke ahead.

The treatment comprises of cell therapy and post-stroke rehabilitation therapies. Cell treatment is aimed at treating the underlying symptoms by replacing the damaged tissue caused by bleeding and blood clots. The main goal of stroke treatment with stem cells is to restore the normal blood flow to the brain. Stem cells extracted from the marrow-derived from the patient’s hip bone has the potential to replace the damaged neurons and to self-renew indefinitely for years. With the properties of division and regeneration, they help to repair the cells and tissue of the brain and blood vessels.


Cell therapy for stroke is accomplished by using stem cells derived from the bone marrow of the patient. The surgical procedure followed by the neurosurgeons involves: The extraction of 80 to 120 ml of marrow tissue from the hip bone of the patient using an aspiration needle. The extracted marrow tissue undergoes a density gradient centrifugation procedure to separate the required stem cells from the unwanted tissue. These stem cells subjected to a quality check at the laboratory. These stem cells are intrathecally injected into the spinal area of the patient from where they travel to the damaged areas of the brain with the help of cerebrospinal fluid. They reach the tissue site and activate their repairing process to replace the dead or damaged cells. During the healing process, they repair the damaged blood vessels and restore the constant flow of blood supply to the brain. Post-stroke, cell treatment, rehabilitation therapies help in overcoming the disabilities. Depending on the severity of the damage, individuals are advised speech therapy, physiotherapy, and diet counselling to help them regain their lost abilities. Cell therapy for stroke is the most suitable treatment to stop further dire consequences and to regain brain plasticity.

New hope with stem cell treatment

Until now the chances of surviving a stroke and further Stroke Treatment depends how fast a patient gets medical attention. However, providing medical aid within minutes is not always possible, so patients are administered with traditional treatment options. Rigorous physical therapy is administered to help regain lost functionalities of the body, but still there is no complete Stroke Treatment option for reinstating the cells of the brain, which died because of the stroke. However, with Stem Cell Therapy this problem can get a permanent solution, as this kind of therapy intends to replace damaged cells and put healthy cells in their place, so that the affected part can function normally, or at least the damage done is minimized to improve condition of the patient. Stem Cell Therapy research also aims at making such treatment fully safe and effective for patients so researchers always keep an eye on the effects or even side effects that occur after injecting stem cells into a patient’s body.

Can Stem Cells Replace Organ Transplants?

Can Stem Cells Replace Organ Transplants?

Learn In Detail About Organ Transplantation And Role Of Stem Cells

Do you know much about human organ transplantation procedure and its associated complexities? Is your knowledge still elementary or are you in requirement of pertinent information that is needed to lift you out of the misperception that has been instigated by unawareness or half-truth about the subject matter? Let us get the description straight before we go into the essentials. The procedure of moving human body parts from one individual to another or from one part of an individual to another part of the same individual is identified as organ transplantation. This surgical process has been undertaken by people for ages. History logged an astounding accomplishment by some Catholic saints way back in the 4th Century. Contemporary science has moved on with lightning rapidity after the invention of leading-edge electronic devices accompanied by improvements in cryonics technology and stem cell research which has turned complex organ transplant operations into simple medical operative processes. Mankind is now able to implement certain previously obstinate transplant surgeries using stem cells, tissues and organs from living or dead donors courtesy of improved operative abilities. Currently, several nations across the globe have supervisory organizations that approve and monitor harvesting, storage and also transplantation of human organs within their zones of jurisdiction. There are also administrations that have been approved to keep organ banks or implement transplantation surgeries.

When one of your own organs flops to function, then you might require an organ transplant. This can happen on account of illness or injury. When you are undergoing such a process, doctors interchange the organ in your body with a healthy organ from another individual. There are some organs that can be transplanted like pancreas, lung, kidney, liver, intestine and heart. Organ transplantation is a kind of surgery that interchanges the receiver’s impaired or absent organ with a healthy organ from another individual or from a donor place on the receiver’s own body. Scientists and engineers are permissible by the emergent arena of regenerative medicine to make organs grow again from the patient’s personal cells such as stem cells or cells mined from the weakening organs. Folks call organs or tissues both of which are transplanted within the same individual’s body autografts. And individuals call transplants that are operated between two things of the same species allografts. Allografts might be taken from an either living or deceased body. In terms of organ transplantation, there are two kinds of donor, viz. living donors and deceased donors. In terms of the former, they stay alive and donate a renewable tissue, cell, or fluid, or an organ or portion of an organ in which the residual organ can restore or do the job of the rest of the organ.

After organ transplantation is done, some patients might unfortunately encounter transplant refusal. Transplant rejection is a procedure during which the receiver’s immune system rejects and attacks the transplanted organ or tissue. Hyper acute rejection takes place not long after the transplant, if the antigens are completely unmatched. If the tissue didn’t be removed immediately, the receiver would die. This often happens when the blood nature of the organ received by the patient is incorrect. Acute rejection might come off any time from a week to three months after the process. Every patient will exhibit some acute rejection in a way. Chronic rejection takes place some years after the process. The transplanted tissues or organ is impaired by the body’s continuous immune reaction against the new head neck surgery gradually. Generally talking, individuals who require organ transplantation have to wait for a lengthy period of time to find an accurate donator. To decrease the hazard of transplant rejection, doctors always match donors to receivers before the process. If the receiver’s body is not well-matched with the new organ, the process will fail eventually. After the process, patients are needed to take medications all along to help avert their bodies from rebuffing the new organ or tissue. To avoid all the aforementioned complications, one can also opt for stem cell therapy. If you ask can stem cells replace organ transplants, the answer would be yes, for sure. This is owing to the encouraging treatment options displayed by the cell gotten from cord blood banking. When we say curing a disease with stem cells, individuals generally think about stem cell transplantation. In a treatment encompassing a stem cell transplant, the embryonic stem cells will be ripened into the required adult cell type. Then the matured cells interchange the impaired tissue. This treatment can be used to:

  • To supplant the neurons that might have been impaired by a stroke, spinal cord injury, Alzheimer’s, Parkinson’s or some other neurological complications;
  • To create insulin that could help treat individuals with diabetes and also heart muscle cells which have the competence to overhaul impairment after a heart attack; or
  • To replace tissue or organ that is ailing or injured.
How Can Stem Cells Be Used To Treat Injuries

How Can Stem Cells Be Used To Treat Injuries

The Wonders Of Stem Cells In Treating Even The Once-Called Incurable Diseases

With each passing day, we find novel and innovative ways hosted by medical scientists to cure diverse problems linked to the health of individuals. Doctors and medical scientists work day and night to bring in more and improved ways for the treatment of individuals. Stem cell treatment is one of the new terms which are engaged for the treatment of chronic ailments. It is a type of genetic medication. Elementary idea behind this term is to acquire new cells cultivated from a laboratory to interchange impaired or ill cells in the body. This novel technology has gotten lots of attention from scientists all across the world. It is because of the fact that individuals believe that it can be a phenomenal use of biotechnology.

Stem cells involved in stem cell treatment are immature cells. They are special in the sense that they can grow and develop into other kinds of cells there in the body. Their ability permits them to grow into organs of the body like liver, lungs, heart, etc. in the laboratory. There are three kinds of this stem treatment. One is allogenic in which cells are reaped from the same species. Another is xenogenic in which cells are mined from animal of different species. Last one is the autologous. It is considered to be the best kind of this treatment as in this category, cells are mined from the same animal and henceforth likelihoods of rejection are not there at all. In this method, stem cells are injected in to the body at regions where there is some kind of injury. Under ideal conditions on reaching the targeted site, these cells work and healing takes place. Using this technique, virtually all the diseases which were considered nearly incorrigible will be cured. This cell treatment has been evidenced to be very effective against certain kinds of cancer e.g. brain cancer. Using customary medicine, survival rate of the individuals struggling with brain cancer is lesser than the ones cured with the stem cell treatment; this is how can stem cells be used to treat injuries. It is because in case of customary treatment cancer spreads speedily while it has been proven that cell therapy decreases the size of cancer impressively. Scientists have also been fruitful in treating the patients of spinal cord injury, cardiovascular ailments, vision impairment, Alzheimer’s disease, Parkinson’s disease and several more with the assistance of this new biotechnology.

Whenever it comes to the health of individuals, medical science has contributed enormously in this field. There have been several ailments that were considered incorrigible but with the progressions in this arena, several of the disorders have been treated and are no more considered deadly or incurable. At the present time, even the chronic ailments are curable. All this has become promising owing to the stem cell therapy. Stem cell therapy for spinal cord has unbolted doors of hope for the individuals having spinal cord injuries. This therapy is a new method in the world of medical science which has unbolted new horizons for the treatment of several hazardous ailments. This therapy entails the doctor injecting these cells into the spinal cord of the patient. Stem cells are the immature cells which are different from other cells of the body in 2 respects:

  • They are adjustable with the other kinds of the cells and tissues
  • They are self-renewable and bourgeon by the millions

As all are aware with the fact that cells are the building blocks of the body, henceforth there are scientists in the world who consider that stem cell treatment biotechnology would expose the mystery of aging. They believe that by using this method they might be able to reverse the effects of aging and might live longer. There is no doubt that today’s world is the world of miracles of science and anything can take place at the present time. Proof to this is the miracles which this new method has brought in to the lives of individuals of this era and we should wait and watch for lots of such new methods to come. Another usage of stem cells is in the manufacturing cells and tissues needed for medical treatments. Nowadays, donated organs and tissues are often used to interchange those that are unhealthy or destroyed. Nowadays, the number of individuals who may require a transplant is far more than the number of organs or portions that are accessible for transplantation. Today spinal cord transplants are said to be the paramount treatment for Parkinson’s and Alzheimer’s diseases, spinal cord injury, diabetes, stroke, burns, heart disease, osteoarthritis and rheumatoid arthritis. The master cells might be able to overhaul or replace impaired tissue, thus reversing disease and injury. Stem cell research has the competence to treat quite a lot of deadly syndromes.

What Supplements Increase Stem Cells?

What Supplements Increase Stem Cells?

How Can Your Increase The Quality And Quantity Of Your Stem Cells?

More often than not, patients ask us how they can increase the quality or amount of their stem cells before the treatment. Over a decade of orthopedic stem cell know-how and exploration has taught us that there are indeed some things that you might be able to do to improve your stem cell utility. Here are 4 ways to augment your stem cells before treatment.

Diminish your sugar intake

This common guidance is commendable of being repeated. When we say sugar, we mean any food that is rapidly absorbed and changed to glucose in the blood. Evident sugar sources consist of table sugar that we put in coffee, or soda, desserts and fruit juices, etc. Less noticeable sugars consist of refined grains in bread, crackers and pasta. Sugar consumption pooled with too little activity produces insulin spikes in the blood which can cause metabolic syndrome, which can lead to weight increase, insulin resistance and high blood pressure. As per one study, adult stem cells survived longer in cell culture when glucose levels were decreased. High blood sugar has also been found to reduce the regenerative potential of stem cells. It is enormously imperative to make an effort to reduce or eradicate additional sugars. It is prudent to be on a diet that eliminates all or almost all sugar before your stem cell process.

Decrease your calories

It has been proven that even short-range calorie restraint can improve stem cell function. People are continuing to gain weight at a startling rate as obesity percentages continue to increase. One study has revealed that when mice are on an abridged calorie diet, their muscle stem cells have improved function. This improvement was seen in both young and old mice. Short-range calorie restriction has also been shown to improve the functionality of mesenchymal stem cells. We cited that this alternative has been effective in mice, but what about human beings? At least one human study has displayed that losing weight through a low-calorie diet assisted to upsurge the number of circulating stem cells in the blood. We suggest reducing your calorie consumption by around 20% during the two weeks before you have your stem cells mined. One approach that can be useful is named intermittent fasting, time restricted feeding, etc.

Stay active, exercise and lift weights

Studies have revealed that older animals that are more active have better-quality stem cells that form more bone. This research also demonstrates that stem cells in muscles are augmented by workout and lifting hefty weights. The key is consistent activity. If you are working out sparingly now, aspire to magnify your routine. Visit the gym or work with a trained personal trainer. Do you lift weights already? Try to up your lbs. If you do cycling or run, push yourself to run quicker and for a lengthier period of time. At large, target 150 minutes per week of aerobic activity. Maybe a more time effectual methodology to aerobic fitness is high-intensity interval training though you should speak to trained professional before executing. If you have injuries or health concerns that limit your exercise competences, simply concentrate on what you can do. Try light activities in the pool or take every day walks. The objective is simply to upsurge your activity level so that the stem cells that we do reap are of the highest quality from the beginning.

Try taking healthy supplements

Common nutritional supplements might be advantageous to both stem cell and cartilage. If you ask what supplements increase stem cells, these include vitamin D3 and C, Curcumin, Glucosamine, Chondroitin, Resveratrol and Fish Oil.

Vitamin C and D

Vitamin C aids our bone marrow stem cells by promoting their production (upsurge in numbers). Vitamin D3 can decrease the aging of our stem cells, make them healthier and help them segregate or turn into other varieties of cells.


Curcumin might sound familiar as it is the active component in the spice and turmeric. Curcumin has strong anti-inflammatory properties and accomplishes well in assisting mesenchymal stem cells function better. This supplement has also been shown to up-regulate bone creation and suppresses oxidative stress, which assuages bone loss. It also seems to have a defensive effect from the impairment of osteoarthritis.

Glucosamine and Chondroitin

Glucosamine and Chondroitin guard cartilage and decrease cartilage loss and in independent testing by a laboratory, assisted stem cells to function better.


Studies have revealed that resveratrol also guards cartilage and helps stem cells segregate and bourgeon. Resveratrol also aids to control blood sugar. You can get resveratrol via healthy foods like red and purple grapes and blueberries, though it is virtually impossible to get the quantity that you would require so as to heighten its health advantages for cartilage and joint health via food alone.

Stem Cell Treatment For Interstitial Lung Disease

Stem Cell Treatment For Interstitial Lung Disease

What are the types of lungs diseases and their cures with stem cells?

Pulmonary fibrosis is the solidifying and scarring of the lung tissue. The term idiopathic signifies the cause is unidentified and befallen unexpectedly. Diffuse parenchymal lung disease (DPLD) & Interstitial lung disease (ILD) are an assemblage of lung diseases that affect the tissue and spaces around the air sacs (interstitium) in the lungs (alveoli). This family of numerous lung ailments befalls an injury to the lungs that fails to reconcile appropriately for several reasons. Zones of the lungs that are susceptible to injuries consist of:

  • Pulmonary capillary endothelium
  • Basement membrane – a specialized form of extracellular matrix (ECM)
  • Alveolar epithelium – functional and physical barrier of hazardous environmental agents
  • Perilymphatic lung tissue
  • Perivascular tissue

Alveolar fibrosis – fibroid lung disease

Under common situations, the human body can initiate self-repair of the lungs using paracrine cell gesturing but for some patients with interstitial lung disease, this standard lung repair procedure breakdowns occasioning in the tissue around alveoli air pouches to solidify and become mutilated. Thickened mutilated lung tissue makes it challenging for oxygen to pass back into the bloodstream occasioning in impairment to both the whole cardiovascular system and lungs. The term interstitial lung disease is used by pulmonologists to differentiate these kinds of lung diseases from others such as COPD and obstructive airways diseases. If left untreated, interstitial lung disease leads to fibrotic scarring of the lungs identified as pulmonary fibrosis. Idiopathic pulmonary fibrosis generally gets detected after radiographic lung scans begin to show pleural-based fibrosis with honeycombing in the lungs and multiplying fibroblasts (fibroblastic foci.) IPF and fibroid lung disease generally begins with a manifestation of swelling in the alveoli. The alveoli are the small air sacs in the lungs where the exchange of carbon dioxide and oxygen ensues. The brittle lining of the alveoli permits this gas exchange. Once these alveoli become swollen and impaired in some way, the body’s response would be to trigger the immune response and to reconcile the impaired alveoli. This causes scarring and solidifying of the alveolar walls. Unluckily, the solidified and scarred alveoli cannot perform resourcefully during gas exchange. This eventually results in a lesser quantity of oxygen that can be conveyed into the body and less carbon dioxide that can be ejected out.

Signs & symptoms of pulmonary fibrosis

Some of the common signs and symptoms that are there in patients spotted with onset idiopathic pulmonary fibrosis are:

  • Severe shortness of breath. This is instigated by heart ailment or the reduced quantity of oxygen that the body gets because of the ineffective, affected alveoli. It gets worse with physical activity as the body is aiming to get more oxygen.
  • Continuous dry cough
  • Clubbing sensations of the finger and toenails. Clubbing is the inflammation in the base of the finger and generally accompanied by cyanosis (bluish discoloration of the nails.) This is a sign of hypoxia or reduced level of oxygen in the tissue. This sign often establishes later on the ailment progress and end-stage pulmonary fibrosis.
  • Decrease of lung capacity or airflow obstructions occasioning in untimely exhaustion.

Traditional vs. modern treatments for ILD & lung fibrosis

Formerly, there were traditionally nominal options for handling chronic progressive lung ailments such as COPD and idiopathic pulmonary fibrosis. Even now, there are numerous clinical trials for trying to cure interstitial lung diseases, familial pulmonary fibrosis and idiopathic lung sclerosis using revised gene therapies but as of now, there are no operative pharmaceutical medicine based treatments sanctioned for treatments.  In some circumstances, steroids are recommended to help reduce the inflammation or mucomyst (Acetylcysteine) to decrease symptoms, but the effects are provisional and do nothing to the underlying reason of the disease. Lung transplants are another alternative for some but are considered very invasive, high-risk and are generally only offered to advanced end-stage pulmonary fibrosis patients. Although it has its confines, modified MSC stem cell treatment for interstitial lung disease offers a natural alternate to lung transplants for pulmonary fibrosis and anti-fibrotic medicines. Your stem cells are fundamentally the body’s drugstore. Stem cells are the building blocks of your whole body. These kinds of potent cells are named “totipotent” cells as they can change/segregate into any cell, tissue or bone in the human body. When used appropriately, MSC+ stem cells can aid with the loss of lung capability/reduced lung function by concentrating on the damaged or limited linings of the alveoli that are at the root of the ailment. The objective of the boosted MSC+ stem cell treatment for pulmonary fibrosis and lung hardening ailment is to help the body in detouring fibrotic scarring by restoring new healthy tissues and blood vessels via a process named as angiogenesis.

What Foods Increase Stem Cells?

What Foods Increase Stem Cells?

6 Important Food Items That Can Increase Stem Cells In Your Body

You might be asking what are stem cells and why should we be apprehensive about them? Stem cells are homogeneous biological cells that can segregate into specialized cells and can split to create more stem cells. They are also named replacement cells. Your body uses stem cells to replace impaired, hoary or dying cells. Stem cells can become any type of cell that your body requires. Visualize stem cell regeneration like a cut that reconciles by itself, that is our body’s way of restoring cells. As stem cells have a restoring function, an increasing interest in stem cells has initiated for the simple fact that without healthy stem cells, our appearance takes a plunge as we age. It is no astonishment that stem cells are imperative for the future of anti-aging medication, but their advantages go much profounder. From healthy hearts to gorgeous skin, stem cells have the power to shove us into aging healthy and gorgeously. There are some natural ways to increase stem cell production with the types of food we eat. We need to start thinking of food as medication as our diet plays a colossal role in our body’s restoration cycles. If you ask what foods increase stem cells, incorporating these 6 foods into your everyday diet is a remarkable start to boost your stem cell growth.

6 stem cell regeneration foods

  1. Blueberries, raspberries, blackberries all assist in building up the potent antioxidant superoxide dismutase (SOD). This is exceptional for decreasing oxidative stress, a key factor in liver support and the deterrence of joint pain. Berries are also opulent in flavonoids that decrease inflammation and overhaul cellular impairment.
  2. Broccoli is a cruciferous veggie rich in sulforaphane, a chemical that upsurges enzymes in the liver, which work to counteract the detrimental contaminants we respire. All cruciferous vegetables are full of a unique molecule named indole-3-carbinol that decreases inflammatory agents in the blood.
  3. Ginger root is acknowledged for relaxing upset bellies, but it also fights inflammation by impeding the effects of arachidonic acid, an essential fat that elicits the inflammatory response.
  4. Nuts and seeds. These healthy snacks have fats and protein to keep your full for lengthier time and gratify cravings. Nuts are high in alpha-linolenic acid which is a kind of anti-inflammatory omega-3 fat. Seeds encompass plant sterols, acknowledged for their anti-inflammatory properties as well.
  5. Mushrooms like shiitake and maiitake are high in polyphenols. These are nutrients acknowledged to help safeguard liver cells from impairment by detoxifying them. Keeping the liver cleansed is vital in combating inflammation as this is where we sieve out contaminants and break down our hormones.
  6. Fatty fish and seafood. Seafood encompasses eicosapentaenoic acid, a powerful anti-inflammatory kind of omega-3 fatty acid. Studies show the oil in fish can act in an anti-inflammatory manner.

It is very imperative to slot in these foods into your everyday diet and to also, “eat the rainbow” of organic fruit and vegetables so as to have comprehensive nutrition and recurrent cell regeneration. Remember, if we visualize food as medicine than we open up ourselves to a vast realm of healing.

Have an active lifestyle & work out often

An active lifestyle with copious numbers of workouts upsurges the number of circulating stem cells in the body. Often playing sports or going to the gym has oodles of positive effects on the cardiovascular and respiratory system. Strenuous physical activities result in a speedy boost in the total number of circulating endothelial progenitor cells(EPC). EPC flows in the bloodstream and ascribes themselves to endothelium tissue sites affected by ischemia or hypoxia. They also aid in the creation of new blood vessels and capillaries, therefore improving the blood supply to the heart. This loop aids to trigger regenerative procedures in the endomyocardial heart muscle.

Get sound and good sleep

Research has displayed that deficiency of sleep or insomnia is very damaging to stem cell function in the body. A decrease of night sleep to 4 hours (rather than 8) cuts the aptitude of stem cells to roam by approximately 50% while appropriate 7-8 hour sleep cycles do the opposite and recommence the quantitative and qualitative indices of flowing stem cells.


The swift pace of scientific discovery in stem cell science carries on fast-tracking. Still, it is imperative to note that a stem cell process can only be effective over the long term if your stem cells are hale and hearty. Aim to emphasize on these six ways to naturally improve flowing bone-marrow stem cells to enhance your health or to accomplish the most advantageous outcomes from a forthcoming therapy. If you are keen on learning more about the regenerative potential of stem cells, contact the Stem Cell Care India today.