Explorations in the field of Stem Cell Treatment for Diabetes

Diabetes is one of the most dangerous diseases, as it stealthily attacks the body. People normally overlook the initial symptoms, but with time both type-1 and type-2 diabetes turns into a serious problem and can prove fatal for the patient. The degenerative consequences of this disease are primarily because of hypoglycemic events and hyperglycemia, which set off degenerative conditions. When it comes to treating degenerative diseases, stem cell treatment for diabetes is the option that seems the most suitable.

Researchers have come up with innovative autologous stem cell treatment to treat both kinds of diabetes. This kind of therapy deals with the root conditions like hyperglycemia as well as complications associated with it. Some recent trials have also shown that stem cell treatment for diabetes can also aid in curing Hypoglycemia, which can be very hazardous if suitable treatment is not administered in time. Researchers in India are also involved in clinical trials to develop safer stem cell treatment for diabetes in India.

Recently, researchers are examining Mesenchymal stem cells, which comes with differentiation as well as self-renewing capacity. This capability of differentiating into different cell types including vascular, cartilage, brain, bone, and other cells proves that these can also help in controlling diabetes mellitus. Further studies are being conducted to explore the potential of MSCs in treating diabetic neuropathy, cardiomyopathy, diabetic retinopathy, polyneuropathy, as well as wounds caused by diabetes.

Of late, many clinics have surfaced that provide stem cell treatment for diabetes in India. The main aim of giving a boost to stem cell treatment for diabetes in India is to provide prolonged life to Indian masses, to help in reducing the symptoms of both kinds of diabetes, along with preventing the risky complications like kidney failure, heart disease, and even blindness.

Earlier stem cell treatment was mainly prevalent in western or European countries, but now stem cell treatment even for type-1 diabetes is now available in India. Researchers in India are now trying to explore two major techniques to use stem cell for curing type-1 diabetes. The first one involves exploring the capacity of beta cells and the second involve cells supporting repair of beta cells in patients. 

Stem cells Treatments for Diabetes

In the developed countries, sedentary life styles, diet and other wrong adaptive habits can exact the toll of diabetes in millions of people; may be young as well as old. Over the period of time, research has unfolded many pages, which lead to better understanding of the mechanism but still the scarcity of effective treatment is troubling many medical practitioners. For decades now, researchers are making slow but steady development in the applications of stem cells treatment for diabetes.

Diabetes is basically categorized as the group of disorders that is deregulated by the body’s faulty immune system; leading to damaged insulin producing cells. This damage can alter the blood glucose metabolism, causing it to be accumulated in the blood. Due to long term exposure of this sweet blood to different functional organs, such as heart, kidney or vascular system; they can be damaged severely. Thus diabetes is a condition that can be asymptomatic in its initial phase but go bizarre in later part of its progression.

Conventionally, no treatment is available for the condition, except for some supportive treatment approach such as hormonal supplements, diet control, regular exercise and weight loss. People have to follow their schedule strictly to manage the symptoms for their rest of the lives. It has been estimated that each year more than 1500, whole pancreatic transplant take place with more than 85% success rate. However, the demand for organs outweighs their availability. Besides, to allow the body to accept the transplanted organ, the patient has to be on strong supplementation, which may risk his life by other opportunistic infections.

Scientists have worked hard on developing a potential stem cell treatment diabetes. Since own cells are destroyed in autoimmune diseases such as type 1 diabetes; more emphasize would be in regulating immunological cells to deny their access of destruction. Stem cells are the potent cells with the ability to differentiate into different cells types depending upon the requirement. Modern technology has allowed easy isolation of these cells from different organs such as bone marrow, adipose tissue, etc. and infused back at the specific sites after laboratory enrichment. These cells then reprogram immune cells, reduce the initial inflammation and regenerate weakened cells to restructure cellular system of the pancreas to make it functionally powerful.

Thus, after addressing various safety and feasibility issues in various clinical studies, it has been clear that stem cells are undoubtedly promising candidates for implementing stem cells based therapies as routine practices for diseases such as diabetes.

Stem Cell Therapy In India

In recent year stem cells and their power of regeneration has constantly been in news because of their potential and differentiation ability to develop. These potential applications are promising for treating variety of deadly, degenerative disorders, which cannot be cured completely with conventional treatment option. These applications of stem cells are still a debatable issue. People are more skeptical, still for their success and effectiveness. Sometimes, they are equipped with wrong information about this stem cells therapy. Probably they are still not able to differentiate between adult stem cells and embryonic stem cells.

Scientists have diverted their attention now to explore various different adult stem cells sources. This is the reason, why adult stem cells sources such as adipose tissues, dental pulp and bone marrow are being used very commonly without the hassles of ethical debate. These cells are supposed to be less controversial because of their easy availability and low risk associated with their isolation from host. Stem cells are the naïve, unique cells; which can differentiate into many new cells of different origin, depending upon their potency. No doubt adult stem cells are less potent as compared to embryonic stem cells but considering the other advantages in their applications; adult stem cells can definitely be scientist’s first choice for developing cell based therapies.

Right from the last decade, considerable advancement have been achieved in the field of regenerative medicine. Earlier scientists have to wait for not less than three weeks to reach to the conclusion, whereas now the scenario has changed completely due to the technology automation. Now days, results are out within an hour of the sample processing. Processing can as well be done directly at the point of care near the bedside of the patient, suffering from diseases. It has also been possible that these potential adult sources can be stored under controlled conditions to use whenever there is demand; as an individual’s healthcare security.

Stem cells therapy is found out to be very potent in diseases such as orthopaedics, neuromotor degeneration, cancers, autoimmune diseases, etc.

Thus, anecdotal evidences have proved that stem cells therapies considerable improvements can be noted in case of fatal conditions; for which conventionally no treatments can be offered.

Stem cells Treatments for ALS

The reported neurology journal have recently published a new exciting study on safety and efficacy of stem cells based therapy for devastating diseases such as ALS. The clinical studies have confirmed that stem cells have considerably slow down the progression of neuronal damage in ALS.

ALS or amyotrophic lateral sclerosis is an incurable disease; involving slow and progressive degeneration of motor neurons. Brain is the central processing organ of human body. It controls and coordinates with all the other organs with the passage of information from it through spinal cord. In case of ALS, due to neuronal damage; brain will not be able to pass on the information to different muscular organs of the body. Stem cells are known to be very promising candidates for maintaining the numbers of lost neurons.

Ongoing clinical studies have concluded that stem cells and their effective neuromuscular regeneration have slowed down the degradation to a considerable level. Scientists are trying to figure out different route of administration of cells. It has been observed that stem cells injected directly into the cerebrospinal fluid of the central nervous system are more effective than other routes. Once inside the body, these cells can easily reach to the site of injury due to the strong signalling and networking properties of these cells. Their anti-inflammatory characteristics can reduce the inflammation, secrete growth factors and can regulate immune cells to promote faster regeneration of tissue specific cells.

Currently, no conventional treatment is available for ALS. The only treatment that is been offered to ALS patients is physiotherapy, diet and positive attitude. However, along with these supplements stem cells infusion can be effective in slowing down the progression of the disease

Thus, scientists are more optimistic that in near future, a definitive treatment can be offered to ALS patients to slow down or stop the progression of the disease. It is believed that currently stem cells cannot be considered as a cure by any means but it can definitely be considered as the first step towards the cure.

Stem Cell Treatments for Cerebral Palsy

Cerebral palsy: an umbrella term for group of degenerative brain disorders, causing various degrees of neuromotor impairment and physical disability. Many factors can be openly link up with the condition such as but limited to infection before birth, premature birth, lack of oxygen as well as severe mental injury during birth. There is at present no treatment available conventionally that is been approved; but can stem cells treatment help and if the answer is yes, is it really necessary to wait for the approval?

Studies are ongoing to minimize the symptoms associated with the condition if not managed altogether. Various supportive treatments have been formulated such as physiotherapy, occupational therapy, etc. to improve locomotion and audiovisual skills of the children. Some oral muscular relaxants are available to tackle muscular stiffness and thereby functional loss. However, it has to be noted that all these treatments are only supplementary without any reversal in the condition. In this regard, various new strategies are being explored by the healthcare market to initiate an alternative solution that can make a big difference.

Stem cells treatment are expected to reverse the damage in the brain to reverse the symptoms. The disease is mainly associated with the neuronal damage, halting the transmission of signal from brain to different muscular organs of the body; leading to their damage. Scientists believe that the ability of stem cells is very impressive to change the scenario. Stem cells are known to be key cells in creating different tissue specific cells; during the human development. These cells with each division give rise to stem cells and tissue specific cells. The produced stem cells are stored by the organ’s future applications. These stored stem cells help the organ to cope up after normal wear and tear of the body. The advanced technology has now enabled to redirect different stem cells from different organs of the body and enrich them at the required site of injury to accelerate the recovery.

Thus, in case of neuronal diseases such as cerebral palsy, wherein the individual is affected with the high degree of brain cells death, stem cells treatment can definitely be useful in regenerating the weak cells or creating new cells to restore back the function to a significant degree.

Stem cells Treatments for Macular Degeneration

Age related macular degeneration is a type of degenerative eye disorder with the rigorous impact on the mental and physical well being of the individual. Considering the rising population getting affected with the problem, it has been estimated that by the end of 2020, more than 10 million people will be affected globally, impacting a socioeconomic burden of the healthcare market. It is the most obvious cause of vision loss in the elderly people; forcing them to be completely dependent, if untreated for a longer period of time.

As the name suggest, AMD is a progressive declinatory disorder of the macula; a central part of the retina. This is the primary organ responsible for vision. It has been cited from different studies that patients who are suffering with the diseases, have undergone major loss of macular photoreceptor cells such as rods and cones and supportive epithelial cells. There are full proof evidences that people who have undergone stem cells treatment with autologous as well as allogenic implantation of cells in the macular region; have restored their vision without any major side effects. Reports have also been published, which are concluding overall three lines improvement in the standard visual acuity charts with the notable improvement in general as well as peripheral vision.

Stem cells are the unique cells with the ability to differentiate into various cells, as per the signal initiation of the organ. These cells are present in abundance in many organs, which have been explored by through scientific advancements. These unique functions of stem cells symbolize them as very effective candidates to alter the pattern of treatment in a healthcare industry. They can definitely be opted as safe, effective solutions; available naturally in human body, which can alter the loss as swiftly as possible without much hassle of immune rejection, costly surgery or long term wait for organs.

The data has also listed, the safety and efficacy of the human stem cells to alter or stop the progressive visual loss in the people with the age related macular degeneration and have certainly marked an exciting step in applying stem cells as a safe options for effective medical conditions. 

Stem cells Treatment for Arthritis

Lifestyle changes have welcomed various health concerns like overweight, reduced bone density, infertility, etc.; which are indeed responsible for variety of underlying dangerous conditions such as arthritis. It has been estimated that around 50% people, over the age 65 can have arthritis. Hence, in developed countries, arthritis can be one of the leading health issues, which need to be tackled well within time to avoid increased social economic burden.

Arthritis can be categorized as an inflammatory, joint disorder; affecting multiple joints at a time. The condition has more than 100 subdivisions, with osteoarthritis and rheumatoid arthritis as the most common forms. It is simply known to be a slowly progressive disease, affecting persons of any age groups; although women are known to be more prevalent than men.

Our joints are made up of joining of two bones to allow easy movement. These joints are being protected with the underlying tissue named, cartilages. The cartilages are soft, spongy tissues; acting as beds in between the two bones. Due to the presences of these tissues, the friction between the two bones is reduced, while joints are in mobile state. The cartilages are as well supported with the presence of synovial fluid, which is helpful in shock absorption. Thus, the entire assembly can access an easy and long term functionality of joints. However, variety of issues such as obesity, smoking, poor diet, etc. can create non significant inflammatory responses, which can degenerate these supportive tissues such as cartilages and synovial fluid; exposing bones to outer shocks and friction, leading to their damage.

Stem cells are the young, privileged cells with the capacity to differentiate into cells of different origin. The property of stem cells can be uniquely identified to be potential treatment for arthritis patients. Autologous stem cells isolated from two different sources such as adipose tissue and/or bone marrow can provide mesenchymal and hematopoietic stem cells in abundance. These stem cells are enriched in the laboratory and infused back in the patient’s joints to avail maximum benefits of tissue function restoration. Once inside the body, these stem cells are known to reach at the site of injury, due to their strong communication pathways with other cells, secrete growth factors to reduce the inflammation and elicit strong immunological reactions to speed up the process of healing. Stem cells, in case of joints problems or arthritis are known to induce cells of Chondrocytes origin and get differentiated into cartilages. Once differentiated into cartilages, there can be reduced friction and pain associated with OA.

Thus, considering their anti-inflammatory and regenerative capacities; there are pretty good reasons to say that these stem cells can be good candidates for treatment.

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