Stem Cell Therapy for Lupus: How To Improve Immunological Tolerance?
The most recent statistics of patient data highlight more than 200,000 systemic lupus erythematosus (SLE) patients in the United States.
An astonishing fact about these figures is that more than 80% of the lupus patients are females. There are more than 180,000 female lupus patients while there are only 20,000 male lupus patients in the US.
More than 3.17 million people around the world are affected due to lupus.
More than 80% of countries around the world fail to give proper statistics related to lupus patients.
Brazil and the United Arab Emirates are two of the leading countries where people are affected by this condition.
Women who have reached the age to conceive a child are at more risk of developing lupus. 90% of women suffer from lupus during their reproductive years.
Multipotent mesenchymal stem cells (MSCs) are sourced from the umbilical cord (Wharton’s Jelly) possessing cell differentiation and cell regenerative abilities.
Stem cell treatment for systemic lupus can increase the number of healthy cells and enhance the functioning of the anti-inflammatory and immunomodulatory cells.
Additionally, MSCs improve the number of protein cells called cytokines to strengthen the anti-inflammatory responses of the body.
Furthermore, MSCs act with B and T cells. Also, MSCs work with natural killer cells and monocytes. Also, antibody production is reduced for lupus patients.
What is Lupus?
Lupus is a critical autoimmune disease that causes inflammation in different parts of the body. The disease affects several body parts such as the heart, brain, joints, and muscles.
The immunity system acts as the protective layer of the body from harmful external and internal factors. However, patients diagnosed with lupus lose the ability of their immune system to distinguish between healthy cells and harmful factors. As a result, the antibodies attack both the harmful and healthy cells of the body.
Lupus can lead to 20 different types of neuropsychiatric syndromes. This damages the nerve cells considerably.
Moreover, untreated lupus can lead to gastrointestinal, respiratory, and cardiovascular diseases.
Diagnosis
A combination of laboratory, imaging, and biopsy tests are essential to diagnose the onset of lupus. The diagnosis methods include –
- Test for complete blood count – An overall estimation of red and white blood cells along with the platelet count to determine if the patient has anemia that is connected to lupus.
- Sedimentation of Erythrocytes – A blood test is performed to identify the time for RBCs to settle down at the bottom of a test tube.
- Urinalysis – A test to determine if there are high levels of RBC and proteins in the urine that can indicate signs of kidney damage due to lupus.
- Echocardiogram – An imaging test to check the real-time heartbeat images and determine problems with the heart valves.
- Biopsy – Biopsy of the skin tissues and kidney tissues is pivotal to determining the onset of lupus and the base treatment depending on the test results.
Symptoms and Causes of Lupus
The symptoms of lupus differ for each patient. A rash spread throughout the cheeks and nose is the most common symptom of lupus. This condition is commonly prevalent as butterfly rash. Primary symptoms of lupus are –
Symptoms
- Breathing problems
- Joint arthritis that causes pain and stiffness
- Fatigue and fever
- Sun sensitivity
- Loss of hair
- Blueish tinge color of fingers and toes
- Swelling of the glands and legs
- Inflammation surrounding the lungs and heart
- Abdominal pain, headaches, and dizziness
- Failure of the kidney due to Lupus
- Damage to the heart valve
- Myocarditis or heart muscle inflammation
- Vasculitis
- Low count of blood cells
- Atherosclerosis or accumulation of fat in the blood vessels
[Read Also: How To Treat Peripheral Neuropathy with Mesenchymal Stem Cell Therapy?]
Causes
Find out about the leading causes of systemic lupus –
- Genes – Genetical factors like high or low levels of protein that affect the immune system of the body.
- Environmental factors – Exposure to sunlight or viral infections can aggravate lupus.
- Immunity and Inflammatory Conditions – The body’s immunity system loses its ability to distinguish between healthy and harmful cells. The damaged cells are not cleansed automatically which leads to this confusion. The development of the autoimmune response to such situations can accompany lupus.
- Substitute medicines – Medicines consumed for blood pressure and certain antibiotics trigger the onset of lupus.
- Gender – Lupus is more profound in reproductive women compared to other entities.
- Age – Women aged between 15-45 are more susceptible to developing lupus.
- Race – The African-American community is mostly affected by lupus.
Lupus Treatment Breakthroughs with Stem Cell Therapy
Mesenchymal stem cell therapy is an innovative lupus treatment method that has taken the spotlight for alternative healthcare due to its immunomodulatory properties.
It is imperative to note that each lupus patient will require a personalized stem cell treatment regime.
MSCs reduce the production of antinuclear antibodies and anti-double-stranded deoxyribonucleic acid antibodies in the case of lupus patients.
Due to the low immunogenicity of MSCs, they are unrecognized by T cells which eliminates the chances of cell rejection.
MSCs prevent the generation of CD45+, CD1+, CD19-, CD56, and cytotoxicity of CD56+NK cells.
Furthermore, mesenchymal SCs have superior multiplication and cell differentiation abilities apart from immunomodulatory and anti-inflammatory properties.
Benefits of Stem Cells for Treating Lupus
Exploring the overall benefits of treating lupus with stem cells, we may find –
- Inhibits B cell activation
- Prevents differentiation of CD4+ T cells
- Reprograms macrophages to reduce inflammatory effects
- Inhibits the growth of dendritic cells
- Enhanced energy process of autoreactive cells
- Blocks the T cell receptor
- Unlimited supply of healthy stem cells from human umbilical cord tissue-derived MSCs
- High cell regeneration capabilities
- Reduces and prevents inflammation
- No chance of cell rejection
[ Read Also: Stem Cell Treatment for Miami Patients ]
Results of Stem Cell Therapy for Lupus
Patients who are treated with stem cells for their lupus highlighted a wide range of improvement results. The most prominent result is instant relief from pain, swelling, and other lupus conditions after stem cell administration.
MSCs combined with the immunity of the body showcase –
- Overpower the reactions of mixed lymphocytes
- Production of IL-10, an immunosuppressive cytokine (protein cells)
- Produce enzymes such as 2,3-deoxygenase
- Stop dendritic cell maturation
- Accelerate T regulatory cell production
- Halt the pathological processes of lupus
- Reverse effects of kidney damage
Bottomline
Stem cell therapy for lupus ensures improvement of the tissue functions and energy levels. Most importantly, this is an aggressive method to repair and regenerate damaged cells.
Additionally, stem cells can reduce the damage to vital organs or the frequency of fevers. Also, it is a potent solution to reduce the antibody levels.
The Life Altering Stem Cell Therapy Institute is an American-owned and operated clinic with a group of experienced and certified doctors who are adept at administering painless and non-invasive stem cell therapy to patients depending on their eligibility.
Elevate the quality of your life, reverse the impacts of deadly diseases, and eliminate the root causes of lupus with our holistic approach.
How To Treat Peripheral Neuropathy with Mesenchymal Stem Cell Therapy?
More than 38 million people in the US are affected by diabetes.
Surprisingly, 30 million US citizens suffer from neuropathy. This condition affects people more than 50 years of age compared to the younger population.
However, stem cell treatment for neuropathy brings groundbreaking treatment solutions as well.
Mesenchymal stem cells derived from the umbilical cord (Wharton’s Jelly) of newborn babies offer cutting-edge regenerative abilities. Also, MSCs are the most potent cells compared to all other types of stem cells. It has special abilities to distinguish and form different types of cells as required by the body for self-healing.
Stem cell therapy is an advanced and non-surgical treatment method for a wide range of diseases and injuries.
Most importantly, it improves the functioning of the nerves and repairs the related tissues.
Other than this, MSC therapy is an ideal option for all patients due to its minimally invasive technique and fast delivery of results for peripheral and diabetic neuropathy.
Table of Contents
What is Peripheral and Diabetic Neuropathy?
Severe damage of the peripheral nerves that leads to weakness and pain in the affected region is called peripheral neuropathy.
Out of the millions of patients with diabetes in the US, 60-70% of the population regardless of type 1 or 2 diabetes are susceptible to suffering from diabetic neuropathy. However, type-2 diabetes patients are at more risk of suffering from peripheral neuropathy.
In this condition, the blood sugar level consistently rises and damages the nerves throughout the body.
Both types of neuropathy affect the nerves surrounding the brain and spinal cord limiting its functionalities and causing degeneration over time.
Also, 50% of the diabetic patients are at the risk of developing foot ulcers. Diabetic neuropathy patients with extreme foot ulcers need to undergo amputation. Nevertheless, stem cell therapy can significantly reduce the condition of foot ulcers and eliminate the chances of surgery.
Primarily, controlling the glycemic levels is a priority for patients with peripheral neuropathy.
Diagnosis
The diagnosis method includes several clinical and quantitative tests. Let us briefly navigate the diagnosis conditions for confirming diabetic or peripheral neuropathy –
- Deficiency of Vitamin B12 in the complete blood count
- Testing for Haemoglobin A1c
- Exposure to heavy metals
- Electrolyte imbalance in the basic or complete metabolic panel
- Withdrawal to long-term diseases like Lyme disease or HIV
- Testing for thyroid function
- Electromyography
- Biopsy of the nerves
- Testing for genetics
- Age
- Radio imaging tests such as CT or MRI scans
[Read Also:Promising Role of Stem Cells For Treating Peripheral Neuropathy ]
Symptoms and Causes of Peripheral and Diabetic Neuropathy
Every peripheral nerve has a unique function. The conditional symptoms depend on which type of nerve is affected. Motor, sensory, and autonomic nerves are affected. Furthermore, neuropathy can affect one or more nerves.
Symptoms
- Segmental demyelination – Degeneration of the myelin sheath (protective nerve layers) leading to inflammation.
- Wallerian degeneration – Passive but sure wearing down of the nerve axon.
- Axonal degeneration – This type of degeneration causes trophic changes to the muscles.
- Numbness or no sensation – Difficulty in sensing physical organs.
- Sharp and burning sensation – Inflammation leading to constant pain.
- Weakness of the muscles – Weakened muscles due to weakened nerves.
- Imbalance of motor abilities – Inability to walk.
- Intolerance to heat – Excessive sweating regardless of the weather conditions.
- Hypotension – Reduced blood pressure levels.
- Gastrointestinal problems – Problems with bowel and digestion.
- Vision impairment – Inability or reduced ability to see clearly.
- Uncontrolled reflexes – Sudden actions and responses.
- Erectile dysfunction – Infertility or inability to sustain an erection required for reproductive activities.
Leading health causes of neuropathy include –
Causes
- Autoimmune disorder – Diseases such as lupus and rheumatoid arthritis aggravate the chances of neuropathy.
- Diabetes – The most common cause of neuropathy due to the unhinged rise of sugar in the blood levels.
- Genetical disorders – If a person from the family has a history of neuropathy, the chances of their successors developing the same condition are higher.
- Infections – Viral infections due to Lyme disease or HIV accelerate the development of neuropathy.
- Abuse of Drugs – Excessive consumption of alcohol and smoking can increase the risk of neuropathy.
- Deficiency of Vitamins – The lack of B12 vitamin increases the chances of peripheral neuropathy.
- Physical factors – People with high body mass/obesity have higher risks of developing neuropathy of the nerves.
Importance of Mesenchymal Stem Cells in Neuropathy Treatment
Stem cells are an excellent treatment option for restoring the axonal myelin sheath (protective layers of the nerves, accelerating blood vessel formation, and managing the immune system.
Patients with peripheral neuropathy were treated with mesenchymal stem cells during the subacute period to determine the functions of the nerve-muscle tissues.
This treatment measures the allodynia with a cold plate for a specified timeline.
Once this phase is over, electrophysiological and histopathological tests are performed to check the abilities of the isolated nerve-muscle tissues.
MSCs have cytokines and RNA that promote nerve regeneration and reduce inflammation.
Most importantly, more than 80% of patients treated with stem cell therapy highlight an improvement in their neuropathic conditions.
Benefits of Treating Neuropathy with Stem Cells
Stem cell therapy for neuropathy has the potential to repair damaged nerve cells, differentiate between cell types, and regenerate new cells. This naturally activates the body’s ability to self-heal with neuro-regenerative and protective factors.
Stem cell therapy for peripheral and diabetic neuropathy benefits entail –
- Recovery of nerve functions
- Repair of damaged nerves
- Permanent elimination of nerve damage causes
- Long-lasting results and quick recovery time
- Free from cell rejection
- No chances of allergies due to fresh and toxin-free stem cells sourced from the best-quality human umbilical cord
- Safest treatment with zero side effects
- Painless administration method (Non-surgical)
[ Read Also: How To Suppress Inflammation for COPD and RA Patients with Stem Cell Therapy?]
Takeaway
Mesenchymal stem cells for neuropathy patients help to form new blood vessels and protective sheets of the nerves.
The Life Altering Stem Cell Therapy Institute offers cutting-edge healthcare options for patients with peripheral or diabetic neuropathy.
The wide range of benefits and the quick administration and recovery methods attract patients from all around the world.
We are an American-owned and operated clinic focussing on improving your health and elevating your lifestyle.
Live a life free from the fear of diabetes or neurological disorders with miraculous stem cell therapy for peripheral and diabetic neurology. Connect with our experts now.
How To Suppress Inflammation for COPD and RA Patients with Stem Cell Therapy?
Stem cell therapy for rheumatoid arthritis and COPD provides long-term relief from the pain and complications related to the condition.
There are more than 24 million Americans who are affected with chronic obstructive pulmonary disorder while millions of others are suffering from rheumatoid arthritis.
Mesenchymal stem cells have been actively used to treat conditions similar to RA and COPD with different models. The results are more than satisfactory in treating and reversing the conditions of the diseases.
Recently, stem cell treatment has brought a new ray of hope for providing relief to humans.
Table of Contents
What is Rheumatoid Arthritis?
Rheumatoid arthritis is a chronic autoimmune disorder in which the immunity system of the body attacks its own protective layers of the joint. Also, RA affects the vascular, bone, metabolic, and psychological factors of the body.
Additionally, RA can cause further complications like cardiac issues, pulmonary diseases, and renal damage.
Symptoms of RA –
- Joint pain and stiffness
- Inflammation of the joint
- Weight and appetite loss
- Fever and sweating
The immune system of RA patients attacks its own protective joint layers. Moreover, people with higher variations of genetic factors such as human leukocyte antigen have more probability of developing this condition.
Causes of RA –
- Individuals of any age can suffer from RA
- Women suffer from rheumatoid arthritis more than man
- Smoking increases the risk of RA
- Overweight people have higher chances of suffering from RA
What is Lung Fibrosis?
Lung fibrosis is a chronic disease of the lungs or the pulmonary tracts. It falls under the bracket of COPD and reduces your breathing abilities. The respiratory tract cells and tissues are collaterally damaged. The tissues thicken over time and limit the functions of the heart.
More than 200,000 US citizens live with lung fibrosis and it is one of the leading causes of mortality rate.
This condition is more prevalent in men than women and affects people within the age group of 50-70 years.
Signs of lung fibrosis –
- Short breath during activities
- Dry and persistent cough
- Weight loss and tiredness
- Loss of appetite
- Clubbing of feet
- Joint and muscle pain
Causes of lung fibrosis –
- Radiation treatment
- Exposure to harmful chemicals and toxins
- Prevalent autoimmune diseases
- Affinity to inflammation
- Smoking
- Genetics
- Age
What is COPD?
COPD causes inflammation in the lungs, blocks the respiratory tracts, and causes a wide range of pulmonary sub-diseases like asthma and bronchitis.
Inflammation in the air tracts or the respiratory passage blocks the free flow of air and oxygen to the lungs. This causes suffocation. The air sacs in the lungs that help to breathe in and out are also damaged due to COPD.
It eliminates the elastic abilities of the air sacs and leads to long-term breathing problems.
Signs of COPD are –
- Running out of breath
- Wheezing sounds while breathing
- Congestion in the chest
- Too much mucus secretion
- Recurrent cough
- Infections in the respiratory tracts
- Low energy levels
- Swelling of the feet
- Cyanosis or bluish lips
Leading COPD causes –
- Inflamed and thickened airway walls
- Lost elasticity of the air sacs in the lungs
- Damage to the air sac walls
- More mucus in the airway blocking airflow
- Air pollution and environmental toxins causing breathlessness
MSCs for COPD are self-healing treatments for the lungs and related tissues for improved air, oxygen, and blood circulation.
[Read Also: Transform Your Health with Advanced Stem Cell Therapy in Dallas]
Importance of Embryonic Stem Mesenchymal Stromal Cells in Reducing Inflammation
Mesenchymal stem cells are cultured from Wharton’s Jelly found in the umbilical cord of healthy newborn babies. These are tested and sourced in the laboratory and differentiated from human embryonic stem-cell derived-MSCs in vitro. It helps to regenerate T-cells rapidly and offers protection against cell infiltration.
Collagen-induced arthritis (CIA) models have been tested with hESC-MSCs in an intravenous administration method to successfully reduce inflammation conditions. Moreover, it improves the protection of T cells against infiltration and promotes activation. The CIA model is the most preferred model for treating humans with RA. This is a widely accepted model due to the local and immunological similarities of RA in humans.
Similarly, a bleomycin-induced lung fibrosis model was treated with hESC-mesenchymal stromal cells in an intravenous (IV) approach. MSC treatment eliminates the root causes and underlying symptoms of lung fibrosis.
The therapeutic results of MSCs are undeniable, creating a new avenue for holistic and surgery-free treatment.
Apart from reducing inflammation, the regenerative and immunomodulatory properties of MSCs make it a popular choice for treating a wide range of diseases and injuries.
Benefits of Stem Cell Treatment
Mesenchymal stem cell treatment offers a wide range of benefits against inflammation and related symptoms. MSCs can reverse the effects of RA and lung fibrosis and provide long-term relief from the disastrous effects of these diseases. Results from clinical trials highlight significant development in the condition of patients suffering from inflammation related to RA and lung fibrosis. In a broader spectrum, let us explore the benefits of MSCs in reducing inflammation further –
- Increases regulatory T cells
- Decreases inflammatory Th1 cells
- Decreases pro-inflammatory cytokines like interferon, interleukin, and IL17
- Increases anti-inflammatory cytokines like growth factor-beta and interleukin 10
- Abundant supply of stem cells
- Eliminates the chances of cell rejection
- MSCs have high regenerative abilities compared to other types of stem cells
- Rapid repair and quick results
- Toxin-free MSCs
- Minimally-invasive technique compared to painful surgeries
- Regeneration of lung tissues and blood vessels to clear the air pathway for free breathing
- Stem cells can split into protective membranes and connective tissues
- Removes carbon dioxide and circulates oxygen in the air tracts
[Read Also: How To Treat Premature Ovarian Failure with Mesenchymal Stem Cell Therapy?]
Bottomline
Mesenchymal stromal cells can successfully reduce inflammation of the joints and the lungs. The treatment offers relief from pain and inflammation. Moreover, it ensures the free flow of blood in the air sacs and forms the protective layers of the affected joints.
The hESC-MSC are successfully tested and show considerable improvement in the conditions of millions of patients. Similarly, due to the equivalent restorative and healing abilities, MSCs are used to treat RA and COPD conditions as well.
The Life Altering Stem Cell Therapy Institute is an American-owned and operated clinic with state-of-the-art infrastructure and certified doctors.
We provide a holistic, painless, and direct administration method (IV, IA, or IM) to treat patients with stem cell therapy.
Breathe and move freely with the ideal stem cell treatment for your condition. Talk to our experts for detailed solutions.
How To Treat Premature Ovarian Failure with Mesenchymal Stem Cell Therapy?
Stem cell therapy is a promising restorative healthcare practice with beneficial results for infertility cases.
Mesenchymal stem cells are the cornerstone for revolutionary healthcare techniques to treat premature ovarian failure. Sourced from the best-quality human umbilical cord (Wharton’s Jelly), MSCs have restorative, autoimmune, and healing properties.
The cell differentiation ability of MSCs can divide the cells into different types as required for the repair and regeneration of damaged cells.
Moreover, patients with several autoimmune, neurological, cardiovascular, and gastrointestinal disabilities resort to stem cell treatment for health improvement.
Stem cell therapy improves hormonal levels, follicular activation, and ovarian angiogenesis, and restores the functionality of ovaries.
Most importantly, stem cell treatment for premature ovarian failure (POF) highlights the occurrence of pregnancy and menstrual cycle in patients.
Table of Contents
What is Premature Ovarian Failure?
Premature ovarian failure is also called premature menopause. It affects women less than the age of 40 years. This devastating condition has several underlying clinical impacts on women.
The first and most deadly impact includes incapability for childbearing. Distress, osteoporosis, and infertility are other symptoms of this condition.
In this condition, a woman loses her ovarian abilities completely or partially.
POF is an alarming sign of infertility in women where the ovarian follicles are prematurely destroyed.
What is the Conditional Diagnosis?
Healthcare providers can diagnose POF by applying the following techniques –
- Pregnancy Test – A pregnancy test to determine if the candidate is eligible to conceive and deliver babies. Also, to determine if the women missed their menstrual cycle or got irregular periods.
- Physical Exam – Physical tests are conducted to check signs of disorders or diseases that could be present in the female. Addison’s disease is one such example that can be detected with the help of this test.
- Blood Samples – Blood samples are collected to test for follicle-stimulating hormone, estrogen levels, luteinizing hormone levels, and karyotype tests.
- Pelvic Ultrasound – A pelvic sonogram test gives an internal view of the woman’s ovaries highlighting unnatural ovary growth or multiple follicles.
Signs and Causes of Premature Ovarian Failure
Multiple symptoms indicate premature ovarian failure in women. The inability to conceive and early menopause are the leading signs. However, let us walk you through the details of the symptoms –
Symptoms
Noteworthy symptoms of POF –
- Irregular or missed menstrual cycle for 4 months at a stretch
- Lowered levels of estrogen
- Enhanced follicle-stimulating hormone levels
- Trouble and incapability towards pregnancy
- Reduced sexual drive
- Mood fluctuations assisted with
- Disturbed memory and concentration
- Night sweats
- Neurological disorders such as disputed cognitive abilities, Parkinson’s disease, dementia, and speech loss
- Estrogen deficiency weakens bone health density
[Read Also: Transform Your Health with Stem Cell Therapy in Miami ]
Causes
Top causes of POF –
- Changes in the Chromosome – Chromosomes contain genes that distinguish the gender of a person at birth. Females have two X chromosomes. However, women with insufficient X chromosomes have one altered type of X chromosome that can be fragile. This condition is fragile X syndrome.
- Exposure to Toxins – Radiation-based therapies used to treat patients with cancer can induce toxins into the ovary causing insufficiency. Genetic materials in the cells are destroyed due to these strong treatment techniques. Environmental toxins such as chemicals, cigarette smoke, and viruses can lead to POF.
- Response of the Immune System to Ovarian Tissue – The immune system develops protective proteins that attack the ovary tissue mistakenly. Ovary follicles or eggs are damaged.
- Unprecedented Factors – Idiopathic diseases that affect a female without any proper source or cause can enhance premature ovarian failure.
- Lifestyle – Several lifestyle factors such as poor nutritional intake, lack of sleep, excessive use of tobacco, and lack of physical activities can aggravate the condition.
What is the Equivalent Medical Condition for Males?
Infertility issues are not only limited to women but also affect a large number of the male population. Erectile dysfunction is the leading infertility issue in men. It can affect any man regardless of their age. Long-term persistence of this condition can lead to impotence. It physically limits a man’s ability to have sex organ erections.
Erectile dysfunction can lead to a wide range of heart and health diseases such as diabetes. Other than this, leading causes of ED include hypertension, low testosterone levels, obesity, cardiovascular diseases, and psychological causes such as stress and depression.
Nevertheless, advanced erectile dysfunction treatments with stem cell therapy provide relief and boost confidence in men significantly.
Here are the benefits of choosing stem cell therapy for POF –
- Improved tissue and cell regeneration for enhanced blood flow
- Improves the sensitivity of the sexual organ to enhance performance
- A minimally invasive and painless administration technique with fast recovery results
- Best-quality human umbilical cord mesenchymal stem cells are administered to ensure zero rejection chances
Importance of Mesenchymal Stem Cells for Premature Ovarian Failure Treatment
Stem cells can reverse the limited functionalities of the ovarian endocrine system and restore fertility in women.
Mesenchymal stem cells have several therapeutic effects. It can improve the overall functioning of the ovaries and reduce the signs and causes of GC apoptosis. Moreover, mesenchymal stem cell therapy can boost the following for women with premature ovarian failure –
- Improves folliculogenesis
- Enhances the rate of GC apoptosis
- Accelerates vascular formation
- Regulates the level of hormones
- Improves the chances of pregnancy
- Restores the menstrual abilities
- Decreases FSH levels
- Increases AMH levels
- Improves ovarian weight
- Ability to differentiate egg cells
- Enhance the production of estrogen and progesterone
Results of Stem Cell Therapy
Before we explore the results related to stem cell therapy for premature ovarian failure, let us navigate the administration techniques for stem cells.
Administration Technique
The stem cells are administered applying intravenous (IV) techniques where an injection is introduced in the ovary region. The process takes 4-5 days to complete. However, different administration techniques are followed for different patients depending on their age, weight, and condition.
Treatment Results
POF Treatment results with stem cells include –
- Improved fertility – Ability to get pregnant and healthy formation of eggs.
- Enhanced sexual drive – Increased hormonal activities leading to natural sexual capabilities.
- Regeneration of healthy hormones – Repair, replacement, and regeneration of healthy estrogen.
- Repaired ovarian tissues – Repaired ovarian follicles and tissues for better functioning.
- Prevention of infertility causes in the future – Prevents the recurrence of POF in women in the future and ensures a healthy ovarian system.
[Read Also: How To Manage Shoulder Rotator Cuff Injuries with Stem Cell Therapy? ]
Takeaway
MSC Treatment for premature ovarian failure highlights promising results for women who are at the age of conceiving.
Active regeneration of female hormones, ovarian tissues, follicles, and menstrual abilities makes stem cell therapy a popular choice for infertile women.
The Life Altering Stem Cell Therapy Institute is an American-owned and operated clinic in Mexico. We offer a holistic and personalized treatment approach for patients with different conditions. Our state-of-the-art infrastructure, certified doctors, and competitive tools make it possible to offer superior-quality surgery-free therapy for POF.
How To Manage Shoulder Rotator Cuff Injuries with Stem Cell Therapy?
Is shoulder pain stopping you from engaging in your favorite activities?
Are you unable to participate in your favorite sport? Is shoulder pain delaying your business trip? Does shoulder pain not let you sleep at night?
Stem cell therapy for shoulder pain and injuries is a promising orthopedic solution and a potent alternative to surgery.
Mesenchymal stem cells sourced from human umbilical cords (Wharton’s Jelly) possess therapeutic properties. These cells are paracrine, angiogenic, and immunoregulatory.
MSCs are reliable treatment substitutes for painful shoulder surgeries. Patients who tore rotator cuffs can immensely benefit from the regenerative abilities of this non-invasive healthcare option.
Dive into the world of self-healing that rejuvenates damaged cells and alleviates shoulder injury pain with the groundbreaking stem cell therapy technique.
Table of Contents
- What is a Rotator Cuff?
- Signs and Causes of Shoulder Rotator Cuff Injuries
- Importance of Stem Cell Therapy for Shoulder Pain and Injuries
- Stem Cell Therapy vs Surgery: Which Is A Better Option To Treat Shoulder Pain?
- Who Should Choose Stem Cell Therapy for Shoulder Pain?
- Benefits of Stem Cells for Shoulder Rotator Cuff Treatment
What is a Rotator Cuff?
The rotator cuff is a group of muscles that stabilizes the shoulder joint and enables movement of the head and arms. People more than 40 years old and the elderly develop the risk of these types of injuries. It elevates the risk of developing rotator cuff arthropathy.
Common types of rotator cuff injuries result from strains, tendinitis, and tears.
Patients who went through severe rotator cuff injuries should consult with their medical experts regarding the best treatment solution.
Factors that aggravate shoulder injury chances are –
- Age – People older than 60 years are prone to suffer from these types of injuries.
- Family History – Genetical components associated with rotator cuff injuries can resurface the condition in family descendants.
- Sports-related Injuries – Several sports like basketball, baseball, javelin throw, and tennis stress the rotator cuffs and cause accidental injuries during games.
Critical rotator cuff injury cases affect people with a history of diabetes, thyroid, metabolic syndrome, and inflammatory arthritis.
Diagnosis of Rotator Cuff Injuries
Medical experts evaluate a patient’s medical history, perform physical blood tests, and conduct imaging scans.
Doctors examine the patient’s range of motion, perform X-rays, and conduct MRI scans.
These tests help to determine the severity of the rotator cuff injury.
Signs and Causes of Shoulder Rotator Cuff Injuries
Persistent pain and inflammation are common problems related to rotator cuff injuries of the shoulder. Degenerated tissues and cells in the shoulder entail several symptoms. Let us take a detailed look into the causes and symptoms separately –
Causes
The leading causes of shoulder injuries include –
- Rotator cuff tears – Persistent pain in the shoulder due to strain and torn rotator cuffs.
- Shoulder Osteoarthritis – Degradation of cells leads to depletion of the joint cartilage in the shoulder causing friction and inflammation.
- Unprecedented injuries – Activities such as heavy lifting and arm-action sports can injure the rotator cuffs in the shoulder.
- Shoulder Bursitis – Bursa is a fluid sac present in the shoulder which covers the joints. Inflammation of this area causes shoulder swelling, pain, and instability.
Symptoms
Rotator cuff injury symptoms are –
- Limited motion of the shoulders
- Frozen shoulder
- Reduced strength of rotator cuffs
- Extreme pain and disturbance in the shoulder while sleeping
- Frequent creaking sounds of the joints with a crackling sensation
- Unbearable pain while moving the arms
- Weakened arms
Importance of Stem Cell Therapy for Shoulder Pain and Injuries
Mesenchymal stem cell therapy for rotator cuff is a biological self-repair process that ensures the safe and steady regeneration of damaged cells.
These stem cells are isolated for treating shoulder injuries. MSCs can reproduce damaged cells steadily and accelerate topical and conditional healing.
Stem cells send chemical signals throughout the body to determine the distressed region, assist in the rapid recreation of damaged tissues, dissolve inflammation, repair the condition, and prevent the recurrence of degenerative diseases.
Once circulated throughout the body, MSCs begin their healing properties.
Patients with several shoulder and joint-related conditions other than rotator cuff injuries can significantly benefit from stem cell therapy.
Some shoulder-related conditions treatable with stem cell treatment include –
- AC joint separation
- Thoracic Outlet Syndrome
- Tendonosis and Tendonitis
- Recurrent dislocated shoulder
Diagnosis for Stem Cell Therapy Administration Eligibility
Before stem cell therapy is administered, medical experts need to confirm the eligibility of a patient for the treatment. Eligibility criteria –
- Personal details – Keep a note of the patient’s name, age, gender, and location.
- Medical history – Identify past medical conditions such as respiratory diseases, cardiac problems, neurological diseases, autoimmune diseases, gastrointestinal problems, and other health conditions of the patient. Additionally, find out if the patient went through any surgeries.
- Conditional symptoms – Find out the severity of rotator cuff muscle injuries and the duration of the problem with the help of blood tests and radio imaging tests.
- Lifestyle choices – Check out for the eating, drinking, and smoking habits.
[Read Also: Stem Cell Therapy for Multiple Sclerosis: The Latest Treatment Options]
Stem Cell Therapy vs Surgery: Which Is A Better Option To Treat Shoulder Pain?
Noteworthy benefits of stem cell therapy for treating shoulder pain compared to surgeries are as follows –
- No risks related to invasive approaches like surgical procedures
- No chance of stem cell rejection
- Treats severe diseases without traditional healthcare techniques or medication
- Promotes the healing of damaged tissues
Who Should Choose Stem Cell Therapy for Shoulder Pain?
Patients who fall in the following categories should give stem cell therapy a try in replacement for surgeries –
- No proper results from the medication
- Suffered rotator cuff injuries but only restricted to medication to curb symptoms instead of eliminating the root cause
- No recovery results to provide pain relief even after surgeries
- Consulted with orthopedic experts but were directed for surgeries
- Patients who were put into rehabilitation instead of surgeries or stem cell therapy
- If the patient is scared of invasive surgeries, stem cell therapy is the best solution
Benefits of Stem Cells for Shoulder Rotator Cuff Treatment
Stem cell therapy and treatment for shoulder pain is the most effective way to promote self-healing of the body and reinstate repairing abilities. Mesenchymal stem cells derived from human umbilical cord tissue are an ideal treatment compared to invasive surgeries.
The most prolific benefits of this therapy include –
- Alleviate shoulder pain with a non-surgical approach
- Avoid the complications and recovery time related to painful shoulder surgeries
- Administration of stem cells can be divided into 4-5 days sessions
- Stem cells possess anti-inflammatory, immunomodulatory, and restorative qualities to repair, replace, and regenerate damaged tissues
- Spares the pain related to autologous stem cell collection from the patient’s own body
- Improved mobility of the shoulders
- Strengthened rotator cuff joints
- No pain after the stem cell therapy session is completed
- Conditions do not resurface in the future
[Read Also: Revitalize Your Health with Advanced Stem Cell Therapy in Miami ]
Takeaway
The cost of stem cell therapy for shoulder pain varies for different individuals.
It depends on the location of the patient, the condition, the amount of dosage required for stem cell administration, the source of stem cell collection, the technique of administration, and the number of follow-up sessions.
The Life Altering Stem Cell Therapy Institute in Mexico is an American-owned and operated clinic. Our experts are clinically certified to administer stem cell treatment for a wide range of conditions. We are equipped with the latest tools and premium-quality infrastructure to attend to the needs of our patients and ensure optimal-quality
Stem Cell Therapy for Multiple Sclerosis: The Latest Treatment Options
Stem cell therapy has reshaped the healthcare landscape significantly.
Athletes, actors, musicians, and working individuals are praising the benefits and success of this holistic medical approach.
Mesenchymal stem cells have regenerative, immunomodulatory, and anti-inflammatory properties that can reverse the effects and cure several deadly illnesses.
Millions of people around the world have experienced the impact of revolutionary stem cell treatment.
Stem cell therapy for multiple sclerosis is a promising therapeutic technique to alleviate pain and suffering.
Signs and Causes of Multiple Sclerosis
Multiple sclerosis (MS) is a chronic autoimmune disorder where the immune system of the body attacks its own central nervous system. Nerve fibers are heavily damaged due to this condition. The protective layer of the nerves, myelin is severely depleted due to MS. It limits the brain from sending signals to different organs of the body.
There are 4 distinct types of multiple sclerosis –
- Relapsing-remitting multiple sclerosis
- Secondary-progressive multiple sclerosis
- Primary-progressive multiple sclerosis
- Progressive-relapsing multiple sclerosis
We will navigate the signs and causes of MS in the following section.
Symptoms
The symptoms of MS include –
- Difficulty with speech and sensation
- Breathing and swallowing problems
- Bodily imbalance
- High fatigue
- Spasms of muscles
- Vision problems
- Emotional imbalance
- Memory and attention problems
- Loss of hearing
- Sexual problems
Causes
Multiple sclerosis develops due to several internal and external factors. However, there are no conclusive reasons why MS affects different individuals in different manners.
Here are the top causes of Multiple Sclerosis –
- Individuals between 20-40 years of age are at more risk of developing this disease
- Women are at more risk than men to develop multiple sclerosis
- Genetic inheritance is a prime cause of this disease
- People living in temperate zone countries such as Australia and the United States are prone to developing this condition
- Low Vitamin D in the body
- Obese individuals are prone to developing MS
- Smoking cigarettes can develop MS condition
How Does Stem Cell Therapy Treat Multiple Sclerosis?
Allogenic mesenchymal stem cells for treating multiple sclerosis are sourced from Wharton’s Jelly (umbilical cord of infants.) MSCs have powerful cell distinction abilities.
MSCs can slow down the progress of MS while repairing the myelin layer simultaneously.
These stem cells have self-renewing and repairing abilities that curb the inflammatory and immunity reactions within the body.
The stem cell administration process for MS is as follows –
- Determine the eligibility of the patient for stem cell administration
- Source the appropriate dosage of mesenchymal stem cells for the therapy
- Prepare the stem cell solution for the particular individual based on the type of multiple sclerosis
- Transfusion of the stem cells into the body either intraarticularly or through the intravenous (IV) technique
- Post-treatment follow-up to closely monitor the response and progress of the patient
The stem cells are introduced into the patient’s body either as intravenous infusions or through perilymphatic injections.
What is the Eligibility of Stem Cell Treatment for MS?
A patient needs to go through several tests before they are considered eligible for stem cell therapy administration. The eligibility factors include –
- If the patient has relapsing MS
- If the patient is under 45 years
- If the patient can move independently
- If the patient has had MS for less than 10 years
Other eligibility factors to get stem cell therapy include the age of the patient, gender, and the type and severity of multiple sclerosis.
Some of the ideal tests to determine these conditions are imaging tests, blood tests, and electrocardiograms.
Benefits of Stem Cell Treatment of Multiple Sclerosis
Explore the manifold benefits of treating multiple sclerosis with stem cells –
- Human umbilical cord-derived mesenchymal stem cells have greater cell multiplicity and regenerative abilities compared to autologous adult stem cells.
- MSCs sourced from Wharton’s Jelly can regenerate cells within the body 10 times faster compared to adipose or bone marrow stem cells.
- Multiple administration sessions over 4-5 days.
- A minimally invasive, non-surgical, and painless administration approach.
- Completely pure and toxin-free stem cells that are sourced from the umbilical cord of newborn babies.
- No chance of cell rejection.
[ Read Also: Remarkable Benefits of Mesenchymal Stem Cell Therapy for Rheumatoid Arthritis ]
What are the Results of Multiple Sclerosis Treatment with Stem Cells?
Several clinical trials on patients have shown significant improvement and relief from the signs and causes of multiple sclerosis. In most cases, the patients treated with stem cell therapy displayed no results of the disease resurfacing.
Promising results of improvement for patients with multiple sclerosis highlight –
- modulated and improved immunity system
- accelerated neuron development and myelin formation
- cell and neuron regeneration
- cell differentiation
- eradicated symptoms of cognitive impairment
- eliminated underlying causes of the disease
- proved remyelination
- enhanced mobility
- improved energy levels
How Much Does it Cost to Get Stem Cell Treatment for Multiple Sclerosis in Mexico?
There is no fixed cost for a particular condition or treatment option. A variety of factors impact the cost of stem cell treatment in Mexico. These factors are situational and environmental. The volume of dosage, the source of the stem cells, location, administration technique (IA, IM, or IV), and the type of condition determine the cost of the stem cell therapy.
Bottomline
Life Altering Stem Cell Therapy Institute is one of the best American-owned and operated clinics in Mazatlán renowned for its safe and innovative stem cell treatment solutions for multiple sclerosis.
We have experienced medical professionals who are certified stem cell administration experts and equipped with the latest infrastructure to provide painless stem cell therapy and improve the overall quality of your lifestyle and health.
Experience quick healing, greater levels of energy, and long-term relief with a personalized treatment approach.
Remarkable Benefits of Mesenchymal Stem Cell Therapy for Rheumatoid Arthritis
Stem cell therapy has taken the world of regenerative medicine to greater heights. The stem cell treatment market is expected to surge up to 11 billion USD by 2029.
The success rate of this therapy has led to several global sensations and superstars choosing this treatment.
Renowned superstars like Cristiano Ronaldo, Stephen Curry, Harry Styles, and even Margot Robbie have sought stem cell solutions for their conditions and injuries.
It not only improves their lifestyle but also restores their health eliminating the root causes of dangerous diseases.
Mesenchymal stem cells are derived from the umbilical cord of healthy infants which are purified for treatment processes.
Umbilical cord stem cell therapy for arthritis is a holistic, non-invasive, and risk-free treatment alternative to traditional knee and hip replacement surgeries. Also, it is a great substitute for painful deformity correction surgeries.
What are Umbilical Cord Mesenchymal Stem Cells?
Mesenchymal stem cells are sourced from Wharton’s Jelly found in the umbilical cord of newborns. These are multipotent with cell identification and differentiation abilities.
The immunomodulatory, anti-inflammatory, and regenerative properties make MSCs a top choice for stem cell therapy.
Additionally, umbilical cord mesenchymal stem cells prevent the apoptosis of chondrocytes. In simple words, it prevents the degeneration of body cartilages that are enriched with chondrocytes.
A Complete Overview of Rheumatoid Arthritis
Rheumatoid arthritis is a chronic autoimmune disease that degenerates the joints, cartilage, muscles, tissues, and tendons.
It causes inflammation that leads to pain, synovitis, and long-term complications. This is a case of
There is a significant growth in RA patients with 460 out of every 100,000 diagnosed with the condition. Rheumatoid arthritis is divided into 4 different stages and each stage highlights the severity of the damage caused.
X-rays, MRI scans, and ultrasounds are some effective techniques to diagnose and confirm different forms of arthritis in a patient.
Nearly 300,000 children are at risk of developing arthritis within 16 years in the USA every year. Every 25 out of 100 US citizens develop arthritic conditions.
25.7 million US adults are affected with arthritis.
It is more shocking that around 78 million US citizens will be suffering from arthritis by 2040. These numbers can evoke a fearful feeling even if you are healthy.
It is crucial to determine the causes and symptoms of RA to find an appropriate treatment technique based on the patient’s condition. Common signs of RA include –
Symptoms
- Pain in the joints and muscles
- Thinning down of the cartilages
- Inflammation causing joint swelling
- Loss of weight
- Restricted mobility
- Stiffness of the body/affected areas
- Fatigue
Moreover, patients need to understand that the effects of rheumatoid arthritis are not always limited to joint pain. Extreme damages can affect other organs including –
- Eyes
- Heart
- Kidneys
- Skin
- Nerve tissue
- Blood vessels
- Lungs
[Read Also: Stem Cell Therapy for Parkinson’s Disease – A Complete Treatment Guide]
Causes
The primary cause of this condition involves the body’s immunity system failing to protect itself. The body becomes incapable of distinguishing between the good and bad body proteins.
Leading causes of RA include –
- Gender
- Age
- Overweight conditions
- Smoking
- Genes
Stem Cell Therapy Intervention for Different Types of Arthritis
Common forms of arthritis include –
- Back Arthritis – This condition is also known as spinal arthritis and causes inflammation in the spinal cord.
- Big Toe Arthritis – This affects the metatarsophalangeal joint present in the big finger of the foot.
- Wrist Arthritis – In this type of arthritis, swelling and stiffness affect your wrists, limiting movement.
- Arthritic Thumbs – Extensive damage of the joint in the thumb causes arthritis and limits mobility.
- Psoriatic Arthritis – It affects the areas where muscles are connected to the bones and develop red patches on the skin causing pain and discomfort.
- Osteoarthritis – Stiffness, pain, and constriction of the joints. It is caused due to knee cartilage injuries. Osteoarthritis is prominent in women compared to men. 14 million Americans are already suffering from knee osteoarthritis. The costs for stem cell treatment for knee arthritis vary significantly based on the type, severity, age, and other critical factors.
- Neck Arthritis – Stiffness of the neck and headaches are early symptoms of this type of arthritis. This type of arthritis is called cervical spondylosis.
- Arthritis in the Hip – In this condition, the hip joint cartilage is degenerated leading to inflammation and pain.
Regardless of the different types of arthritis, stem cell treatment can relieve you from the root causes of the condition and ensure long-term risk-free living.
[Read Also: Know More About Stem Cell Therapy in Calgary]
Stem Cell Administration Routes for Arthritis Patients
The mesenchymal stem cells have therapeutic effects on the body. It helps to actively repair, replace, and regenerate worn-out tissues, muscles, and cells of infected and injured areas.
There are 2 distinct methods to administer stem cell therapy for arthritis. These are –
- Intravenously (IV) – Introduced into the body through the veins.
- Intramuscular (IM) – Local area targeted injections that are administered directly into the body through the muscles.
The experts will determine the best administration process based on the condition of the patient.
Results of Arthritis Treatment with Stem Cells
Stem cells can reverse the causes and symptoms of different arthritis conditions.
Therapy results highlight –
- Regulate immunity and reverse inflammatory actions
- Promotes T-regulatory cell production
- Reduced production of inflammatory cytokines (proteins)
- Fix deformities in the affected areas
- Shuts down pathological responses
- Preserves the cellular abilities to prevent the reappearance of RA and fight causes in the future
What are the Treatment Benefits?
The benefits of administering UCMSCs for arthritis pain and injuries are –
- A free and unlimited source of healthy cells
- Reduces the chance of cell rejection
- Rapid cell regeneration abilities
- A painless and non-invasive alternative to surgeries
- Carefully sourced and processed from the healthiest babies, free from environmental toxins
- A short-term 4-5 day administration process where each session lasts for about an hour
- Faster, long-term, and complete recovery
- This prevents the condition from resurfacing in the future
- Enhanced body balance and free movement
- Relief from persistent pain
Takeaway
Clinical observations, long-term follow-up sessions, laboratory tests, absence of adverse events, and patient-reported outcomes determine the success of your stem cell therapy for Rheumatoid arthritis.
Life Altering Stem Cell Therapy Institute has the finest medical experts, the latest tools and equipment, and state-of-the-art infrastructure to treat patients with rheumatoid and osteoarthritis. Resume a healthy lifestyle and bid goodbye to arthritis pain with us.
Stem Cell Therapy for Parkinson’s Disease – A Complete Treatment Guide
Nearly 500,000 US citizens live with Parkinson’s disease in 2024 but experts claim the numbers have exceeded 1 million.
Stem cell therapy as a regenerative medicine for autoimmune and neurological disorders like Parkinson’s disease demonstrates an amazing success rate of more than 80%.
The widespread success, benefits, and safety of stem cell treatment have significantly enhanced the demand for this holistic healthcare choice. The market is expected to showcase a turnover of $19090 million by 2027.
Stem cells have the power to improve a patient’s overall health significantly. Some remarkable benefits of stem cell therapy include improved energy, enhanced symptom management, accelerated cell regeneration, steady immune system modulation, inflammation reduction, and amplified replacement of damaged tissues.
Most importantly, stem cells have highlighted an extraordinary benefit to restoring normal functionalities of patients affected with Parkinson’s disease.
Table of Contents
- How Severe is Parkinson’s Disease?
- How Does Stem Cell Therapy Affect Patients with Parkinson’s Disease?
- Impact of Mesenchymal Stem Cells to Treat Parkinson’s Disease
- What are the Impacts of Stem Cell Therapy for Neurodegenerative Conditions?
- Benefits and Applications of Stem Cell Treatment for Parkinson’s Disease
- Effective Stem Cell Therapy vs. Traditional Parkinson’s Disease Treatment
How Severe is Parkinson’s Disease?
Parkinson’s is a neurodegenerative disease that reduces the motor and cognitive abilities of the brain and body.
This condition can be categorized as a neurological disorder affecting and killing the dopamine-producer neurons in the brain.
Dopamine, a bodily chemical sends signals to the neurons in the brain to coordinate activities such as mobility and movement of different organs and parts.
The inability to generate this dopamine can restrict the brain from sending signals to eat, walk, and talk.
This disease is predominantly noted in patients above 60 years. Younger people are also affected by Parkinson’s disease due to environmental and genetic elements.
Let us check out the primary causes of Parkinson’s disease –
Symptoms
- Muscle and limb tremors; uncontrollable shaking
- Reduced and slowed down motor activities
- Stiffness of the limbs limiting movement
- Impaired body balance causes an unstable posture
- Difficulty with speech
- Unresponsive bladder and bowel problems
- Anxiety and stress
- Sleeping disorder
- Reduced cognitive capabilities
- Loss of smelling sense
- Lowered blood pressure or hypotension
- Concentration and memory loss
Causes
Reduced dopamine in the brain takes away the body’s ability to control voluntary and involuntary actions. Some of the leading causes of Parkinson’s disease involve –
- Mutated genes such as LRRK2, Alpha-synuclein, Parkin, and PINK1
- Breathing toxin elements such as asbestos
- Age
- Pre-existent brain injuries
- Inflammation
How Does Stem Cell Therapy Affect Patients with Parkinson’s Disease?
Stem cells can proactively renew the dopamine-producing neurons in the brain. It can proactively distinguish between dynamic cell types.
Studies were conducted on patients with Parkinson’s disease who displayed enhanced mobility of the face, gait, and limbs.
Parkinson’s disease treatment breakthroughs with stem cell solutions utilize mesenchymal stem cells derived from a healthy human umbilical cord (Wharton’s Jelly) to improve the sensory and neurological functions of the body.
Cutting-edge Parkinson’s disease treatment options have progressed dominantly. It has significantly reduced the symptoms of the disease and improved the motor abilities of the patient.
Impact of Mesenchymal Stem Cells to Treat Parkinson’s Disease
Innovative Parkinson’s disease treatments include the administration of mesenchymal stem cells based on the condition and health status of the patient.
Clinical experts thoroughly evaluate the eligibility to administer stem cell therapy. Blood tests for abnormal thyroid levels and pre-existing medical conditions are an essential part of this evaluation process.
If qualified, stem cell administration experts outline a transparent and patient-friendly protocol that includes several factors. It maps out the administration process, treatment duration, volume of dosage, number of therapy sessions, and the limitations of post-therapy.
MSCs are introduced to the patient’s body through intravenous injections. Stem cell therapy is a safe and non-invasive technique without any side effects.
It takes 4-5 days to complete the treatment procedure fully.
[Read Also: Regenerative Medicine Treatment & Stem Cell Therapy in Miam]
What are the Impacts of Stem Cell Therapy for Neurodegenerative Conditions?
Stem cell therapy offers long-term relief from a wide range of neurodegenerative diseases other than Parkinson’s.
Mesenchymal stem cells promote neurotrophic growth factor secretion that improves the neuron lifespan concerning several neuron injury conditions.
Moreover, the anti-inflammatory and immunomodulatory properties of MSCs promote the healing of wounds, replace damaged cells and tissues, enhance the body’s immunity, and prevent inflammation.
Patients with different conditions such as Alzheimer’s, multiple system atrophy, and motor neuron disease can also be treated with mesenchymal stem cell therapy.
Benefits and Applications of Stem Cell Treatment for Parkinson’s Disease
Advanced Parkinson’s disease treatment offers long-term regenerative solutions.
Let us explore in detail the wide array of benefits of treating Parkinson’s disease with effective stem cell therapy –
- Stem cells actively replace and repair damaged dopamine-generating cells to avoid the symptoms of Parkinson’s disease
- Accelerates the neurogenesis abilities of the body
- Speeds up the recovery process for dead neuron cells
- Fixes motor dysfunctions to ensure smooth mobility and reduced symptoms
- Enhances oxidation of the brain
- Reduces inflammation of the internal organs and cells
- Restricts elements and conditions that contribute to the formation of neurodegenerative diseases
- Improves body balance, functions, and stability
- Protects the healthy neurons from future damage
- Minimally invasive, no side effects, long-lasting results, and safe protocol
- Reduces oxidative stress in the brain
- Replaces damaged dopamine-production cells to reduce body tremors
- Improves brain cell functionalities
- Fixes bodily balance and stabilizes posture that is otherwise affected by cell death from Parkinson’s disease
[Read Also: Best Sports Medicine: Innovative Stem Cell Therapy for Basketball Players]
Effective Stem Cell Therapy vs. Traditional Parkinson’s Disease Treatment
Stem cell therapy offers a wide range of benefits compared to traditional treatment methods for Parkinson’s disease. Here are some of the noteworthy points to consider –
- Effective compared to traditional medication such as dopamine agonists
- Non-invasive stem cell administration compared to surgical strategies like deep brain stimulation where electrodes are invasively introduced into the brain to accelerate the electrical impulses in the affected areas
- Safer method with minimum to no risks compared to traditional treatment methods with considerable risks to injuries
Bottomline
Stem cell therapy can significantly improve the overall health and quality of lifestyle for Parkinson’s patients.
The innumerable long-term benefits and the regenerative abilities of MSCs can repair damaged tissues, regenerate cells, distinguish between different types of cells, and enhance the dopamine creation within the brain to improve functions.
Moreover, stem cells can eliminate the symptoms and prevent the causes of Parkinson’s disease from resurfacing.
The Life Altering Stem Cell Therapy Institute is a holistic clinic in Mexico with state-of-the-art technology, the latest tools, and patient-friendly administration techniques offering ideal treatment options for Parkinson’s patients.
Talk to our clinical experts and find the best ways to improve your health and reverse the conditions related to Parkinson’s disease.
Best Sports Medicine: Innovative Stem Cell Therapy for Basketball Players
Did you know? Renowned NBA superstar Stephen Curry got stem cell treatment as early as 2012 that significantly improved his condition and wellbeing enabling him to return to the basketball court in full measure.
Traditional sports injury treatment in the USA focuses on surgical methods and physiotherapy combined with medicines.
However, advancements in biology and science have improved healthcare solutions significantly. Stem cell therapy is a trustworthy, proven, and quick healthcare solution for athletes. It treats and reverses the effects of different orthopedic conditions.
The recent breakthroughs in technology and the benefits of this therapy are widespread. Top players who participate in the big leagues must stay in their best shape and health or get replaced otherwise.
Athletes who play sports such as golf, baseball, basketball, soccer, rugby, boxing, swimming, hockey, tennis, and MMA are all eligible for stem cell therapy.
Mesenchymal stem cells (MSCs) derived from the human umbilical cord (Wharton’s Jelly) are sourced to treat different sports injuries with stem cell therapy.
Stem cell treatment is a better option compared to traditional treatment for athletes for a variety of reasons –
- Reduced recovery time
- Minimally-invasive
- Eliminates surgery requirements
- Self-healing of the body
- Reduced side effects
What Sports Injury Conditions Can Be Treated With Stem Cell Therapy?
Back Pain
This new-age treatment triggers the self-healing of the source in cases of spinal cord injuries and back pain.
Stem cell therapy for back pain and spinal damage not only repairs worn-out tissues but also removes cellular debris to accelerate angiogenesis that recreates fresh and healthy blood vessels.
Hip Pain
Hip pain is caused due to inflammation in the pelvic joints that not only limits your mobility but affects your regular life.
Stem cell therapy for hip injuries utilizes allogeneic mesenchymal stem cells that revitalize damaged cartilage and tissues to help you reclaim a painless life.
Knee Pain
This quick and easy treatment helps to develop new cartilage cells and tissues in the knee joints that reduce inflammation significantly.
It naturally alleviates the knee pain and improves the mobility.
Shoulder Injuries
Dislocation, rotator cuff tears, sprains, broken collarbone, and fractures are some leading causes of shoulder pain.
Stem cell therapy for shoulder pain and injuries offers transformative support and regeneration of the injured cells, tissues, ligaments, and joints to relieve the pain and restore the abilities of the shoulder.
Joint Injuries
A great alternative to joint replacement surgery, stem cell treatment for joint pain is a non-invasive and non-surgical substitute providing quick and long-term relief from conditions of the shoulders, hips, back, and knees.
Tendon and Ligament Injuries
Tendons and ligaments facilitate the mobility of joints. Athletes are prone to tendon and ligament injuries that can put them out of the ground due to extensive recovery time.
Stem cells not only accelerate the repair process but also reduce the risk of repeated injuries.
Cartilage Damage
Cartilage is a protective layer between the joints that avoid friction between each other.
The damage done to the cartilage causes osteoarthritis. Stem cells repair cartilage tissues, reduce pain, and improve the layering of the cartilage.
Elbow Injuries
Elbow stem cell is a regenerative medicine applied for tendonitis, osteoarthritis, and ligament injuries.
It promotes pain relief and restores the mobility of the elbows with active repair of damaged tissues.
Hamstring Injuries
Hamstring injuries are prevalent among sports stars. It affects the semimembranous, semitendinosus, and biceps femoris muscles causing pain, discomfort, and stiffness.
Stem cell therapy promotes damaged tissue repair, reduces inflammation in the affected areas, and quickens recovery time.
[ Read Also: Benefits of Revolutionary Stem Cell Therapy To Treat Ischemic Stroke ]
Stem Cell Administration Methods for NBA Stars
There are two types of delivery techniques for stem cell therapy. The benefits of this unique approach vary. So, what are the two methods? Let us find out –
Local Injections
Local injection directly employs the stem cells into the affected region of the body. It is used for injuries related to the tendon, joint, or ligament in the knees, hip, shoulder, or elbow.
Local administration promotes targeted cell repair and replacement. This method is ideal for treating isolated injuries or one single injury compared to several injuries at different body parts.
This method is ineffective for systemic inflammation at multiple injury areas of the body.
Intravenous Administration
This is a comprehensive administration technique for stem cells where it is introduced into your bloodstream through the veins.
The stem cells circulate throughout the body in this approach and activate the cell regeneration of multiple site injuries. The intravenous approach encompasses more therapeutic benefits compared to local injections.
The IV technique is particularly appropriate for athletes who undergo multiple injuries and systemic inflammation.
Noteworthy Benefits of Stem Cell Therapy for Basketball Players
- Viable Alternative for Surgical Options – Avoid the hefty expenses and stress related to surgeries such as knee replacement, hip replacement, and other invasive methods.Stem cell therapy is an innovative solution for sportsmen and athletes who undergo frequent injuries.It is a quick and non-invasive technique. Most importantly, it eliminates the complications and risk factors related to a surgical process.The holistic approach, dependability, and efficiency of the stem cell technique make it a popular alternative for complex surgeries.
- Faster Recovery Time – Intravenous (IV) mesenchymal stem cell treatment promotes the quick regeneration of cells. Additionally, there is no recovery time required as the patients do not have to go through the wear and tear of surgeries. Quick rehabilitation and improvement in the players’ conditions after the administration of stem cell therapies help them to get back to their form and participate in tournaments actively.
- Versatile Treatment Method – The versatility of stem cell treatment is another big reason for its popularity with superstars. It can reverse and repair the effects of numerous degenerative diseases and fix issues related to different bodily organs.
Since basketball players go through muscle, bone, and joint-related injuries vehemently compared to other accidents, stem cell therapy can fix the regenerative abilities of the joints, tendons, cartilage, and ligament to ensure quick and complete repair.
- Reduced Disabilities – MSCs have anti-inflammatory properties that make your body immune to several diseases and provide relief from distinct bodily pains. Self-healing and damaged cell replacement are actively promoted.
Reduced inflammation is a sign of natural healing that eliminates the pain from internal or external scarring. It improves the normal functionalities of the cells and organs.
Stem cells also possess immunomodulatory properties that encompass different organs, proteins, and white blood cells. Therefore, it improves the body’s response to fight germ and disease cells in the future post-treatment administration. It helps the players to stay healthy and bag more games in their names.
- Enhanced Performance – Stem cell therapy enables sportsmen to activate their full potential and return to playing games sooner.
Enhancing their performance means more popularity of the player along with the treatment method.
It encourages more injured players to choose a viable, safe, and non-invasive healthcare solution.
[ Read Also: Affordable Stem Cell Therapy for Patients in San Francisco ]
Important NBA Personalities Who Got Stem Cell Therapy
While there are tonnes of superstars in the NBA, it is easy to get replaced in the team roster due to unprecedented injuries. Several real-time applications and stem cell therapy administration results highlight that players can return to playing games 30-40% quicker.
Kobe Bryant – Professional NBA Player (LA Lakers)
Kobe Bryant’s joint treatment was administered with stem cells raised awareness of this therapeutic biological technique to self-heal injuries with cell regeneration and reduced inflammation.
The NBA star received the therapy that helped in the activation of the anti-inflammatory interleukin-1 receptor antagonist to treat the devastating effects of conditions related to osteoarthritis and rheumatoid arthritis.
Karl-Anthony Towns – Professional NBA Player (Minnesota Timberwolves)
The superstar had been experiencing knee pain, ligament damage, a cyst in the left ankle, and partial dislocation of the wrist.
Towns opted to get stem cell treatment as an alternative to surgery with the hope of rejoining the team in the early season.
Stephen Curry – Professional NBA Player (Golden State Warriors)
Stephen Curry, a well-known NBA name on the basketball court chose stem cell therapy to treat their knees which has significantly improved the severity of his condition and allowed him to return to the game.
He was suffering from an MCL sprain in the right knee and recovered swiftly to rejoin the team and play at the top of his game during his career extension.
Takeaway
Reduced recovery time, ease of administration, promise of results, dynamic treatment options, and improved performance are some of the benefits of stem cell therapy for sports injuries. Additionally, it is a great alternative to expensive and invasive surgeries that can prolong complications.
The Life Altering Stem Cell Therapy Institute is an American-owned and operated clinic with the latest tools, technologies, and holistic solutions to administer stem cell therapy to athletes with different conditions.
Professional sportspersons can choose the benefits and facilities of our holistic medical tourism to treat different injuries and diseases with promising stem cell therapy in Mexico. There is great infrastructure and medical expertise. The cost of stem cell therapy in Mexico is cost-effective compared to treatment in the USA. Do not let the pain grow and stop you from playing. Stay at the top of your game with this remarkable self-healing technique. Continue to shine throughout your career and stay in optimal health conditions.
Benefits of Revolutionary Stem Cell Therapy To Treat Ischemic Stroke
Stem cell therapy for post-stroke survivors helps improve cell replacement and enhances the neuroprotective abilities of the patient. 15 million stroke cases are reported by the World Health Organization annually. There are more than 80 million stroke survivors, out of which 70% of patients experienced ischemic stroke. Magnetic resonance angiography and brain CT scan can successfully detect a stroke attack. Mesenchymal stem cells play a pivotal role in regulating the immune system of patients who undergo this deadly cerebrovascular condition, ischemic stroke.
What are the Causes of Ischemic Stroke?
Ischemic stroke causes excitotoxic cell death, apoptosis, necrosis, and autophagy. Oxygen and blood supply to the brain are stopped when a patient experiences a stroke. Naturally, the brain is unable to process feelings and information. Blood clots in the artery and plaque in the blood vessels of the brain are the primary causes of ischemic stroke. Stenosis is another cause of this type of stroke due to the reduction of the artery passage. Transient ischemic attacks are the preliminary signs of conceiving a stroke. This entails the possibility of a bigger stroke attack.
Numbness, stiffness, confusion, and headaches that you experience suddenly and without any significant reasons are signs of ischemic stroke. However, these signs are non-conclusive. Nevertheless, speech difficulty, walking problems, and vision impairment are serious signs that a patient may experience a stroke. Physical, mental, and cognitive weaknesses are common problems experienced by stroke survivors. History of cardiac arrests, hypertension, high levels of cholesterol, sickle cell disease, birth control pills, drug abuse, and obesity are several factors that can cause a stroke.
[Read more: Know more Stem Cell Therapy In Atlanta]
What are Advanced Stem Cell Solutions for Stroke Patients?
Stroke rehabilitation stem cell treatment has significantly improved the living conditions of stroke survivors. Here are the 5 steps to provide regenerative medicine to stroke survivors –
Stem Cell Therapy Administration Eligibility
It is paramount to consider and evaluate several eligibility factors for a stroke patient before stem cell therapy is administered. The age, type of stroke, stroke severity, affected area of the brain, and the type of stem cells considered for the treatment plan are vital factors to certify a candidate for stem cell therapy.
Mode of Stem Cell Administration
Location-specific targeting for stem cell administration and intravenous (IV) infusions of stem cells are the best techniques to cure patients in the post-stroke recovery state. In most cases, experts create a customized plan for each individual who seeks stem cell treatment. The stem cells are introduced within the body through the veins that accelerate the regeneration abilities of the affected brain tissues.
Administration Protocol Compliance
Biomedical protocols are followed for safe stem cell therapy administration. Experts assess your condition, symptoms, and other criteria for a precise administration process.
Follow-Up on Treatment and Recovery
The results vary for each individual, and predicting the patient’s response time to the treatment is difficult. So, checking with the patients after periodic intervals is critical to determine their response to the stem cell treatment. Both patients and medical coordinators may have unresolved queries. The follow-up sessions help to address and resolve these issues for peace of mind and assurance. The total time for full recovery from the stroke attack after the stem cell therapy treatment is unprecedented. Following up with patients helps to identify if their brain functioning is enhanced. Also, it prevents the chance of future stroke attacks.
[Read more: Regenerative Medicine: What Are the Best Stem Cell Therapy Practices?]
What are the Benefits of Stem Cell Interventions in Stroke Recovery Treatment?
Ischemic stroke survivors experience rapid therapeutic benefits with the help of stem cell therapy during post-stroke treatment. Let us guide you through some noteworthy benefits of choosing this neurogenic therapy for stroke recovery –
- Revival of Neuron – Stimulate neuron regeneration in the brain with the help of human umbilical cord tissue-derived (Wharton’s Jelly) mesenchymal stem cells (MSCs) to regulate blood and oxygen circulation within the stroke-affected region of the brain.
- Tissue Regeneration – Stem cell therapy accelerates the production of tiny protein molecules known as chemokines in the ischemic areas, significantly repairing and regenerating the tissues in the affected brain region.
- Neurogenesis – Mesenchymal stem cells (MSCs) promote repairing and replacing damaged neurons with new healthy ones to improve and reverse the effects of ischemic stroke. This technique is known as neurogenesis.
- Revitalization of Blood Vessels – Ischemic tissues in the brain are damaged during a stroke due to plaque or blockades in the arteries. Stem cell therapy stimulates the formulation of new blood vessels within the affected brain areas to restore healthy mental and physical abilities.
- Active Immunomodulators – Stem cells are natural immunomodulators that enhance the abilities of your immune system for improved response to numerous conditions. In this case, they help to replace and repair damaged brain cells that are affected due to the stroke.
Additionally, stem cell therapy for stroke recovery offers more benefits such as stamina, energy, and muscle strength improvement, enhanced balance, mobility, and coordination, improved flexibility and strengthening of the joints, vision enhancement, attention and memory improvement, refined speech and facial movement, and independence of eating and swallowing.
Takeaway
Life Altering Stem Cell Therapy Institute is a trustworthy clinic in Mazatlán, Mexico, offering swift stroke recovery solutions with holistic stem cell applications.
Therapeutic experts at LASCTI have more than 19 years of experience in treating stroke patients with pertinent stem cell therapy techniques. Explore and understand the diagnosis, processes, benefits, results, and promises we offer during and after your treatment for improved health and lifestyle.
Live an independent and healthy life with replenished repairing abilities and recover quicker if you experience a stroke attack. Uncover the monumental potential of MSCs with our carefully assessed treatment plan.