How To Treat Diabetic Nephropathy with Stem Cell Therapy

More than one-third of the global population with diabetes type 1 and 2 are at risk of suffering from diabetic nephropathy.

Nearly $2.8 billion is the market cost for diabetic nephropathy treatment in 2024.

1 out of 3 people in the US suffer from diabetic nephropathy. Moreover, people with diabetic kidney diseases have a higher mortality risk and kidney failure chances.

The scientific breakthrough of stem cell therapy has reshaped the future of healthcare for patients.

Mesenchymal stem cells (MSCs) derived from human umbilical cord tissues (Wharton’s Jelly) are anti-inflammatory. Also, MSCs impose paracrine effects to reverse the conditions of diabetic kidney diseases like nephropathy.

In this blog, we will navigate how diabetic nephropathy can be healed with stem cell therapy.

What is Diabetic Nephropathy?

Diabetes is a chronic disease due to the body’s insufficient insulin production. Insulin is a blood glucose-regulating hormone produced by the islet cells in the pancreas.

Diabetes is classified as type 1 and 2. The body’s immune system destroys the islet cells within the pancreas. Islet cell destruction reduces or completely stops the production of insulin hormone. Moreover, it can build resistance to the effects of insulin on the body.

Read Also: Promises of Stem Cell Therapy for Type 1 Diabetes Treatment

Diabetic nephropathy is common for patients who have been suffering from diabetes for more than 10 years. This is a microvascular condition.

The risks of diabetic nephropathy are increased if the patient has high sugar, high blood pressure, smoking habits, obesity, or a family history of kidney or diabetic diseases.

Kidney failure is the final stage of diabetic nephropathy.

Diagnosis

Increased production of albumin protein in the urine is an indication of reduced glomerular filtration. It prevents the elimination of unwanted fluids from the body due to reduced capabilities of the kidney.

Other diagnosis methods include checking for blood sugar levels and detecting vitamin deficiencies, chronic kidney conditions, and abnormal immune systems.

Also, doctors check the sensitivity of a patient to vibrations and temperatures.

Causes

Several factors promote diabetic nephropathy development. Some of them are –

• Hyperglycemia – Unregulated blood sugar levels that damage the blood vessels required for urine filtration.
• Hypertension – Uncontrolled high pressure can cause damage to the kidneys.
• Heredity – Several genetic factors such as family history can promote the development of type 1 and 2 diabetes that leads to diabetic nephropathy.
• External factors – Habits such as smoking and drinking highly impact blood cholesterol levels. The kidneys are severely damaged and diseases can develop.

Symptoms

Notable symptoms of diabetic nephropathy include –

• Unusual weight gain
• Inflamed legs and ankles
• Excessive urination during the night
• Dizziness and fatigue in the morning
• Increased blood pressure or hypertension
• Anemia
• Loss of appetite and nausea
• Shortness of breath

Complications

The complications differ based on the age, gender, and condition of the patient. Keep a check on the following factors if you have diabetic nephropathy –

• Accumulation of fluid in the lungs. It increases the chances of swelling and blood pressure.
• Reduced red blood cells for oxygenation.
• A rise in the level of blood potassium can cause disorientation.
• Increases the chances of heart and blood-related diseases such as stroke.
• Irreversible damage to the kidneys can lead to dialysis.

Role of Stem Cells in Repairing Diabetic Nephropathy

Human umbilical cord mesenchymal stem cells (HUC-MSCs) are multipotent. Stem cell treatment for peripheral and diabetic neuropathy has high success rates for diseases that are treated in their early stages.

Umbilical cord tissue-derived mesenchymal stem cells (CT-MSCs) not only restore the damage to kidneys caused by diabetic nephropathy but also prevent such diseases from reoccurring.

The immune system does not reject MSC interventions and stem cells from Wharton’s Jelly are readily accessible for therapy.

Noteworthy results of stem cell treatment for diabetic kidney diseases include –

• Cell regeneration – MSCs replace damaged islet cells with new functional cells. The islet cells can promote insulin regeneration. Also, it increases the renal tubular membranes and reduces glomerular hypertrophy.
• Stops kidney disease progression – It reverses the kidney damage caused due to diabetes and stops the progression of further diseases.
• Immunity system strengthening – Promotes the islet cell production and insulin generation capabilities of the body.
• Renews epithelial cells – Stem cell therapy regrows epithelial cells that are damaged due to inflammation or bacterial actions.
• Optimizes glycemia – A process to manage blood sugar levels by inducing insulin or other medical interventions. Managing glycemia reduces the risk of macrovascular complications such as diabetic nephropathy.
• Promotes blood pressure regulation – Stem cells regenerate damaged tissues, blood vessels, and muscles that can reduce high blood pressure levels.

Early treatment of diabetic nephropathy can reverse the effects of the disease and restore the self-healing abilities of the body.

Read Also: Mesenchymal Stem Cell Therapy for Peripheral Neuropathy Treatment

Benefits of Stem Cell Therapy for Diabetic Kidney Diseases

Stem cells are an advanced regenerative medicine, and here are the benefits of the therapy –

• Regulates the immune system’s response in the pancreas to restore the release of sufficient insulin hormones into the bloodstream and control the blood sugar levels.
• MSCs replace damaged tissues, grow new blood vessels, and regulate vascular complications for diabetic patients.
• Anti-inflammatory properties of the HUC-MSCs improve the response to insulin and cure diabetic conditions related to the kidneys.
• The cell differentiation abilities of stem cells can help to distinguish and transform into beta islet cells to improve the production of insulin hormones in the pancreas.
• The treatment addresses the root cause of diabetic nephropathy and offers permanent regenerative solutions.
• A minimally invasive procedure via intravenous (IV) or intramuscular (IM) methods.

Read Also: An Advanced Treatment for Type 2 Diabetes with Stem Cell Therapy

Cost of Stem Cell Interventions for Diabetic and Peripheral Nephropathy

The cost of stem cell therapy for diabetic nephropathy depends on multiple factors. Some of these are –

• Source of MSCs
• Cell migration abilities
• Area and method of administration
• Volume of stem cell dosage
• Severity and stage of kidney damage
• The potency of stem cells

Takeaway

Diabetes imposes a heavy risk of kidney failure. It has some of the highest morbidity and mortality rates worldwide.

MSCs promote angiogenesis, have anti-inflammatory properties, and regulate immune cell responses. Stem cells are beneficial in differentiating and producing insulin-production islet cells. Additionally, stem cell therapy reduces the safety risks. It is a minimally-invasive non-surgical method compared to painful surgeries or dialysis.

The Life Altering Stem Cell Therapy Institute is a clinic with the latest therapeutic interventions for diabetic neuropathy and nephropathy patients. Our certified doctors conduct all types of eligibility and clinical trials to create a stem cell treatment plan only for you.

Connect with us and get relief from kidney-related issues. Restore a normal and healthy life with our holistic healthcare.

How Successful is Stem Cell Therapy for Healing Burn Wounds

Burn injuries are a detrimental cause of global mortality. More than 100,000 deaths were recorded in 2019 due to burn accidents. Over 400,000 burn injuries were reported in the US in 2008. India and Bangladesh are some of the leading countries to report burn injury cases.

The top reasons of burn-related injuries include –

• Thermal injury – Thermal burns are the most common and cause local injuries.
• Electrical injury – These types of burns can heavily injure internal organs.
• Chemical injury – Chemical burns such as acid or alkali burns can liquify the skin or cause coagulation injuries.

Mostly, burn cases in adults are caused due to flames. While children can get burn injuries from hot liquids and solids. The chance of surviving burn injuries depends on the extent of the burn.

Doctors must determine whether it is a first-degree, second-degree, or third-degree burn. Severe burns are an invitation to a wide range of infections and diseases.

Accidents from burns can happen at any time and any place. Fire accidents occur mostly in homes and workplaces. People can be victims of kitchen, transport, and instrumental fires. The elderly and children cannot withstand more than 10% skin loss due to a burn.

The World Health Organization recorded 180,000 deaths every year due to burn injuries in 2023.

However, human umbilical cord mesenchymal stem cells (HUC-MSCs) have expressed promising features to restore health and regenerate skin loss from accidental burns.

In this blog, we will discuss the potential benefits and the success of stem cells in treating burn wounds.

What are Burn Wounds?

Burns are skin injuries that cause fatal damage to the epidermis, dermis, and the subcutaneous fat layers of the skin.

Diagnosis of Burn Levels

Healthcare providers examine the condition of a patient affected by burn marks to determine the degree of the wound. Here are the burn-level specifications –

• Minor: Burn wounds that affect 10% or less of the body and do not need hospitalization.
• Moderate: These types of burns affect the top and lower layers of the skin.
• Severe: Third-degree burns that affect all three skin layers and require hospitalization.

Causes of Burns

The leading causes of burns are –

• Splashing of gasoline or strong acids on the skin
• Contact with electric currents
• Caught in a fire
• Spilled over hot liquid
• Touched hot metal or glass
• Exposure to excess X-ray radiation
• Burns from UV rays of the sun
• Abuse or accidents

Symptoms of Burns

Notable signs of burns are –

• Redness of the skin
• Dryness
• Swelling
• Blisters
• Bone damage
• Cell damage
• muscles damage
• tendons damage
• Brown and charred spots
• Peeled skin

What are the Complications of Burn Injuries?

Third-degree burns are life threatening while first and second-degree burns can lead to infections or discoloration of the skin. When burn wounds heal, they leave behind scars that can significantly impact the confidence of the person.

Other burn-related complications include –

• Heart rhythm disturbances
• Dehydration
• Excess swelling of the tissues
• Organ failure
• Hypotension and disorientation
• Amputation due to infection
• Scar marks

Mesenchymal Stem Cell Intervention To Heal Burn Wounds

Stem cell therapy is breaking the barriers of medicinal disciplines and holistically restructuring regenerative treatment.

Mesenchymal stem cells are umbilical cord-derived (UC-MSCs) and have regenerative abilities.

MSCs promote re-epithelialization, skin appendage regeneration, angiogenesis, granulation, and collagen deposition. Moreover, it controls the inflammatory responses to mitigate the risk of infections. The results are highly successful in human application to treat burn wounds. Stem cell therapy for burn wound healing leaves negligible to no scars.

HUC-MSCs are utilized to hasten wound healing from burns, reduce fibrosis, and reinstate skin regeneration.

MSCs are multipotent. These cells transform into any type of stem cells and migrate to affected areas.

Furthermore, stem cells promote tissue regeneration. They stop the effects of burn wounds at the site.

Read Also: How To Heal Lymphoma With Novel Stem Cell Therapy?

Results of Stem Cell Therapy for Burn Wound Treatment

The popularity and success of stem cells are attracting caregivers worldwide to explore skin regeneration possibilities in a minimally invasive method. Noteworthy results of stem cell therapy for burn wounds are –

• Restores the protective epithelium barrier at the burn site
• Promotes the regrowth of hair follicles and other skin appendages
• Enhances endothelial cell proliferation and forms new blood vessels
• Accelerates connective tissue granulation at the site of the wound to promote healing
• Deposition of collagen for renewed fibers and granulation tissue to create a convenient environment for wound healing
• Reduces scars from burn marks
• Rejuvenates and restores skin nutrients
• Reinstates the natural healing abilities of the body
• Quick response to treatment
• Prevents the loss of stem cells due to cell death
• Releases growth factors such as chemokines and cytokines to reduce fibrosis
• Forms new protective layers of the skin
• Improves external appearance
• Minimizes the chances of painful surgeries
• Provides relief from pain

The level of burn, areas affected, and the conditions related to burning are different from one person to another. The results of stem cell therapy for anti-aging and burn wound healing vary based on different internal and external factors.

Eligibility for Stem Cell Treatment

Treatment with MSC is administered to patients intravenously or through intramuscular interventions depending on the following eligibility criteria –

• Age, weight, height, gender
• Previous incision cases
• Medical history
• Genetic disorders
• Regular medications
• Severity and level of burn
• Any existing diseases

Read Also: Promising Impacts of MSC-Derived Exosomes in Cell-Free Therapy for Knee Osteoarthritis

Bottomline

Burn wounds impact the overall quality of your life. It disfigures appearance and invites several moderate-to-chronic illnesses. These diseases can affect the cardiovascular, gastrointestinal, and autoimmune systems causing several disorders.

Moreover, third-degree burns increase the risk of death, amputation, and other detrimental effects.

Do not let a small burn mark destroy your mental piece. Sometimes, excessive exposure to sunlight can also burn the skin and appear as red patches due to harmful UV rays.

Stem cells can effectively heal and stop the pain and problems related to burn injuries. The Life Altering Stem Cell Therapy Institute is an American-owned healthcare center with the latest infrastructure to address burn wounds and treat them with potent MSCs.

Talk to our doctors and avoid systemic complications.

Promising Impacts of MSC-Derived Exosomes in Cell-Free Therapy for Knee Osteoarthritis

Over 4 out of 5 osteoarthritis (OA) patients suffer from chronic knee pain. More than 595 million OA patients were recorded in 2020. This covers 7% of the global population.

Chronic knee pain affects millions of people but it can be easily treated with stem cell therapy for osteoarthritis.

Mesenchymal stem cells are used as a regenerative medicine in stem cell therapy to heal knee pain. More than 70% of patients treated with MSCs live pain-free lives.

Moreover, it is a painless alternative to invasive knee replacement surgeries.

In this blog, we will explain the differences between stem cell and exosome therapy and their respective treatment benefits for knee OA patients.

What is Knee Osteoarthritis?

Knee OA is a serious degenerative condition that impacts the joints. The cartilages of knee joints erode and the bones rub against each other. It causes swelling, redness, and severe pain.

Damage to the cartilage can limit movement. The knees will lose muscle strength and weaken. This disrupts your regular activities and walking abilities.

You can experience a wide range of discomfort while stretching, walking, running, or bending. Inflammation is a natural response of the body to heal injuries or infections. However, in chronic cases of OA, inflammation in the knees will cause swelling, stiffness, and pain.

OA is categorized into primary and secondary classes. The cause of the disease is classified as the type of osteoarthritis. Primary OA is linked to natural factors such as aging while secondary OA can be externally inflicted.

Knee osteoarthritis affects people regardless of their age or gender.

If you have a lineage history of knee pain, it is likely to develop knee OA due to heredity. Sports-related injuries or work-related injuries tear down the knee cartilage and impact bone strength and density.

Furthermore, excessive iron content in the body or hormonal imbalance can inflict OA.

Knee OA can be diagnosed with X-rays. Other physical examinations may be required as well based on the doctor’s instructions.

Stem Cells vs. Exosomes: A Complete Overview

Stem cells are unique building blocks present in the body. They have repair and regenerative abilities.

Exosomes are vesicles released from stem cells. They circulate heredity information and proteins to cells.

MSC-derived exosomes are cell-free liquids that contain microbial metabolites and nutrients. It is centrifuged to remove debris before collection.

Exosomes provide thrice as many growth factors as stem cells. This improves the ability to restore damaged stem cells.

Read Also: Stem Cell Treatment or Knee Replacement Surgery: A Comprehensive Guide

Differences between Mesenchymal Stem Cells (MSCs) and MSC-Derived Exosomes

Exosome therapy for knee osteoarthritis does not use donor cells in the body. They are extracted from donated human MSCs and sterilized. The MSC exosome solution includes proteins, messenger-RNA, lipids, and cytokines.

Stem Cell and Exosome Therapy Similarities

Therapies using MSC or exosomes are given to patients using intravenous (IV) methods through the veins or with direct injections in the affected area.

Benefits of Exosome Therapy

• Exosomes improve stem cell communication and stimulation for healing
• Exosome therapy is a targeted and minimally invasive treatment for knee osteoarthritis

Read Also: How To Heal Lymphoma With Novel Stem Cell Therapy?

Role of MSC-Derived Exosomes in Reversing Knee OA

Extracellular vesicles (EVs) are found in blood, cerebrospinal fluid, saliva, bile, synovial fluid, and urine.

Exosomes are the most competitive EVs released by cells. The immunity system is compatible due to its cell-based origin and possesses immunomodulatory properties. Additionally, exosomes are protected with a double-layered membrane that is known as lipid rafts. It allows them to reach deep within tissues. Furthermore, components of exosomes can stop arthritic inflammation that prevents the development of OA. Downregulation of iNOS and COX2 stops the production of HMGB1 and provides relief from OA. Exosomes regenerate damaged cartilage in the joints with chondrocyte activation. Other exosome factors promote cell multiplication, growth, and differentiation. Also, MSC-derived exosomes promote the bone-formation abilities of bone marrow MSCs. It helps to regenerate bones, and tissues, and heal bone deformities.

The paracrine impacts of MSCs derived from human umbilical cord tissues (Wharton’s Jelly) in stem cell therapy are a cornerstone for regenerative healthcare.

Due to the cell-based origins of exosomes, they have the same properties three times more than stem cells. Some of the properties include immunomodulation, natural regeneration, anti-inflammatory, and swift action. However, the therapeutic effects differ based on the patient’s condition and severity.

Stem Cell Treatment Benefits for Knee Pain

Stem cell therapy for knees is given to patients who are looking for long-term relief from chronic pain. Therapy using MSC-derived exosomes follows the same interventions as stem cells. Here are the treatment benefits –

• Heals and regenerates damaged joint cartilage
• Provides relief from pain
• Stops inflammation
• Improves joint muscle strength
• Restores mobility
• Reinstates independence of activities
• Prevents the requirement for knee replacement surgeries
• Safe administration after health analysis
• No potential side effects of treatment
• Enhances the formation of blood vessels
• Releases cytokines to stop cartilage degeneration
• Promotes self-healing compared to invasive methods

The benefits of stem cells and exosomes and the time needed to heal from injuries and knee pain vary from one individual to another. Several factors such as age, weight, height, medical history, and patient’s gender determine the effect of treatment.

Takeaway

Put aside your worries and take action today. Stop knee pain from preventing you from participating in your favorite activities or sports. Heal from knee OA with holistic treatment approaches.

The Life Altering Stem Cell Therapy Institute is one of the best clinics in Mexico. We are an American-owned healthcare provider with certified doctors experienced in stem cell therapy to treat a wide range of autoimmune, cardiovascular, and neurological diseases apart from chronic pain.

Talk to our doctors today and become stronger than your pain!

How To Heal Lymphoma With Novel Stem Cell Therapy?

Over 80,000 lymphoma patients are diagnosed this year in the US. Lymphoma is a type of cancer that covers 4% of global cancer conditions.

790,000 US patients are affected by this form of cancer. People who are suffering from this illness have an average life span of 5 years since the development of this malignancy.

Mesenchymal stem cells (MSCs) renew blood stem cells inside the bone marrow. Patients in remission from lymphoma can benefit a lot from stem cell therapy.

Stem cell therapy for post-cancer recovery regenerates red blood cells (RBCs), white blood cells (WBCs), and platelets. RBCs promote oxygenation while WBCs help to combat bacterial infections.

These cells can multiply and transform into required cells and tissues needed to suppress the growing ailments related to lymphoma.

Let us explore the benefits of stem cells and the advancements in lymphoma treatment with this therapy.

What is Lymphoma?

Lymphoma is a type of dangerous cancer caused by the clonal production of lymphocytes such as B-cells, T-cells, and natural killer cell subsets.

This form of cancer is developed as a result of lymphomagenesis where different stressors such as inflammatory and infectious factors disrupt the genetic makeup of the individual.

The immunity system is weakened and cannot destroy the cancer cells. The cancer causes swellings in the collarbone, groin, neck, or other parts of the body. Moreover, lymphoma reduces the ability to produce new blood cells.

Several complications arise due to the shortage of white blood cells. The symptoms of lymphoma are typically painless but the effects are severe.

Swollen lymph nodes cause breathlessness and chest pain as they press against the organs.

Diagnosis

Lymphoma diagnosis methods are –

• Tissue biopsy – Laboratory test of tissues extracted from the patient’s body.
• Excisional biopsy – Microscopic tests are performed on a lump of tissue collected from the suspected area of the patient’s body through surgical interventions.
• Core biopsy – Examination of body tissues under a microscope.
• Blood count tests – This test assesses a patient’s RBC, WBC, platelet, and hemoglobin count in the blood.
• Bone marrow biopsy – Bone marrow samples are collected from a person’s bone to detect the presence of cancer cells.

Causes

Risk factors that can develop lymphoma include –

• Heredity – People with a family history of blood cancers, such as a parent or a sibling who has lymphoma can develop this condition due to genetics. Additionally, several autoimmune diseases such as lupus and rheumatoid arthritis aggravate the symptoms of lymphoma.
• Weakened immunity – A weak immune system is one of the leading causes of developing lymphoma. People who are affected by different health conditions such as HIV or have undergone some organ surgery are at a higher risk of developing cancer due to a weak immune system. Long-term medications inhibit the immune system and its ability to protect the body from infections.
• Infections – Chronic and viral infections such as T cell lymphoma virus or Helicobacter pylori can promote the symptoms of lymphoma.
• External factors – Exposure to UV rays, industrial chemicals, and pollutants due to certain occupational hazards are pivotal reasons to induce lymphoma.

Symptoms

Symptoms that help to detect lymphoma early –

• Stomach pain – An enlarged spleen that presses against the abdominal walls is a sign of lymphoma that causes nauseating pain in the stomach.
• Fever – Patients with lymphoma can experience low-grade fever. The lymphoma cells increase the body temperature due to certain chemicals.
• Anemia – More than 40% of lymphoma patients experience anemia as it is a blood disorder. The low blood cell count reduces the body’s oxygenation abilities.
• Enlarged lymph nodes – Affected white blood cells due to lymphoma cause the lymph nodes to swell up. These can form lump-like figures around your neck, groin, or the armpits.
• Abnormal mass formation – A mass of abnormal cells in the body is called a tumor. These can affect the bones, tissues, and organs regardless of their size and location. Tumors can turn into cancers unexpectedly and fast.
• Unsuspected loss of weight – Cancer cells consume energy from the body and cause weight loss. The multiplication of deadly lymphoma cells and the body’s ability to try to get rid of these dangerous cells is one of the main reasons behind weight loss.
• Long-lasting infections – Due to certain conditions, the immune system can stay active for a long time to fight the signs of several infections. The immune system’s inability to fight infections and cancer cells can modify the DNA. This invites the symptoms of lymphoma.
• Easy bruises – A low blood platelet count can easily bruise or bleed an infected or injured location of the body due to reduced blood cells.

How Can Mesenchymal Stem Cells Promote Post-Cancer Recovery

MSCs are allogeneic and derived from human umbilical cord tissues (Wharton’s Jelly). They have therapeutic effects for post-cancer treatment.

These cells are multipotent. They transform into multiple specialized cell types within a specific tissue or organ. They can stop the progress of any tumors in the body with cell regeneration and oncogenes regulation.

Human umbilical cord mesenchymal stem cells (HUC-MSCs) promote capillary degeneration and endothelial cell death reduce tumors and assist in cancer treatment.

Moreover, stem cells can regulate the immune system. This stops and prevents myelin degradation.

Therapies using umbilical cord tissue-derived mesenchymal stem cells (CT-MSCs) are a boon for cancer patient survivors who are looking for a painless way to revive and rejuvenate their overall well-being.

Additionally, MSCs limit pro-inflammatory activities to reduce neuronal loss from harmful radiation.

HUC-MSCs can regenerate RBCs, WBCs, and platelets which are essential to keep the body healthy and fight the signs of cancer.

MSCs promote oxygenation with enhanced RBC production. Also, it helps to fight fatal infections.

While MSCs do not directly eliminate the cancer cells, they promote new blood cell proliferation required to cleanse the bloodstream and reverse the effects of chemotherapy and cancer.

While chemotherapy or radiation therapy aims to destroy the harmful cancer cells from the body, stem cell therapy post-cancer treatment is crucial to regenerating new and healthy cells.

Read Also: Stem Cell Therapy for Anti-Aging: Remarkable Alternative to Plastic Surgery

Effects of Stem Cell Therapy on Lymphoma Patients

Lymphoma can come back to patients after they receive chemotherapy.

However, human umbilical cord tissue-derived MSCs can quickly migrate to the affected area. Also, it has cell differentiation abilities that enable MSCs to transform into blood cells to reverse lymphoma conditions.

Additionally, MSC is used for regenerative therapies for patients with other forms of cancer such as myeloma and leukemia.

Therapies using CT-MSCs can regenerate tissues and repair damage. The harmful cancer cells severely damage different organs of the body and limit several functions.

MSCs are immunomodulatory, anti-inflammatory, and anti-apoptotic. It significantly reduces the chances of the patient’s immunity system rejecting the HUC-MSCs.

Active blood cell regeneration and damage recovery can stop and reverse the signs of lymphoma if detected at an early stage. Furthermore, the same treatment method is applied to patients who are in remission from lymphoma.

Read Also: A New Approach For Lung Disease Treatment with Stem Cell Therapy

Eligibility for Stem Cell Therapy

Cancer is a deadly disease and post-cancer treatment depends on the type of cancer and the condition of the patient. Chemotherapy and other radiation methods to destroy cancer cells have their own disadvantages. However, stem cells can reverse the post-treatment effects. Check out the eligibility criteria list for lymphoma treatment with stem cells –

• Age of the patient
• The gender of the patient
• Stage of lymphoma
• Effects of cancer on the body
• The required volume of stem cells
• Medical history

Based on the results of the conditional assessment, expert doctors will administer stem cell therapy to patients either intravenously or through intramuscular injections. The injections are a minimally invasive method compared to surgeries or chemotherapy.

Stem Cell Therapy Post-Cancer Treatment Results

Check out the results of the stem cell therapy for lymphoma patients who are in remission –

• Improved overall health
• Enhanced appetite due to spleen regeneration
• Better mobility and reduced weakness
• Refined emotional health
• Regenerated blood cells
• Strengthened memory and focus
• Reduced inflammation
• Enhanced immunity responses
• Stimulated oxygenation
• Protection against infections
• Restored cognitive abilities
• Reversed capillary degeneration

Stem cell therapy repairs damaged cells and regenerates new cells. This type of regenerative medicine can relieve psychological and physical trauma related to cancer.

Bottomline

The Life Altering Stem Cell Therapy Institute provides comprehensive care for cancer patients and people who are in remission.

Your well-being is our primary goal and we quickly evaluate potential setbacks to create a treatment plan based on your condition.

We are equipped with state-of-the-art tools and technologies to administer painless CT-MSCs. Our experts are trained and certified from the best institutes around the world.

There are regular follow-up sessions for post-cancer treatment every 2 months. It helps us to determine the impact of the HUC-MSCs on your condition.

Do not let the symptoms of cancer stop you from achieving your dreams. Unlock the regenerative powers of stem cell therapy and fight cancer holistically.

Stem Cell Therapy for Anti-Aging: Remarkable Alternative to Plastic Surgery

Aging is a natural physiological phenomenon and there is no escape from this. It is caused due to the reduced metabolic and immunological abilities of the body.

Cellular damage and age-specific diseases are the primary signs of aging.

The process weakens the body and mind, limiting the ability to perform regular activities.

The stem cell reserve is significantly reduced, affecting the body’s self-renewal abilities.

However, scientific advancements in healthcare approaches promote stem cell interventions for anti-aging solutions.

Cell-based therapies are a regenerative approach to slow down the aging process and improve the cellular activities within the body. Most importantly, it can reverse the conditions of aging.

In this blog, we explore the potential benefits of mesenchymal stem cells. Also, let us discover how stem cell therapy is a popular and cost-effective alternative to costly plastic surgeries.

What is Aging?

Aging or growing older is the deterioration of the physical and mental abilities of an individual with time. This is not a disease but a natural process that can trigger various illnesses.

Causes

External and internal factors accelerate this phenomenon. Some of these include –

• Stress
• Depression
• Pollution and toxins
• Exposure to Ozone and UV rays
• Deadly infections and diseases

Signs of Aging

There is no specific diagnosis for aging. The following signs help to detect aging conditions –

• Wrinkled skin
• Weak immune system
• Grey hair
• Reduced bone density
• Reduced elasticity of the skin
• Wear and tear of joint cartilage
• Decreased energy levels
• Development of heart diseases
• Limited mobility
• Diminished sexual interests
• Lower metabolism
• Inattentiveness
• Poor memory functions
• Uncontrolled blood sugar levels
• Increased inflammation with C-reactive protein

Anti-aging Impacts of Mesenchymal Stem Cells

Healthy human umbilical cord tissues (Wharton’s Jelly) produce mesenchymal stem cells.

These stem cells are multipotent. This allows the MSCs to transform into required stem cells in an injured or infected area.

The application of stem cells for cosmetic dermatology, androgenetic alopecia, and skin rejuvenation is a popular option today. The primary reasons include the non-invasive nature of stem cell administration and quick recovery time.

MSCs are highly effective for reversing bony and soft tissue defects of the skin, severe burn marks, and non-healing wounds such as diabetic foot ulcers.

Furthermore, MSCs are anti-inflammatory and immunomodulatory. It stops and prevents inflammatory conditions within the body and regulate the immunity system from attacking the body’s own organs.

MSC therapy is an attractive choice for patients and caregivers in cases of scar removal and skin rejuvenation.

The multipotent stem cells can modulate the expression of cytokines and T-cell subsets to reduce the symptoms of inflammation.

Stem-cell therapy for anti-aging can reduce the risk and occurrence of arthritis, Alzheimer’s, Parkinson’s, and age-influenced diabetic diseases.

Additionally, MSCs establish long-term relief and protection against immunity responses that are toxic for patients who go through plastic surgeries.

Bone remodeling surgeries can cause further calvarial defects. It is the part of the skull that protects the brain and the lower jaw. This part cannot regenerate itself into bones and tissues. The main reason is the reduced level of autologous bone in the pediatric population. Stem cells accelerate the restructuring with enhanced cell generation needed to modify the calvarial layer.

Defective cartilage is unable to repair itself completely. Restoration of the damaged cartilage is restricted due to the inability of the tissues to self-regenerate.

Age-related skin problems are caused due to reduced collagen from fibroblasts. However, stem cells repair atrophic and photo-damaged skin.

Role of Stem Cells as an Alternative for Painful Plastic Surgeries

Fat graft is a plastic surgical process. It rejuvenates facial scars and skin issues. It revitalizes the skin tone and texture. The process involves transferring fat from one area of the body to another part.

However, fat grafting is a minimally invasive technique when added with stem cells for facelift purposes. It can considerably eliminate fine lines, and wrinkles, and increase the dermal thickness of the skin.

Nevertheless, there are restrictions in this plastic surgery approach with a varied rate of resorption and partial necrosis complications.

Plastic surgery utilizes potentially infectious biomaterials for skin tissue regeneration and augmentation. Moreover, plastic surgeries are an expensive aesthetic medicine treatment with a wide range of complications.

Alloplastic implants develop several complexities. Therefore, stem cell therapy for anti-aging is considered a viable alternative to autologous bone grafts.The impacts of stem cell therapy in replacement for plastic surgeries are –

• Stem cells enhance healing from skin burn
• It reduces the impacts and marks of scarring
• It prevents the rejection from allotransplantation processes
• Enhances tissue regeneration and engineering
• No complications of invasive surgical methods
• No side effects or cell rejection
• Enhanced external appearance
• Improved physical functionalities
• Progress in lab results for physical tests

Read Also: A New Approach For Lung Disease Treatment with Stem Cell Therapy

Procedure For Stem Cell Therapy

Stem cell treatment for anti-aging is a boon to healthcare and scientific breakthroughs. This therapy is safe and reliable for youthful rejuvenation.

It is a beneficial and time-saving option for patients who want to repair skin injuries while avoiding invasive and painful plastic surgeries.

Eligibility

Firstly, clinical experts determine the eligibility of a patient for stem cell administration. Test factors include –

• Patient’s age, gender, weight, and height
• Medical history of the patient
• Detect any previous surgical interventions
• Pre-existing diseases
• Severity of the condition of the patient
• The source of the MSC collection
• Stem cell dosage required for administration
• Genetic disorders (if any)
• Continued medications (if any)

Administration Methods

Once a candidate has successfully passed the eligibility criteria, stem cell therapy is administered applying the best method based on the doctor’s discretion. The most common methods are –

• Intravenous (IV) – The stem cells are injected into the veins and takes around 4-5 days to fully complete the process. Each session lasts around 20-30 minutes.
• Intramuscular (IM) – In this method, the stem cells are directly injected into the muscles of the patient without any anesthetic or surgical interventions.

Differences Between Stem Cell Therapy and Plastic Surgery

Let us explore the common differences between cell therapy and plastic surgery for anti-aging –

Stem Cell Therapy

1. Uses the cells from the patient’s own body or the healthy human umbilical cord tissues of newborn babies
2. It is a minimally invasive procedure
3. Does not require anesthesia before administration
4. Used as natural fillers for skin issues
5. Offers a one-time and permanent solution

Read Also: How To Cure Male Infertility with Effective Stem Cell Therapy?

Plastic Surgery

1. Uses artificial products such as silicon implants
2. Painful surgical incisions
3. Requires local or complete anesthesia before surgery
4. Takes more time to recover from surgery compared to the body’s natural healing abilities
5. Skin alterations after excessive wear and tear where the results may not be permanent

Timeless Benefits of Stem Cell Treatment for Aging

Cell-based therapies have evergreen advantages in comparison to plastic surgeries. Some of the benefits are –

• A maximum of 4-5 days of therapy sessions is required depending on the type of stem cell treatment (each session of 20-30 minutes)
• Skin rejuvenation
• Cell and tissue regeneration
• Enhances self-healing abilities of damaged tissues
• Reduces the pace of aging and its effects on the metabolic and immunity system
• Stem cells rapidly migrate to the area of the injury and form into MSCs required for recovery
• MSCs can differentiate between all types of cells present in the body
• Location-specific administration for effectiveness
• Certified doctors with proven treatment records
• Non-surgical procedure
• Permanent solution compared to plastic surgeries
• Improves muscle mass
• Eliminates the root causes of underlying diseases

Bottomline

No mortal can escape the reality of aging. However, they can slow down the process of aging with effective stem cell treatment. The physical manifestations are prominent and appear externally when we start aging.

Nevertheless, technology and science collectively put forward the magic of stem cell therapy in reversing aging signs. Potent MSCs are administered to regenerate damaged cells.

The Life Altering Stem Cell Therapy Institute is an American-owned clinic in Mexico. We have a team of experienced doctors with expertise in treating more than 20 conditions with the help of regenerative stem cells.

We ensure that our patients are happy and healthy, and get the maximum treatment benefits.

Navigate the transformative power of regenerative stem cell therapy for anti-aging.

A New Approach For Lung Disease Treatment with Stem Cell Therapy

The number of lung disease patients is multiplying every day while chronic obstructive pulmonary disease (COPD) remains the third-largest reason of mortality across the globe.

There are more than 480 million COPD patients worldwide. More than 16 million US citizens suffer from COPD.

Stem cells are increasingly used to treat a wide range of progressive lung conditions.

The cells can travel and transform. Multiplicity of stem cells into required cells to treat the lung disease completely.

Stem cell therapy for lung diseases can not only repair the damage to the lungs but also combat chronic inflammation and regulate the immunity responses of the body to prevent further diseases.

Table of Contents

Takeaway

The proven benefits of MSCs in treating COPD and obstructive lung diseases are bounty.

The ability of MSCs to produce growth factors such as peptides and matrix proteins can regulate the immunity system. This significantly promotes the abilities of the lungs and reverses any type of internal damage.

The Life Altering Stem Cell Therapy Institute provides medical tourism to patients from all over the world.

Our holistic stem cell therapy for COPD in Mexico improves the lives of thousands of patients.

We understand the importance of healthy lungs for clean breathing. Our team of stem cell experts is certified and brings a holistic administration approach to treat and eliminate the signs of life-threatening lung diseases.

How To Cure Male Infertility with Effective Stem Cell Therapy?

18 million men in the US above the age of 20 years experience erectile dysfunction (ED). This accounts for 15% of the country’s male population. 

More than 200 million men around the world are suffering from infertility, erectile dysfunction, and similar conditions. 

Stem cells are reshaping the world of holistic healthcare with their incredible non-invasive administration methods and quick recovery span. 

70% of the patients who were administered stem cells showcased improved conditions. 

The economy of the stem cell therapy industry is experiencing componential growth with successful treatments. 

Causes and Symptoms of Male Infertility 

Male infertility is the inability of the male reproductive organ to impregnate a female reproductive system. Also, it is the inability to get an erection and produce sperm. The condition affects the testis of a man where the sperm count significantly decreases. ED renders a man infertile and incapable of sexual activities. 

Male infertility can accompany several diseases such as Aspermia, Azoospermia, Oligospermia Varicocele, and Asthenozoospermia. 

Diagnosis

Diagnosis to detect male infertility includes – 

• Physical examinations – A test done to identify the medical history, illnesses, genital conditions, and inherited anomalies of a man. 
• Semen evaluation – This test helps to detect morphological and motility abnormalities of the sperm. 
• Hormone testing – A blood test conducted to detect hormonal abnormalities, and measure testosterone levels, and other hormones. 
• Testicular biopsy – Samples are collected from the testicles to check the sperm production abilities. 
• Scrotal ultrasound – This is a high-frequency sound wave test to get internal images of the scrotum and identify testicular problems. 

Causes

Primary reasons for male infertility – 

• Defected Urogenital system – The narrowing down of the urinary tract due to birth-related defects. 
• Genetically-disturbed endocrine system – Impaired sperm concentration due to a defective endocrine system from endocrine-disrupting chemicals (EDCs). Also, a condition called hypogonadotropic hypogonadism affects the testicles and prevents sperm production due to impaired pituitary hormones. 
• Testicular blockage – The inability of the sperm to get ejaculated. It can be caused due to repeated infections, surgeries, tuberculosis, prostatitis, and syphilis.
• Medications – Cannabinoids, psychotropic drugs, and opioids lead to infertility. 
• Tumors and antibodies – Malignant cells that directly affect the male reproductive organs can lead to infertility. Infertility can be acquired due to surgical approaches and radiation exposure through chemotherapy. Certain antibodies released from the immune system attack the sperm and try to eliminate them. 

Symptoms 

Common signs of male infertility include – 

• Abnormalities of the testicles causing pain and torsion 
• Changed and reduced hair growth pattern
• Reduced libido affects sexual desires and the ability to ejaculate
• Depression and inadequacy 
• Fatigue and Obesity 

Who Are at Risk Males Due to Infertility? 

Any man can develop infertility or suffer from it since birth. The chances of infertility increases if – 

• 25 or more body mass index or obese
• Age 40 years or older 
• Exposed to radiation 
• Heavy exposure to environmental toxins 
• Substance abuse 
• Influence of certain medicines such as spironolactone and steroids  
• Increased temperature of the testicles 
• Induced testosterone to treat low-count problems 

Impact of Mesenchymal Stem Cell Treatments for Sexual Health  

Mesenchymal stem cells (MSCs) sourced from healthy human umbilical cord tissues (Wharton’s Jelly) are the most preferred treatment option due to their multipotent and regenerative properties. 

Spermato-genesis is an endocrine, testosterone, and paracrine system-regulated process that administers sperm generation in the male body. 

MSCs migrate to injured and infected areas within the body regardless of the area of administration. There are natural sperm cells present in the adult male body. Spermatoginal stem cells are present in the testicular region of the male body. It assists in immunoregulatory and reproductive functions.  

When the male reproductive organ is damaged, the sperm count and the abilities of the penis are considerably reduced. This infertile condition can be painlessly and attentively treated with miraculous mesenchymal stem cells. 

The endothelial cells, sperm cells, and cavernous nerves and fibers collectively play a crucial role in enabling an erection in the male body. 

Stem cell therapy for erectile dysfunction can not only reverse the conditions of male infertility but also ensure penis enlargement. Stem cells are an ideal regenerative intervention for ED. 

MSCs not only travel to the affected region but also transform into the necessary spermatogonial stem cells. The stem cells can regenerate male reproductive tissues and repair the damage to any reproductive organs. 

Most importantly, they are administered in a non-surgical method. It is a relief from expensive and painful surgeries. 

Best Stem Cell Treatment Practices for Erectile Dysfunction 

Spermatogenesis and cellular therapy are holistic treatment options for males with erectile dysfunction, diabetes, or other infertility-related conditions. 

These processes cure the root cause of male infertility such as non-obstructive Azoospermia, impaired gamete function, varicoceles, hyperthyroidism, and premature ejaculation. 

MSCs are sourced and clinically tested for potency. These are divided into different treatment causes and separated as doses. 

The stem cells are injected into the tissues of the penis or administered intravenously through blood infusions. 

[ Read Also: Heal Naturally with Advanced Stem Cell Therapy in Miami ]

Benefits of MSCs in Fixing Male Infertility 

The health benefits of stem cell therapy for male infertility are –

• Stem cells restore healthy and long erections and overall fertility of the reproductive system 
• Enhances penal sensitivity and blood flow 
• Increases sexual performance and stability 
• Clinically safe and non-surgical alternative to cure ED
• MSCs are multipotent so there is no cell rejection 
• Improves the rigidity of the penis 
• Enlarges the penis compared to patients’ previous conditions 
• Removes the root causes of male infertility 
• Reduces the risk of autoimmune disorders, heart diseases, and diabetic factors

Bottomline 

Sexual health is important for a good life. This significantly impacts relationships and mental, emotional, and physical health. 

ED and other infertility conditions in males can significantly affect sexual health. 

The Life Altering Stem Cell Therapy Institute is an American-owned clinic in Mexico. 

Our team of certified stem cell experts administers comprehensive cellular therapy based on the condition, severity, and medical history of a patient. 

This eliminates the signs and causes of infertility, improves confidence, ensures longer erections, and promotes sexual satisfaction.

Benefits of Stem Cell Treatment: How To Stop the Progression of Multiple Sclerosis?

Stem cell therapy is the future of healthcare. It has reshaped and replaced the requirement for invasive and painful surgeries to a certain extent. Stem cells are toxin-free and sourced from premium-quality human umbilical cord tissues (Wharton’s Jelly.)

These cells have self-differentiation and multiplicity abilities that enable them to travel to the affected region within the body and regenerate the damaged cells or tissues.

Mesenchymal stem cells (MSCs) are multipotent. They have regenerative and anti-inflammatory properties to tackle harmful immunity responses. This means stem cells can multiply at a quick rate, it can reverse the effects of inflammation and can regulate the immunity responses of the body.

Insight into Multiple Sclerosis

Multiple sclerosis (MS) is a disease of the central nervous system (neurological disorder) where the body attacks itself and becomes autoimmune. It is an unpredictable disease that affects more women than men. The onset of MS can be detected with reduced neurological abilities.

Patients with progressive MS do not show signs of symptomatic relapse. Instead, the symptoms get worse in this type of MS. Additionally, patients who go through progressive multiple sclerosis, completely lose their nervous system’s ability to function.

There are 200 new cases of multiple sclerosis diagnosed in the US every week. No age limit is specified for the disease and anybody from a child to the elderly can develop this condition.

When the immune system of the body attacks the myelin sheath surrounding the nerves of the brain and spinal cord, there is a high chance of developing multiple sclerosis. In this condition, the body’s electrical impulse network is broken down due to damaged nerves and tissues.

There are no potent causes of demyelination. However, external factors and heredity play a significant role in the progression of myelin layer damage.

Doctors can diagnose MS with magnetic resonance imaging, lumbar puncture, and optical coherence tomography.

Effects of MS include –

• Demyelination – A condition where the protective myelin layer surrounding the nerve fibers is damaged and worn out. Bacterial infections and genetics are the leading causes of this type of condition.
• Inflammation – Chronic inflammation releases inflammatory cytokines in the body that cause swelling, heating, and redness of the affected areas. An increase in the blood flow is the primary cause of inflammation. It is the natural process of the body to heal injuries. However, sometimes, inflammation does not go away in cases of autoimmune disorders. MS is one such disease that prompts inflammation due to the body’s reduced fight responses.
• Gliosis – It is a condition in which large glial cells are produced in the injured areas of the Central Nervous System. Glial cells like microglia, astrocytes, and oligodendrocytes are multiplied in this condition.
• Neuronal loss – Oxidative stress and metabolic compromise are the leading factors for neuronal cell death. Apoptosis and necrosis are two specific types of neuron cell death.

Symptoms of MS are –

• Brain fog
• Memory problems
• Fatigue
• Changes in vision
• Numbness of the body
• Inability to walk
• Electrical shock through the spinal cord when trying to bend
• Difficulty in urinating
• Stiffness and pain in the muscles

Read Also: Stem Cell Therapy for Lupus: How To Improve Immunological Tolerance ?

Mesenchymal Stem Cell Treatment for MS

Mesenchymal stem cells are highly therapeutic for controlling progressive multiple sclerosis. MSCs are used to treat MS. It significantly decreases the chances of relapses and permanent disability.

Mesenchymal stem cell therapy was administered to MS patients and the reports highlighted that more than 40% of the patients exhibited improvement in their conditions.

MSCs contain several cytokines and signaling molecules that regulate the inflammatory responses of the body and protect from infiltration. This protective approach helps to regenerate the affected tissues.

Most importantly, patients can experience the results and benefits of this treatment almost immediately after the administration of stem cells. These are introduced in a non-surgical manner through intravenous or intraarticular methods.

Additionally, the treatment sessions are completed within 4-5 days where each session takes up to 1 hour at maximum.

MSCs not only reverse the inflammatory and nerve degeneration conditions of MS but also ensure steady regeneration of the damaged nerves and myelin sheath to restore bodily actions, alleviate pain, and regulate the immunity system. Stem cell therapy for multiple sclerosis treatment highlights the promising future of healthcare interventions.

How To Reverse Progressive MS with Stem Cell Therapy?

A group of multiple sclerosis patients were treated with mesenchymal stem cell therapy. The results of the treatment highlighted that 73% of the patients displayed a topical improvement from the symptoms of the disease while 60% of patients highlighted a completed pause in the progression of progressive MS.

Stem cells promote remyelination. This is a process to renew and replenish the damaged myelin layers protective of the nerve fibers. MSCs release cytokines that promote oligodendrocyte cell differentiation needed to regenerate the myelin sheath.

Additionally, MSCs can differentiate and convert into neural stem cells when acting upon the affected areas.

The potential of mesenchymal stem cells is not only supreme in reversing demyelination but also in treating patients with multiple sclerosis successfully.

Most importantly, the neural stem cells reverse the impact of multiple sclerosis and demyelination. Furthermore, it prevents the condition from resurfacing in the future.

MSCs are regenerative medicine that promotes self-healing of the body. Natural neural cell regeneration improves the neurological functions of the body and restores mobility in cases of joint pain or paralysis.

Read Also: Transform Your Health with Cutting-Edge Stem Cell Therapy in Calgary 

Benefits of Stem Cells for Multiple Sclerosis Treatment

Let us explore the wide range of benefits of treating multiple sclerosis with the novel stem cell therapy –

• Reverse the effects of demyelination
• Promote remyelination
• Reduces the autoreactive T cell activities and eliminates the chances of multiple sclerosis
• Regenerate damaged nerves
• Restores mobility and vision
• Enhanced cognitive abilities
• Improved digestive abilities
• Restored body balance
• High cell-differentiation and multiplicity of MSCs
• MSCs are 10 times faster to restore self-healing abilities
• Reduces inflammation of the organs
• Reverses neurodegeneration conditions related to MS
• Regulate immunity responses
• Prevents the immunity system from self-attacking organs
• No scope for cell rejection

Bottomline

Stem Cell Treatment of multiple sclerosis in Mexico is cost-effective compared to the same treatment in the US. The Life Altering Stem Cell Therapy Institute is an American-owned and operated clinic in Mazatlán, Mexico with world-class stem cell experts.

We have the latest tools, and technology, and follow the best administration practices to ensure our patients live happy and healthy lives in the long run.

Connect with our experts at our state-of-the-art facility and understand the eligibility criteria for stem cell administration for multiple sclerosis.

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.

[ 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.