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 – A New Approach For Post-cancer Treatment
Stem cell therapy is a breakthrough in the medical space, offering hope to millions of people worldwide. The utilization of stem cells for regenerative medicine extends beyond the treatment of various health conditions. Cellular therapies are now used for post-cancer recovery and the reduction of cancer-related infection risks. Researchers are studying new ways of using stem cells to fight cancer and help survivors recover faster.
This blog post will cover stem cells, the types of cells used, what they treat, how the therapy works, and the benefits of stem cell treatment in cancer recovery.
Table of Contents:
Introduction to Stem Cells
Stem cells are undifferentiated cells present in every human body, capable of forming cells of any type. In certain cases, they can even replicate themselves and renew cells an infinite number of times. This remarkable differentiation potential of stem cells makes them ideal candidates for treating chronic conditions, including post-cancer recovery.
Stem cells, for regenerative medicine, are collected from adult tissues (bone marrow or adipose tissue), embryos, or human umbilical cord tissues. Based on their sources and differentiation capabilities, they are classified as somatic stem cells and pluripotent stem cells.
Somatic stem cells are adult cells present in tissues and organs of the human body. These cells can form cells of specific tissue or organs, and hence, their applications are limited. Embryonic stem cells and umbilical cord tissue-derived stem cells are pluripotent stem cells, meaning they can reproduce and regenerate into cell types.
Read Also: Healing Power Of Stem Cell Therapy: A Comprehensive Guide
Types of Stem Cells Used in Cancer Treatment
A study by the National Library of Medicine suggests that three types of stem cells are used for cancer treatment. These types are from varied sources, exhibiting different proliferation, therapeutic, and differential potentials. Their properties determine their applications in post-cancer recovery.
Pluripotent Stem Cells (PSCs): Stem cells isolated from the inner mass cells of embryos or blastocysts that are in the early stage (3-5 days old) are pluripotent stem cells. Another source of PSCs is the umbilical cord tissue of Wharton’s Jelly collected after healthy and normal births.
Adult Stem Cells (ASCs): Mesenchymal stem cells fall under this group and can proliferate into specialized cell types, such as tissue or organs. These cells have unique biological characteristics to self-renew and generate tissue. By introducing therapeutic agents to the body, MSCs support cell therapies to reduce the side effects of cancer.
Cancer Stem Cells: These cells are immature progenitors of tumor cells produced by normal stem cell mutation. They are present in tumor tissues, and hence, targeting CSCs is a promising approach to treating solid cancerous tumors.
Conditions Stem Cell Therapy Can Treat
Although newer treatments and research are still ongoing, stem cells have proven to be effective in reducing the risks of infection in people with blood cancers. Cell-based therapy is used to heal the body from the inside after cancers that affect the body’s immune system and blood.
Conditions for which stem cell therapy is used to speed up the recovery process are –
- Leukemia – Blood cancer characterized by rapid growth of abnormal white blood cells.
- Neuroblastoma – Cancer that develops from immature nerve cells and mostly affects the adrenal glands.
- Lymphoma – A cancer of the lymphatic system involving lymphocytes, a type of white blood cells.
- Multiple Myeloma – A cancer of plasma cells in the bone marrow, causing rapid production of abnormal plasma cells.
How Stem Cells Aid In Post-cancer Healing
In simple terms, the introduction of stem cells replaces the damaged or cancerous cells and renews healthy cells to aid in the recovery of cancer patients.
The goal of stem cell therapy for cancer survivors is to stop the growth of cancerous cells to allow patients to live symptom-free lives and extend their lifespans. Stem cells can be introduced at various stages of the cancer, depending on the severity, patient’s age, and physical condition after the primary treatment.
The primary treatment aims to eliminate cancer cells from the body by killing them or removing them. It can be surgery, chemotherapy, radiation therapy, immunotherapy, hormone therapy, or a combination of two or more of these.
Stem cells are typically used in the next two stages: adjuvant treatment and palliative treatment. After the patient receives the primary treatment, adjuvant therapy kills all those harmful cells that may cause cancer to recur or relapse. Palliative treatments are used to provide relief to patients from the side effects of the cancer.
Researchers believe that stem cells can prevent the uncontrollable growth of cancer cells. They use the concept of differentiation therapy, where newly introduced stem cells are forced to differentiate and replicate into mature and noncancerous cells. These cells stimulate the growth factors and cytokines (a protein vital for cell communication) and support the renewal of normal cells.
Read Also: Stem Cell Therapy: Ischemic Stroke Recovery Breakthrough
What You Can Expect After Treatment
Quality stem cell therapy helps patients cope better with the prolonged effects of cancer. It aims to give you a pain-free life free from cancer-related symptoms.
When you approach a stem cell therapy clinic, their medical team will examine your condition and evaluate your health history to plan a personalized treatment protocol for your condition.
Most patients receiving stem cells reported noticeable improvements, which enhanced their quality of life. From overall health conditions to increased appetite and better immunity to improvement in emotional health, cancer survivors can expect these changes, allowing them to lead a normal life.
Future of Regenerative Medicine
Since stem cell therapy is an emerging treatment approach, most people are skeptical about its efficacy. However, numerous studies and clinical trials demonstrate the therapeutic benefits of stem cells to address the long-term effects of cancer.
After decades of medical research and studies, clinicians are looking into the potential of stem cells for the treatment of autoimmune diseases, arthritis pain, signs of aging, and neurodegenerative diseases like Parkinson’s disease, Alzheimer’s disease, etc.
Researchers are constantly working to find out other potentials of stem cells for future medicinal applications. Patients suffering from serious conditions or diseases are hopeful as more research and trials are ongoing.
Wrapping Up
It might seem unbelievable, but stem cells can do wonders by slowing down or preventing the progression of cancer. The introduction of stem cells through therapy aids in the faster recovery of the overall health of cancer fighters.
Traditional cancer treatments kill cancer cells, but there are chances of recurrence of the cancer. Cell-based therapy can lower the possibility of relapses, as it aims to replace the potential cancer cells with healthy cells, addressing the root cause of the cancer.
Stem cell treatments hold numerous advantages and open new approaches to post-cancer recuperation. With more research and trials, cellular therapy might become a part of standard treatment for various cancer types.
Want to learn more? Get a consultation with Dr. Josemaria Torres Farber of Life Altering Stem Cell Therapy Institute, a leading stem cell clinic in Mexico, to gain insights on using stem cells for post-cancer treatment.
