Stem Cell Preservation in India

In recent times, stem cell therapy has emerged as a highly promising and advanced area of scientific research, sparking significant enthusiasm due to the development of treatment methods. The continuous progress in regenerative science and clinical applications has fueled growing public interest in stem cell therapies. Recent breakthroughs in stem cell technology represent a new avenue for individuals grappling with diseases and disorders that lack effective treatments. The notable approvals of cancer immunotherapies in the United States and mesenchymal stem cell (MSC)-based therapies in Europe have elevated regenerative medicine as prominent treatment modalities. Cell-based therapy, particularly involving stem cells, instills hope for patients facing incurable diseases, where current treatment approaches focus on disease management rather than cure. Ste-m cell-based therapy stands as a vital branch of regenerative medicine, with the overarching goal of enhancing the body's repair mechanisms through the stimulation, modulation, and regulation of the endogenous stem cell population and/or replenishing the cell pool to achieve tissue homeostasis and regeneration.

Current cell-based therapies encompass treatments for blood or immune system cancers like lymphoma or leukemia, along with exploratory applications for heart failure, neurologic disorders, musculoskeletal conditions, and autoimmune diseases. The Alliance for Regenerative Medicine's latest report reveals a total global financing of $2.6 billion for cell and gene therapies, involving 959 companies and 1052 ongoing clinical trials, the majority in phase 2. Initial successes driven by scientific advancements are poised to revolutionize the regenerative landscape, propelled further by the expansion of the regenerative toolkit.

Turning attention to the potential of stem cell-based therapies, there is a widespread interest in preserving healthy young stem cells for future use. This involves collecting and storing stem cells, as aging has been shown to diminish their proliferative capabilities. The ultimate objective of stem cell preservation is to ensure that one's own stem cells, collected during a healthy period, are available for therapeutic use in the event of illness, considering future regenerative medicine options. In simpler terms, the goal is to store healthy stem cells and potentially other cell types as a form of bio insurance for potential future needs.

Stem cell preservation for future medical treatment has been available through public and private umbilical cord and tissue banks for over two decades. However, biospecimen banks are now expanding to offer private banking of adult cells, including mesenchymal stem cells (MSCs) and induced pluripotent stem cells (iPSCs), as well as banking T-cells for Chimeric antigen receptor (CAR) T-cell therapy. While a validated cell preservation model relies on regenerative medicine therapies becoming standard-of-care and the assumption that younger stem cells may be more viable for transplantation than older ones, companies are already marketing stem cell preservation services in India. These services encompass the isolation and storage of various biomaterials, including cord blood and tissue, peripheral blood, adipose tissue, dental pulp, and placental tissue. Lets know more about Stem Cell Preservation in India in detail with Medflick.

Stem cell banking or Stem Cell Preservation involves the collection and preservation of your baby's umbilical cord stem cells through cryogenic (freezing) technology, allowing them to be stored for potential future use. These cells hold the promise of treating life-threatening conditions such as bone marrow diseases requiring transplants, as well as cancers like lymphoma, leukemia, and sickle cell disease.

Stem cells, being unspecialized cells in the human body, possess the unique capability to differentiate into any type of cell within an organism and undergo self-renewal. They are present both in embryos and adult cells, with various degrees of specialization. Specialization occurs through several stages, and with each stage, the developmental potency of stem cells diminishes. This implies that a unipotent stem cell has a more limited capacity to differentiate into various cell types compared to a pluripotent one. The cultivation and application of these cells hold significant promise for both current and future advancements in regenerative medicine.

After numerous decades of experimentation, stem cell therapy is emerging as a transformative force in the field of medicine. The capabilities of stem cells continue to expand through each experiment, although several challenges persist. Nevertheless, the impact of stem cells on regenerative medicine and transplantology is profound. Presently untreatable neurodegenerative diseases now hold the potential for treatment through stem cell therapy. The concept of induced pluripotency facilitates the utilization of a patient's own cells. The rising popularity of tissue banks reflects their role in gathering cells that serve as a source for regenerative medicine in the ongoing battle against existing and future diseases. With the regenerative benefits offered by stem cell therapy, there is an unprecedented ability to extend human life beyond any previous era in history.

Following are the Stem Cell Preservation Benefits: 

• Treatment for Cardiovascular Diseases: Cardiovascular ailments can lead to oxygen deprivation in heart tissue, resulting in scar tissue formation, subsequently affecting blood pressure and flow. Research suggests that stem cells sourced from adult bone marrow can transform into the necessary cell types for repairing blood vessels and the heart. This transformation is facilitated by the secretion of numerous growth factors.
• Facilitates Healing of Incisions and Wounds: Studies indicate that stem cell therapy contributes to the improvement of new, healthy skin tissue growth, boosts collagen production, promotes hair regrowth following incisions or loss, and aids in replacing scar tissue with newly formed healthy tissue.
• Management of Neurodegenerative Diseases: Advancements in treating conditions like Parkinson's and Huntington's disease demonstrate that transplanted adult cells play a role in generating new brain neurons, cells, and synapses following brain injuries or cognitive decline.
• Autoimmune Diseases: Stem cell therapy presents a novel option for individuals grappling with severe autoimmune conditions like rheumatoid arthritis and lupus. Autoimmune diseases arise when the immune system attacks its own tissues, cells, and organs. The minimally invasive stem cell therapy at ASAP aims to minimize downtime while addressing these challenging conditions.
• Orthopedic Conditions: This therapy offers relief for those experiencing discomfort associated with orthopedic conditions, spine diseases, and sports-related injuries. At ASAP, the approach involves addressing the root causes of pain while providing opportunities for healing effects and long-lasting relief.

The Stem Cell Preservation Cost in India commences at an estimated rate of INR 20,000-75,000 accompanied by an annual storage fee of INR 4,000 per year. Additional charges for sample collection are applicable based on the delivering hospital's policies. Additionally, there are various interest-free and budget-friendly EMI schemes available in stem cell banks across India. For those interested, long-term plans allow clients to opt for prepayment of the storage fee.

List of Top 10 Stem Cell Banks in India

Other names for Government stem cell banking are public stem cell banks or public cord blood banks. These banks are associated with the stem cells donation or making use of the donated stem cell samples for clinical research. However, to donate stem cells in these government banks, there are certain strict eligibility criteria that has to be met before the process begins. These are:

• One must be 18-50 years old
• One must be in good health, not having any chronic disease
• One must undergo a cheek swab test before the process

Q1: How much does it cost to preserve stem cells?

A: The Stem Cell Preservation Cost in India commences at an estimated rate of INR 20,000-75,000 accompanied by an annual storage fee of INR 4,000 per year. Additional charges for sample collection are applicable based on the delivering hospital's policies.

Q2: Is stem cell preservation worth it in India?

A: Yes, stem cell preservation completely worth it in India. This is because high expert healthcare professionals are performing this procedure that to following government criteria strictly. Moreover, the cost of this procedure in India is way lower than a number of western countries.

Q3: Should I store my baby's stem cells?

A: Yes, because stem cells hold the promise of treating life-threatening conditions such as bone marrow diseases requiring transplants, as well as cancers like lymphoma, leukemia, and sickle cell disease.

Q4: Which stem cell company is best in India?

A: LifeCell International Pvt Ltd stands as one of the prominent stem cell banks India. Engaging in various facets of stem cell management, the company focuses on meticulous and sterile procedures for stem cell extraction, storage, collection, and transportation. It adheres to rigorous standards, holding certifications from FDA, WHO, and NABL, reflecting their commitment to high-quality processes.