Faq’s

Thank you for considering CellMex for your stem cell treatment. We understand that choosing the right facility for your healthcare needs is a crucial decision. Here are several scientific and clinical reasons why CellMex stands out among other stem cell clinics:

1. 1. Expertise and Experience

CellMex boasts a team of highly skilled experts, including renowned scientists, researchers, and clinicians, who have extensive experience in stem cell research and therapy. Our team's expertise enables us to provide cutting-edge treatments backed by scientific rigor and a deep understanding of the field..



2. 2. Translational Research

Unlike many clinics that solely focus on treatment, CellMex is deeply committed to translational research. We actively bridge the gap between laboratory discoveries and clinical applications, continually seeking to enhance and refine our stem cell therapies based on the latest scientific advancements. Our dedication to research ensures that you benefit from the most up-to-date and effective treatment options available.



3. 3. Safety and Regulatory Compliance:

At CellMex, patient safety is our top priority. We strictly adhere to all relevant regulatory guidelines and maintain the highest standards of safety and quality in our practices. Our treatments undergo rigorous preclinical and clinical evaluations to assess their safety, efficacy, and long-term outcomes.



4. 4. Customized Treatment Approach:

We recognize that every patient is unique, and their conditions require personalized treatment plans. CellMex takes a patient-centric approach, tailoring our stem cell treatments to meet individual needs. Through comprehensive assessments and consultations, we develop customized treatment protocols that consider your specific medical history, condition severity, and treatment goals.



5. 5. Research-Backed Efficacy:

Our stem cell therapies are rooted in robust scientific evidence. CellMex's research efforts continuously contribute to the growing body of scientific literature supporting the efficacy and potential of stem cell treatments. We are transparent in sharing our research findings and can provide you with information on the outcomes and success rates of our treatments.



6. 6. Collaborations and Partnerships:

CellMex actively collaborates with leading research institutions and medical centers globally. These partnerships allow us to leverage collective expertise, access cutting-edge technologies, and contribute to a collaborative network of scientific and clinical knowledge. By being part of a broader scientific community, we remain at the forefront of stem cell research and are able to offer the latest advancements in treatment.



7. 7. Ethical and Transparent Practices:

CellMex adheres to ethical practices, ensuring transparency and integrity in all aspects of our operations. We provide comprehensive information about our treatments, research, and clinical outcomes. Our team is dedicated to answering your questions, addressing any concerns, and providing you with the necessary information to make informed decisions about your healthcare.

* We invite you to schedule a consultation with our experts to discuss your specific needs and explore how CellMex can offer you personalized, research-driven stem cell treatments. Our commitment to scientific excellence, patient care, and advancing the field of regenerative medicine sets us apart as a leading facility for stem cell therapy.

A partial list of disease and conditions that Stem Cell treatments and DNA/Gene Manipulation therapies we are have treated for includes:

• Aging Related Diseases
• Blood Pressure/Hypertenstion
• Chronic Pain
• COPD / Cystic Fibrosis
• Diabetes
• Hepatitis
• Kidney / Renal Disease
• Liver Disease
• Lung Disease
• Multiple Sclerosis
• Neural Degenerative Disease
• Orthopaedic Pain Relief

Stem cells can be introduced into the patient's body in several ways, depending on the type of stem cell therapy being used and the patient's individual needs. Some common methods of introducing stem cells include:

Injection:

One of the most common methods of introducing stem cells is through injection. Stem cells may be injected directly into the affected area, such as a joint or muscle, or into the bloodstream to target specific organs or tissues.

Infusion:

Stem cells can also be introduced into the body through infusion, which involves injecting stem cells into a vein. This method is often used for conditions such as cancer or blood disorders, where stem cells are needed to replace damaged or diseased cells in the bloodstream.

Implantation:

In some cases, stem cells may be implanted directly into the affected tissue or organ. This may involve surgery to place the stem cells in the appropriate location, such as in the heart or brain.

Topical application:

For skin conditions, stem cells may be applied topically in the form of creams or gels.

The specific method of introducing stem cells will depend on the type of stem cell therapy being used and the patient's individual needs. It's important to work with a qualified healthcare provider who can evaluate the patient's condition and recommend the most appropriate method of stem cell delivery.

Stem cell treatments have the potential to be very beneficial in a variety of medical conditions, but like any medical procedure, they also carry some risks. Not everyone is a candidate for stem cell or DNA treatments when the risks outweigh the benefits. Some of the potential risks associated with stem cell treatments include:

Infection:

There is a risk of infection anytime a patient undergoes a medical procedure, including stem cell treatments. The risk of infection may be higher in patients with weakened immune systems or those undergoing invasive stem cell procedures.

Rejection:

Stem cells may be seen as foreign by the patient's immune system, (when utilizing non-autologous stem cells) which can lead to rejection of the stem cells and a failure of the treatment. However, we use autologous stem cells on 95% of our patients, this has several potential advantages over using stem cells from a donor, including lower risk of rejection and a reduced risk of transmitting infectious diseases.
* However, the use of autologous stem cells may not be appropriate in all cases, particularly if the patient's own stem cells are not suitable for the specific type of treatment needed

Tumor formation:

There is a risk that stem cells may develop into tumors, particularly if they are not properly controlled or regulated.

Bleeding:

Some stem cell treatments, particularly those that involve bone marrow transplantation, may carry a risk of bleeding, which can be life-threatening in severe cases.

Other complications:

Stem cell treatments may carry other risks depending on the type of treatment and the patient's individual circumstances. For example, stem cell treatments for joint pain may carry a risk of inflammation or injury to surrounding tissues.

Stem cell treatments can be performed in a variety of settings, depending on the type of treatment and the patient's individual needs. Some of the settings where stem cell treatments may be performed include:

Clinics:

Some stem cell treatments may be performed in outpatient clinics, particularly those that involve less invasive procedures or are less complex. Clinics may offer a more convenient and less expensive option for patients, but may not have the same level of medical support as hospitals.

Hospitals:

Many stem cell treatments, particularly those that involve more invasive procedures, are performed in hospitals. This allows for close monitoring of the patient's condition and access to emergency medical care if needed.

Research Centres:

Stem cell treatments may be performed as part of clinical trials at research centres, which are dedicated to studying new and innovative medical treatments. Patients who participate in clinical trials may have access to treatments that are not yet widely available.

Specialty centres:

There are a growing number of specialty centres that focus specifically on stem cell treatments. These centres may offer a wide range of stem cell treatments for various medical conditions, and may have specialized expertise in the field of stem cell research and therapy.

** The specific setting where your stem cell treatment is performed will depend on a variety of factors, including the type of treatment, your (the patients) medical history and the availability of medical resources and expertise. It's important for you the patient to understand where your procedure will be performed. As qualified healthcare providers, we provide the most appropriate setting for your individual treatment needs.

Whether or not more than one session of stem cell treatment is necessary depends on several factors, including the patient's medical condition, the type of stem cells being used, and the specific goals of the treatment. In some cases, a single session of stem cell treatment may be sufficient to achieve the desired results, while in other cases, multiple sessions may be required.

For example, some types of stem cell treatments, such as bone marrow transplants for certain types of cancer, may require multiple sessions over a period of weeks or months. Other types of stem cell treatments, such as those for joint pain or sports injuries, may only require a single session.

Additionally, some stem cell treatments are intended to be ongoing, with regular injections or infusions over a period of months. (i.e., such as multiple sclerosis, long-term covid & autoimmune disorders.

Ultimately, the decision about whether or not to pursue additional sessions of stem cell treatment should be made in consultation with a qualified healthcare provider, who can evaluate the patient's individual needs and determine the best course of action.

Before undergoing a stem cell procedure, several lab tests must be completed to properly evaluate the patient's overall health and determine their eligibility for the treatment. These tests can vary depending on the specific stem cell procedure and the patient's medical history, but some commonly recommended tests include:

• 1) Complete blood count (CBC)
• 2) Chemistry panel
• 3) Coagulation studies
• 4) Serology tests
• 5) Imaging

* Abnormal levels on any of the above tests may indicate underlying health issues which may need to be addressed before stem cell procedure
** Depending on what type of stem cell procedure being performed, imaging studies such as X-rays, MRI, or CT scans may be needed to evaluate the patient's anatomy and identify any potential complications. It's important to note that these tests may not be comprehensive and that additional tests may be required based on the specific stem cell procedure and the patient's medical history. Patients should discuss their individual testing needs with their healthcare provider.