We offer Cutting Edge Stem Cell and Regenerative Innovated Technologies in Clinical Practices Worldwide
The entire institution is at the forefront of upstream single-use technology, with cell products that provide reliable, predictable scale-up in research and cell therapy from process development to FDA regulations of cGMP current Good Manufacturing Product (FDA compliant)
Conventional Surgery
Open Surgery with high risk
Surgical/ scar tissue developed
Frequent post-op complications
General anesthesia
Medium to long recovery times
In-patient with 3-night hospitalization
Highly Costly
40% chance of Failed Back Syndrome
75% improvement lasts 3 years
If other DNA, high risk of host rejection
Risk of transmissible diseases
SO, WHAT'S THE DIFFERENCE BETWEEN BONE MARROW TRANSPLANT AND STEM CELL TRANSPLANT?
The difference between Bone Marrow transplant and a Stem Cell transplant relies on the location the stem cells are extracted from
Stem Cells from the bone marrow tend to differentiate into blood cells
Stem Cells or adult stem cells from other tissues like fat tissue, placenta, umbilical cord tissue, amniotic fluid and teeth tend to differentiate into specific cells like liver cells, neuronal cells, cardiac & vascular cells, cartilage, ligament, hair cells, and more Scroll up
Bone marrow transplants were one of the first clinical procedures back when regenerative medicine was first starting to be a viable option for people born with inherited disorders or diagnosed with degenerative diseases
As we described before, bone marrow actually has stem cells inside of it but, most of them are hematopoietic stem cells, this meaning they are destined to produce more blood cells and for a patient with, let's say, Parkinson’s, it would not be really effective Scroll up
STEM CELL TRANSPLANTS
Stem cell transplant is an umbrella term for transplants of adult stem cells that come from the placenta, bone marrow, cord tissue, amniotic fluid, teeth, umbilical cord blood, or adipose (fat) tissue. These cells are blank, undifferentiated, without a function, this meaning they are able to divide and develop into other kinds of cells
Adult Stem Cells are used from Adipose Tissue. Why?
The area around our waist functions as a storage unit where we save our energy and perfectly healthy adult stem cells in case our body needs either one of those. (SVF yields 10-100 times more regenerative stem cells than in bone marrow).
These stem cells go under a procedure specially designed where the stem cells are separated and cultivated, their age is reversed, their functions are assigned and apply them where needed so they are able to treat the affected area precisely ensuring the best results possible for the patient
WHY ARE STEM CELL TRANSPLANTS PERFORMED?
As a way to improve the patients’ quality of life, doctors may recommend stem cell transplants to treat:
· Parkinson’s · Diabetes
· Lupus · Multiple Sclerosis
· ALS · Crohn’s
· Vasculitis · Alzheimer’s
· Autism · Cerebral Palsy
· Osteoarthritis · Erectile Dysfunction
· Cerebral Palsy · COPD
· Stroke · Muscular Dystrophy
· Spinal Cord Injury · Aesthetic Medicine
STEM CELL TEchnique
Anti-Inflammatory, Regenerative and Immune-modulatory
Quicker and Permanent in Results
Able to devid and self-renewal in Billions
Has (70-80) Growth Factors (GF)
Become Specialized (Differentiated) Cells
Help in Chronic, Intractable, Anti-Aging and Degenerative diseases
Stem Cell Technique
Non-surgical procedure with low risk
Easily harvested with No scar tissue
Little to none complications
Local anesthesia
Short recovery times
Out-patient procedure
Inexpensive
Avoids Failed Back Syndrome
85%- 99% improvement lasts 5+ years
Same DNA. No risk of host immune rejection, eliminates donor waiting list
No risk of transmissible disease
ARE STEM CELL AND BONE MARROW TRANSPLANTS THE SAME?
Let’s start with some Bone Marrow basics! Bone marrow is the mushy tissue located inside the bones of every vertebrate. Immature cells known as cells can be found in there and they have the ability to generate different types of blood cells, such as:
Red blood cells: Carry oxygen and nutrients throughout the body
White blood cells: Fight infection
Platelets: Help blood to clot
BONE MARROW TRANSPLANTS
Bone marrow transplants supply healthy cells to the patient's body replacing the damaged cells and helping the production of white blood cells, platelets, or red blood cells, restoring the body’s ability to avoid infections, bleeding disorders, anemia or more blood-related anomalies Scroll up
WHY ARE BONE MARROW TRANSPLANTS PERFORMED?
Doctors may recommend bone marrow transplant in case of having:
Leukemia
Lymphoma
Myelodysplasia
Multiple Myeloma
Aplastic Anemia
Congenital Neutropenia
Severe Immune System Illness
Sickle Cell Anemia
Thalassemia
BONE MARROW SIDE EFFECTS
A bone marrow transplant is considered a major medical procedure and increases your risk of experiencing:
Drop in blood pressure
Headaches
Nausea
Pain
Shortness of breath
Chills
Fevers
STEM CELL THERAPY SIDE EFFECTS
To this day, our patients' haven't presented side effects due to our stem cell therapy technology
Stem cell transplants can help people with:
severe blood or immune system illnesses
some kinds of cancer
non-cancerous diseases, such as serious immune deficiency problems, autoimmune diseases (like lupus), or blood disorders (thalassemia or sickle cell disease, for example)
With cancer, the body's cells grow in a way that's not normal. These cells can spread throughout the body. With immune system diseases like lupus, the immune system goes haywire and may damage healthy cells in the body. To fix these problems, doctors destroy damaged or abnormal cells and replace them with transplanted stem cells. The stem cells then replicate and turn into healthy cells Scroll up
PRP TEchnique
Also known as Autologous Conditioned Plasma (ACP) therapy is Not a Stem Cell Therapy
It is a Stem Cell Activation Treatment
No Stem Cells in Platelet-Rich Plasma
Effective in Tendinopathy Treatment Lasts 3-18 months
Release bioactive proteins and (8) Growth Factors (GF), depending on the time, day, month, patient levels of stress, food the patient last ate, etc.
Does not become specialized (Differentiated) cells
Boost hair growth, rejuvenate tissue, help healing arthritis injuries