Theoretically, stem cells can be used to treat Type 1 diabetes by inducing them to be b-cells in the lab, and then introducing them to the body where they would repair the damaged tissue and help maintain enough b-cell mass.This therapy would be beneficial; however destructive cells would still be present to fight the new cells.

In theory, the same therapy can be used to treat patients with Type 2 diabetes by replacing the failing b-cells. At this point, diabetes stem cell treatment alleviates the conditions and symptoms for patients, improving their overall quality of life, though it is not yet considered a complete cure to this disease.

Our heart stem cell treatment protocol for heart failure involves the administration of mesenchymal stem cells harvested from human umbilical cord tissue or from adipose tissue from the patient in the early stage of the disease. These stem cells along with specific peptides and stem cell growth factors can show real benefits to patients suffering from heart disease.

Stem cells are much rarer than progenitors, but they are found in both embryonic and adult lungs. Some stem cells contribute to initial lung development and others help repair and regenerate the lung throughout life.

Stem cells can migrate to the sites of injury attracted by specific chemicals released by the damaged tissue. The cell, by homing to the damaged area will fuse with the damaged tissue by the process of engraftment and become the same tissue by displaying the property of plasticity. Our COPD stem cell treatment program can greatly benefit patients with a range of lung diseases.

Orthopaedic stem cell therapy is used in the repair of damaged tissues by using healing power of mesenchymal stem cells (MSCs) found in other body parts or from donor umbilical cord tissue. These MSCs have the ability to regenerate worn or damaged cartilage, repair damaged muscles & ligaments, control inflammation and rejuvenate aging cell populations.

Currently, stem cell therapy is being used in orthopaedic conditions such as:
-Osteoarthritis: This is a degenerative joint ailment
-Chronic tendonitis: This is the inflammation of the elastic tissue that links bone to muscle
-Degenerative vertebral discs
-Bone fractures
-Chronic back pain
-Neck and shoulders pain

The liver is known to have the ability to regenerate itself, the process is complex and requires various trigger mechanisms to get stem cells to regenerate parts of our bodies.

Stem cells facilitate this innate process by providing new cells in areas of deficiency. The growth factors, defender cells, coagulation cells, etc. are assisted by angiogenesis that provides new cells in the circulation to get the repaired area to work in concert and function properly.

Our liver disease stem cell treatment programs administer new pools of stem cells into the blood stream, with a carefully planned growth factor/peptide/stimulant program to support the stem cells mechanism we desire.

Kidney stem cell therapy is an alternative option available now with MedCare. Stem cells have very strong multiplication properties and differentiation proficiency along with paracrine effect and neo-angiogenesis which demonstrate superb application prospects on repairing kidney disease damage.

Mesenchymal cells have very strong plasticity, they can trans-differentiate into different kinds of tissue cells, plus they also trigger restoration of renal tissue injuries. The mesenchymal cells can trans-differentiate into renal cells and play an important role in the self restoration and regeneration of nephrons, post renal disease.

MSCs improve histological and functional outcomes in various CRF model systems. In addition, MSCs can reprogram kidney cells by fusion and differentiation, and modulate neo-kidney transplantation in CRF.

Multiple Sclerosis stem cell therapy has shown therapeutic benefits by repairing and regenerating damaged tissues, reducing inflammation and regulating the immune system. Adult mesenchymal stem cells also referred to adipose-derived stem cells are found in different parts of the body such as adipose tissue (fat tissue).

Adipose tissue has various cell types and one of them is the stromal-vascular fraction (SVF) which has a lot of adipose-derived stem cells as well as high concentrations of other crucial components like T-regulatory cells, endothelial precursor cells with strong immune-modulatory and anti-inflammatory features. Additionally, they easily integrate with different body specialized cells. They also create extra cells that assist other stem cells perform effectively as well as have the capacity to selective enhance injured tissues and repair them.

Fertility stem cells treatment is a process where stem cells are administered directly into the patient´s blood stream, along with a specific growth factor & peptide complex program.

These stem cells release secretions of paracrine growth factors and cytokines such as VEGF, IL-8, and angiopoietin, which act by binding to a multitude of receptors that span the cell membrane in the ovaries.

High levels of these factors are secreted from the stem cells, facilitating the beneficial effects of these cells. Furthermore, these factors attach to receptors including the VEGF receptor VEGF-R2 and the Angiopoietin receptor Tie-2, both expressed upon a substantial percentage of progenitor cells, further enhancing tissue function and effectiveness.

Recent research studies also show that stem cell therapy can be used to treat autism by addressing root causes of the disease like oxygen deprivation, immune function disorder and inflammation. Stem cell therapy for autism utilizes stem cells acquired from the umbilical cord (mesenchymal stem cells).

MedCare autism stem cell therapy program works toward decreasing increase angiogenesis and blood flow to the brain, immune modulation and inflammation control in patients with autism alleviating autistic symptoms. The therapy has also been found to help in brain development for younger autistic children.

Autism stem cell therapy focuses on restoring lost or impaired neuron connections, forming new neuron connections and speeding up brain reactions by improving synaptic transmission and the development of new neuron connections.

Improvements experienced by autistic patients after stem cell therapy include increased; immunity, metabolism, communication ability, memory and learning capacity. Patients experience improvements in verbal skills, writing skills, self-care skills, attention span, concentration and tolerance to different foods.