Frequently Asked Questions

iPSCs is a cellular biological treatment known as Cell Therapy employed to combat symptoms of chronic degenerative disease and premature ageing.

iPSCs to date is the Most Advanced Cell therapy and is capable of continuous cell renewal a.k.a Pluripotent.

iPSCs has three pluripotent cell layers – ectoderm, endoderm and mesoderm. They are able to restore and regenerate more than 220 cell types (all systems) in the body. Today it is known as the most effective Therapeutic Regenerative Medicine.

Pluripotent – the ability of continuous cell renewal. Capable of differentiating into any cell type in the body (such as nerve, heart, pancreatic, skin, kidney, musculoskeletal and liver cells) and they represent a single source of cells that could be used to replace those lost to damage or disease – Cell Regeneration.

Yes, there are hundreds of Medical Journals, Clinical Literatures, Citations and Research & Developments documents and references pertaining to iPSCs.

They can be easily read and downloaded at


As we know, our body systems must function well to enjoy a healthy life. But environment and unhealthy lifestyles can degenerate our body systems and functions, resulting in premature ageing.

iPSCs are Pluripotent (self-renewing and dividing rate). They trigger efficient repair, restoration and regeneration of all cells in our body systems, hence, regaining optimum body functions.

Renowned as an advanced biological regenerative medicine, iPSCs can therapeutically treat most degenerative diseases such as,

Diabetes, Arthritis, Hepatic disorders, Cardiac diseases, Kidney diseases, Male & Female reproductive dysfunctions, Auto-immune diseases, Neurological diseases, Skin Ageing, etc.

iPSCs are also very effective in providing  recovery for patients after surgeries and patients going through therapy after serious accidents.

iPSCs is very effective, and are now one of the leading therapeutic regenerative medicines and is applied successfully in treating degenerative diseases globally.

The self-evident results will appear or felt within 3 weeks to 3 months after administration. Cell restoration and regeneration depends on the severity, age and time span of damage.

Regaining optimum energy, alertness, mobility, focus, eye-muscle coordination, appetite, good sleep, tireless, mental sharpness and improved complexion are some of the expected recoveries.

Anyone suffering from degeneration (question no.4) and from symptoms of premature ageing and ageing itself will benefit from iPSCs.

No. There no known side effects after cell therapy.

It is never too late for iPSCs therapy. No matter how long you had a degenerative condition, you will achieve significant improvements.

Get a general blood test that usually includes Hematology, Diabetes profile, Lipids profile, Liver function, Renal function, Thyroid profile and Tumor Markers, etc., and state if you have any allergies.

Apply the following 24 hrs before therapy :

  • Detox – Eat more fruits and vegetables to attain their anti-oxidant effect.
  • Drink Enough Water – Water Flushes out body’s main toxin
  • No Alcohol & no smoking – Alcohol & cigarette damages body cells
  • Get some rest – Rest will the body for the cell therapy treatment

Follow up therapy requirements depends on your life style and age as well. Below is an example schedule of follow ups (per therapy) :

Age25-3940-4950-5960-6970 above
Normal Life style4 years3 years2 years2 years1 year
Social Life style2 years2 years1 years1 years6 months

 Yes. Apply the following 48hrs after therapy :

  • Should not consume alcohol
  • Should not do vigorous exercise
  • All other F & B consumption are ok!

The answer is NO
1. Stem cell therapy boosts and strengthens the immune system that suppresses cancer cells.

2. Stem cell research at the University of Chicago, USA in 2008 published papers where they found a protein in embryonic stem cells named “Lefty“.  This protein kills tumour cells, as such cancer cells are never found in embryonic stem cells

With that, the procured stem cells safely do their job which is to rejuvenate and regenerate cells of all body systems.

Reference Links:
The Protein "Lefty" of Stem Cells in the embryonal level Controls Malignant Tumor Cells. Northwestern University Chicago. 11 March 2008

Stem cells in embryonal microenvironment suppresses the tumorigenic phenotype of aggressive cancer cells. Published online before print March 11, 2008, (dol:10.1073/pnas.0800467105 PNS March 18, 2008 vol. 105 no. 11 4329-4334S

Role of "Lefty" in the anti-tumour activity of human adult liver stem cells. Oncogene(2013) 32,819-826; doi:10.1038/onc.2012.114;published 2 April 2012

Cancers inhibited by embryonal level stem cell protein - "Lefty". Journal reference: Proceeding of the National Academy of Sciences (DOI:10.1073__pnas.0800467105) 11.22 04 March 2008