advance infertility

Welcome to StemRx Advance Fertility Centre: Pioneering Hope Through Regenerative Medicine

Unlocking the Potential: What are Stem Cells?

Stem cells are the unsung heroes of the human body, possessing the remarkable ability to transform into various specialized cell types. These extraordinary cells serve as the building blocks for our tissues and organs, offering unparalleled regenerative potential.

Sources of Renewal: Where Stem Cells Originate

At StemRx Advance Fertility Centre, we harness the power of stem cells from diverse sources, including bone marrow, adipose tissue, umbilical cord blood, etc. Our commitment to excellence extends to the utilization of cutting-edge technology, ensuring the highest quality stem cells for transformative therapies.

Precision in Every Petri Dish: Processing Stem Cells in our Advanced GMP-Grade A Lab

Witness the magic unfold in our state-of-the-art laboratory, adhering to the strictest Good Manufacturing Practices (GMP). Our Grade A lab ensures the optimal processing of stem cells, guaranteeing safety, purity, and efficacy in every therapeutic application.

Beyond Healing: Exploring Regenerative Medicine

Regenerative Medicine marks a paradigm shift in healthcare, aiming not just to treat symptoms but to stimulate the body’s innate healing processes. StemRx Advance Fertility Centre is at the forefront of this medical revolution, offering hope and vitality through innovative regenerative therapies.

A Beacon of Hope for Infertility: Targeted Treatments for

Our regenerative therapies provide a beacon of hope for individuals grappling with infertility. Tailored treatments at StemRx Advance Fertility Centre address a spectrum of conditions, including Azoospermia, diminished ovarian reserve, PCOD and PCOS, Thin Endometrium, and Implantation Failure. We believe in personalized care, acknowledging the unique challenges each patient faces.

Treatment Icon



Thin Endometrium

Asherman’s syndrome

Repeated Implantation Failure

Premature ovarian failure

Vaginal Altrasound

Diminished ovarian reserve

HSG Treatment

Fallopian Tube Blockages


1. Stem cell treatment for Ovarian rejuvenation

Stem cell treatment for Ovarian rejuvenation holds promising prospects in the field of reproductive medicine. Ovarian rejuvenation involves the use of stem cells to enhance the regenerative capacity of aging ovaries, potentially restoring fertility in women facing age-related decline in ovarian function. By introducing stem cells into the ovaries, damaged or depleted ovarian tissues may undergo regeneration, leading to improved ovarian function and increased chances of successful conception. This innovative approach offers hope to women experiencing infertility due to advanced maternal age, providing a non-invasive and potentially effective solution to address age-related reproductive challenges. It is a promising treatment for having own child of your biological origin.

2. Stem cell treatment for Azoospermia

Stem cell treatment for Azoospermia, a condition characterized by the absence of sperm in semen, presents a groundbreaking avenue in male infertility management. Azoospermia can result from various factors, including testicular dysfunction or obstruction in the reproductive pathways. Stem cell therapy aims to address these underlying issues by introducing stem cells into the testicular environment, fostering tissue repair and regeneration. This approach holds the potential to stimulate the production of healthy sperm cells, offering renewed hope to men grappling with infertility due to Azoospermia. The application of stem cell treatment in Azoospermia underscores its potential to revolutionize male reproductive health and contribute to assisted reproductive techniques.

3. Stem cell treatment for thin Endometrium

Stem cell treatment for thin Endometrium addresses a common challenge faced by women undergoing infertility treatments, where a thin endometrial lining may impede successful embryo implantation. Stem cell therapy offers a novel solution by promoting the growth and regeneration of the endometrial tissue. By introducing stem cells directly into the uterine lining, this treatment aims to enhance the thickness and receptivity of the endometrium, improving the chances of successful embryo implantation during assisted reproductive procedures. This innovative approach provides a potential alternative for women struggling with thin endometrium-related fertility issues, offering a personalized and regenerative solution to optimize the uterine environment for successful conception.

Individualized Healing: Duration of Therapy

The duration of regenerative therapy varies from person to person, taking into account the intricacies of individual hormonal structures. At StemRx Advance Fertility Centre, we prioritize your well-being, ensuring a customized approach to accelerate your journey toward parenthood.

Investing in Tomorrow: Cost of Treatment

Embark on your path to parenthood with confidence (genetically own baby), knowing that the cost of regenerative treatment is tailored to your unique needs. Our commitment is to make advanced infertility solutions accessible, and our pricing reflects the specific condition being treated.

Please submit your kind reviews in the form below:





Following are available Membership Types:

1. Memberships can be subscribed for: 1200/- per year per individual.

2. Couples can benefit the same @ 2000/- per couple per year.

3. A family plan of up to 6 individuals subscribed for 3000/- per year.

4. Corporates can inquire for bulk subscriptions which will come along with lecture presentations and interactive sessions and treatment plans as a value addition.

5. Corporate (Individual) members can extend benefits to their immediate families with a top up of 500/- per add on per year.

6. Members will quarterly free consultations and checkups and 2 sessions of Oral Prophylaxis in a year.



Fill up the form below to book an OPD at StemRx Hospital.

Fill up the form below to book Pathology Lab Tests.


Fill up the form below to order medicines from SM Medicos.