Stem Cell Banking

Empower Hope


An enhanced stem cell banking and expansion package, combining advanced collection with stem cell expansion technology for increased therapeutic yield.

Ideal for families seeking extended regenerative potential and future-ready biological preservation.

WHAT’S PRESERVED

Cord Blood

  • Cryopreservation of Cord Blood (HSCs)

Cord Tissue

  • Cryopreservation of Wharton’s Jelly (MSCs) at minced stage.
  • Culture and expansion of primary MSC from Cord Tissue from Passage 0 to Passage 1, followed by cryopreservation of expanded MSC
  • Cryopreservation of Cord Vessel (MSCs) at minced stage.

Placental Tissue

  • Cryopreservation of Amnion (MSCs) at minced stage.
  • Cryopreservation of Chorion (MSCs) at minced stage.
  • Cryopreservation of Decidua Basalis (MSCs) at minced stage.

WHAT THIS LEVEL OFFERS

Cord blood (HSC) storage, plus cord tissue and full placental tissues (MSC) preserved at the minced stage. Includes one-time expansion of cord tissue MSC before cryopreservation.

BEST SUITED FOR

Families who want broad tissue preservation with the added benefit of early-stage stem cell expansion.

Jinpackage Empower Hope Plan

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Empower Hope

An enhanced stem cell banking and expansion package, combining advanced collection with stem cell expansion technology for increased therapeutic yield.


Soruces

Cord Blood
Cord Tissue
Cord Vessel
Amnion
Chorion
Decidua Basalis

AED 32,000
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Benefits

1. Proven Therapeutic Power with Cord Blood HSCs

Umbilical cord blood is a rich source of hematopoietic stem cells (HSCs)—clinically used worldwide in the treatment of blood disorders, immune deficiencies, and certain cancers. Banking these cells provides access to established, life-saving therapies.

2. Advanced Regenerative Potential with MSCs

In addition to HSCs, we preserve and culture mesenchymal stem cells (MSCs) from cord tissue and placenta, key players in regenerative medicine, with expanding applications in orthopaedics, autoimmune diseases, wound healing.

3. GMP-Grade Bioprocessing & Manufacturing Excellence

All samples are processed, expanded, and stored in a GMP-compliant laboratory, ensuring the highest standards of quality, sterility, traceability, and clinical readiness, aligned with international biomanufacturing regulations.

4. Family Health Security & Genetic Matching Advantage

Stored stem cells are a perfect match for the child and may serve as a compatible option for siblings and close family members, offering a unique and potentially life-saving resource for the entire family.

Step By Step Process

1. Choose Your Package

Select your preferred banking plan and start your enrollment.

2. Submit Details

Provide your ID and basic information to create your profile.

3. Receive & Complete Forms

Fill out the enrollment forms and medical questionnaire.

4. Application Review & Approval

Our team reviews your documents and confirms your enrollment.

5. Payment & Kit Delivery

Make the initial payment and receive your collection kit before your due date.

6. Birth Collection & Processing

At delivery, your doctor collects the cord blood/tissue and sends it to our laboratory for processing and storage.

FAQ’s

We’ve answered some common questions to help you gain a better understanding of our services, how they work and what you can expect.
What is stem cell banking?

Stem cell banking means saving powerful cells from your baby’s umbilical cord right after birth. These cells may support future medical use in select therapies and ongoing research.

Stem cell banking is most beneficial for your child, but stored cells may also be useful for siblings or close relatives in certain medical situations, especially those involving the blood, immune system, or genetics.

We combine in-house stem cell processing, GMP-certified labs, and ISO-standard cleanrooms to ensure consistency, safety, and long-term quality.

Collection happens immediately after birth and does not interfere with delivery. A healthcare provider safely gathers cord blood and/or tissue, which is then sent directly to our lab for processing.

When stored in cryogenic conditions, stem cells remain viable for decades. Global studies have confirmed successful use after 20+ years of preservation.