Preserving your newborn’s stem cells is an invaluable way to invest in their future health. At Maccure Hospital, we offer advanced stem cell preservation services to safely collect, process, and store your child’s stem cells for potential future medical use. These stem cells, found in umbilical cord blood and tissue, hold the remarkable potential to treat a range of life-threatening diseases.
Stem cells are unique because they can transform into various types of cells, offering treatments for numerous conditions. By preserving your newborn’s stem cells, you ensure access to these life-saving cells if your child or even a family member ever needs them in the future.
1. Life-Saving Treatments: Stem cells have the potential to treat diseases like leukaemia, lymphoma, blood disorders, and genetic conditions.
2. Early Medical Intervention: Immediate access to preserved stem cells increases the chances of successful treatment when needed.
3. Personalised Medicine: Stem cells enable the possibility of treatments tailored to your child’s unique genetic makeup.
4. Peace of Mind: Knowing that your child’s stem cells are safely stored provides reassurance that you have future medical options at your disposal.
1. Umbilical Cord Blood: Collected right after childbirth, cord blood is rich in stem cells that have high regenerative potential and play a critical role in your child’s health plan.
2. Umbilical Cord Tissue: This contains a different type of stem cell with broader therapeutic potential, adding to the benefits of stem cell therapy preservation.
At Maccure Hospital, we ensure your child’s stem cells are handled with the utmost care, following a precise and secure process:
Step 1: Collection
The stem cells are collected right after birth by trained healthcare professionals in a safe, efficient manner at our cord blood banking hospital.
Step 2: Processing
Once collected, the cells are carefully separated and cryogenically frozen at our advanced facility for long-term preservation.
Step 3: Storage
The stem cells are stored in secure, temperature-controlled cryogenic tanks, ensuring their safety for decades as part of our stem cell storage for newborns program.
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