How does the collection process work?
Give your family a longer, healthier, happier life
by banking your newborn’s umbilical cord blood,
cord tissue, and placental tissue. These incredible
stem cells are the building blocks of life and have
the healing power to repair body tissue, blood
diseases, and the immune system. Banking them
today gives your family a lifetime of health
security.
Practical information
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1.- Register
Stem cell conservation should be simple, personal and always put families first. We will guide you now through our different services, so you can choose what is best for you.
Click below to register
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2.- Receive the Kit
Once you have registered, we will send you your medical collection kit immediately or on the date of your choice.
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3.- Welcome to your baby
Once your baby is born and the umbilical cord is clamped, your medical team will collect the cord blood, cord tissue, and placental tissue you are saving and place them in individualized sterile containers.
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4.- Return of the kit
A medical courier will personally pick up your collection kit wherever you are. The kit will be handled with care by our insured transport partner and delivered safely to our laboratory.
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5.- Sample processing
Processing your baby's perinatal stem cells and tissues is the most important step in the preservation process. How they are handled and prepared for storage directly affects their use for future treatments.
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6.- Stem cell storage
Your child’s stem cells and tissues are placed and stored at -180°C in nitrogen-cooled tanks. With 24/7 monitoring and a dedicated emergency team that can move stem cells at any time, your baby’s stem cells are protected from natural disasters, national crises, or other potential points of failure.
Sepax® treatment
Sepax® is an innovative technology for processing umbilical cord blood. Its automated and secure system allows for the optimal extraction of stem cells, maximizing their quality and potential for future use. This method guarantees a high cell yield, essential for therapeutic applications.
Cord Blood Quality Guarantee
At CordSavings, we guarantee the quality of every umbilical cord blood sample by performing a stem cell viability test on each sample. This rigorous test allows us to ensure that the cells are in perfect condition for possible future use. Each client receives a detailed procedure report, providing a complete view of the condition of their stem cells. This way, you can rest assured that your samples are preserved in the best conditions.
2-Compartment Collection Bag
You can perform up to 2 different cord blood stem cell treatments when you use the CordSavings 2-Compartment Storage Bag.
Your baby's cord blood is divided into these 2 compartments, whereas competitors' standard freezer bags typically only have one compartment.
Uncompromising Processing and Storage
How stem cells are handled, processed and stored directly affects their use for future treatments. CordSavings never makes concessions or cuts corners. Our team takes the time needed for each client to carefully handle and store your stem cells in our nitrogen tanks.
The difference with CordSavings...
We have always set the highest standards in our field by focusing on scientific innovation, quality customer service and absolute transparency. This allows us to offer a leading private stem cell biobank in Switzerland, offering more personalized and humane solutions.
Umbilical Cord Blood
Preserve your baby's cord blood hematopoietic stem cells, which are capable of producing all the cells of the blood and immune system. They have been used to treat over 80 diseases and are used in many clinical trials.
Umbilical cord tissue
Preserve cord tissue, which is a source of mesenchymal stem cells (MSCs) that can regenerate bone, cartilage, and muscle. Used in regenerative medicine, they are being studied in over 1,000 clinical trials to treat diseases such as cerebral palsy, arthritis, and type 1 diabetes.
Placental tissue
Preserving placental stem cells, which are promising in regenerative medicine and used to treat diseases such as multiple sclerosis and neurological disorders. Their use is growing, with more than 23,000 clinical trials and 40 approved therapies.
