How baby stem cell preservation works and its importance

The umbilical cord is considered to be the essentially special cord that establishes a physical connection between the mother and unborn child. The cord contains blood vessels and has a capability to provide protection to the baby and his family.

  • Role of cord blood banking
    Through cord blood banking, the parents can store baby stem cells from cord blood as the umbilical cord blood is considered to be a rich source of stem cells. The baby cord blood banking is a proficient way to secure your baby’s life from health risks. Apart from storing stem cells, the parents can donate their baby’s stem cells to others babies who are in urgent need of the matched stem cells.
  • Procedure of stem cell collection
    After the birth of a newborn baby, cord blood is collected. The healthcare organisations ensure the new parents that newborn stem cell collection is done is a safe and painless way.
    In the first step, after the delivery umbilical cord is clamped and cut. The second step indicates the extraction of cord blood from umbilical vein so that in the third stage the cord blood can be dispatched to cord blood banking without any delay.
  • Perks of choosing stem cell preservation
    Stem cells are the fundamental source of blood and immune system in a human body. These cells can develop into various categories of cells and aid in repairing tissues, blood vessels and organs. As baby stem cells do not develop the ability to mature, the cells are the ideal match in cases of patients with complex blood diseases and need to undergo a transplant.
  • The future of cord blood stem cells
    The future implementation of stem cell treatment enables security to a baby’s life and his family on a large scale. At present, preserved cord blood stem cells are used to repair nerve damage and regenerate various cells in human body.
    For future, medical professionals have declared that cord blood stem cells can contribute to cure malignant diseases, namely, infantile ceroid lipofuscinosis, hypoplastic leukaemia, juvenile monomyelocytic leukaemia, hemophagocytic lymphohistiocytosis. In addition to the context,
    baby stem cell preservation can save babies from Sandhoff disease, polycythemia vera, multiple sclerosis and other non-malignant diseases.
  • Lifetime of preserved stem cells
    Parents opt for this service to provide lifetime protection to their babies and it is scientifically proven that cryogenically preserved stem cells do not have an expiry date. The longest period of preserved stem cells is 23 years, and it can be said that the preservation can occur for an indefinite period.
    As the stem cells of umbilical cord blood can save a baby from more than 80 life-threatening and malignant diseases opting for this facility can be an ideal decision to make.