A baby’s umbilical cord contains blood and tissue, which is a rich source of valuable stem cells. Stem cells are the body’s internal repair kit and have the potential to regenerate and repair damaged tissue. Current treatments, like stem cell transplants already make use of their potential to regenerate healthy blood and immune systems. That is why it has been used globally for more than thirty years to help regenerate patients’ healthy blood and immune systems in more than 40 000 stem cell transplants.CELVI is the only hybrid private cord blood bank in Africa. The hybrid model gives parents the opportunity to store their baby’s newborn stem cells for their family and additionally, make it donatable to a patient in need of a life-saving stem cell transplant. “Our story started 23 years ago when my daughter was diagnosed with a life-threatening disease. In a world of tests, doctors and desperation, she needed a miracle cure to stay alive. The only potential cure was a matched sibling donor stem cell transplant, but she had no siblings”, says Erna West Co-Founder and CEO of CELVI. “Out of desperation, I was tested and found to be a 100% tissue match. The stem cell transplant saved her life and mine was changed to one with a new purpose: to give back to this community in any way I possibly could,” West continued.CELVI, in collaboration with Next Biosciences and The Sunflower Fund, is embarking on an exciting journey to save more lives and want you to be a part of it. By storing your baby’s newborn stem cells with CELVI, it will also be registered on The Sunflower Fund Stem Cell Registry. Should it be identified as a potential match for a patient, you will have the obligation free option of donating it to help save the life of someone in need of a life-saving stem cell transplant. To register and store your child’s cord blood with CELVI, contact 010 013 1225, Monday to Friday, between 8 am and 4 pm. For more information about The Sunflower Fund, contact 0800 12 10 82 or visit the website www.sunflowerfund.org — Supplied.