Balancing Conflicting Claims About Cord Blood Banking

 Families preparing to welcome a new baby are often inundated with endless suggestions and questions. It covers everything from deciding the best baby name to the best baby diet to keep the newborn healthy and fit. And today, future parents are faced with another fundamental question, i.e. whether to petrify the child's umbilical cord blood cell or not. Today, in a world where everyone is trying to get the best medical alternative they can provide for their child and family, cord blood banking is one area that is receiving huge support. But while one school of thought supports this process, there is another that holds the opposite view. The topic of umbilical cord blood banking shrouded in polar thoughts has attracted several conflicts that cloud the main focus - that is, whether it is beneficial and who and how it benefits. Basic overview Let's start with basic know-how. Umbilical cord blood is the tiny amount of blood that remains in the umbilical cord after the baby is born. This remaining blood can be collected after the baby is born. As a rich reservoir of stem cells, umbilical cord blood is helpful in the development of pieces of blood cells and also strengthens the immune system. In 2016, it was calculated that 29% of patients received a cord blood transplant in the US and benefited. For some time, scientists and medical researchers have been invested in clinical trials. These diseases are blood, immunological, various types of cancer, severe brain, and spinal cord injuries, as well as type 1 and 2 diabetes. This has caused families with a history of serious illnesses to opt for cord blood banking. The successful treatment of malignant diseases has led parents to consider umbilical. So why are many parents and families not convinced about cord blood banking, even though they say yes to the process? , there are some considerations to take into account. For example, it is important for a stem cell to have three basic properties. 1. Strong regeneration ability, so when they are divided, they are able to produce. 2. Stem cells also need to have the ability to differentiate to be able to set a specific form and function. For example, it develops into liver tissue instead of heart tissue. But, stem cells that branch into any cell type in the human body are called pluripotent and those.